ML20211E238
| ML20211E238 | |
| Person / Time | |
|---|---|
| Site: | Susquehanna  |
| Issue date: | 05/31/1985 |
| From: | Karoly J HILTI FASTENING SYSTEMS |
| To: | |
| Shared Package | |
| ML20211E206 | List: |
| References | |
| NUDOCS 8702240272 | |
| Download: ML20211E238 (212) | |
Text
{{#Wiki_filter:F - i t HILTI Kh'I K-BCLT CONCRETE EX.'ANSION ANCIIOR TENSION TEST and TORQUE VS. PRETENSLON TEST Performed for DRAVO CONSTRUCTION in BERWICK, PA Ja"1c s n. *5rol; Division Engineer '"~ PILTI, INC.
/HAyi /95 7 G702240272 860916 PDR ADOCK 05000337 P pyg
TABLE OF CONTENTS Introduction 1 Objective and Scope 1 Test Program 1 Scope 1 Concrete 1 Bolt Description 1 Bolt Materials 1 i Test Assembly 1 Testing Procedures 2 Expansion Bolt _ Installation 2 Test Set-up 2 Test Result and Discussion 2
.Initia1 Data .2 _
Preload 2 Average Ultimate tee 818p 2 e Conplustions and Recomm$nd- tions 3 Conclusions 3 i Recommendations 3 I Table 1 6 Test Assembly 7 l
- Appendix 8 i
i 4
l.C ISTRODUCTION 1.1 Objective The objective of the testing was to establish the approvef installation torque range for proper setting of the Hilti kwik-bolt expansion anchors. 2.0 TE.cT PROGRAM
- 2.1 Scope
- Tests on the Hilti Kwik-Bolt expansion anchors were performe6 in 4450 psi. concrete . The sizes tested were 3/8", 1/2", 5/?'
and l" bolt diameters. Anchors tested were standard producti-- bolts. 2.2 Concrete The concrete strength was based on a cylinder compressive tes. performed on a sample of the 14 day old concrete slab. The concrete slab was unreinforced. 2.3 Bolt Description Kwik-Bolt concrete anchors consist of a one peice stud bolt an d two seperate wedges. The anchor is made of a steel rod thren2-ed at the upper end with National Course (NC) class 2A threafs. A wedge taper is machined on.the lower end. The taper diamet:r-increases toward the' base of the anchor to: produce an expansfer action on the wedges. The Gedges consist of a split rino element with a machined shoulder on the inner edge which enga cr the walls of ' the hole along with the outer ring edge to -provi ":- a double anchorage effort. 2.4 Bolt Materials Hilti Kwik-Bolts anchors sizes 1/4" to 1/2" are manufacture?
/f/O[ Srom AISI llL41 cold drawn steel ( A ST" A 10 8 ) , ultimate tens : .:-
strength of.105,000 psi and a yield strength of 81,000 psi minimum. Sizes 5/8" through 1 1/4" are manufactured from A2.':
- 1141 cold drawn steel (ASTM A 108) with an ultimate tensile strength 115,000 psi and a yield strength of 100,000 psi mini- .
2.5 Test Assembiv The expansion bolts were tensioned using Enerpac 30-ton and 12-ton hydraulic rams and an Enerpac hydraulic hand pump. T1 - hydraulic ram was placed directly above the bolt on a tripod and connected to the bolt using a high strength coupling /thrcafe? rod assembly. The bolts were installed through a plate in order to simulate the actual installation. A typical test a.=r-embly is shown in Figure 1. 3
- , - - e- y ,,,--,g- av e- s,.y-.-n------e m- - ,,,,- .e ,, ._-,-e, ---.-,n-------,,.-n-- - -
3.0 TESTING PROCEDURES 3.1 Expansion Bolt Installation The holes for the anchor bolt specimens were drilled into 44 -- psi unreinforced concrete using a Hilti TE-22 and TE-52 hammer drill and the appropriate Hilti carbide bits. No sper 21 ef fort was used to obtain accuracy in alignment.
- 3. 2 Test Sct-up
- 1. Hole depth was drilled to 1/2 inch deeper than the ancher embedment.
- 2. Holes were air blown clean of concrete cuttings, dust an" foreign material.
- 3. Kwik-bolts were installed to assure the final embedment depth as shown in Tables 1 and 2.
- 4. Steel plate, washer and nut were installed to a hand ti.".:
position.
- 5. A minimum of 3 full turns of the nut was applied to the anchor bolt.
- 6. Test torque (Ft. - lbs) was applied to bolt using a nanual-ly operated torque wrench.
- 7. Test assembly was positioned and load (psi) was applied unti'.
plate movement was detected. The load at this point is "c . initial slip load or the preload put on the anchorage s fz o . Load was then applied until failure occured.
- 5. Anchor size, embedment dep th, torque, turns of the nut. rc-load, ultimate tension load, and made of failure were recorded for each bolt.
4.0 TEST RESULTS AND DISCUSSION 4.1 Initial Data The initial recorded data used to establish installation tor,ue
- is listed in Tables 1 and 2. The psi gauge readings were corr-erted to a static load in pounds.
4.2 _P re load To que was applied in various levels to determine its effec. 2.- the preload in the expansion anchors. "he torques values selected will assure the proper setting of the anchors. 4.3 Average Ultimate Tension Loads The following average ultimate test loads were developed. l __ J
1 Anchor size Torque Preload Ultimate l# (lbs.) (lbs.)
' (average) ~(average) Tension 1933 3,667 3/8" x:5" 19.5'#
1/2" x5 1/2" 43.3'# 2900 5,900 70.0'# 4467 10,067 5/8" x 7" 3/4" x 8" 113.3'# 5733 14,333 1" 'x 9" 233.3'# 7067 17,333 Three sample of each size was tested, the test data can be found in Table 1. 5.0 CONCULSIONS AND RECOMMENDATIONS 5.1 Conclusions The following chart gives us the average values for torque, preload, ultimate load, and the percentage of preload to ultir.zte i load for each-size anchor. . i Anchor size Torque Preload Ultinato Pe rec c.ta :c
#1 (lbs.) (lbs.)
3/8" x 5" 19.5'# 1933 3,667 53
~
1/2" x5 ]/2" 43.3'# 2900 5,900 49' j 5/8" x 7" 70.0'# 4467 10,067 4 4 -- { 3/4" x 8" 113.3'# 5733 14,333 40 e 1" x 9" 233.3'# 7067 17,333 4; ! 5.2 Recommendations e I 1. The following torque ranges should be used to assure prorcr installation. Anchor Size Torque Range 3/8" 15 - 25 15 1/2" 40 - 43 le 5/8" 65 - 75 la 3/4" 110-120 l# 1" 225-260 if l - .- , . - - , , - - , , . , , - . _ . . . . , - , , _ . ,
- 2. It'is recommended that a preload equal to 40-50% of the ulti--.c load of the anchor size is to be used. This is to accomadate the bolt relaxation due to creep and shrinkage of concrete.
- 3. In order to assure accurate torque vs. preload results durinc actual insta,llation, only Hilti carbide bits should be used.
- 4. In order to assure 100% effective anchor preformance, based on Expansion Anchor Manufactures Institute recommendations, the following installation procedures should be followed.
A. Minimum anchor spacing = 10 hole diameters center to centez. B. Minimum edge. distance = 5 hole diameters to center of hole. C. Minimum deviation of bolt from perpendicularity with concrete surface = ! 61 QUALITY CONTROL TEST PROCEDUEE Anchor size Torque Range Anchor Projection fror inches 9 l# concrete inches 3/8" 15-25 1 1/8" 1/2" 40-45 1 1/4" 5/8" 65-75 1 1/2" 3/4" 110-120 1 1/2" i 1 225-260 2 1/4" l This anchor projection from concrete dimension is based on the minimum embedment for each size anchor. The percentage of anchors tested can be found directly from the Gibbs and Hill specification. POST TENSION TESTINC
, The percentage tested and procedure is to be found in the job specification.
The standard procedure has been to use torque testing. A period of 2-3 weeks after installation is common practice. A reduction of the installation torque should. be done to find the check torque value. This recvmmonded due to the bolt relaxation.
. . . _ . . _.-__. _. _ . - . _ . . _ _ . _ -. . . . _ . -. _ . ._ _. . . _ _ _ ._ _ _ = _ _
.~- ,5, 4
Anchor Size Post Tension Test . (inches). Torque Value Rance
-3/8" 11 - 1P 1/2" 31 - 35 5/8" 53 - 61 t
3/4 94 - 102 1 189 - 218
; These torque value ranges are reduced to assure a check that the '
anchor sizes tested have a preload of 25% of the ultimate load.
;. The torque value was reduced by the sane percentage,'the.prelaod value was larger than the working load for each size anchor.
The working load being 1/4" of the ultimate load for each_ size anchcr. 1 i J
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fl. i t .- /1estI<1l'-lorSR.im [ " " ' ' ' ' nu - 15 Testeil 30-Ton Ram til T lt'ATf P! :CI fa rAr,l' AllCil0R IURil5 l'RI.i OAD LOAI) OF I'RfLOAD f4)DE Ol' Tl Si fl0. Silf FMBEDf1LNT OF NUT 10ROUL l# PSI LIIS PSI LB5 ULTIMATE FAILUPE 1 3/8" X 5" 3-7/8" 5'3 25 900 2200 1300 3200 69% Pullout ra.47p { 2 3/8" X 5" 3-7/8" 484 16.7 700 1750 1600 4000 44% Pullout 77.2 % 3 3/8" X 5" 3- 7/ 8" 5 ', 16.7 750 1850 1500 3800 49% Pullout 4 '," X 5'," 45" 3k 40 900 2200 2450 6100 36% Pullout 95900.0
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5 '," X 5'3" 45" 5-3/4 45 1000 2500 2150 5400 46% Pullout f. '). b to 78/t S 6 '3" X S'," 44" 5', 45 1600 4000 2500 6200 65% Pullout 5'% w 5/8" X 7" 5'3" 4-3/4 75 2000 5000 4300 10,600 47% Pullout /d6M7 7 6% 8 5/8" X 7" 5'3" 4'4 70 700 4800 1400 9600 50% Pullout /q3ng,0 9 5/8" X 7" 5%" 3-1/8 65 500 3600 1450 10,000 36% Pullout #.1% 10 3/4" X 8" 6'," 4-3/4 100 800 5600 2250 15,600 36% Pullout ) s' I 11 3/4" X 8" 6'3" 45 120 900 6000 2050 13,800 43% Pullout 7/.#/3 4-3/4 800 5600 1950 13,600 I 417 Pullout f1/d./ 12 3/4" X 8" 6'3" 120 13 1" X 9" 6-3/4" 3 200 900 6000 2700 18,400 33% Pullout af j p 14 1" X 9" 6-3/4" 3-3/4 250 1100 7600 2400 16,400 46% Pullout M. 15 1" X 9" 6-3/4" 4 ', 250 1100 7600 2500 17,200 44% , Pullout 2sv.y.a 739% e
i i Attachment 2 1/4g Diameter 2-6 : Concrete Strength 2000 psi to 6000 psi All, S or D: All, shallow or deep embedment 9/15: Date of computer run SUSQUEHANNA TEST DATA ANALYSIS l l { l i
- - , - - - - --.~~,v,,,-- -,.--,,,,.,,a- .
,---- - r.-.-- - - --, - -
4 s .3
- e. L 6 s......-- 1 ve st ;t..? 3 5-seel M2f4 Hl.b Nuc l e .ir Power Plant Pull-out I c>s t USASE riot e : LALiJ L to calculate end [ALIJ V to print CALT] E to erase current hange t .W I t:. BOLI DIAMEIER = U.Jb SAMPLE 61ZE 4.00 CHIIERIUN AVG max MIN ~: DULf IENSION I f1F UPM A T I 014 AV6. ULI. IENSIUN J a , ._. . / b LENGlH 7.00 7.00 ,.00 ; ====,====
EMUED 1. JU 1.38 1.36 i MAX. ULI. 1EN51ON 2896.OU CONCRElE 4000.00 4000.UU 4000.00 l MIN. ULI. TENSION 2998.00
~1UROUE 4v.7b 6v.UU J6.OU LDEF. OF VARIANLL 1 3 . 6 _'.
PRELOAD 4778.00 5906.UU 4016.00 ! S1D. 1;EV13iLON _.2 1 . 2 3 HILTI AVERAUE ULilMalE (AUBut A. HHNiS) TEN 510N : 19b3.v0
= = = = = - =_ =
UAlA BASE DIAMI: 1ER LENblH EMBED CONCRE1E TOROUE PkELOAD PULLOUT TEST U . ;ibo /.00 1.3/S 4000.U 26 4654 2123 28 U. 250 /.00 1.375 4000.0 51 5906 2998 28 0.J39 /.00 1.j/b 4000.0 53 4b36 2096 28 O.250 7.00 1.375 4000.O 69 4016 '2374 28 1 i l l I 1 l l
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5 r r ._, c . g .s t',',t..t 7 Au.at meeA HF 8 !Juc1 ear Fower P1 ant Pul1-cut 1est DBASE note : LALij U to calculstE- 6hd thLI) P to print EALTJ E to erase current Renae LWIK BOLT DIAMETEN = v. 'd SAMPLE 511E 4.vu CRITER10N AVG MAA MIN i BOLT lENSIGN I NF opt 1A I 10N ___---: sv.,3 ytI. IENblON 23/;../b LENGTH 7.00 7.00 7.09 ; ========= EMBED 1. f.6 1 . ..'. B 1. J.8 : t1AA. ULf. IENbIUM Jb96.00 CONCRElE 4000.00 4000.00 4000.00 M1N. ULf. TEN 510N 2098.00 IURUUE 4v. /b 69.09 Jer.00 l LUEF. UF VARIANCE 1.. . % PRELOAD 4//8.Ou 5906.OU 4016.09 : STD. DEV1AlION 3 21. 2 J, 1953.00 (
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HILII AVERAGE ULTIMATE (ABBUl A. PhNKS) TENSION :
====== =- 1
=
UAIA BABE DIAMElER LENGTH EMBED CONCRE1E TURQUE PRELOAD F'ULLOU T TEST O.250 7.UU 1.J7b 4000.0 26 4654 2125 28 v.250 7.00 1.375 4000.O "1, 5906 2898 28 O.230 /.09 1.37b 4000.O b3 4536 2098 28 O.250 /. 00 1. :'. 7 5 4000.O 69 4016 2374 28 mumm misim mmi mmi e
6C 4LL rgy et,., t t r a '~*= 1 M uaut n us tt.e Nucleer Pow e r- Plant Pull-out I e s. t DBASE note : L ;.,L i j L to celculate and thLl] F to orint (ALT] E to er ase current Panoe EWit: POL'1 DlHMETER = 0.3/5 dAl1FLE .512E 1.O LRIfERIUN AVG MAX MIN : DOLT 1ENSION INFORMA' LION ____-_---.-.-_-__-_-__------_---l AVb. UL(. IENSION 4 2f.") . 6 4 LENGlH b. 38 b.bo 5.OU l ========= EMeED J.bb . .68 1.60 : Max. UL'I . I E N L,1 0 N 6044.00 CUNCFE1E 4103.85 4450.00 4000.00 ! MIN. ULI. TEND 10N 3908.00 lORUUt 13.OU Jb.OU 6.UU : LUEF. OF VARIANCE 20.UD PRELGAD 3457.00 8505.00 1031.00 : STO. OEVI4110N 84J.10 HILTl HVERAGE ULT 1 MATE (46 BOT A. HsNKS) TEN 3 ION : 3963.2/
=========
UAlH enSk DIAMElER LENGTH EMBED CONCRETE TOROUE PRELOAD PULLOUl TEST U . J.7 b b.00 -.6/5 44bv.O 1/ 1/50 4000 26 U.5/D 5.00 3.87b 44b0.0 17 1850 3800 26 0.1. / D 5.00 . 6 /5 44b0.0 23 ;200 3200 25
- v. ./b 5.50 2.500 4000.0 16 8505 4582 /8 0.3/b b.30 1. %36 4000.0 / 58bb 4333 u t-O . '. 7 5 5.50 1.500 4000.O 1e 108/ 3/26 26 v . ;. / b . b.60 1. V3 8 4000.O 9 4432 3E92 26 U . .;, / b ",. 5 0 1.625 4000.U 21 2 ",9 9 3422 28 U.J/b '> . S U
. z./50 4UUU.O 16 6044 28 U.3/b U.50 2.625 4000.O 8 5465 28 v.375 d.SU z.7bu 4000.O 11 4,12 JS U. 3/5 5.50 1.500 4000.0 12 2835 7008 28 U . ,;. '/ 5 5.5U 2./50 4000.O e 422;. JE
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_._ _ _._ ___ _ _ _ _ _ _____ ___._ _ _ _ _ _ _ _ ._ _ _ _ _ _ _ _ _ ; AVG. ULT. 'IENSION 38'; , 1 .~ LENGTH 5.50 b.bo 5.50 : = = =_ c .: = .: =- EM t'EU 1.Ud z.DU 1.bu l NAX. UL1. iEN6 ION 4582.00 CONCRETE 4000.00 4000.00 4000.00 ; MIN. O '_ T . IENSION 3008.00 1 U N U Ltt 10. 4 Z 21.UU /.UU : LUEF. OF VARIANCE 13,81 FhELOAD 421a.83 E5v5.Ov 106/.00 : SID. DEVIAflON 528.41 HILTI AVERAL,E UL ill1Al b (H66UT A. Hhf
- S ) lENSION : 27Z2.86
= = . = = = = = = -
DATA EABE U.AMt.1EP LENGlH EriBED CONCRE1E TUHUUE PRELOAD PULLOUl 1EST U.J/5 b.DU z.b00 4009.U le 6 bob 4bez 2 c:- U.375 5.60 1.938 4000.O / 5955 4333 25 O.S/b b.be 1.DOO 4000.U 16 1087 3/2a 26 U . _*. / b 5.50 1. W8 4000.0 9 4432 3892 28 v.3/b b.bv 1.62b 4900.0 _1 zb9y 34Z2 Z8 v . 5/D . 5.50 1.500 4000.O 12 2833 3008 29 P
s 4 '? O , 3, v..~r.78 *':
;.m. o we.c4 HF.6 Nuclear Power Plant Full-out lest D9Ase.
note : LALIJ L to calculs.te cu id LALiJ F tu pr;nt LALTJ E to erase current Mance fWIK BOLT DIAMETER = 0.3/b BAMFLE SIZE 7.Ou
. - - - - . . . - - - - - - . . . . . - . - . - - - - - . - - - - . . - . . ~ . .- .... ..-. - - ..-- -.- ..-----------
CRI1ERIUtJ AVG MHA MIN ; BOLT 1 Et610f J INFORMAI10N
----------------------------------; A V L, . UL1. IENSION 4520.7i LENGlH b.29 5.50 5.90 1 =========
EMerED J.21 J. 6 6 .1. 6 .. : Ma/. ULI. IENblON 6044.00 CONCPElk 4192.86 4450.00 4000.00 ' M1f J. ULI. 1ENSIOtJ 3 00.00 IUHuuE 14.12 2".s . UU e. . U U ! LUEF. OF vsp 1ANCE .v.46 PRELOAD 1933.33 2200.00 1750.00 i sib. DEVIATION 925.01 HILTI A'/ERAGE ULT Ir1Al E (AB80f A. HAfil 5) lENslCN : 4276.1G
=========
UATA BASE DIsMElEH LENU1H EMBED CONCRElE TOROUE PHELOAD PULLOUT TEST U.J/b b.00 . 8/b 4450.O l '/ 1 ;/ b0 4990 26
- 0. 75 5.00 3.8/5 4 4tO. O 17 .18bv 3600 26 ry . J. / 3 d.00 .;. . e / d 4a30. v 25 g.gyo 3. gov go v.37-J S.50 z. /bv 4?90.3 16 6044 26 U . J. / 5 b.bv J . o .!b 4 t. 00. O 6 b4e5 26 O.375 . 5.50 z. 750 4000.O 11 4913 25
- v. /. 3. be c. /'Y. 410G 0. v e -4 2 2 _. 28 s
- t l
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=========
DA1A EASE UI sME 1 El< LENGIH EMBE0 CONCHETE suROUE PRELUAD PULLOUf TEST O.bOU b.bo 4.ZbO 4 45u. O 4b -W O O 6200 26 v.500 5.30 4. 'bO 4450.0 40 2.;:00 6100 26
,J.500 5.30 4.ibo 4450.U 4b _ BOO 5400 '6 v.bou /.00 5./20 438b.O 50 9900 2/
. BOO /.UU b.DVO 4103.O 59 '/900 2/
a .500 / . 00 b.640 4385.O 5v 9200 z/
..bov . /.00 b./00 438b.O du 8400 2/
..DOO 7.00 5.680 4385.O 50 11500 27 v.500 ,.90 b.b40 428b.O b's 9700 J/
v.Dv0 /.00 b.570 4385.O 50 8800 7 t,.bov / . 00 b./eV 4385.O by 9400 ;- O.500 5.750 4000.O 50 7369 28 O. BOO 4.625 4000.O ou Oub0 26 1 v.500 5.750 4000.O 4- 7700 28 O.500 2.625 4000.O 14 DO/8 28 O.500 5.013 4000.O eb 2580 26 O.500 4.bv0 4000.U 63 <2/30 ze 9.b00 7.00 2. 250 4000.v du .780 o817 28 9.500 2.625 4000.O le i121 20 v.500 2.625 4000.U 10 5/6e .28 v.500 5.62b 4000. U 40 6548 Jb O.500 -4.500 4000.O _ - 50 2830' 28 O.500 2. 6 '5 4000.O 19 5'-i62 28 O. BOO 5,875 4000.O 40 / 20 ?. 28 l U.500 b./DO 4000.O - 7694 28 v.500 4./bo 4000.012 60
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t 4 .(, M l C P at t. 2 TEsr G.27 3 Y HrB Nuclear Power Plant Pull-out fest De4SE note : LattJ L to calculate and L6LT) P to Drint CALTJ E to erase current 8 inae EWIR BOLT D I 411E T ER = 0.5 SAMPLE SIZE 2 1 . . .+ CRIlERIUN AVG MAA MIN l POLT TENSION INFURMATIUN
--------------------------------------; HVG. ULI. IENSIUN 692_..Ub LENGfH 6.39 7.UO 5.b0 : =========
ETTE D ' 24 5.80 4.25 : NAx. ULl. IENbIUN 11b00.00 CONCHETE 4210.95 4450.UO 4000.00 : MIN. UL1. TEN 5 ION 25a0.vu IUFOUE 48.6v 65.00 30.00 l LOEf . OF VAR 1 MICE 3.8. / / P6ELUAD 2900.00 4000.00 2200.UO ! 5IO. L TION 2584.08 ___________.____.__________.__._____..______________'EV14 _ _ _ _ _ _ . _ . _ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ . . _ _ _ _ _ _ _ HILTI AVERAUE ULIIMATE (ABBQT A. HAr# .5 ) TF.NS I Oli : 117/6.Os
=======_=.
DATA BASE DIAMEIER LENGIH EMBED CONCRETE TOROUE PF.ELOAD PULLOUT TEST v.500 b.50 4.2b0 44b0.O 45 4000 6200 26 0.500 b.50 4.250 4450.O 40 2200 6100 2e v.500 b.du 4.JbO 4450.O 45 2600 5400 Zo
. BOO
. 7.00 b./20 4385.O b0 9900 -27
. 300 /.00 b.500 4385.O bu 9900 2/
'. 500 . 7.00 5.640 4385.O DO 9200 27 e.500 /.00 . . 'ou 4065.O 59 6400 J ./
O.DOO /. 00 b.680 4385.0 50 11500 27 v.bou /.OO D.540 4385.O 50 9e00 zi' v.500 /. 00 b.5/O 4385.0 50 8dOO ., O.500 ' . 00 b . '80 4$8b.O bu 940v 2-O.500 5.750 4000.O 50 /36v 2d
< , . 300 4.62b 4000.O 60 2060 48
.500 5.750 4000.O 4 ' t. //v0 28
.i . _, U U b . 91.3 4000.O eb 'b89 28 l
?.500 4.500 4000.O 5b ; / 30 28
. 500 b. erb 400v.U av e348 JE v.500 4.500 4000.O 50 2e30 28 O.bv0 b.6/b 49vv.v av '/2 0 -l- 28 U.500 5./b0 4000.O 30 7894 26 O.bou 4./bo 4000.O ev 316U 2d l
l l l
I t . ,ja 5 Test 2 s.77.7 g Fmt i SLAB ee u t. M 4 e r 4 HkB Nuclear Power F1 ant Full-out lest D%dE r.o t e : LALfJ U to calculate sted LHLIJ P to print CALT] E to erase current Ranae t .W I t . BOLI DIAMETER = 0.5 6 AMPLE SIZE 5.00 CRITEH10N AVG MAX MIN : EOLT lEN5 ION I NF- ORM AT I ON
._-__-____-------------------------! AV6. ULT. TENblUN 614'-/ . 2U L Et a ,. I H 7.00 7.U0 7.00 : =========
EMbEU 2.bb J.63 J.25 ; t1 A X . ULT. lENSION 7121.09 COr.CRE'I E 4000.00 4000.00 4000.00 : MIN. ULT. LENS 10N 50/a.Ou 10k 'UE 1/.80 f.0. 00 10.09 ; LUEF. UF V AR I e'tNC E 11.99 PRELOAD 3780.00 3/80.00 3'/80.00 l STU. DEVIArION 737.:32 HIL TI AVEPAbE ULilMATE (ABBOT A. HANRS) lENSION : 6455.60
========-
DATA BASE Die &1ER LENGTH EMBED CONCFETE lOROUE PRELOAD PULLOUT TEST O.500 ..62*, 4000,0 14 5078 2e O. BOO /.00 2.250 4000.O 30 3780 6817 Je
' > . 500
. J.625 4000.U 16 7121 JS 0.500 2.625 4000.O 10 5768 Z8 O.500 2.62b 4000.O 19 5962 2e
5 4 2# ,. g , cu TEbf 14,77 75 w b(. s t eme r a HEb Huc1 ear Power P1ent Pul1-out 1est D6ASE note : LAttJ L to csiculate a rid LAllJ P to oririt CAL 1] F_ to erase curreret Hanoe
- - - - - _ - - - _ - - - - - - - . - - - - - - - - - - - - - ~ ~ - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
EWIN BOLT DIAt1E1EP = 0.o25 SAMPLE SIZE 22.00 C6:I T ER I UN AVG II A A MIN l UULT TENSION INFORMAfIUN __-_..----__._-___.--__..---.-l HVG. ULT. IENSION 9370.Ov LEN3TH l.00 7.00 /.00 l ========= EMbio 4.49 c. ed 75 MAA. ULT. TENSION 13966.00 Lor 4 hElE 4061.36 44b0.00 4000.00 : MIN. ULT. lEN3 ION 4330.00 TORUUE b $. bb vb.UO .1.00
- LUEF. OF VARI ANC,E 2 8 . 6 .'.
FRELOAD 44o6.67 5000.00 3600.00 : STD. DEVIATION 2682.59 HILTI AVERAGE ULTIMA 1E (ABBOT A. H ANk.5 ) TENSION : 12050.20
=========
DATA BASE DI Ar".E1 ER LENGlH EMBED CONCRElE TOROUE PRELOAD PULLOUT TEST U.62b /.00 b.600 4450.O ~b
< bOOO 10600 26 O . 6./b 7.00 5.500 4450.O 65 3600 10000 26
->.625 / . UU 5.500 4450.O ?O 4800 9600 6 0.625 2.150 4000.O 40 /204 28
>.62d .$ . 2 5 0 4U00.O b3 1026'i 28
..625 4.750 4000.O 50 13966 28 8.62b . 6.DUU 4000.O C5 4980 28 O.625 6.750 4000.O 85 5390 28
' 625
. 4.8/5 4000.O 34 11896 28
.62b 3.2b0 4000.O 74 9412 25
.i . e .!b 4 . t3 / b 4000.0 4e 13000 26
..o25 3.250 4000.O 21 9163 28
.ezd 4./bu 4UUU.O 6 .. Itv22 29 O.625 3.188 4000.O 51 9715 28
.02b 3.300 4U00.O eV 9eOb 28 O.c25 3.000 4000.O 21 6790 29 O.62b 3.3/5 4000.O ./ / 10959 28 O.625 6.750 4000.O 75 4330 28 v.oc; 4.7bu 4000.O 3/ 12696 26 O.625 6.500 4000.O 90 5050 28
*>.623 .$ . 250 4000.U e2 1?150 28 O.62b 3.000 4000.O 25 I 14e 28 l
?,
u 4 t. " S p..,_._ , lesT z b. z ?.7 a Sub. Hi-6 Nuc(eer Power F1 ant Pu l 1 -ou t Test Dea 5E note : i. c+.. l J U to calculate and EaLlJ F' to pr2nt LALTJ E to erase ci_irrent Rance FWIM BOLT DIAMElEH = 9.62b SAMPLE SIZE 10.00 CR I T t- H l uN m/G MM i11N BULT IENSION I NF- URN A T I UN ____-.________...___.___-______...------l AV6. UL1. IENSIUN 9.'/1.1U LENulH EbR LHR ERH ========= LMUED ._. 1 8 ... b o :. ?b ; T1a A . ULT. IEfulON 11159.00 CONCFEIE 4000.U0 4000.00 4009.00 : MIN. ULT. TEN 510N 6790.00
'lOHuuE J.w . 4 0 62.Uv ./1.
- O ; LUEF. UF VARIANUE 14.80 PRELUAD EPH EPR EFR ; STD. LEV 141 1011 1371.09
_ _ _ - - - . - - _ - _ _ - - - - . - _ _ _ _ - _ _ _ _ _ _ - . _ _ _ - . _ _ _ - . _ - _ _ _ _ _ _ _ l HILL! HVERAGE ULTlMald mBBUI 6. HANKS > l EN 610rl : 79.O.71
. = = - = = = . .
DATA 6ASE D I AME l ER L EN'.i i H Ei1 BED CONCPE1E 1UKUUE PRELOAD PULLOUT TEST U.6Jb J./b0 4000.O 40 '204 28 O.625 3.250 4000.U b3 10267 28 v.oJB :. 2 3 0 4000.V 34 9412 28 v.625 '.2bv 4000.O 21 9le3 28 O.62b _. 1 8 6 400U.O bl 9715 28 O.62b . . 5 0 0
. 4000.O $O 9605 29 O . 6'Jb :.. U U U 4000.O J1 6790 28 O.625 3.175 4000.O 27 10959 28 U.62b ..JbO 4 OUU. t )
11130 28 O.e25 3.000 4000.U J5 3446 20 l I L
6 S 4.t# O W,. - c. 1 TEV 11.,77.7 t S tAS.4,0 E$4Afv % HkB Nuclear Power Plant Full-out fest DeASE note : t hL l .1 U to Calculate and inLlJ P to print EALTJ E to erase current Rance VWIK BOLI DIAMETER = 0. 6.l5 SAMPLE $1ZE 1J.90 CRITERIUN (-.V G MAA MIN : BULT LENS 10N INFORMnlION ______.__.____.___._____.___._..._.__...-----l AV6. ULi. iENSIUN 9 4 b . D t, LENu1H 7.00 1.00 /.00 : ========= EMBED b.68 e./5 4./5 : MHA. UL1. 'l ENS I Ut1 1_'.'+ 6 o . 0 0 CONCREIE 4112.50 4450.00 4000.00 l M iti. ULI. lENSION 4330.00 T URULIE 6b . J. ? vb.OO _' 4 . ' . " .)
- LUEF. U f- '.' AF l hNC E 36.05 PRELO4D 4466.d'/ 5000.Ou 3600.UU ; SID. DEVIA1 ION 3407.32 HIL11 AVEhAbE UL11MafE (ABBUI H. HANES) TENSION : 1397e.65
====== ==
D41A BASE DIAMETER LENGTH EMBED CONCRE1E 'lONOUE FRELO90 FULLOUT TEST O.625 '/ . 0 0 5.buv 4'430. 0 7L 5000 10600 26 O.625 7.00 5.500 4450.O 6b ! COO 10000 26 0.625 /.UU b.buU 4430.O 70 4600 9600 26 0.625 4.750 4000.0 50 139e6 28 6.50U 4i90.0 95 4960 U . 6'Jb 28 O . e 2'5 . 6.750 4000.O 85 5390 28 v.6zb 4,8 eb avuv... .. 34 11896 Je O.c25 4.875 4000.O 46 1.! O O O 29 v.eJD 4./dv 400v.O e. 119. f. e i..65 6.750 4000.9 ' 4!.30 26 v . ea'"., 4./30 40UU.O _. 12c% 29 v . 6'Jb 6.500 4000.O A> $050 29
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, . e6 w r4 HEo Nuclear Fcwer Flant Full-out fest DBASE nott : L4LIJ L to c alculate and 1 A4L t J P to orint EALT] E to arase corrent Hence KWIK BOLT DIANElER = U.75 .3 ANF Lti 51ZE 40.0 CR11EUILIN AVG max MIN i DULI t t.NS 10N INE UkMA1luN
.____-___.._.____.._..._____._..__.__,._.; a%, yLg, tea r=1gn 14 4 g i , .,
LENU!H 9.65 10.v0 8.Ou : =-:===--=:= EMUED 6.1? / ._. c.. I s : h4i. ULI. 1ENtIUN Ju7bv.O. CUNCFE f t:. 416d.50 4450.0v 400v.U0 i MIN. UL). ' TENS 1UN 1135. 4 TObuUE 1Jb.15 19b. U'; b.Ou ; LUEF. UF VARIANLE 19.c PhELUAD '5732.33 6000.90 5600.vo : ilu. DEVI4i10N J84 3. 3 HILTI AVERA6E UL11 MALE tABBOf A. HANF.a ) LENS 10N : 18521.x
==.=_= =
DAla BASE DIAMhIEH LENGiH EMBED l'ONCHETE 1URodE FRELOAD PULLOU1 1EST U.750 8.UU 6.500 4460.v 10 .' SoOO 15600 26 U./bv 8.00 6.500 4450.0 129 5600 13600 2: U.750 v.00 6. DO' i 44S0.O IJO 600U 13600 .;: O.750 10.00 7.$UU 4383.O 1/b 20/50 J/ U. /bv 10.UU 6. %U l -2 0 " . U 1/b 1Y600 J-
. 750 10.90 6.48U 4365.O 175 15300 27 v./bv . JU.UU /.b10 43bb.O 1/b 128U0 27 O . '/ 5 0 10.Ou 7.640 4385.O 1/b 18 BOO J7 U./bv 10.00 /.5/0 4?8b.0 1/b 1 6 1 .:D 2, 0./bv 10.00 7. 3.'u 43e5.0 if5 1J500 f 68 '
, 20 10.90 c.360 4165.U 1 'b lb bu _
U. /dv 19.Ou /.b90 4365.O 10 20500 J,
. . , b .; 1 . Os e e.beu 4 f.b o . O 110 14 >JU ..
O.750 10.00 7.640 4385.0 1-b 1 r / vr i v./30 1 0 .a.u_ ,.310 4 2,O';. . v 1. $ 1/ay) J
~
U. 50 10.0u 7.430 4305.0 10 14/30 J' o,/bo 10.UU 6.600 4305.O Iou 1abvu J. v./b0 e . 8 / ") 40ve.O 1 0. 100/4 as v.,to /. / .O 4U90.0 1 .9. . j;J2 .9 v./b0 3.230 4000.O . 119b4 2c v./bv . 500 quOv.v o 12;19 _e O. /bv b.Obv 4000.0 10_ 1o800 Js O.130 $.230 ovuu.U l '_. '. 152Sb Je 0.130 5.125 4000.0 liv 1o146 Ji U . / -30 b.2b0 4000.O 10/ loUU6 e O./bo 3.125 4000.O 80 11675 JE V./50 6./BO 4000.U 4 / 1 634 JE v./b0 6.500 4000.0 140 14407 J6 v./bv 3.J/b 40VO.U Dv 1U819 Je 0.750 7.87b 4000.0 117 15042 _6 O./50 7.YJ8 4000.O 12J 16'J U 4 :
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7 EST Zt..? 7.t g Ht b Nuilear Power Plant Full-out I e n- t DeASE note : LALIJ L to calculate and t ril l J V to orir.t EALI) E to erase current Panae FWIE BOLT DIAMETER = 0.75 baf1PLE 312E 3.vu CR11ERIGN AVG MA MIN : BULf IENSION INFORMATIGN
..__-.----------.---___--.---------: AVG. ULf. IENSION 1 1 / .2 3 . 2 5 LENGTH ERR ERR Ekk ; =========
EMt'E U .a . J / O.LU a .1. : Nar. ULI. IENr1ON 1 3 1 Y f.. U O CONCFElE 4000.00 4000.00 4000.09 ! MIiJ. ULT. 1ENSlON 1 0 8 1 9 . t".) iUkUUE 50.OV 103.00 3.vu ; LUhF. UF W R1HNCE 3 . t "- PRELOAD ERR E f- k ENR : S f D. L'LVI A 110i1 699.3v H1LII AVERAGE ULTIMAIE <Ab801 A. He4NF.S ) iLNdIUN : 1020c./O
- = ====
DA!A BASE 0If,MEiER LENGIH EMBED CUNCPElE FOROUE FRELOAD FULLOUT TEST U /bO . J";U 4000.V 2 114b4 20 U./5) 3. BOO 4000.0 6J 12310 .'6
- 0. ?bo c. . I '. ' 5 4000.O 80 11675 Jb 0.7bo . 375 4000.O b -7 10819 .N v./b0 .,.Izd 400v. U 68 11 06 20 v.7b0 . 2.375 4000.U $ 11344 29 v.730 .Jnv 4000.v 3v3 1_.1 w 3 26 O./tv 3.125 4000.O 35 11/85 J6
.3 s.e g O.I rt 8 hr 1 D.2 7,7 f F*~ !
Em HF6 Nuclear f 'cwor Flant Full-out lest DBadE note : L AL t .1 L t o calcul ate ea.d LALf] F- to c.rInt EALTJ E to erace current Rance t wit. BOLT DInMElER = 0./b 5 AMPLE 51ZE 32.00 CPIfER10N AV6 MAA MIN ; BULT 1ENSION INFORMATION
.___.--! AV13. UL1. TENSIUN lb1/1.19 LENul11 *.65 1 v. 90 8 . i.".' l = = = = = = = = =
EMt:EU i.64 / . v ;. b .1 . : NAx. ULT. I E N 5 1 LiN 207bv.00 CUNCRElk 4J10.63 4450.00 4000.00 l MIN. ULI. lENSION 913o.OO l ukul JE 141.v4 195.00 /5.00 ; LUEF. OF V ,.iR 1 H N C E 18.18 FFLLUAD 5/L.33 ev00.00 5600.00 : ST D. DEV1AIION 2758.46 HILT 1 AVEFAOL ULIINA1E tABbOI A. H ANI .S ) 1 ENSIGN : 1977Y./J _-== ===- l' A I A eA3E DisML1Eh LENUIH EMBED CONCRElE 1UROUE PFELOAD PULLOUf TEST v.,50 e.00 e.300 443U.U 100 b600 15600 J6 O./bO s.00 6.500 44bO.U 1Ju 5600 13600 26 v./b0 E.UU e.buu 44b0.O 1JO 6000 13800 26 v./bv 10.vu /.eOu 4385.O 1/b llO750 27 0./tv Iv.<R 6 . b .' O 448L.0 1/b 19600 J/ O./SO . 10.00 5.480 4385.v 173 153a0 'l O . ' bi s 1 . Ou .510 4 f.U b . U 1/b 12000 J/ v.750 10.00 /.640 4385.O 175 18500 27 0,/50 19.00 .bU 4285.9 i / :- leizb J-U./bv 10.00 /.3JO 4385.0 1/5 12 BOO J7 U.750 10. ' n s.b60 4 .56 5. 0 t<5 lb7dv ./ / O. 700 1+.00 ~/.b90 4385.O l '. c' J05U0 ./ v./50 1 .'A o . ". a 0 4 f.b b . O 1ev 14 BOO J '/ v./tv l' .00 7.640 4365..' 1 -- b 19 /i." ' J O . / ,9 1 .vu /.510 4J.65 v 1. b 1/43v . O./tv 1.> . 00 /.4JO 4385.O 1 1 ., 14750 J7 v.750 19.00 6.evu 4065.U ic' 10500 J/ U./bu 6. 3 'b 4000.U 110 100/4 -E O./Ni <. 3> 4 0r iv . ' liv 1.;JJ e 26 v.?bu 5 J50 409..O IvJ I c.8 9 6 .ls J.,50 t.Jnv 4009,o im, 15..
- b Je v.750 b.125 60 0 ). 0 1!' 1c146 '
8
- 9. >be b. ,o 9990.O 10- leOO8 Je O.?by S.7bu 4000.U 9 .- 1 ' c '. 4 29 v./a' 6.bOu 4 !. ' u.' . ' . l .) 1440/ J8 0,/50 ,.875 dev J. O 117 1504J Je O./50 . ' .;H 4009.O 1..' J 1 e .J e 4 :. 6 v . / ' .,0 '/.875 4000.0 109 1233/ 26 O./50 b.Jbu 4000.U /b 16450 28 U./bo 6.500 40VO.O 175 15/97 28 U./59 6./bv 4000.O 78 4126 28
e 4 P , r ,-,2 = u,/y; ' , / t. . .. a cur) . f . 1 1 -j 111'9 . h'
7 s* ct6 1 t.5 t . - c 3 "'~
.,, v. s s .seen HF i4 rJuc l esr F ot.,e r Pl s.n t Full-out test L'BH t t.
ncte : LALij L to coltulatt? srid t ril l ) F to print [4LT] E to erase curt ent M i.n c e
- - - - - . - - - - - - - - . - - - - - - - ~ ~ - - . - - - - - - - - - - - - . - - - - - - - - - - - - - - - - - - - - - - - - - . - - - -
F W I F. BOLI L'I nME I Eh = 1 bAMPLE b I _' E 1d.00 CRllENIUN AVG MAa MIN i buti IENSIOl1 ifMOHf1ATIUN __-_--__.._....-.....--_--.-_....-_.-.--; AVU. ULl. ILNSIUN 186J4.'8 LENulH 9.00 Y.UO Y.OO ===:n=. EMBED / . +.,6 Y.00 e . .O l M A /. . ULI. IENSIUN JJebb.vv CONCb El E 4075.00 4450.00 4000.00 ! MIN. UL I . IENSION 14000.00 iUNuuE 1/6.36 J62.00 40.00 l CUEe. O t- VAb1ANCE 1J.12 PFLLunD 7066.67 7600.00 ov00.00 : 5ro. DEVIATION JJ'J 6. 9 4 HILTI AVERAGE ULTIMATE (ABBor A. HANFS) IENSION : I'3441.OO
=========
LAIA EASE U l Al1E l E k LENGlH EMBED CONCEEIE TUROUE PRELOAD PULLOUT lEST 1.000 Y.OO 6./50 4430.0 250 'c00
/ 16400 26 1.000 9.00 6./bO 4430.O 230 /aOO 17200 Je 1.000 v.UU 6. 50 4439.U . O '.. eOOO 19400 .i d 1.90v 65 . / 5 0 40Vv.O 189 19844 Ja 1.00' 6.b00 4'100. U c62 JJ6tB .l8 1.000 9.000 J000.O 1J5 14vv0 28 1.000 . 6 . .. / b 4000.O _5 l '/ ./.18 .;e 1.000 8.525 4000.O lib 15442 28 1.000 e.DOU 4000.O 140 lev.3 ze 1.UVO 6.7b0 4000.O 123 1/697 26 1.UUU 6./30 4000.U 16b 15$*!5 .J M 1.UUU 8.625 4000.O 4v 19411 28 1.vuv s./59 4u00,v 1, i 10644 Je 1.90V 8.500 4000.0 1*' 14fJ .J 8 1.vv0 8./bu 4000.U l i f. leel . Ja 1.000 6.6/5 4000.U 16- 11968 29 1.000 6.500 4000.U .'U U J 1.lw / 20 1.000 8.500 4000.0 J P.s '
2081 28
60 t ts " , Au F. . 1 7:,T U p c..a 3 '**n a te .8 Nucle +r Power P1 arit Pul1-out ient U969E r.o t e : LntiJ L to calculate e r. d LAL iJ P tc. or a rit EALTJ E to or n.e current. F nae t W I F. BULI Dint 1E1EH = 1.23 sar1PLE SIZE 3 . .'C CR11EH1UN AVG Max M1H : UULI l Ef 610N INFukNa1 ION
------------------------------------------l AVb. UL1. 1 ErJO I UN JbY46. 68 LEtJGTH EMR ERR ENR =========
EMeEU O.eb U./b 8 . :.r.e ; t% A . ULl. ILfbluN J40 ,- 4 . 8.".' LUNCRETE 4000.U0 4000.00 4000.00 : 111 N . ULT. TENSION ev 10. J'.> IUHUUE 2b4.90 4YU.UU J50.00 UUEF. UF V.a R I AtlL E 11.v PRELUAD EFR EkR ERR ! STD. DEVIs flON J 1 U ' , . *l E. HILII AVER 46E ULTIMaFE (ABBUT A. H ANI .S ) fENSION : ISO /J.50
===:.:====-
L) A I A b43E 019MLIEP LENu1H EMUED CONCRElE T UI, UUE PRELUAD FULLOUT TEST 1.Jbu U . / 'sv 40U0.0 '.45 J7421 26 1..50 8./bo 4000.O 49v 29874 26 1.250 6. bt.>U 4000.U !65 J '/ l i. ' Je
- 1. 50 8.500 4000.O .23 U 24eO7 28
- 1. Jb' ) 6./BU 4 .>'.' U . U .20 u/10 JU
r I Attachment 3 NUCLEAR POWER PLANT ON-SITE TEST DATA ANALYSIS INDEX
I HILTI KWIK BOLT NUCLEAR POWER PLANT TEST LO6 NAME MONTH YEAR CUSTOMER CONCRETE se TOWN STATE 33333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333 1 Millstone Unit 3 MAY 1979 STONE & WEBSTER 3000 WATERFORD CN 2 Seabrook MARCH 1979&81 UNITED ENGINEERS 3000 SEABROOK NH 3 Hope Creek AUGUST 1979 BECHTEL 4000 HANC0CK BRIDGE NJ 4 Monticello DECEMBER 1983 NORTHERN STATES 3000 MONTICELLO MN 5 Beaver Valley JULY 1977 STONE & WEBSTER 4000.1 SHIPPIN6 PORT PN 1 6 Beaver Valley II JANUARY 1978 STONE & WEBSTER 4000.1 SHIPPIN6 PORT PA 7 Indian Point DCTOBER 1979 PASNY 3000 BUCHANAN NY 8 Three Mile Island SEPTEMBER 1979 GILBERT & ASSOCIATES 3000 MIDDLETCNN PA 9 Enrico Ferei II SEPTEMSER 1977 DANIEL 4000 MONRDE MI 10 Ninesite Unit 2 JANUARY 1978 STONE & WEBSTER 2970 SCRIBA NY 11 Point Beach JUNE 1979 WISCONSIN ELEC. POW. 3500 TWO RIVERS WI 12 Shorehas SupertB APRIL 1979 STONE & WEBSTER 4800 SHOFEHAM NV 13 ft. Calhoun MARCH 1981 GILBERT COMMONWEALTH 3000 Fi CALHOUN NY 14 Monticello DECEMBER 1981 BECHTEL 3000 MONTICELLO MI 15 Perry JULY 1980 6ILBERT COMMONWEALTH 3000 PERRY OH 16 Dresden JANUARY 1980 SAR6ENT & LUNDY 4000.1 MORRIS IL 17 Dresden NOVEMBER 1978 SAR6ENT & LUNDY 3000.1 MORRIS IL 18 Perry NOVEMBER 1980 6ILBERT COMMONWEALTH 6000 PERRY OH 19 Palisades SEPTEMBER 1979 BECHTEL 6000.1 COVERT M1 20 Arnold AU6U$i 1979 BECHTEL 6000.1 PALO 10 21 Enrico Ferai !! AUSU$i 1979 CAN!EL 6000.1 MONRDE MI 22 Clinton SEPTEMBER 1979 SARGENT & LUNDY 6000.1 CLINTON ll 23 Braidwood JUNE 1979 SARSENT & LUNDY 6000.1 BRACEVILLE IL 24 Braidwood MAY 1979 H. P. FOLEY 6000.1 SENECA !L 25 Perry FEBUARY 1978 KAISER 6000.1 PERRY OH 26 Susquehanna MAY 1985 DRAVO 4450 BERWICK PA 27 Susquehanna APRIL 1986 DRAVO 4385 BERWICK PA 28 Susquehanna MARCH 1986 DRAVO 4000 BERWICK PA 29 St. Lucie FEBUARY 1979 FLORIDA PCNER & LIGH 4000 ST. LUCIE FL 30 Surry JANUARY 1980 ESASCO 4000 SURRY VA 31 WPPSS 3&5 AUGUST 1979 EBASCO 5000 SATSOP WA 32 Brunsnick AU60ST 1984 CAROLINA POWER 3290 SOUTHPORT NC 33 Marble Hill JANUARY 1983 6.K. NEWBURG 3182 & 4025 NEW WASHIN6 TON IN 34 Coaanche Peak JUNE 1979 BROWN & ROOT 4000 6LEN ROSE TI 35 Clinton MARCH 1984 ILLINDIS POWER 3500 CLINTON ll 36 Millstone Unit 3 MARCH 1981 STONE & WEBSTER 3000 WATERFORD CN 37 Millstone Unit 3 AU6UST 1979 STONE & WEBSTER 3000 WATERFORD CN 38 Indian Point Unit 2 JULY 1979 PASNY 3000 BUCHANAN NY 39 South feras SEPTEMEER 1979 BROWN & ROOT 4000 BAYTOWN TI es CONCRETE STRENGTHS 61VEN IN FORM IIII.1 ARE ESTIMATED STRENGTHS
l Attachment 4 1/4g Diameter 2-6 : Concrete strength 2000 psi to 6000 psi All, S or D: All, shallow or deep embedment , 9/15: Date of computer run 4 4 l 6 NUCLEAR POWER PLANT ON-SITE TEST DATA ANALYSIS h 1 1 1
- . . - - _ . , . , . - - , _ -.--m-._,._m- _ _ . _ _ , , . . , _ . . . , _ - - - . . . _ - _-,-~.r..,,_-,, - ,,,,m ~ .,.-_-. - - ,-- ---,. ..
4 Z= fo ALL 1/e5
-W L* E 1 HF.B Nucl ear Power Plant Pull-out Test DBASE note : LALIJ L to csiculate end thLiJ P to orint CALTJ E to erase current Rance t WIL BOLT DIAMElER = 0.25 SAMPLE SIZE 97.00
- - - - - - - - - - - - - . - - - . - - - - - - - - - - - - - - - - ~ ~ - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
CalTEb10N AVG MAA MIN : BULT TENSION INFORMATION
-_-_---__-----------------------l AVG. ULI. TENSIUN 24Y1.08 LENGTH 2./9 8.50 v.00 =========
EMPED 1.b4 2.bv U.ed : Max. ULT. TENSIUN 4930.00 CONCFETE 3432.40 4000.10 29/O.00 ; MIN. ULI. TENSION 1001.00 TUHuut 12.48 6v.00 1 . *..V ! LUEF. UI- VARIMNCE 27.45 PRELUAD 1382.15 5906.00 O.UU S ID. DEVIAIION 683.71 HILTI AVERAGE ULTIMATP. (AB8UT A. HANLS) TENSION : 2163.56
=========
, DATA BASE
-- -------.. ~ ------ - -- ~ ------------ ---- -----.-------------------
DIAMETEM LENUTH EMDED CONCHETE TOROUE PRELOAD PULLOUT TEST U.Ubu ... U U Z.UUO 3000.O 10 1229 2070 1 v.250 3.00 2.000 3000.O 10 1276 2457 1 v.250 f.. U U J.UUU 2009.O 10 1312 2835 1 v.23U 2.25 1.125 3000.U 12 865 170c 2 v.Jdu 2.25 1 . 1.25 1000.O l.' 938 1796 2 0.250 2.25 1.125 000.0 lb 1299 1843 2
- 0. ./bv J.JD 1./50 3000.O 12 1443 .1959 2 O . 2 ,0 2.25 1.750 1.U00.O lb 1660 2886 2 U.2bv ..Jb 1.125 3900.0 15 1443 1701 .1 v.250 2.25 1.125 3000.0 12 1115 1512 2 U.JLU J.JD 1./3U J000.0 1J 144J 2886 2 v . ./b0 2.25 1.750 3000.U 15 1732 3031 2 v.Jbu J..5 1.JbO 4000.U 10 l b l.o 18*U 3 O.Ubu 2.25 1. .'5 0 4000.U 8 945 1890 3 v.25U 2.25 1.230 4000.U 10 94b 1090 3 U. l50 .2.25 1.250 4000.0 8 1418 1890 3 v.2bv J.2b 1.Jbv 4000.O 5 ~/U9 1890 3 v.250 2.25 1.2b0 4000.O W 153o 1890 3 v.25U J.JD 1. 150 4000.U 12 14le 1654 3 0.250 2.J5 1.250 4U00.O 5 706 1890 3 U.250 J . r; 1.Jbu 4000.O 10 luyv 1985 2 U.Ubu J.25 1.260 4000.O b 709 1890 J U.250 s . UU J.bol 4000.1 1 1810 3625 6 O.250 f.. O U J.501 4000.1 1 1813 3263 6 U.2bv J.JD 1.250 1900.U 15 V46 2bYY 8 U.2bv .2. 2b 1.250 JUOU.O 1.2 945 1890 8
- v. 25< > 2 . .;'> 1.260 3000.U 8 520 1418 8 O.2bv 2.25 1.2bv 3000.U lu 1890 2363 8 U.2bv 2.db 1.250 3000.i.) 12 16b4 1890 8 0.250 2.25 1.250 2000.0 12 946 1418 8 v.250 2.2b 1.2bo 1000.O 14 709 1536 8
i NA _ v.utv 2.25 1.250 3000.O 19 473 1101 8 U.25U J.Jb 1.250 3000.0 Ju 1890 245/ ti O 250 3.00 2.000 297O.O 15 O 2935 10 v.2do 00 2.000 29/O.0 lb O J31b 19 0.250 2.000 3000.0 15 J236 fJ4/ 14 0.2bv 1.12b 3000.0 10 .!O2O 2814 14 9.250 2.000 3000.O 20 1948 3752 14 v.2bv 1.125 J.UOV. O 10 1910 2092 14 0.250 2.000 3000.0 Jo 1948 2164 14 0.250 1.12b $O00.0 10 1371 2164 14 0,250 2.000 3000,0 20 23v9 3391 14 O.2b0 1.12b 3000.O 6 1Ulv 1876 14 O.2bv 2.000 3000.U 15 1623 3896 14 0.250 1.12b 3000.0 10 1010 1604 14 O.250 1.125 300 >. O 10 1334 2092 14 v.250 1.125 f.000. 0 10 1443 21e4 la O.25v 2.000 SOv0.O 15 1298 3247 14 v.2b0 2.U00 3000,9 20 1587 31~5 / 14 v.250 2.000 2000.O JU 1515 3824 14 - l 0.250 z.OOO 3OUv.O 15 13/1 2958 14 O.2bv 2.000 3000.O 20 222.e 2669 14 O.2b0 J.009 3000.U 15 1587 3752 14 O.250 J.25 1.125 3000.O 5 655 2426 15 0.250 J . .'b 1.1Jb 2000.0 5 1954 192e 15 0.250 c . 25 1.125 3OOv.9 bO O 2113 15 U . 159 J.Jb 1. 1./ D J.UUO . U b /15 25bo- 15 v Jbo J.25 1.125 3000.0 15 0 2863 15 U.2bv J.000 40Vv.1 6 1 3300 le O.2b0 2.UGU 4000.1 8 1 2152 16 U.2bv J.000 4vuv.1 6 1 .24 c 9 16 O.250 2.000 4U00.1 e 1 19e2 16 v.250 J.UUU 4000.1 E 1 28eV lo 0.250 3.00 2.009 5000.1 12 1001 1668 17 U.250 ?. 00 J.UUU JUUU.1 10 66/ 1001 17 v.Ub0 ~; . 00 2.000 3000.1 8 e67 3002 1/ O 450 .99 J.009 3000.I 1J 2335 J S ;.b 1/ O.250 2.25 1.125 4000.1 10 1300 2089 19 v.250 Z. 'J b 1.125 4000.1 10 1165 ."/ 3 U Iv U. 50 2.25 1.125 4000.1 10 11~/O 2eOO 19 0.2b0 2.2b 2.099 4v00.1 iv 13eo 3740 .21 i U.200 2.25 2.000 4000.1 Iv JO40 3400 J1 t '. Jbu 2.Jb 2.000 40VO.1 10 1JeO .A O O J1 U.25v 3.50 0.875 4000.1 8 1380 .'100 JJ v.2bu / . 00 1.bVU 4 0 r. 1 6 1320 J10v .c O.JSU 7. 0v 1.500 400v.1 8 l eiiO 3564 22 v.230 U.30 U.6/5 4vvv.1 8 1 00 2100 .f u U . .ibu 7.00 1.500 4000.1 8 1500 2630 JJ U. b0 /.90 1.600 400v.I 8 2109 3366 J2 0.250 ,7.00 1. 5f /O 4000.1 8 2242 32!.2 =
- 0. abo 6.50 v.8/b 4000.1 L SUV 2100 2 O.250 8.50 0.875 4000.1 8 1.* B9 1800 JJ U.250 8.bu U.U/b 4000.1 8 1.200 1660 JJ 0.250 7.00 1.375 4000.O 26 4654 2125 J8 v..50 /.OU 1.3/b 4000.O 51 5906 2898 28 0.250 /.00 1.375 4000.0 53 4536 2098 28 0.250 /.00 1.3/5 4000.0 6(r 4016 2374 48
a PAGE O.250 3.00 1.759 2509.9 8 1440 2990 '5
- 0. 2 ,o .;. 0 0 1.7b9 2500.U 8 1050 JYbO J. b v.2bv 3.00 1.875 J500.v b 1180 244v 31 v . 4 .,0 2.00 1.750 3bov.U U 1310 2029 3D v.250 !. 00 1.8/5 259v.v b 1940 1. e0 35 U.250 .;.. U U 1./50 Obov.U b 1950 E/eo -J 5 v.250 3.00 1.8/b 3500.0 b 1310 2300 35 v.250 .. 0 0 1.E/b ?. v0.v b 1e49 3070 35 O.;bo 3.09 1.875 2500.O 5 1510 4030 25 O.JbO ..UU 1./bO 3509.O U 1719 2%O 35
Yq , L. G e.6 c/g , 3-; PAbd i HLB Nuclear Power F1 ant Pull-out Iest D6ASE note : LALlJ U to calculate end LALf] F to orint LALTJ E to erase current Rsnoe kWIL BOLT DI AI1ET ER = 0.Jb SAMPLE SIZE 5/.00 CPIIERluN AVG max MIN ! BULT 1ENSION INFORMATION _-____--._-..-_-- --_ -____.---.. ----i HVfa . ULf. TENSION 2280.39 2.79 7.UU O.00 l ========= L ENG TH EMBED 1. J. 4 1./b 1.13 : MAA. ULT. lENSION 3630.00 CONCHETE 3429.84 4000.10 3000.09 ! MIN. UL T. TENSluN 1181.00 IORUUE 15.63 69.UU b.UO : COEF. OF VAPIANCE .'4 . 8 f. PRELOAD 1470.93 590e.UU O.00 l 5TO. DEV1AIION 566.24 H1LTI AVERAGE ULTIMATE (ABBOT 4. HANh5) TENSION : 1703.00
=========
D4iA 6ASE D I AMti i Eh LENB1H EMBED CUNCRETE IOROUE PRELOAD PULLOUT IEST U.2bo .2. Jb 1.125 3000.0 12 6eb 1796 2 O. 250 2.25 1.125 3000.O 12 938 1796 2 v.Jbu J . 'b 1.IJb 4000.0 lb 1299 1643 z O.250 2.25 1.750 3000.O 12 1443 2959 2 U.2bv J. JB 1./DU 2000.0 lb 1660 2886 2 U.259 .? . 2 5 1.125 000.0 15 1443 1701 .: U.Jbu .'. 2 b 1.12b 3000.0 1 .. 1115 1512 2 U.250 2.25 1 . ~/ b O i.0 0 0 . 0 12 144J .2886 2 v.Jbu .' . JB 1./bv 3000.O lb 1) JJ *031
./
O.250 2.25 1.250 4000.0 10 1516 1340 3 V.25U .. L 1.250 4000.O U Y45 1890 3 0.250 2.25 1.250 4000.0 10 945 1890 3 U.2bv ' . .; 5 1.250 4000.0 8 1416 1890 3 U..bu 2.25 1.250 4000.0 5 /U9 1890 3 j U . .'bv J. 2b 1.2bv 4000.U 8 1336 18v0 5 I U.2bv 2.25 1.250 4000.0 1.2 1418 leb4 3 v.250 J.J5 1.250 4000.O b 'be 16vo ., O . .? $ U 2.25 1.2b0 4000.0 10 1e40 1985 3 l O.Obv J. 2b 1.Jbo 4000.O b /UY 1890 J.
- O.25U 2.25 1.250 3000.U 15 94e .599 8 O.250 J . .'b 1.250 JUUU.O 1r v45 18vu 8 v.2bO 2.25 1.250 3000.U 8 5JU 1418 8 U.250 J.2b 1. 25 0 3000.0 lb ib*U 21.e 3 6 O.250 2.25 1.250 3000.U 12 1554 1890 8 U.250 -.Jb 1.250 f.UUU . U 1./ V46 1418 8 O.2bo 2.25 1.250 3000.O 14 /0? Ib3e 8 O.250 2. 'J5 1.250 3000.U LU 4/3 1181 8 l 0.250 2.25 1.250 3000.O .
- 0 1890 24b7 8 0.Jbu 1.12b 3000.0 10 JOJO 2814 14
- 0. 25 0 1.125 3000.0 10 1010 2092 14 U.250 1.125 3000.0 10 1371 2164 14 l
L
PAGE e O.250 1.125 3000 v 6 1910 18/e 14 v.250 1.125 3090.O IV 1019 18v4 14 v.250 1.125 3000.O 10 1334 2092 14
<>.250 1.125 3000.O 10 1443 J164 14 O.250 2.25 1.125 3000.O 5 655 2426 15 v.250 2.25 1.12b 3000.O 5 1054 1926 15 v.250 2.25 1.125 3000.O 50 0 2113 15 v.2bv J.zb 1.125 3000.v 5 715 2550 15 O.250 2.25 1.125 3000.O 15 0 2863 15 v.2bv 2.Zb 1.125 4000.1 10 1300 2v80 19 0.250 2.25 1.125 4000.1 10 1365
~
J/30 19 v.250 .JD 1.125 400v.1 10 11/v 2evu 19 O.250 7.00 1.500 4000.1 a 1320 2100 22 v.2bv /.00 1.buv 4000.1 O le80 Jb64 J2 O.2bv 7.00 1.500 4000.1 8 1 BOO 3630 22 O.2be / . 09 1.bov 4000.I b J100 3366 ;J 0.250 /.00 1.500 4000.1 8 2342 3232 22 v.2bv /.99 1.275 4000.0 ;. 4o54 2125 ;8 0.250 /.00 1.375 4000.0 $1 5906 2898 28 v.250 / . Uo 1.3/5 4900.O 52 4 b _'.e 2098 28 v.250 7.00 1.375 4000.0 69 401e 2374 28 0.z50 3.00 1./bv .!.500. 0 8 144U 2890 35 O.250 3.00 1.750 '
.500.O 8 10b0 2950 35 v.250 3. Ou 1./50 3500.U 8 1310 2530 35 v.250 3.00 1.750 5500.O 8 1050 2760 35 v.25v .> . U U 1./DO 3500.O 8 1710 2950 Ob i
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4 0 sy/is[g(; 6-Aub 1 HFB Nuclear Power Plant Full-out Test DBAsE note : LALfJ L to calculate end [ALIJ P to orint LALTJ E to erase current Rance
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - ~ ~ - - - - - - - - - - - - - - - - - - - - -
FWlt BOLT DIAMETER = 0.25 SAMPLE SIZE 35.90 CRITENION AVG MA( MIN BOLI TENSION INFORMATION
------------------------------------; AV6. LILI. IEN51UN .l910.66 LENGTH 1.83 3.00 0.Ou ==='=====
EMBED J.v1 2.du 1.e8 : MAX. ULI. 1ENSION 4930.(.O LONCRETE 3355.47 4000.10 2970.00 : MIN. ULT. TENSION 1001.00 iORUUE 11.46 2U.OU 1.09 i COEF. UF VARIANCE 23.79 PRELOAD 1261.89 2335.00 0.00 l STD. DEVIATION 692.43 HILfl AVERAGE ULTIMATE (AEBOT A. HANFS) TENSION : 2775.03
====.=====
DATA 6ASE DIAMElER LENGlH EMBED CONC 6ETE IUROUE FRELOAD FULLOUT 1EST O 250 ;. 09 2.vou 3v99.O 10 1 z.29 2074 1
- 0. 'io 3.00 2.000 3000.O 10 127e 245/ 1 v.Jbo 3.vu 2.000 ;O00.v 10 131c 283b 1 v.250 3.00 a.501 4000.1 1 1813 3625 6 v.ubu ... v u c.501 4409.1 1 1 8 1 .'. .'263
. 6 O.230 00 ' 000 ;y70.O 15 O 2805 to v . 'N 1. UU J.vou 29 /U. v 1 !. O 2315 10 v.Jby . 000 3000.O 1b .?235 .'. 2 4 / 14 U.Jbo J.Ov0 -3vvv. V O l'446 J/54 14 O.Jbu 2.000 3090.O Ju 1Y48 21e4 14
- v. Jb'i J.000 3999.O zu .;3v9 33'4' 1 14 0.2bO J.000 3000.O 15 tou; .'.G i o 14 v.2bu J.000 300v.o Ib 12ye 3.l 4 7 14 0.2bv 2.000 0000.v 20 15a/ ;175 14 v.250 J.vv0 3000.U JO 1bl5 3824 14 v.250 2.000 2000.O 1b 13/1 ll9 5 8 14 U . .'50 2.000 3900.0 .O'
.;; 36 2669 14 9.250 2.000 2000.O 15 1'53/ 3 / b 'l 14 9.Jbo J.000 4099.1 8 1 3390 16 0.25v 2.Ovo 4000.1 e 1 2152 le 9.2bv .l.000 4000.1 8 1 J469 16 O.250 2.000 4000.1 8 1 1962 16 U.250 J.000 4000.1 6 1 2860 16 0.2b0 3.00 2.000 -;900.1 12 10v1 16e9 17
- v. 2b' 8 3.00 J.U00 3000.1 10 66/ iv01 17 O.Jbu 3. 00 2.000 3000.1 9 66/ 3002 17 U.250 <
. . UU J.000 3000.1 1J .; 3 ' b 233b 17 0.250 J. 25 2.000 4000.1 10 1360 3740 .21 O.250 J.Zb 2.000 4000.I 10 .lU 4 0 3400 21 0.250 2.25 2.000 4000.I 10 1360 3400 21 O.250 3. VO 1.G/b .l.5 0 0 . O 5 118v 2440 35
O o Ps .GE _ v.230 3.00 1.875 3500.9 5 IWO 3260 ' 5
- v. . ;bo 3.00 1.B/5 2 b'.R:8. O b 1318.' J 3'>v 35 0.J39 3.00 1.875 !b00.0 5 1640 3070 35 v . 'Jbo J.. U U 1 . 8 ,' 5 3bv0. O 3 1510 4030 3b
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--l HV6. UL f . IENsION '491.US LENGTH 2.79 8.59 0,00 : =========
EMBED 1.b4 J.50 U.US ; MHA. ULi. IENSION 49 30. VO CONCHEIE S412.40 4000.10 29/O.00 ; 111N. ULI. TENSION 1001.90 IURUUL 1J.46 6v.UU 1.UV ! LUEf. OF VARIANLE 2;.45 FRELOHD 1 3 8 .2. 1 5 5905. 00 v.09 l SID. DEVIAIION 683./1 HILT 1 AVERAUE ULT 1M41E (A9BOI 4. HANVS) 1ENSION : 2163.b6
========w UA'fA BASE DIAMETER LENGlH EM13ED CUNCFElE 10FOUE FFELOAD PULLOUT TEST U.2bu J.UU ..UUU ?.UU U . O 10 1229 2079 1 U. 'bo 3.VO 2.000 3009.O 10 1276 2457 1 U.250 . 90 J.Uv0 1000.O 10 131J .28 3b 1 v.250 2.25 1.125 3099.0 12 865 1796 2 o.Obv ..Jb 1.125 :
.vvv.O l '.! w30 1796 2 O.250 2.25 1.125 f.0 0 0 . O 15 1249 1043 2 U.250 .Jb 1./mu 3900.0 1; 144. J%9 2 U.250 .' 25 1.?by ?.000.O 15 totU 2855 ;
O.Jbu .'. J 5 1.1JS 3000.U lb 14 4 '.. 1791 ; U.250 2.25 1.125 3000.0 IJ 111b 1512 2 i '. 2bv .c . .J 5 1./bv 2000.0 IJ 144J JeSe U.J50 ..Jb '
.150 1000.0 15 175J 30!1 2 u.Jbo . . .; b 1.2bo 4009.v to 1 b .' e 184v ..
9.2bv 2.25 1.250 4000.O d 445 18sv 3 U. Jbt e J . .J b 1.45U 4000.0 10 *4L 166v 2 O. 59 2.25 1. ./b0 4000.O u 1416 1 d6 3 U . .'bu J. Jb 1.1b9 4000.9 b /v9 1690 .. O.JbO 2.25 1.250 400v.O 8 1536 1810 3 0..bv J . .; b 1. .!bo avvv.O IJ 1418 16b4 3 0.Jbu 2.25 1. ."2 0 4000.9 b /56 1810 3 U.250 J. Jb 1. 'bu 4000.0 10 1890 1985 3 U.JbO 2.25 1.250 4000.0 5 109 1890 3 U.Jtu 3.09 .' . bt : 1 4v00.1 1 lel 3e25 6 v.250 3.00 2.501 4000.1 1 1813 3263 6 U.2bv ./ . .l 5 1.4b0 ?.000.0 lb 446 2t99 8 U.250 2.25 1.250 3000.O 1J 945 1890 8 U.4b0 ;'. 2 5 1.2b0 2000.U 8 S.'u 1418 8 O.250 2.26 1.250 3000.O 18 1890 2363 8 0,250 J.2b 1.250 3900.O 12 1654 1890 8 0.250 2.25 1.250 3000.O 12 946 1418 8 O.250 2.25 1.250 3000.O 14 709 1536 8
1 PAGE 2 U.230 2.2d 1.250 3000.0 10 47a 1181 9 U.JbV J. 2b 1.250 4000.O 20 1890 243/ 8 0.230 J.00 2.000 2970.0 15 0 2835 10 O.250 3.00 J.000 JV70.O lb U 2315 10 O.250 2.000 3000.O 15 2236 3247 14 U.2b0 1.12b 3000.O 19 2020 2814 14 U.250 2.000 3000.O 20 1948 3752 14 U.250 1.126 3000.O 10 1010 2092 14 O.250 2.000 3000.O 20 1948 2164 14 0.250 1.12b $U0i'. O 10 1371 21o4 14 0.250 2.000 2000.0 20 2309 3391 14 O.260 1.125 3000.O e 1010 1876 14 0.250 2.000 3000.0 15 1623 3896 14 0.250 1.12b 3000.0 10 1010 1804 14 0.250 1.125 0000.0 10 1334 2092 14 U.260 1.125 0000.O 10 1443 2164 14 O.250 2.000 3000.O 15 1298 3247 14 U.2bo J.000 JUOU.O 20 1587 317b 14 O.250 2.000 3000.O 20 1515 3824 14 U.250 J.VOO 3000.U 1b 1371 2958 14 0.250 2.000 3000.0 20 2236 2669 14 O.250 2.U00 3000.O 1b 1587 3752 14 v.25U 2.25 1.125 3000.O $ e55 2426 15 U.250 J.25 1.126 3000.0 b 1054 1926 15 0.250 2.25 1.125 3000.0 50 0 2113 15 U.250 J.25 1.125 !.UUU . O b 7lb 255U lb O.250 J.25 1.125 3000.0 15 0 2863 15 U.250 2.000 4000.1 e 1 3300 16 O.250 2.000 4000.1 9 1 2152 16 U.25U ..UUU 4000.1 9 1 24e9 16
- 0. 2 -;O 2.000 4000.1 8 1 19e2 16 9.250 J.UUU 40U0.1 e 1 J860 16 1 O.2bv 3.00 2.000 3000.1 12 1001 lee 8 17 O.250 3. UU .'.U00 3000.1 10 6e7 1001 17 0.230 J. 00 2.000 3000.1 8 ba7 3002 17 v.250 J.. U U J.UVO l000.1 12 J 3 .'.5 2335 1/
U. 250 2.25 1.125 4000.1 10 1SUV 2080 19 9.450 J.Jb 1.125 4000.1 10 13eb J/30 19 O.230 2.25 1.125 4000.I 10 11/U 4600 19 U.250 2.25 2.000 4000.1 IV 126U 374U 21 U.250 2.25 2.000 4000.1 10 2040 3400 21 U.250 2.25 2.000 4000.1 10 1360 3400 21 U.25U 8. "so 0.875 4000.1 8 1:30 2100 22 U.250 7.00 1.500 4000.1 6 1.20 J10U 22 U.abu 7.00 1.500 4000.1 8 lbs0 35e4 22 U.259 9.bu U.G/b 4000.1 6 1JOO 2100 22 U.2bu 7.00 1.500 4000.1 9 lbOO 3630 22 U . bo 7.00 1.buU 4000.1 H J100 3366 22 v.250 7.00 1. BOO 40U0.1 8 J342 3232 22 O.2bO 6.50 U.U/b 4000.1 6 'r UU 2100 2.2 U . .'bO 8.b0 0.875 4000.1 8 1380 1800 22 O.250 6.50 U.6/5 4000.1 6 1JUO 1680 22 U.250 7.00 1.375 4000.0 Je 46b4 2125 .8 U.250 /.UU 1.3/5 4000.0 b1 5906 2898 28 0.250 /.00 1.3/5 4000.0 $3 4536 2098 28 O.Ubu 7.UU 1.475 4000.O 69 4016 2574 28
F46E : v.Jbv 3.00 1.750 3500.O 8 144v 285) 35 O.Jbu L.. U U 1./bO 3b00.O 8 1950 2950 35-V.250 3.00 1.875 3500.O 5 1180 2440 35_f U.250 3.00 1.750 3b00.U 8 131v 2630 35 0.J50 3.00 1.875 3500.0 5 1990 32e9 35 v.250 J. 00 1./bv Z.500. O 8 1050 2760 3b O.250 3.00 1.8/5 2500.O 5 1310 2300 $$ O.2bv J 00 1.8/b 3500.0 5 164v 3070 35 O.2bv 3.00 1.876 3500.O S 1510 4030 35 - O.230 f.. O U 1.760 f.500.0 8 1710 2950 35 A
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-- - ------..-- -~~.---------------------------------- ---------- --
t WIE BOLT DIAMETER = 0.2b SAMPLE SIZE 5/.00 CR I TE.R I ON AVG MAX MIN : BOLT TENSION INFORMATION
- - . . - - - - . AVG. ULT. IENSION 2280,39 LENGfH 2.79 7.00 U.UO =====-===
EMUED 1 . .'. J 1./5 1.13 : MAX. ULl. IENSION 3630.00 CONCRETE 3429.34 4000.10 3000.00 MIN. ULT. TENSION 1181.00 IUROUE 1 3 . 6 .> 69.OU 5.UO l COEF. OF VAR 1ANCE 24.83 FRELUAD 1470.93 590o.00 0.00 ' STD. DEVIATION 566.24 HILTI AVERAGE UL flMATE (Ab80T 4. H4NUS> TENSION : 1703.00
=========
L'A I A f!ASE
, , , Dist1E'I ts LENb f H EM6ED CONCRElE TORvUE PPELOAD PULLOUT TEST U.250 J . .lb 1. 1.!b -3 0 0 .' . 9 12 865 1796 2 U.2bv J.Zb 1.125 3000.0 1.2 9 .*. 8 1796 2 U.250 J . J "; 1.12b 3090.0 lb 1299 1843 2 U.250 2.25 1.750 3000.O 12 1443 2959 2
[ 0.JbO Z.Jb 1./bv ?.000.O 1b le60 2886 2 9.450 2.25 1.125 3000.O 15 1443 1701 2 U.259 ..J5 1. 1.'b 3900.0 12 111b lblJ .2 U.259 J.25 1.750 3000.0 12 1442 2886 2 v.250 J.Jb 1./bv 3000.O 15 1732 3031 J U.250 2.25 1.250 4000.0 10 1536 1890 3 O.250 ./ . .l t 1.2b0 4000.O 6 v4b 1890 : O.23U J . .!5 1.250 4000.O 19 945 1890 3 v.250 .1. J B 1.259 4000.O t:- 1418 1890 3 v . .'b v 2.25 1.260 4000.O 5 709 1890 3 v . Zb' ' .'. J b 1.250 400U.U e 1636 1890 3 0.2bv 2.25 1.250 4000.0 12 1418 1654 3 l U.250 c.2b 1.250 4000.O b /be 1899 3 v.Udv 2.25 1.250 4000.O 10 1870 1985 3 U..bu 2. 5 1. .'50 400V.O b /99 1899 3 v.Ubu J.25 1. .lbO 3000.U 15 94e 2599 8 v.259 . . .:n 1. .'b0 .:.00U . U la 44b 1890 8 v.Ub0 J. 5 1.250 3090.U 8 SJO 1418 8 U.Jbu J.25 1.Jbei J.UUO . O le 1990 J3e3 8 O.250 .2 . 2 b 1.250 3U00.O 1J 1Sb4 1899 8 U.2bv J . .'b 1.JbO 3000.0 IJ v46 1418 8 0.260 2.25 1.250 3090.U 14 709 1 b.36 8 l O. .;bv ..Jb 1.250 3000.0 10 473 1181 8 U.250 .i.25 1.250 3000.O JO 1890 245/ 8 ! U.250 1. lab 3000.O 10 2020 2814 14 ( O.259 1.125 3000.0 10 1010 2092 14 l
, V.250 1.125 3000.O 10 1371 2164 14 L.
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F HGk. i v.2bv 1.125 2000.O 6 1010 18/6 14 v./bv 1. 1.;b 3v00.O 10 101v 1804. 14
- 0. .?b0 1.125 '000.0 10 1 3 .~ 4 2992 14 v.Jbo 1. lib 2.v00. v 10 1443 J164 14 v.JbO .2.25 1.125 !0v0.9 5 6b5 2426 15 v . 'zbu z.;b 1.1.3 3vv0.0 5 Iv54 1926 lb O.2b0 2.25 1.125 J0VO.O 50 0 2113 15 v.Jbo 2.25 1.1 'b 3000.O b ~15
/ 2550 15 O.250 J.25 1.125 3000.O 15 0 2863 15 O.2bv J.23 1.125 400v.1 10 1'.00 2080' 19 v.2b0 .? . 25 1.12b 40vv.1 10 1 ' ob
. z?30 19 U. i' bu 2.Jb 1.125 4vv0.1 10 11/0 2600 19 O.J59 7.00 1.500 4000.1 8 1Juo 2100 22 v.Jbo / . vu 1.500 4000.1 6 le80 3te4 22 O.250 7.00 1.500 4000.1 8 lbOO 3630 22 O.J50 '.00
/ 1.500 4000.1 & 2100 3366 22 v.2bo 7.00 1.b00 4000.1 8 2342 3232 22 v.250 /.90 1.J/b M)OO.o 26 46b4 2125 28 O.250 7.00 1.375 4000.O bl '5906 2898 28 v.2bv /. 00 1.J/b 40W.O S3 4b36 2098 28 v.250 7.00 1.3/5 40VO.O 6v 401o 2374 28 v.2bv J.90 1./50 3bov,V 8 1440 2890 35 v.250 3.00 1./50 3bOv.O 8 1050 2950 35 v.250 3.00 1.7bu 3bou.O 8 1310 2830 35 O.250 3.00 1.750 3500.O 8 1v50 2760 35 v.Obv ... O U 1.750 2500.O 8 1710 2950 J5
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PAGE 1 HKB Nuclear Power Pl ant Pull-out lest DBASE note : LALIJ L to calculate eind CALT] P to crint CALT3 E to erase current Ranoe t WIK eOLT DIAMETER = 0.25 SAMPLE SIZE 44.00 CRITERIUN AVG Max MIN : BOLT 1ENSION INFORMAIION
---------------------------------------l AVG. ULT. TENSION 290v.43 LENGTH 2.02 3.00 0.00 l =========
EMBED 1.96 2.50 1.7b l max. ULT. 1ENSION 4030.00 LONLRETE 3339.58 4000.10 2970.00 l MIN. UL T . TENSION 1001.00 TOROUE 11.UV JU.UU 1.00 : LOEF. OF VARIANCE 21.26 PRELOAD 1295.52 2335.00 0.00 : 5 00. DEVIAfl0N 618.49 HILTI AVERAGE ULflMATE (ABBOT 4. HANKS) TENSION : 2728.0./
=========
DA1A of)SE OIANETF.R LENGTH EMBED CUNCRE1E TOROUE PPELOAD PULLOUT TEST U.250 s. UU J.000 3000.O 10 1229 2079 1 O.250 3.00 2.000 3000.O 10 12/6 2457 1 v.Jbo J. UU J.000 1000.O 10 1312 2835 1 O.250 2.25 1.750 3000.O 12 1443 2959 2 O.JbO J.Jb 1./b0 3000.O lb 1660 2886 2 0.250 2.25 1.750 3000.O 12 1442 2886 2 v.2bo 2.25 1./b0 3000.0 15 1732 3031 2 O.250 3.00 2.501 4000.1 1 1813 4625 6 v.Jbo c.. v u 2.501 4000.1 1 1813 1263 6 0.250 3.00 2.000 2970.O 15 0 2835 10 v.250 2.90 J.000 J970.O 1b O 2315 10 O.250 2.000 3000.O 15 JJ36 3247 14 v.250 J.000 2000,u .lv 1C48 3752 14 O.250 2.000 3000.O JO 1948 2164 14 O.2bv J.000 JOUU.O 29 3 09 J.3 9 1 14 O.250 2.000 3000.O 15 1e23 3896 1a v.250 2.000 3000.O 15 1J98 324/ 14 O.260 2.000 3000.O 20 156/ 31/5 14 I v.230 2.0v0 3000.0 20 1615 3824 14 l O.250 2.000 3000.O 15 1371 29b8 14 l 1 v.250 J.U00 3000.O Ju 2J3e 2669 14 U.2bO J.000 3000.O 15 1557 3 ~/52 14 v.250 J.000 4000 1 e 1 3300 1e O.250 2.000 4000.1 8 1 215~2 16 O.250 2.U00 4000.1 e 1 2469 le O.250 2.000 4000.1 8 1 1962 16 l O.260 2.900 4000.1 8 1 2860 16 0.250 3.00 2.000 3000.1 12 1001 1668 17 O.250 3.00 2.000 3000.1 10 667 1001 17 O.250 3.00 2.000 3000.1 8 667 3002 17 l 0.250 3.00 2.000 3000.1 12 2335 2335 17
i f C PAGE _ v.JbO 2.25 2.000 4 0'."). 1 19 1330 37 'u ci v.J50 J. Ju J . *>vv 4v0v.1 1 Jv.t v f.4 v 0 J1
- 0. .'50 2.25 2.900 4000.1 10 1 31.') 34v0 J1 v.2bv '
. . 90 1.7'v> 3500.O 6 1440 JE90 35 0.259 00 1./b0 Jbv0.v 8 19b0 2950 35 v.J50 f . 90 1. 6 'b 2a00.O 5 1160 2440 ?b v.J59 3.00 1.150 -' 500. U 8 1310 2830 3b v.Jbo ;. . U (
- 1.8/5 'avo.O 5 1999 02eO 3b v.250 3. OO 1.750 35vo,u 8 1050 /eO 05 v.250 . . Ut i 1.O/5 _'a v ' > . v b 1319 23vv '
v.JbO 3. v0 1.8/5 3500.O b 1640 30/0 J5 v.Jbo .. 0 0 1.6/d 2500.O b 1510 403v 3b v . 25 ;) J.00 1.750 3500.O d 1710 2950 -35
I 4" 4 .J. e AA.k. 4hl6 PAGE 1 Ht.B Nuclear Power Plent Full-out lest DBASE note : LALl) U to calculate and L i-iL f ) P to print CALTJ E to erase current Range E W I F. BOLT DIAMETER = 0. 25 SAMPLE SIZE 3/.00 CRITERION AVG MA4 MIN : BOLF TENSION INFORMATION ____.______._________.__._______.._____.--l AV6. ULT. FEN 510N 2473.16 LENGIH 4.61 8.50 2.25 : ========= EMBED 1.4/ .J . b v U.88 : NAX. ULl. TENSION 3740.00 CONLHEIE 4000.06 4000.10 4000.00 : MIN. UL1. TENS 1UN 1654.00 fOHOUE 1J.49 69.UU 1.00 : LUEF. UF VAF1ANCE 26.E6 PRELOAD 157_'. 03 5906.00 1.00 ; slD. DEVIATION 664.35 HILTI AVEFAGE UL l IMAl b mBBO f A. HANt51 1ENSIUN : 2134.82
=========
DATA BASE DI AttE T Lk LENUTH EMBED CUNCRElE TOROUE PHELOAD PULLOUT TEST O.Jbv J.25 1.250 4000.O 10 153e 1890 3 O.250 J.25 1.JbO 4000.O 8 945 1890 3 U.25U J.Jb 1.2b0 4000.0 10 945 1890 3 0.250 2.25 1.250 4000.0 8 1418 1890 3 U.2b0 2.Jb 1.Jbu 4000.O 5 7 0 1890 3 O.250 2.25 1.250 4000.O 8 1536 1890 3 O.250 J. Jb 1.JbO 4000.O 12 1418 1654 3 O. abo 2.25 1.250 4000.O 5 756 1890 3 O. 25's J. 25 1.250 4000.O 10 1890 1985 3 U./bu .' . 2 5 1.250 4000.0 5 /04 1890 3 v.25U ., . U U J.b01 4000.1 1 1813 362b e O.J50 f.. O O 2.501 4000.1 1 181 3263 e U.25U ._.000 4000.1 8 1 .m_'. U U 16 O.250 2.000 4000.1 8 1 215J 16 O . Jbt ' J.UUO 4900.1 8 1 2469 15 U.250 2.000 4000.1 8 1 1962 16 U.250 J.000 4000.1 8 1 2660 16 v.Jbu 2.25 1.125 4000.1 10 1300 2080 19 O.2bv e.Jb 1.1J5 4000.1 10 136b 2730 19 U.JbG 2.25 1.125 4000.I 10 11/O 2600 19 O.250 J.Jb 2.000 4000.1 10 13eV 3/40 21 U.250 2.25 2.000 4000.1 10 "U40 3400 21 O.250 J.Jb J.000 4000.1 10 1360 3400 21 O.250 8.SU O.875 4000.1 8 1380 2100 22 O.250 /.UU 1.500 4000.1 8 1320 2100 22 O.250 7.00 1.500 4000.1 8 1680 3564 22 U.250 6.50 U 8/5 4000.1 8 1200 2100 22 O.250 7.00 1.500 4000.1 8 1500 3630 22 O.250 7. UO 1.500 4000.1 8 2100 3366 22 O.250 7.00 1.500 4000.1 8 2342 3232 22 0.250 8.50 O.875 4000.1 8 900 2100 22
e o W uE ; O..,.' . 8.50 0.875 40vv.1 8 1180 I w "~' -'- 9.25U U.50 v.6/5 4 tr.e.'. 1 8 1200 le8v Ja 0..i30 7.00 1.375 400v.O o 4654 a l 'S 28 v.250 7.00 1. 375 4v99.0 bl 5*Oc Zb96 J6 0.250 /.00 1. 3 '5 4000.0 53 45$e 2098 28 O.250 /.UU 1.3/b 4000.O e9 191e 2474 28
I 4
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$ PAGE 1 1//O HFB Nuclear Power F13nt Full-out fest DBASE note : LALIJ C to C61culete shd Lt4L T 3 P to Drint EALf] E to erase current Ranoe t.WI F. BOLT DinMETER = 0.25 SHMPLE 5IZE 22.00 CRITERION AVG MAX MIN : BOLT lENSION I Nt; O R M A T I O N .____________________________________..: Avt: . ULI. IENSION JJ43.4b LENGlH 4.19 7.00 J. 5 : =========
EMtJE D 1. f.1 1.bo 1. 1 ~_, l MAA. ULT. IENSIUN 3630.00 CONCHETE 4000.04 4000.10 4000.00 MIN. ULT. FEN 5 ION 16b4.00 IOROUE 16.41 SY.UU b.00 ! LOEF. OF VAR 1ANCE 2b. 1 PRELOAD 1988.68 5906.00 ?09.00 l STO. DEV1ATION 602.61 HILTI AVERAGE ULTIMATE (ABBOT A. H A NF. 5 ) TENSION : 1828.51
=========
DATA BASE DIAMETER LENGlH EMBED CONCRETE TORQUE PRELOAD PULLOUT lEST O.2b0 J.Jb 1.250 4000.O 10 lb36 18v0 3 O.250 2.25 1.250 4000.O 8 945 1890 3 O.2bv J. 25 1.Zbu 4000.U 10 '- ' 4 b 1690 3 0.250 2.25 1.250 4000.0 6 1418 1890 3 0.250 J.Jb 1.Jbo 4000.0 5 109 1890 3 U.250 2.25 1.2bo 4000.0 a 1536 189v 3 U.2bv 4.2b 1.230 4000.0 12 1418 leb4 3 O.200 2.25 1.25U 4000.O 5 756 1840 3 U.Jbo _.cb 1.Jbu 4000.O 10 169v 196b 3 O.2bO 2.25 1.250 4000.O :.s /09 1890 3 U.Jbu J.Jb 1.12b 4000.1 Iv 1LOv Jubu Ia O.250 2.25 1.125 4000.1 10 1365 . 720 19 U.Jbo z. J3 1.125 4000.1 10 11/v 26UO 19 O.250 7.00 1.500 4000.1 e 1 _'. 'n -?1UO J2 v.250 /. UU 1.500 4000.1 6 1680 3564 c-O.Jbo 7.00 1.500 4000.1 8 1500 36!.o " U.2b0 / . UO 1. BOO 400U.1 e 1100 3 _'.e 6 J2 O.2bv 7.00 1.500 4000.1 8 2342 3232 22 U.250 /.00 1. pb 4000.O Je 4054 2125 Je 0.2bO 7.00 1.375 4000.0 51 5906 2898 28 0.250 /. 00 1.3/b 4000.0 52 4b36 2098 28 0.250 7.00 1.375 4000.0 o9 4016 2374 28
I
+
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il'5 FA6E 1 HLB Nuclear Power Plant Pull-out fest DBA5E note : LALi) C to calculate end CALlJ P to orint LALT] E to erase current Range KWIF BOLT DIANETER = 0.25 5 AMPLE $1ZE 10.v0 CRITERION AVG MAX MIN l OOL1 lENSION INFORMalION
--..--_-._-._----._-_---__---.----.._.-_; AV6. ULI. IENb10N 3017.10 LENGfH 2.55 3.00 2.25 l =========
EMDLD J.10 2.59 J.UU . NAX. LtL I . IENSION 3740.00 CUNCRE1E 4000.10 4000.10 4 C".'O . 10 : MIN. UL1. 1 F N S l Ofl 1962.00 IOPUUE '< . JU 10.00 1.00 : LUEF. OF VAHIANCE 19.e4 v PRELUAO d .'.G .10 2040.00 1.00 : SIO. UEVIAllON 592.67 HILT 1 AVERAVE ULI~IMAlE (AB8UI A. HANKS) lLNSION : 3003.52
=========
DAIA bHSE DIAMETER LENGlH EMBED CUNCHEIE TOROUE PRELCAD PULLOUT TEST O.250 ..UU 2.bO1 4000.1 1 1 81.- 3e25 6 O.250 7.00 2.501 4009.1 1 181. 2263 6 U.J50 2.000 40v0.1 8 1 ..: 300 16 v.250 2.000 4000.1 8 1 2152 16 v.250 .: . 9 0 0 4000.1 e 1 246R 16 O.250 2.000 4000.1 8 1 1962 16 v.250 .. 000 40v0.1 6 1 2660 16 v.250 2.25 J.000 4000.1 10 13o0 3/40 'l v . '50 i.25 J.UVO 4000.1 10 2040 1400 21 v..bO . 25 2.000 4000.1 10 13c0 3400 21
~k, L%(a
/W. G/l6 !YC P 4 b t. 1 HIB Nuclear Power Plant Pull-out Test DeASE note : LAL13 C to calcujate and EALlJ F to c;rint CALT3 E to erase current Rance IWIr. BOLT DIAt1ETER = 0.375 SAMPLE SIZE 13/.00 CRI1ERION AVG MAX MIN : BOLT 1ENSION INFORMAiION
-l AV6. ULI. IENSION 5101.6/
LENGTH 3.61 b.50 0.00 : ========= EMDED _.. U V 4.50 1.50 i MAA. ULI. IENdION 9300.00 LUNCbtlE 1539.65 5000.00 2/90.00 : MIN. UL1. LENS 10N 1700.00 iURUUE z / . 4.. 60.00 1.UU l LUEF. UF VARIANCE 30.92 PPELOAD 2351.3 8505.00 0.v0 ; STD. DEVIAl10N 1577.14 HILf1 AVERAbE UL1IMAIE t. ABSO f A. HANKS) 1ENSION : 394/.05
=========
DA LA EASE DIAMir.lER LENG1H EMBED CONCRETE FOROUE PRELOAD PULLOUT TEST U.3/5 b.UU 3.000 3000.U 1b 2268 4725 1 U.375 5.00 3.000 3000.0 15 2174 6143 1 U.375 3.UU ..:. . U U U 3900.O 15 1701 5193 1 0,.375 b.00 2.000 3000.U 25 1732 3680 2
<>.3/5 ../b 1.625 0000.0 20 2057 3019 2 O.07b 2.75 1.525 3000.O 30 1948 3463 2 O.3/b 5. U< > J.U00 3000.O db 1948 3319 2 U.J/b ..' . 7 5 1.625 3000.O 35 J273 3319 2 v.J/b b.09 ..UUU J000.U 3b 2381 34e4 .
O.375 .; . / 5 1.625 I,0 0 0 . O 35 ZJ$/ 2886 z v.3/b 5.UU J.000 0000.O f.b ;;.61 33v2 2 U. 3 7b 2. 7: 1.625 1990.O !.O /020 2886 z
- 0. 3/5 t . .. U J.UUU 3000.0 Jb leev 34o4 2 0.37b 5.00 ;.000 3000.0 35 245!. 3824 2 U.37b 3.bo 1./b0 4000.O 29 J36 3780 3 O . '. 7 5 3.50 1.750 4000.O 15 3/eV 4489 3 v . '. / r. ... 5 U 1.7b0 4000.U 15 94b 3308 :
U. 5 /b 3.50 1.750 4000.0 30 2835 30/1 3 v.4/b . 50 1./30 400u.O 18 136!. 425.- 3 U.3/b 3. bv 1.750 4000.0 17 c. / U O 4725 3 U.375 . 50 1./bO 4000.O ;_ J835 4252 3 0 . .J/ 5 3.50 1.750 4000.0 20 '3e3 4J53 3 U.37b _.. b v 1./b0 a r.'UU . O 2b 434/ 5670 3 0.3/5 ! . 50 1.750 4000.0 15 1181 4489 3 0.375 5.00 4.501 4000.1 1 1081 6163 6 O.37b 5.00 3.750 3000.O 1b 945 /560 8 U.3/5 b.UU 3.750 3000.0 13 1181 63/9 8 O.375 5.00 3.750 3000.O 18 1lui 5670 8 U.375 b.UO 3.7b0 3000.O 22 16b4 6143 8 O.375 5.00 3.750 5000.O 25 2363 7088 8 0.375 b.00 3.750 3000.U 10 496 6143 8
r PAGE .
- v. 3 /b 5 . C".' '. 750 30&> . 0 15 945 49e1 8
~
v . '. / b .vu _./dv 3000.0 JO 1//- 7088 8 v . '. 7 5 5.00 ..750 3000.0 l's 4b7 bo/O 8 v.3/b b.90 :. 0 0 0 J,vv.O Ju v Joz9 10
- v. 5 75 5.Ou .>. 0 0 0 J/YO.O 18 0 350/ 10 U.37b 2. /bO Suvo.O bO 3824 46YO 14 0.3/b 3.125 3000.0 3v 2958 4473 14 v.3/b ../DO J.000.0 45 3680 5051 14 v.375 3.750 3000.O 45 3644 5051 14 U.3/b 2.000 3000.0 db 3247 4690 14 v.3/b 1.875 3000.O 35 2814 4906 14 v.37b _.8/5 3000.O JS 3355 5772 14 0.37b 1.875 3000.O 35 2886 5989 14 v.375 J.8/5 3000.0 3b 3175 4690 14 O.375 3.750 3000.O 45 3247 4690 14 v.375 2.8/b 3000.O J5 3030 4185 14 v.375 3.'750 3000.O 50 3535 4329 14 v.375 ;. . / DO 3900.O LO 3319 4960 14 O.375 3.750 3000.O 45 2525 3608 14
- v. 3/b ../bv J000.v 50 3175 3968 14 O.375 1.8/5 5009.O 45 3680 4185 14 O . J. / d ' . / ,0 3000.O bv 2958 3608 14 O.375 1.875 3000.O 35 3752 6272 14
- v. 3/b 3./bo svov.U 4b 3624 4834 14 0,;15 2.$no s.c,00. O 25 3609 7216 14 v.3/d 3./bv J.v0v . O 45 393v 4b46 14 v.3/5 3.750 3000.o 4b 3102 4690 14 v.;/b 1.680 3000.U 3. 454e 3319 14 O . '. 7 5 3.750 3000.O 4b 3824 52e7 14 v.j/d 1.869 u n n s. O 35 b/OO 2.v 68 14 v.3/b 2. , /bO $O00.O bu 3263 44/6 14 v . 3 '/ b 1.beb 3900.v 3b $2ev 34e3 14 0.375 5.00 4.500 2000.0 15 1015 4815 15 o . .:. / b b.90 4.b99 3000.U 1b 102b 4815 lb
- v. /5 5.09 4.500 3000.') % O 4432 15 v.3/5 b.vu 4.DOO 5000.0 lb //5 5335 15 U.375 5.00 4.500 3v00.O 5v 0 4945 15 v . 7. / b b ou 4.600 .:.000. O cv v J.853 15 O. 5/5 5.00 4.500 0000.O 26 0 4240 15 v.37b 3.000 4000.1 25 1 e517 16
- v. 575 3.000 4000.1 25 1 5130 1e O . JJ/ b 3.000 4v00.1 25 1 b857 le O.375 3.000 4000.1 25 1 5925 16 O . 3 / t. 2. 000 4000.1 J5 1 5584 16 O.3/5 5.00 4.000 3000.1 45 2668 600 1/
O.3/5 b.ou 4.000 3090.1 35 233b 26e8 17
- o. 3/5 5.00 4.000 3000.1 17 2001 2001 17 v.37b b.VO 4.voo 30v0.1 3b d6e8 6003 1/
O.375 5.00 4.Vuv 3000.1 49 2335 4002 17 v.5/b c.eb 1.625 4000.1 35 2470 3380 19 v.375 2.75 1.625 4000.1 35 J145 3770 19 v.J/5 J. /b 1.62b 4000.1 3b 2b35 3510 19 O.J75 3.50 a. 000 4000.1 55 2040 ^/480 21 O.37b 3.50 3.000 4000.1 35 3060 5440 21 0,3/5 3.50 3.000 4000.1 35 2380 7140 21 0.375 3.000 4000.1 lb 1200 4620 22 7
O e F ewi_ . v.3/5 3.00v 4900.1 15 J215 /31b JJ v . 7. / t. a.000 4000.I 15 JJ15 edu J.; O . j. 7 5 3.000 4000.1 15 2000 c2/O JJ O.375 ;. 000 4000.1 15 Ocuo /900 22 v.315 3.000 4000.1 15 2215 /960 2.2 v.375 .. 0 0 0 400v.1 15 29Z5 2600 JJ O.375 3.000 4v00.1 15 1899 6650 22 U.37b b.UO 4.500 4000.I 1 1 8160 24 O.375 5.00 4.500 4000.1 1 1 8840 24 v.375 3.v0 4.300 4000.I 1 1 0160 24 0, .3 / b 5.00 4.500 4000.I 1 1 /480 24 O. 37b 5.00 4. BOO 4000.I 1 1 0610 24 v.3/b 5.v0 4.500 4000.I 1 1 17v0 24 U . '. ? b 3. bO J.buU 4000.1 .i b 1694 /5// Jb O.3/5 3.50 2.500 4000.1 20 /_2 e494 JS U.S/b ;.. b 9 .' . 500 4900.1 .ib / J .; /216 25 0.3/3 3.00 2.8/5 44bO.O 1' 1/50 4000 Je u 375 3.UU . 6/b 4430.v 1 lebO $809 Je 0.3/t 5.00 _. 8 / b 3450.0 J t. J2OO 3dOO Je U.3/5 3.50 J.500 4000.v I c. 8 bob 4582 28 0.3/3 5.50 1.938 4000.0 7 bdb5 43.3 28 O.37b 5.50 1.500 4v00.O le 106/ "726 28 O. 3/3 5.50 1.938 4000.0 9 4432 3892 28 v.375 b.50 1.62b 4000.U 21 2 b '.' 9 3422 28 O.J75 5.50 2.750 4000.O 10 6044 28 v.3/b 5.bv J.eJb 4vuv.O b S465 - 28
- v. 375 5.50 2.750 4000.O 11 491' 28 v.37b b.50 1.600 4000.O 1~.. 2635 JOOe 28 U.3/5 5.50 2.750 4000.0 6 4223 28 U.3/5 t.00 4.125 4000.o '.o J1de 4253 .'9 v . ..l. / 5 5.00 4.125 4v00.0 40 2599 4253 .29 O.375 b.00 4 . 1.!b 4000.O "5.
42b3 29 0 . '. / b 5.00 4.1J5 4000.O 50 56/0 29 v.3/b b.vo 4.125 4000.0 av 212e 5147 29 0,3/5 5.00 4.000 4000.O 40 3/30 4;25 29 o.37b b.00 . 500 5000.U :G 5e/v Sv0 31 O . .' / 5 5.Ou .500 bOOO.O oO e O./ O 72Ou !.1 v.3/3 5.09 _. 500 5000.O 69 Sce0 ee9v al O.3/5 5.00 3.500 5000.O b ", 4 -? / 5 9 2.vu .. I v.J/b b.00 a.590 5000.U 53 _41b D67v 31 v.37b 5.00 3,500 3500.O 25 ;010 S45v 35
- v. 3/b :. 9 0 3.500 f.t.OO . O JS .;v5v /30v 35 O. 3/b 5.00 3.500 3500.O J5 J3vv 133v 35 v . .:. / b 3.eo 3. boo .5vv.v 2b 1%.. neev 35 O.3/d 5.00 2.500 3500.O Jb 19.tv /940 35 O.S/b L.00 a.3/b f.bOV . v 25 .<60 o250 f.b O.3/5 5.Ou . 500 3500.O Jb 1910 66o0 3b O.37b b.00 _. 500 3500.O a. J309 ed60 35 0.3/b 5.00 3.500 3500.0 a JJ40 3330 35 v.5/b b.UU .a . 3 / 5 3500.0 25 .: _ vo 619u 35 t
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g9[fg[sk PAGE 1 HKB Nuclear Power Plant Pull-out test DBASE note : LALIJ C to calculate and LALI] P to print LALTJ E to erase current Range KWIK BOLT DIAMETER = 0.375 SAMPLE SIZE 41.00
--------------------------------------~~--------------------------------
CRITERION AVG MAX MIN : BOLT TENSION INFORMATION~ AVG. ULT. TENSION 4232.69 LENGTH 3.18 5.50 0.00 : ========= EMBED 1.87 2.50 1.50 : MAX. ULT. lENSION 7577.00 CONCRETE 3536.60 4000.10 3000.00 : MIN. ULT. TENSION 2886.40 TOROUE 26.40 45.00 7.00 COEF. OF VARIANCE 28.90 PRELOAD 2874.34 8505.00 722.00 : STD. DEVIATION 1223.28
------------------------------ l----------------------------------------
HILTI AVERAGE ULTIMATE (ABBOT A. HANKS) TENSION : 2714.38
=========
DATA BASE DIAMETER LENGTH EMBED CONCRETE TOROUE PRELOAD PULLOUT TEST O.375 b.00 2.000 3000.0 25 1732 3680 2 0.375 2.75 1.625 3000.0 30 2057 3319 2 0.375 /.7b 1.625 4000.0 30 1948 3463 2 0.375 5.00 2.000 3000.0 25 1948 3319 2 U.3/5 2./b 1.626 3000.0 36 2273 3319 2 O.375 5.00 2.000 3000.O 35 2381 34e4 2 0.375 2.75 1.625 3000.0 35 2237 2886 2
-0.375 5.00 2.000 3000.0 35 2381 3392 2 0.375 2. 7 b 1.625 3000.0 30 2020 2886 2 0.375 5.00 2.000 0000.0 45 16c0 3464 2 0.375 6.00 2.000 3000.0 35 24b3 3824 2
, 0.375 3.50 1.750- 4000.0 20 2363 3780 3 0.37b 3.50 1.750 4000.0 15 3780 4489 3 0.375 3.50 1.750 4000.0 15 945 3308 3 0.37b 3.50 1.750 4000.0 30 2835 3071 3 0.375 3.50 1.750 4000.0 18 2363 4253 3 0.375 3.50 1.750 4000.0 17 3780 4725 3 0.375 3.50 1.750 4000.0 22 2835 4253 3
-0.375 3.50 1.750 4000.0 20 2363 425a .a 0.375 3.50 1.750 4000.0 25 4347 5670 3 0.375 3.50 1.750 4000.0 15 1181 4489 3 0.375 1.875 3000.0 35 2814 4906 14 0.375 1.875 3000.0 36 2S86 5989 14
- O.375 1.875 3000.0 45 3680 4185 14 l 0.375 1.875 3000.0 35 3/b2 6272 14
! U.375 2.500 3000.0 25 3608 7216 14 0.375 1.880 3000.0 35 4546 3319 14 0.375 1.880 3000.0 35 5700 3968 14 l 0.375 1.875 3000.0 36 5269 3463 14 1 0.375 2.75 1.625 4000.1 35 2470 3380 19 0.375 2.76 1.625 4000.1 35 2145 3770 19
r e PAbE O . 2. / 5 2.75 1.625 4000.1 36 2555 J510 lo v.;/b 3.50 2.500 4000.1 3b 1604 7677 25 O . J. / 5 3.50 2.500 4000.1 JO 7.22 e494 25 O.37b J.50 2.500 4000.1 2b /. 4 721e JD O.3/5 5.50 2. BOO 4000.O 16 8505 4582 48 0.37b 5.50 1. 9.'.8 4000.O 7 5855 4333 28 0.3/5 5.50 1.500 4000.0 16 1087 5726 28 O.3/5 5.50 1.938 4v00.O 9 4432 3892 28 O.375 5.50 1.625 4000.O 21 2599 3422 23 O.375 b.50 1. BOO 4U00.O 12 2835 3008 28 l l l i
ple.
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' ile9f84 - pAgg i HKB Nuclear Power Plant Full-out Test DBASE note : LALIJ C to calculate and LALTJ P t o orint EALT] E to erase current Range KWIL BOLT DIAMETER = 0.375 SAMPLE SIZE -101.00 CRITERION AVG MAX MIN : BOLT TENSION INFORMATION
------------------------------------! AVG. ULT. TENSION b529.49 LENGTH 3.79 5.50 0.00 : =========
EMBED 3.55 4.50 2.50 ! max. ULT. IENSION 9300.00 CONCRETE- 3553.79 5000.00 2790.00 MIN. ULT. TENSION 1700.00 TORQUE 2/.69 60.00 1.00 ! COEF. OF VARIANCE 28.30
.PRELOAD 2163.55 8505.00 0.00 : STD. DEVIATION 1564.72 HILTI. AVERAGE ULTIMA 1E (ABBOT A. HANKS) TENSION :
4143.48
=========
DATA BASE DIAMETER LENGTH EMBED CONCRETE TORQUE PRELOAD PULLOUT TEST O.37b b.00 3.000 3000.O 15 22e8 4725 1
.O.375- 5.00 3.000 3000.O 15 21/4 6143 1 O.3/b b.00 3.000 3000.U 1b 1701 5193 1 0.375 5.00 4.501 4000.1 1 3081 6163 6
- 0. J./ b b.OO 3.750 J.000.0 lb 945 7560 8 O.375 5.00 3.750 3000.O 13 1181 6379 8 O.375 d.00 3.7b0 3000.O 18 1181 5670 8 O. 37b 5.00 3.750 3000.0 22 1654 6143 8 O.375 5.UU J. 7 50 3000.O Jb 2363 7088 8 O.375 5.00 3.750 3000.O 10 49e 6143 8
.O.375 6.00 3.760 3000.O 1b 94b 4961 8 O.375 5.00 3.750 3000.O 20 1772 7088- 8 O.375 5.00 3.750 3000.O 30 2457 5670 8
, O.375 5.00 3.000 2790.O 20 0 2929 1O O.375 6.00 3.000 2790.O 18 0 3307 10 l 0.375 3.750 3000.O 50 3824 4690 14 i O.375 3.125 3000.O 30 2958 4473 14
- O.375 3.750 3000.O 45 3680 5051 14 O.375 3.7b0 3v00.O 4b Oc44 5051 14 i O.375 3.000 0000.O 45 d.247 4690 14
. U.37b 2.876 3000.O 26 335b 5772 14 i O.3/b '2.875 3000.O 35 31/5 4690 14 O.37b 4./50 3000.O 46 3247 4690 14
'O.3'76 2.875 3000.0 25 3030 4185 14 O.375 3./b0 3v00.O 50 3535 4329 14 i
O.375 -3.750 3000.O 50 3319 4960 14 I i' O.375 3.750 3000.O 45 2525 3608 14 O.375 3.750 3000.O 50 3175 3968 14 O.375 3.750 3000.O 50 2958 3608 14
- 0.375 3.750 3000.0 45 3824 4834 14 0.37b 2.500 3000.0 25 3608 7216 14
4 s i PAGE ; O.37b 3.750 3000.0 45 30 f.o 4546 14 O.375 3.750 3000.O 45 3102 4690 14 O. 375 3.750 3000.O 45 3824 5267 14 O.37b 3.7bo 300v.U 50 3283 4473 14 v.375 5.00 4.500 Sv00.O 15 1015 4815 15
- v. 375 b.00 4.500 3000.O 15 1025 4815 lb v.375 5.09 4.500 3000.O 26 0 4432 15 O.375 5.90 4.500 3000.O 15 775 5335 1b O.375 5.00 4.500 3000.O 50 0 4945 15 O.J/5 b.90 4.500 6000.O 50 0 38b3 15 O.375 5.90 4.500 3000.O 26 0 4240 15 O 3/5 ... U 0 0 4000.1 zb 1 6517 16 O.375 3.000 4000.1 25 1 5130 16 v.375 f. 0 0 0 4000.1 25 1 5857 1e O.375 3.000 4000.1 25 1 5925 16 O.375 3.000 4000.1 25 1 5584 le O.375 5.00 4.000 3000.1 45 2668 6003 17 0,375 5.00 4.000 3000.1 3b 2335 2668 17 O.375 5.00 4.000 3000.1 27 2001 2001 17 0,375 5.00 4.000 3000.1 35 2668 6003 17 O.375 5.00 4.000 3000.1 40 2335 4002 17 O.37b 3.60 3.000 4000.1 35 2040 7480 21 O.375 3.50 3.000 4000.1 35 3060 5440 21 O.375 3.50 3.000 4000.1 35 2380 7140 21 O.375 3.000 4000.1 15 1200 4620 22 O.375 s.900 4000.1 15 2215 7315 22 0.375 3.000 4000.1 15 2215 6650 22 U.375 3.000 4000.1 15 2600 6270 22 O.375 3.000 4000.1 15 2600 7980 22 O.375 3.000 4U00.1 15 2215 ~7980 22 O.375 3.000 4000.I 15 2925 2600 22 9.375 f. 0 0 0 4000.1 15 1899 6650 22 O.375 5.00 4.500 4000.1 1 1 8160 24 Q.375 5.00 4. BOO 4000.1 1 1 6840 24 O.375 5.00 4.500 4000.1 1 1 8160 24 0.37b b.90 4.500 4000.1 1 1 7480 24 v.375 5.00 4.500 4000.1 1 1 8840 24 O.3/b b.UU 4.500 4900.1 1 1 1700 24 0.375 3.50 2.500 4000.1 35 1804 7577 25 O. $/b 3.50 z.500 4000.1 20 72J e494 Jb v . .* / 5 3.50 2.500 4000.1 25 722 7216 25 v.3/5 b.vu 3.875 4450.0 17 1750 4009 26 O.375 5.00 3.875 4450.O 1/ 1850 3800 26 O.375 b.Ou s.875 4459.O 25 2200 3200 26 0.375 5.50 2.500 4000.0 16 8505 4582 28 v.37b 5.50 2.750 4900.O 16 6044 28 0, 3 /5 5.50 2.625 4000.O 8 5465 28 O.3/5 b.50 2./50 4000.O 11 4913 28 O.375 5.50 2.750 4000.O 6 4223 28 v.375 5.00 4.125 4000.O 30 2126 4253 29 O.375 5.00 4.125 4000.O 40 2599 4253 29 0.375 b.00 4.125 4000.O 35 4253 29
- 0. 375 5.00 4.125 4000.0 50 5670 29 I
O.3/b 5.00 4.125 4000.O 40 2126 5197 29 O.375 5.00 4.000 4000.O 40 3780 4725 29 0.375 5.00 3.500 5000.O 55 5670 8600 31
b o PatiE ; O. 375 5.00 3.500 5000.0 eO 60.:0 ~'2U0 $1 U.3/5 5.00 3.500 5000.0 60 be/o e640 J.1 O.3/5 5.00 3.500 5000.O 55 4 9 ~/ 5 9300 al O.375 5.00 3.500 5000.O 55 3415 5670 J.1 O.375 5.00 3.500 3500.O 25 3010 5450 35 0,375 d.00 _. 5 0 0 35co.U 25 2050 7300 35 U.375 5.00 3.500 3500.O .;5 2300 '330 35 v.375 5.UO J. 500 3500.O 25 1990 6660 3b U.375 5.00 3.500 3500.O 25 1920 1990 35 O.375 5.UU f. 375 3500.O 25 2760 6250 .J.5 U.375 5.00 3.500 3500.O 25 1990 6eeO -J. 5 O.375 5.UU 3.500 3500.O 25 2300 66eo 35 O.375 5.00 !.500 3500.O 25 2240 2330 '5 O.375 5.00 . 375 3500.U .15 2300 6190 25 i 1 t I i l r h I l
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ALG f fp6ffb ~ PAGE 1 HKB Nuclear Power Plant Pull-out lest DBASE note : CALT] C to calculate and CALF 3 P to print CALTJ E to erase current Range KWIK DOLT DIAMETER = 0.375 SAMPLE SIZE 129.00 CRITERION AVG MAX MIN : BOLT TENSION INFORMATION
------------------------------------: AVG. ULT. TENSION 5042.78 LENGTH 3.52 5.50 0.00 =========
EMBED 3.Ob 4.50 1.50 : MAX. ULT. TENSION 8840.00 CONCRETE 3461.89 4000.10 2790.00 : MIN. ULT. TENSION 1700.00 00 ROUE 26.47 SO.UU 1.00 i LOEF. OF VARIANCE 30.08 PRELOAD 2247.76 8505.00 0.00 : STD. DEVIATION , 1517.04 HILTI AVERAGE ULTIMATE (ABBOT A. HANKS) . TENSION : 3897.64
=========
DATA BASE DIAMETER LENGTH EMBED CONCRE1E TOROUE PRELOAD PULLOUT TEST ~ O.3?b b.UU 3.000 -3000.0 lb 2268. 4726 1 O.375 5.00 3.000 3000.0 15 2174 6143 1 0.37d b.00 3.000 3000.0 lb 1701 5193 1 0.376 5.00 2.000 3000.0 25 1732 3680 2 v.376 2.7b 1.625 3000.0 30 2057 -3319 2 0.375 2.75 1.625 3000.0 30 1948 3463 2 0.375 5.00 2.000 3000.0 2b 1948 3319 2 0.375 2.75 1.625 3000.0 35 2273 3319 2 0.375 b.00 2.000 3000.0 35 2381 3464 2' O.375 2.75 1.625 3000.0 35 2237 2886 2 { O.375 6.00 J.000 3000.0 36 2381 3392 2 O.37b 2.75 1.625 3000.0 30 2020 2886 2 !' O.375 b.00 J.000 3000.0 25 1660 3464 2 0.375 5.00 2.000 3000.0 35 2453 3824 2 , 0.375 3.60 1.760 4000.0 20 23e3 378v 3 { O.375 3.50 1.750 4000.0 15 3790 4489 3 0.3/b 3.60 1.7bo 4000.0 lb 945 3398 3 O.375 3.50 1.750 4000.0 30 2835 3071 3
- 0.375 3.50 1.7bO 4000.0 18 2363 4253 3 O.375 3.50 1.750 4000.0 17 3/80 4725 3 l 0.37b 3.60 1.7b0 4000.0 22 2836 4253 3 4
0.375 3.50 1.750 4000.0 20 2363 4253 3 0.375 3.b0 1.7bo 4000.0 2b 434/ be70 3 0.375 3.50 1.750 4000.0 15 1181 4489 3 O.37b d.UU 4.bol 4000.1 1 3081 6163 6 0.375 5.00 3.750 3000.0 15 945 7560 8 i O.375 6.00 3.760 3000.0 13 1181 6379 8 0.375 5.00 3.750 3000.0 18 1181 5670 8 0.375 6.00 3.750 3000.0 22 1654 6143 8 0.375 5.00 3.750 3000.0 25 2363 7088 8 0.375 5.00 3.750 3000.0 10 496 6143 8
F e-PAGE 2 0.375 5.00 3.750 3000.0 15 945 49e1 8 0.375 5.60 3.750 3000.0 2v 1772 7088 8 0.37b 5.00 3.750 3000.0 10 2457 56/O G O. 3'/ 5 5.00 3.000 2790.v 2V O 2929 10 0.375 5.00 3.000 2790.O 18 0 3307 10 0.375 3.750 3000.0 50 3824 4690 14 0.37b 3.125. 3000.0 30 2958 4473 14 U.375 3.7bO 3000.0 45 3680 5051 14 0.375 3.750 3000.0 45 3644 5051 14 0.3/b 3.000 3000.0 45 3247 4690 14 U.375 1.875 3000.0 35 2814 4906 14 0.375 2.8/5 3000.0 25 3355 5/72 14 0.375 1.875 3000.0 35 2886 5989 14 v.375 2.875 3000.0 35 3175 4690 14 0.375 3.750 3000.0 45 3247 4690 14 0.375 2.8/5 3000.0 25 3030 4185 14 0.375 3.750 3000.0 50 3535 4329 14 v.375 3.750 3000.0 50 3319 4960 14 0.375 3.750 3000.0 45 2525 3608 14 U.375 3.750 3000.0 50 3175 3968 14 0.375 1.875 5000.0 45 3680 4185 14 0.375 3.750 3000.0 50 2958 3608 14 0.375 1.875 3000.0 35 3752 6272 14-0.375 3.7bo 3000.0 45 3824 4834 14 U.375 2.500 3000.0 25 3608 7216 14 U.375 3.750 3000.0 45 3030 .4546 14 0.375 3.750 3000.0 45 3102 4690 14 . - O.375 1.880 3000.0 3b 4546 3319 14 0.375 3.7bo 3000.0 45 3824 5257 14 v.37b 1.880 3000.0 35 5/00 3968 14 0.375 3.750 3000.0 50 3283 4473 14 0.375 1.8/5 3000.0 35 5269 3463 14 0.375 5.00 4.500 3000.0 15 1015 4815 15 9.376 5.00 4.500 3000.0 lb 1025 4815 lb O.3/5 5.00 4.500 3000.0 26 0 4432 15 0.375 5.00 4.500 3000.0 15 775 5335 15 0.375 5.00 4.500 3000.0 50 0 4945 15 O.3/b b.00 4. BOO 3000.O 50 0 3853 1b O.37b 5.00 4.500 3000.0 26 0 4240 15 O.375 3.000 4000.1 25 1 6517 16 v.375 3.000 4000.1 25 1 5130 16 U.37b 4. 0 0 0 4000.1 25 1 5857 16 0.375 3.000 4000.1 25 1 5925 16 0.3/5 3.000 4000.1 25 1 5584 16 0.375 -5.00 4.000 3000.1 45 2668 6003 17 0.375 5.00 4.000 3000.1 35 2335 2668 17 0.375 5.00 4.000 3000.1 27 2001 2001 17 0.375 b.00 4.000 3000.1 35 2668 6003 17 0.375 5.00 4.000 3000.1 40 2335 4002 17 0.375 2.75 1.625 4000.1 35 2470 3380 19 0.375 2.75 1.625 4000.1 35 2145 3770 19 0.37b 2.75 1.625 4000.1 35 2535 3510 19 0.375 3.50 3.000 4000.1 35 2040 7480 21 0.375 3.50 3.000 4000.1 35 3060 5440 21 0.375 3.50 3.000 4000.1 35 2380 7140 21 0.3/b 3.000 4000.1 15 1200 4620 22
o PAtsE : O.3/5 3.000 4000.1 15 2215 7315 22 U. ./ b d. 000 4000.1 lb J215 co30 22 v.375 3.000 4000.I 15 2evo 6270 22 v.375 3.000 4000.I 15 2eOO 7980 JJ 0.375 3.000 4000.1 15 2215 7480 22 O.375 3.000 4000.1 15 2925 2600 22 O.375 3.000 4000.1 15 1899 6650 22 O.375 5.00 4.500 4000.1 1 1 8160 24 0.3'75 5.00 4.500 4000.1 1 1 8840 24 O.375 5.00 4.500 4000.1 1 1 8160 24 O.375 5.00 4.500 4000.1 i 1 7480 24 0.3/5 5.00 4.500 4000.1 1 1 8840 24 O.375 5.00 4.500 4000.1 1 1 1700 24 O.3/5 3.50 2.500 4U00.1 35 1604 7577 25 0.375 3.50 2.500 4000.1 20 722 6494 25 U.375 3.50 2. BOO 4000.1 25 /22 7216 25 O.3'75 5.50 2.500 4000.O 16 8505 4582 28 v.37b 5.50 1.938 4000.O 7 6855 4333 28 O.375 5.50 1.500 4000.O 16 1087 3726 28 v.37b b.50 1.938 4000.O C 4432 3892 28 O.375 5.50 1.625 4000.O 21 2599 3422 28 O.4/b b.50 J.750 4000.O 16 6044 28 0.375 5.50 2.625 4000.0 8 5465 28 U.375 b.50 2.750 4000.0 11 4913 28 U. 375 5.50 1.500 4000.0 12 2835 3008 28 U.3/b b.50 4./bv 1000.O 6 4223 28 O.375 5.00 4.125 4000.O 30 212e 4253 29 v.37b b. UU 4.125 4000.U 40 2599 4253 29 O.375 5.00 4.125 4000.O 35 4253 29 O.375 5.00 4.125 4000.O 50 So70 29 O.3/b 5.00 4.125 4000.o 40 2126 5197 29 O.375 b.00 4.000 4000.U 40 37SO 4725 29 O.3/5 5.00 3.500 3500.O 25 3010 5450 35 O.375 5.00 3.500 3500.U 25 2050 /000 35 O.375 5.00 3.500 3500.O 25 2300 3330 35 0.3/5 b.UU .s. 5 0 0 3500.0 25 ly40 e660 35 O.375 5.00 3.500 3500.O 25 1920 7990 35 0.075 5.00 3.375 3500.0 25 27c0 6250 35 O.37b 5.00 3.500 3500.O 25 1990 66eo 35 O.375 5.00 3.500 3500.O 25 2300 6660 35 O.375 5.00 3.500 3500.O 25 224v 3330 35 O.3/b 5.00 3.376 1.bOV . O 25 2000 6190 35 1 l L
k q.4-5 hd5[81. PAGE 1 HKB Nuclear Power-P1 ant Pull-out lest DBASE note : LALl] C to calculate and LALij P'to print CALTJ E to erase current Range KWIK BOLT DIAMETER = 0.375 SAMPLE SIZE 41.00 CRITERION AVG MAX MIN : BOLI TENSION INFORMATION
------------------------------------: AVG. ULT. lENSION 4232.69 LENGTH 3.18 5.50 0.00 : =========
EMBED 1 .' 8 / 2.60 1.bu max. ULT. TENSIUN 7577.00 CONCRETE 3536.60 4000.10 3000.00 : MIN. ULT. TENSION 2886.40 TOROUE 26.40 4b.00 7.00 COEF. OF VARIANCE 28.90 PRELOAD 2874.34 8505.00 722.00 l STD. DEVIATION 1223.28 HILTI AVERAGE ULTIMATE (ABBOT A. HANKS) TENSION : 2714.38
=========
DATA BASE DIAMCTEP LENGTH EMBED . CONCRETE TURQUE PRELOAD. PULLOUT TEST
- O.375 5.00 '2.000 3000.O 25 1732 3680 2 0,375 2.75 1.625 3000.O 30 2057 3319 2 0.375 2.~ 7 6 1.626 3000.O 30 1948 3463 2 O.375 b.00 2.000 3000.O 25 1946 3319 2 0.37b z./5 1.62b 3000.0 36 2273 3319 2 O.375 5.00 2.000 3000.O 35 2381 3464 2 O.375 2.7b 1.625 3000.O 35 2237 2886 2 O.375 5.00 2.000 3000.O 35 2381 3392 -2 O.375 2./b 1.626 3000.O 39 2020 9886 2 O.375 5.00 2.000 3000.O 25 1660 3464 2 0.375 b.ou z.000 3000.O 35 J453 3824 2 0.375 3.50 1.750 4000.0 20 2363 3780 3 v.375 3. b0 1.750 4000.O 15 3/80 4489 3 O.375 3.50 1.750 4000.O 15 945 3308 3 v.375 3.50 1.7bO 4000.O 30 .d:s 35 3071 3 0.375 3.50 1.750 4000.0 18 23e3 4253 3 O.37b 3.50 1.750 4000.O 17 3780 4726 3 0.375 3.50 1.750 4000.O *
"935 4253 3 O.375 3.50 1./60 4000.O 20 2363 4253 3 O.37b 3.50 1.750 4000.O 25 4347 5670 3 0.37b 3.60 1.750 4000.O 1b i181 4489 3 O.375 1.875 3000.O 35 2814 4906 14 O.375 1.875 3000.O 36 2886 5989 14 O.375 1.875 3000.O 45 3680 4185 14 0.375 1.875 3000.0 36 3752 6272 14 0.375 2.500 3000.0 25 3608 7216 14 0.375 1.880 3000.0 35 4S46 3319 14 O.375 1.880 3000.O 35 5700 3968 14 0.376 1.875 3000.O 35 5269 3463 14 0.375 2.75 1.625 4000.1 35 2470 3380 19 O.375 2.75 1.625 4000.1 35 2145 3770 19
o i F AL,h -. O.s. /5 2.75 1.625 avvv.1 35 2 5 _'.5 3310 19 0.3/b 3.50 J.buv 4000.1 ?b 16v4 /57e .5 O. 3/5 3.50 2.Suu 4000.1 20 722 e494 JS v . ', / 5
. . 50 J 500 4000.1 25 '/ 22 / .l 1 e 25 O.375 5.50 2. BOO 4000.O 16 8505 4582 .28 0.J/5 5.50 1.C38 4000.0 7 5655 4333 JO O.375 5.50 1.500 4000.0 16 Iv87 J72e 28 O.375 5.bv 1. Y l tS 4000.O 9 4432 30Y2 28 0.J75 5.50 1.625 4000.O 21 2599 3422 28 v.3/5 5,b0 1.500 4000.U 12 2 8 _'. 5 3008 28
, - - - _ . .~ _ ... -
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PAGE 1 HKB Nuclear Power Plant Full-out Test DBASE note : CALL] C to calcul ate end LALl] P to print ^ EALTJ E to erase current Range RWIK BOLT DIAMETER = 0.375 SAMPLE SIZE 93.00 CRITERION AVG MAX MIN : BOLT TENSION INFORMATION
------------------------------------i AVG. ULT. TENSION 5484.60 LENGTH .3.67 5.50 0.00 =========
EMBED 3.5b 4.50 2.50 : MAX. ULT. TENSION 8840.00 CONCRETE 3447.13 4000.10 2790.00 : MIN. ULT. TENSION 1700.00 TOROUE 26.38 DU.OO 1.00 COEF. OF VARIANCE 27.31 PRELOAD 1999.85 8505.00 0.00 : STD. DEVIATION 1497.85 s HILTI AVERAGE ULTIMATE (ABBOT A. HANKS) TENSION : 4085.42
=========
k a DATA BASE
- DIAMETEN LENGTH EMBED CONCRETE TOROUE PRELOAD PULLOUT TEST
! O.375 b.00 3.000 J OOO. O 15 2268 4725 1 4 l 0.375 5.00 3.000 3000.0 15 2174 6143 1 5 0.375 b.UU 3.000 3000.0 lb 1701 5193 1 0.375 5.00 4.501 4000.1 1 3081 6163 6 0.375 5.00 3./b0 3000.0 lb 945 7560 8 0.37b 5.00 3.750 3000.0 13 1101 6379 9 0.37D 5.00 3.750 3000.0 18 1181 5670 8 0.37$ 5.00 3./50 3000.0 22 1654 6143 8 ,! O.375 5.00 3.760 3000.0 25 2363 7088 ' 8 O.375 5.00 3.750 3000.0 10 496 6143 8 l 0.375 5.00 3.750 3000.0 15 945 4961 8 i O.375 5.00 3.750 3000.0 20 1772 7088 8
- v.375 b.09 3.750 3000.0 30 2457 5670 8 0.375 5.00 3.000 2790.0 20 0 2929 10 0.375 5.00 3.000 2790.0 18 0 3307 10 0.375 3.750 3000.0 50 3824 4690 14
- i. O.375 3.125 3000.0 30 2958 4473 14 0.375 3.750 3000.0 45 3680 5051 14 0.375 3.750 3000.0 45 3644 5051 14 0.375 3.000 3000.0 45 3247 4690 14
} O.375 2.8/5 3000.0 25 3355 5772 14 O.375 2.875 3000.0 35 3175 4690 14 U.375 3.750 3000.0 45 3247 4690 14 0.375 2.875 3000.0 25 3030 4185 14 j O.375 3.7bo 3000.0 50 3b3b 4329 14 0.375 3.750 3000.0 50 3319 4960 14 0.375 3.750 3000.0 45 2525 3608 14 0.375 3.750 3000.0 50 3175 3968 14
- O.375 3.750 3000.0 50 2958 3608 14 0.375 3.750 3000.0 45 3824 4834 14 0.375 2.500 3000.0 25 3608 7216 14 i
- - . . . . - - . - . - . - - - - - - ~ -
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4 PAGE _ i O.375 3.750 3000.O 45 3030 4546 14 1 i U.375 3.7bo 3900.O 45 3102 4690 14-O.375 3.750 3000.O 45 3824 5267- 14 0.375 3.7b0 2000.0 50 3283 4473 14 0.375 -5.00 4.500 3000.O 15 1015 4815 15 O.376 6.00 4.500 3000.O 15 1025 4815 15
-O.375 5.00 4.500 3000.O 26 0 4432 15 4-O.375 b.00 4.600 3000.O 16 775 5335 16 O.375 5.00 4.500 3000.O 50 0 4945 15
, O.375 b.00 4.600 3000.O bu O 3853 15 i O.375 5.00 4.500 3000.U 26 0 -4240 15 O.375 3.000 4000.1 25 1 6617 16 4 O.375 3.000 4000.1 25 1 5130 16 I v.375 3.000 4900.1 2b 1 5857 16 O.375 3.000 4000.1 25 1 5925 16 ~; O.37b 3.U00 4000.1 2b 1 5584 16 0.375 5.00 4.000 3000.1 45 2668 6003 17 U.376 b.09 ~.000 4 3000.1 35 2335 2668 17
- O.375 5.00 4.000 3000.1 27 2001 2001 17 O.37b b.00 4.000 3000.1 36 2668 6003 17
.O.375 5.00 4.000 3000.1 40 2335 4002 17 O.37b 3.bO 3.000 4000.1 35 2040 7480 21 0.375 3.50 3.000 4000.1 35 3060 5440 21 O.375 3.30 3.000 4000.1 35 2380 7140 21 O.3/5 3.000 4000.1 15 1200 4620 22 1
0.376 3.000 4000.1 15 2215 7315 22 O.375 3.000 4000.1 15 2215 6650 22 4 0.375 3.000 4 0 0(.5. 1 15 2600 e270 22
; O.375 3.000 4000.1 15 2600 7980 22 i- O.375 3.000 4000.1 16 2215 7980 22 0.375 3.000 4000.1 15 2925 2600 22
! U.376 3.000 4000.1 lb 189Y 6650 22 O.375 5.00 4.500 4000.1 1 1 8160 24 i O.376 b.00 4.600 4000.1 1 1 8840 24 O.375 5.00 4.500 4000.1 1 1 8160 24 , 0.375 6.00 4.500 4900.1 1 1 7480 24 O.375 5.00 4.500 4000.1 1 1 8840 24 i O.37b b.00 4.600 4000.1 1 1 1700 24 O.375 3.50 2.500 4000.1 35 1804 7577 25 4 O.375 3.bO 2.500 4000.1 zu 722 6494 26 I O.375 3.50 2.500 4000.1 25 722 7216 25 $ O.376 5.50 2.600 4000.O 16 8 bob 4682 28 O.375 5.50 2.750 4000.O 16 6044 28 O.375 d.bo 2.62b 4000.o 8 5465 28 0.375 5.50 2.750 4000.0 11 4913 28
, O.375 b.50 2.7b0 4000.U 6 4223 28
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! O.375 b.00 4.126 4000.O 50 5670 29 I O.375 5.00 4.125 4000.O 40 2126 5197 29
- O.375 6.00 4.000 4000.O 40 3780 4725 29 . O.375 5.00 3.500 3500.O 25 3010 5450 35
; O.375 6.00 3.600 3500.O 26 2050 7300 35
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3 0 7 Mo f} L b PAGE 1 HKB Nuclear Power Plant Pull-out Test DBASE note : LALTJ C to calculate and EALTJ P to print CALTJ E to erase current Range kWIN BOLT DIAMETER = 0.375 SAMPLE SIZE 63.00 CRITERION AVG MAX MIN : BOLT TENSION INFORMATION
------------------------------------l AV6. ULT. TENSION 5445.84 LENGTH 4.49 5.50 2.75 =========
EMBED z.94 4.50 1.50 : MAX. ULI. IENSION 9300.00 CONCRETE 4100.84 5000.00 4000.00 l MIN. ULT. TENSION 1700.00 TORUUE 22.83 60.00 1.00 ; CUEF. OF VAPIANCE d2.4b PRELOAD 2335.53 8505.00 1.00 l STD. DEVIATION 1767.04 HILTI AVERAGE ULTIMATE (ABBOT A. HANKS) TENSION : 4124.72
=========
DATA BASE DIAMETER LENGTH EMBED CONCRETE TORDUE PRELOAD PULLOUT TEST O.3/b 3.60 1.750 4000.O 20 2363 3780 3 O.375 3.50 1.750 4000.O 15 3780 4489 3 O.375 3.30 1.750 4000.O 1b 945 3308 3 O.375 3.50 1.750 4000.O 30 2935 3071 3 0,375 3.50 1.750 4000.O 18 2363 4253 3 O.375 3.50 1.750 4000.O 17 3780 4725 3 O.375 3.50 1.750 4000.O 22 2835 4253 3 O.375 3.50 1.750 4000.O 29 23e3 4253 3 ('. 3/5 3.DU 1./50 4000.O 25 4347 5670 3 O. 3 /b 3.50 1.750 4000.0 15 1181 4489 3 O.375 b.VO 4.501 4000.1 1 3081 6163 6 0.375 3.000 4000.1 J5 1 6517 16 0,3/5 000 4000.1 25 1 b130 16 l 0.3/5 3.000 4000.1 25 1 5857 16 O.3/b 3.000 4000.1 :5 1 542b 16 0.37b 3.000 4000.1 25 1 5584 16 0.3/b 2.7b 1.62b 4000.1 3b Ju70 3389 19 O.375 2.75 1.625 4000.1 35 2145 3770 19 O.375 J. /b 1. 6./S 4000.1 Jb 2535 3510 19
- O.375 3.50 3.000 4000.1 35 2040 7480 21 1 0.375 v.60 5.U00 4000.1 Sb 5069 5440 21 O.3/5 3.50 3.000 4000.1 35 2380 7140 21
( O.3/5 3.000 4000.1 lb 1200 4e20 22 O.375 3.000 4000.1 15 2215 7315 22 0.37b 3.000 4000.1 15 JJ15 6650 22 I O.375 3.000 4000.1 1b 2eOO 6270 22 0.375 3.000 4000.1 15 J600 7980 22 0.375 3.000 4000.I 15 2215 7980 22 i 0.3/b 3.000 4000.1 15 2925 2600 22 i O . 37'i 3.000 4000.1 15 1899 6650 22 O.375 5.00 4.500 4000.1 1 1 8160 24
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- v. 3/5 5.00 4. BOO 4000.I 1 1 8940 .24 O.3/b 5.vu 4.500 4900.1 1 1 BloO 24 0.3/5 5.00 4.500 4000.1 1 1 7480 J4 v.375 5.00 4.500 4000.I 1 1 8840 24 O. 375 5.00 4.500 4000.1 1 1 170m '4 v.3/b J. , 50 J.Dv0 400v.1 35 1804 7577 J5 O.375 3.50 2.500 4000.1 O 722 6494 25 O.37b .J . 60 J.500 4000.1 25 722 721e J5 O.375 5.00 3.d75 4450.O 17 1750 4000 26 O . 3 '/ 5 b.00 3.875 4450.O 17 1850 3800 Je O.37b 5.00 3.875 4450.O 25 2200 3200 46 v.375 5.b0 J. BOO 4000.O 16 6505 4582 28 O.375 5.50 1.938 4000.0 7 5855 4333 28 O.375 b.50 1.500 4000.O 16 1087 3726 28 O.375 5.50 1.938 4000.O 9 4432 3892 48 O . 3 ~7 6 b.59 1.625 4000.O J1 2599 3422 28 0.375 5.50 2.750 4000.O 16 eO44 28 v.375 5.50 J.625 4000.O 8 5465 28 O.375 5.50 2.750 4000.O 11 4913 28 v.375 5.50 1.bv0 4000.O 12 2835 3008 28 O.375 5.50 2.750 4000.O 6 4223 28 O.375 5.UO 4.125 4000.O 30 2126 4253 29 O.375 5.00 4.125 4000.O 40 2599 4253 29 0.375 5.00 4.126 4000.O 35 4253 29 O.37b 5.00 4.125 4000.O 50 5670 29 U . 3'/ 5 5.00 4.125 4000.0 40 2126 5197 29 O.375 5.00 4.000 4000.O 40 3780 4725 29 v.37b b.00 3.500 5000.O bb 5e70 8600 31 O.375 5.00 3.500 5000.O eO 6020 /200 21 v.375 5.00 3.500 bOOO.O iV 6670 6640 2.1 0.3/5 5.00 3.500 5000.O b5 4975 9300 31 v.375 b.v0 3.500 6000.O bb f.4 1 5 be70 31 I
1 i l t I l
7/ s 4L 5 9/es PAGE 1 HF.8 Nuclear Power Plant Full-out Test DBASE note : LALl) L to calculate and CALL] P to print CAL 1] E to erase current hance LWIK BOLT DIAMETER = 0.375 SAMPLE SIZE 22.00 CRITERION AVG MAX MIN l BOLT TENSION INFORMArlON
------------------------------------; AVG. ULT. TENSION 4418.23 LENGTH 3.94 5.50 2.75 =========
EMBED 1.66 2.bu 1.50 : MAA. ULT. 1ENSION 7577.00 CONCRETE 4000.03 4000.10 4000.00 : MIN. ULT. TENSION 3008.00 TONUUE 21.0 ' 3b.00 7.00 : CUEF. OF VARIANCE 27.69 PRELOAD 2841.05 8505.00 722.00 STD. DEVIATION 1232.45 HILTI AVERAGE ULTIMATE (ABBOT 4. HANKS) TENSION : 2'766.34
=========
DATA 6ASE . DIAMEIER LENGTH EMBED CONCRElE TOROUE PRELOAD PULLOUT TEST O.3/b 3.60 1.750 4000.O Ju 2 36 'f. 3780 3 O.3/b 3.50 1.750 4000.O 15 3780 4489 3 v.3/b .. 60 1.7b0 4000.v lb 946 3308 L. O.375 3.50 1.150 4000.O 30 2835 3071 3 O.37b l . DO 1./50 400U.O 18 2363 425?. 3 v.375 3.50 1.750 4000.0 17 3780 4725 3 v.376 3. bO 1.750 4000.O 22 2835 4253 3 v.375 3.50 1.750 4000.O 20 2363 4253 3
- v. 37b ..bv 1./50 4000.O 2d 4347 5670 3 v.375 3.50 1.750 4000.0 lb 1181 4489 3 0.375 2./b 1.625 4000.1 Ob J470 3380 19 O.37b 2.75 1.625 4000.1 35 2145 3770 19 v.3/5 . 7b 1.e25 4000.1 35 2535 3510 19 O. 375 3.50 2.500 4000.1 35 1804 7577 25 0.3/5 3.b0 J.500 4000.1 20 722 6494 25 O.375 3.50 2.500 4000.1 25 722 7216 25 v.375 b.60 2.500 4000.O 16 8505 4582 28 0.375 5.50 1.938 4000.0 / 5855 4333 28 0,3/b 5.b0 1.590 400U.O 16 1U67 3726 28 0.375 5.50 1.938 4000.0 9 4432 3892 28 v.37b b.50 1. 6'J b 40v0.O 21 Jb99 342J 28 0.375 5.50 1.500 4000.0 12 2835 3008 28
f 6
.O Cllk PAGE 1 HLB Nuclear Power Flant Pull-out lest DBASE note : LALtJ L to calculate and LALIJ P to print LALT] E to erase current Ranae ,
FWIK eOLT DIAMETER = 0.375 SAMPLE 3IZE 41.00
- - - - - - - - - . . - - . - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - . - - - - - - - - - - ~ ~ - . - - - - - -
CRITERION AVG MAX MIN l BOLT TENSION INFORMATION _-_-__________.---_--____.--_.-----------! AVL 4 LIL I . TENSION 5997.24 LENGTH 4.91 5.50 3.bo l ========= EMUED a. bJ 4.bu 2.e3 : MAX. UL1. TENSIUN 9300.00 CONCRETE 4lb4.Y3 5000.00 4000.00 l MIN. ULT. 1 ENSIGN 1700.00 IORUUE Ja . 60 60.00 1.UU l LCEF. OF VAPIANCE 29.42 PRELOAD 201/.7/ 6020.00 1.00 STD. DEVIATION 1764.14 HILII AVERAGE ULTIMATE (ABBOT A. HANKS) TENSION : 4401.44
=========
DATA BASE DIAMETER LENGTH EMBED CONCRETE TORQUE PRELOAD PULLOUT TEST U.375 5.00 4.501 4000.1 1 3081 6163 6 O.3/5 3.000 4000.1 25 1 6517 16 O.37b ;.. U U U 4000.1 25 1 5130 16 1 a O.375 3.0U0 4000.1 25 1 5857 16 0,3/b 2.. U U U 4000.1 25 1 5925 16 0,376 3.000 4000.1 25 1 5584 16 U.3/5 3. bU 2.000 4000.1 35 2040 7480 21 O.375 3.50 3.000 4000.1 35 30e0 5440 21 U.37b j. 50 5.UUO 4000.1 Ob 2380 /140 21 O. 375 '
.000 4000.1 15 1200 4620 22 i O . .f. / b ..UUU 4000.1 15 2215 7315 22 0.375 3.000 4000.1 15 2215 6650 J2 U../b :.. U U U 4000.1 lb J600 6270 22 O. 375 3.000 4000.I 15 '
.600 7980 22 0.375 .000 4000.1 15 2215 7980 J2 l O.376 3.000 4000.1 15 2925 2600 22 O.375 3.000 4000.1 1b 1899 6650 JJ 0.37b 5.00 4.500 4000.1 1 1 8160 24 0.375 b.UU 4.500 4000.1 1 1 8840 24 O.375 5.00 4.500 4000.1 1 1 8160 24 v.3/b b.UU 4.500 4000.1 1 1 7480 24 O.375 5.00 4.500 4000.1 1 1 8840 24 U.37b 5.UU 4.500 4000.1 1 1 1700 24 O.375 5.00 3.875 4450.O 17 1750 4000 26 0.37b b.00 3.875 4450.O 17 1850 3800 26 0.375 5.00 3.875 4450.O 25 2200 3200 26 l U.375 b.50 2.760 4000.O 16 6044 29 l
O.375 5.50 2.625 4000.O 8 5465 28 l 0.37b 5.50 2.750 4000.O 11 4913 28 O.375 5.50 2.750 4000.O 6 4223 28 O.37b b.UU 4.125 4000.O 30 2126 4253 29 i
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yh * , J-L* Ag4 PAGE 1 1)J HEB Nuclear Power Plant Pull-out Test DBASE note : C ALT 3 C to calculate and LALT3 P to print EALT3 E to erase current Range KWIK BOLT DIAMETER = 0.5 SAMPLE SIZE 226.00 CRITERION AVG MAX MIN : BOLT TENSION INFORMATION
------------------------------------: AVG. ULT. TENSION 8722.54 LENGTH. 6.05 7.00 3.75 : =========
EMBED '4.00 6.00 2.25 : MAX. ULT. TENSION 15600.00 CONCRETE 3859.54 6000.00 2790.00 : MIN. ULT. TENSION 2342.00
- TORQUE 51.91 155.00 0.00 : COEF. OF VARIANCE 32.71
.PRELOAD 3432.52 7900.00 0.00 : STD. DEVIATION 2852.98 HILTI AVERAGE ULTIMATE (ABBOT A. HANKS) TENSION ~: 9838.48
=========
DATA BASE DIAMETER LENGTH EMBED CONCRETE TORQUE PRELOAD PULLOUT TEST O.500 7.00 4.000 3000.0 25 2079 9450 1 4 0.500 7.00 4.000 3000.0 25 2079 11340 1 0.500 7.00 4.000 3000.0 25 1985 8033 1 0.500 5.50 2.250 3000.0 70 3897 - 5773 2 0.500 3.75 2.250 3000.0 30 2309 6206 2 0.500 3.75 2.750 3000.0 60 3608 7938 2 0.500 3.75 2.250 3000.0 50 3464 5196 2 0.500 5.50 2.250 3000.0 60 3464 6494 2 0.500 3.75 2.250 3000.0 40 2742 6350 2 0.500 3.75 2.750 3000.0 70 3897 8659 2 0.500 5.50 2.250 3000.0 bo 2886 6567 2 0.500 3.75 2.750 3000.0 50 3464 7938 2 0.500 5.50 2.250 3000.0 30 2020 5628 2 0.500 3.75 2.750 3000.0 60 3752 7216 2 0.500 3.75 2.250 3000.0 40 2742 6494 2 0.500 3.75 2.250 3000.0 50 2959 6494 2 0.500 5.50 2.250 3000.0 60 3536 6422 2 0.500 3.75 2.750 3000.0 50 3031 10102 2 0.500 3.75 2.250 3000.0 50 3175 5484 2 0.500 3.75 2.250 3000.0 40 2453 6061 2 0.500 3.75 2.750 3000.0 50 3103 8659 2 0.500 3.75 2.250 3000.0 50 2886 6639 2 0.500 5.50 2.250 3000.0 60 3608 6783 2 0.500 4.50 2.375 4000.0 30 2835 7560 3 0.500 4.50 2.375 4000.0 60 5670 6615 3 0.500 4.50 2.375 4000.0 40 3071 7088 3 0.500 4.50 2.375 4000.0 50 4725 7560 3 0.500 4.50 2.375 4000.0 31 2835 4725 3 0.500 4.50 2.375 4000.0 25 1890 5198 3 0.500 4.50 2.375 4000.0 33 5670 6615 3 0.500 4.50 2.375 4000.0 45 2835 6143 3
.___ . - . . _ , , - , _ . _ _ _ _ _ _ _ _ _ _ _ ~ . _ _ _ _ _
PAC-E 2 Y 0.500 4.50. 2.375 4000.0 28 2835 5670 3 0.500 4.50 2.375 4000.0 35 3780 7560 3 4).500 4.50 2.375 4000.0 25 2835 c143 3 0.500 4.50 2.375 4000.0 20 2599 5198 3 0.500 5.50 2.250 3000.0 35 2624 5608 4 0.500 7.00 6.000 3000.0 75 4580 13170 4 0.500 5.50 2.250 3000.0 50 5144 6020 4 0.500 7.00 6.000 3000.0 50 3460 11690- 4 0.500 5.50 2.250 3000.0 35 3048 6960 4 0.500 7.00 6.000 3000.0 75 4504 11690 4 0.500 5.50 2.250 3000.0 30 2352 6020 4 , 0.500 7.00 6.000 3000.0 75 4352 11690 4 0.500 5.50 2.250 3000.0 30 2420 6020 4 0.500 7.00 6.000 3000.0 60 3726 10950 4 0.500 5.50 2.250 3000.0 30 2080 '5987 4 0.500 7.00 6.000 3000.0 50 3460 11690 4 0.500 5.50 2.250 3000.0 45 4580 5789 4 0.500 7.00 6.000 3000.0 50 3994 11841 4 0.500 5.50 2.250 3000.0 35 2420 5008 4 0.500 5.50 2.250 3000.0 35 3120 4796 4 0.500 5.50 2.250 3000.0 50 4940 5280 4 0.500 7.00 6.000 3000.0 75 4352 11690 4 0.500 5.50 4.250 4000.1 25 2055 6379 5 0.500 5.50 4.500 4000 1 70 1 9450 5 0.500 5.50 4.250 4000.1 25 1417 11340 5 0.500 5.50 4.250 4000.1 25 1 6851 5 0.500 5.50 4.375 4000.1 25 1 8269 5 0.500 5.50 4.250 4000.1 25 1937 10867 5 0.500 5.50 4.500 4000.1 25 2220 8741 5 0.500 5.50 3.501 4000.1 1 e525 8575 6 0.500 5.50 3.501 4000.1 1 5800 9425 6 0.500 5.50 2.250 3000.0 .20 2877 7796 7 0.500 5.50- 2.250 3000.0 20 1890 8741 7 0.500 5.50 2.250 3000.0 10 945 5670 7 0.500 5.50 2.250 3000.0 20 1654 9450 7 0.500 5.50 2.250 3000.0 35 3308 7324 7 0.500 5.50 2.250 3000.0 35 3780 8978 7 0.500 5.50 2.250 3000.0 20 1890 7068 / O.500 5.50 2.250 3000.0 35 3071 9450 7 0.500 5.50 2.250 3000.0 50 3780 9450 7 0.500 5.50 2.250 3000.0 10 945 8033 7 0.500 5.50 2.250 3000.0 10 1 7560 7 0.500 5.50 2.250 3000.0 35 3071 9923 7 0.500 5.50 2.250 3000.0 50 3780 8505 7 0.500 7.00 5.250 3000.0 65 3733 10868 8 0.500 7.00 5.250 3000.0 72 3780 7560 8 0.500 7.00 5.250 3000.0 75 3287 9923 8 0.500 7.00 5.250 3000.0 25 945 9450 8 0.500 7.00 5.250 3000.0 75 4253 9923 8 0.500 7.00 5.250 3000.0 35 1181 10395 8 0.500 7.00 5.250 3000.0 80 3686 11718 8 0.500 7.00 5.250 3000.0 55 2930 11340 8 0.500 7.00 5.250 3000.0 45 2363 9450 8 0.500 5.50 2.750 4000.0 0 0 11000 9 0.500 5.50 3.500 4000.0 0 0 10250 9 0.500 5.50 3.500 4000.0 0 0 10250 9 e
PAGEL3 P O.500 5.50 3.500 4000.0 0 0 12250 9 O.500 5.50 3.500 4000.O O O 10250 9 0.500 7.00 4.000 2790.0 30 0 2599 10 0.500 7.00 4.000. 2790.0 40 0 3024 10 0.500 5.50 3.000 3500.0 75 6460 10200 11 0.500 5.50 3.000 3500.0 50 5100 10200 11 0.500 5.50 3.000 3500.0 100 5440 10200 11 1 0.500 7.00 6.000 3000.0 40 1926 7388 15
'O.500 7.00 6.000 3000.0 40 2488 7388 15 0.500 4.000 4000.1 70 1 2342 16 0.500 4.000 4000.1 70 1 4496 16 0.500 4.000 4000.1 70 1 5789 16 0.500 4.000 4000.1 70 1 5789 16 0.500 4.000 4000.1 70 1 2860 16 0.500 5.50 4.500 3000.1 100 5336 7359 17 0.500 5.50 4.500 3000.1 65 2001 5336 17 0.500 5.50 4.500- 3000.1 75 3335 8052 17 0.500 5.50 4.500 3000.1 90 5003 6337 17 0.500 5.50 4.500 3000.1 80 3335 4669 17 0.500 7.00 5.675 6000.0 50 3504 10650 18 0.500 7.00 5.375 6000.0 110 7100 9230 18 0.500 7.00 5.375 6000.0 50 1788 9230 18 0.500 7.00 5.675 6000.0 100 4862 '10650 18 0.500 7.00 5.375 6000.0 125 7810 11360 18 0.500 7.00 5.250 6000.0 125 7455 13490 18 0.500 7.00 5.375 6000.0 110 6650 14700 18 0.500 7.00 5.675 6000.0 50 2789 7100 18 0.500 7.00 5.125 6000.0 100 5577 106b0 -18 0.500 7.00 5.675 6000.0 75 5577 9230 18 0.500 7.00 5.500 6000.0 25 930 6220 18 0.500 7.00 5.350 6000.0 125 6292 9940 18 O.500 7.00 5.500 6000.O 50 3146 7100 -18 0.500 7.00 5.675 6000.0 50 3074 9940 18 0.500 7.00 5.500 6000.0 75 3075 5363 18 0.500 7.00 5.675 6000.0 75 4576 9230 18 O.500 7.00 5.500 6000.O 75 4515 12070 18 0.500 7.00 5.675 6000.0 25 2932 12780 18 0.500 7.00 5.500 6000.0 110 4505 7100 18 0.500 7.00 5.675 6000.0 75 4862 12780 18 0.500 7.00 5.675 6000.0 25 1788 7810 18 0.500 5.50 2.250 4000.1 65 3250 5850 19 0.500 5.50 2.250 4000.1 65 3900 5200 19 0.500 5.50 2.250 4000.1 65 5200 11636 19 0.500 5.50 2.250 4000.1 65 4550 4550 19 0.500 5.50 2.250 4000.1 65 4875 8160 19 0.500 5.50 2.250 4000.1 65 4875 5850 19 O.500 5.50 2.500 4000.1 50 4670 8160 20 0.500 5.50 2.500 4000.1 50 4080 8160 20 0.500 5.50 2.500 4000.1 50 4760 8160 20 0.500 5.50 3.500 4000.1 65 4420 10200 21 0.500 5.50 3.500 4000.1 65 5780 10200 21 0.500 5.50 3.500 4000.1 eb 4760 9520 21 0.500 4.000 4000.1 45 5940 11356 22 0.500 4.000 4000.1 45 5610 9642 22 0.500 4.000 4000.1 45 5280 7980 22 0.500 4.000 4000.1 45 5610 13340 22
~
F .WE 4 i O.500 4.000 4000.1 45 6650 12692 2 .' O.500 5.50 4.000 4000.1 75 .4330 8659 23
'O.500 5.50 4.000 4000.1 75 3608 10102 23 O.500 5.50 4.000 4000.1 75 3608 8659 23 O.500 5.50 4.000 4000.1 90 5773 8659 23 O.500 5.50 4.000 4000.1 75 685b- 9381 23 O.500 7.00 4.500 4000.1 1 1 11220 24 O.500 7.00 4.000 4000.1 1 1 14620 24 0.500 7.00 6.000 4000.1 I 1 8840- 24 O.500 7.00 4.000 4000.1 1 1 9520 24 0.500 7.00 5.500 4000.1 1 1 10200 24 0.500 7.00 -5.000 4000.1 1 1 14960 24 0.500 7.00 3.500 4000.1 30' 722 10102 25 0.500 7.00 3.500 4000.1 40 2886 10463 25 O.500 7.00 3.500 4000.1 40 2526 11185 25 O.500 5.50 4.250 4450.O 45 4000 6200 26 0.500 5.50 4.250 4450.O 40 2200 6100 26 0.500 5.50 4.250 4450.0 45 2500 5400 26 O.500 7.00- 5.720 4385.O 50 9900 27 0.500. 7.00 5.500 4385.0 50 9900 27 0.590 7.00 5.640 4385.0 50 9200 27 O.500 7.00 5.760 4355.O 50 8400 27 O.500 7.00 5.680 4385.O 50 11500 27 O.500 7.00 5.540 4385.O 50 9700 27 0.500 7.00 5.570 4385.O 50 8800 27-O.500 7.00 5.780 4385.O 50 9400 27 O.500 5.750 4000.O 50 7369 28 O.500 4.625 4000.O 60 3050 28 0.500 5.750 4000.O 43 7~700 28 O.500 2.625 4000.O 14 5078 28 O.500 5.013 4000.O 65 2580 2
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- 0.500 7.00 5.625 4000.0 100 4253 10159 29 7
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r-Pk3E 5 O.500 7.00 4.000 4000.O 25 2363 13239 30 O.500 7.00 4.000 4000.O 25 2363 13230 30 O.500 7.00 4.000 4000.O 20 2890 9450 30 O.500 7.00 4.000 4000.U 75 7560 12285 30 0.500 7.00 4.000 4000.O 20 1890 10868 30 O.500 7.00 4.000 4000.O 25 2835 12758 30 O.500 7.00 5.500 5000.O 150 7900 15600 31 O.500 7.00 5.500 5000.L 155 7900 12800 31 0.500 7.00 5.500 0000.O 150 7900 15600 31 O.500 7.00 5.500 5000.O 150 7900 13500 31 O.500 7.00 5.500 5000.O 150 7200 10800 31 0,500 5.50 2.500 3290.O 40 3290 5170 32 O.500 5.50 2.500 3290.O 35 3290 4700 32 0.500 5.50 2.500 3290.0 25 2585 5e40 32 O.500 5.50 2.500 3290.O 28 1410 5405 32 O.500 5.50 2.500 3290.O 30 2350 5640 32 0.500 5.50 2.500 3290.O 45 5170 5875 32 0.500 7.00 b.000 3500.O 70 4420 10430 35 O.500 7.00 5.000 3500.O 70 6120 14680 35 O.500 7.00 5.000 3500.O 70 5380 11480 35 O.500 7.00 5.000 3500.O 70 6660 13250 35 O.500 7.00 5.250 3500.O 70 5380 9730 35 O.500 7.00 5.000 3500.O 70 4490 12540 35 O.500 7.00 5.000 3500.O 70 5170 11480 35 O.500 7.00 5.125 3500.O 70 4900 14300 35 O.500 7.00 5.000 3500.O 70 4620 10780 35 O.500 7.00 5.000 3500.O 70 5310 13950 15
' 42 12~4 g -
FAL,E :
'q .
HMB Nuclear Power Plant. Pull-out Test DBASE
' note : [ALTJ C to calculate and EALT] P to orint CALTJ E to erase current Rance KWIK BOLT DIAMETER = 0.5 SAMPLE SIZE 89.00 CRITERION AVG MAX MIN BOLT lENSION INFORMATION
------------------------------------I AVG. UL1. TENSION 7346.13 LENGTH 5.14 7.00 3.75 : =========
. EMBED 2.51- 3.50 2.25 : MAX. ULT. TENSION 12250.00 CONCRETE 3452.15 4000.10 3000.00- MIN. ULT. TENSION 4550.00 TOROUE 39.65 100.00 0.00 : COEF. OF VARIANCE .26.08 PRELOAD 3157.94 6460.00 0.00 l STD. DEVIATION 1915.92-HILTI AVERAGE ULTIMATE (ABBOT A. HANKS) TENSION : 5992.01
=========
DATA BASE DIAMETER LENGTH EMBED CONCRETE TOROUE PRELOAD PULLOUT TEST O.500 5.50 2.250 3000.0 70 3897 5773 2 0.500 3.75 2.250 3000.0 30 2309 6206 2 0.500 3.75 2.750 3000.0 60 3608 7938 2 0.500 3.75 2.250 3000.0 50 3464 5196 2 0.500 5.50 2.250 3000.0 60 3464 6494 2 0.500 3.75 2.250 3000.0 40 2742 6350 2 0.500 3.75 2.750 3000.0 70 3897 8659 2 0.500 5.50 2.250 3000.0 50 2886 6067 2 0.500 3.75 2.750 0000.0 50 3464 7938 2 0.500 5.50 2.250 3000.0 30 2020 5628 2 0.500 3.75 2.750 3000.0 60 3752 721e 2 O.500 3.75 2.250 4000.O 40 2742 6494 2 0.500 3.75 2.250 3000.0 50 2959 6494 2 0.500 5.50 2.250 3000.0 a0 3536 6422 2 O.500 3.75 2.750 3000.0 50 3031 10102 2 0.500 3.75 2.250 3000.0 50 3175 5484 2 0.500 3.75 2.250 3000.0 40 2453 6061 2 0.500 3.75 2.750 3000.0 50 3103 8659 2 0.500 3.75 2.250 3000.0 50 2886 6639 2 l 0.500 5.50 2.250 3000.0 60 3608 e783 2 O.500 4.50 2.375 4000.0 30 2835 75e0 3 , 0.500 4.50 2.375 4000.0 60 5670 6615 3 O.500 4.50 2.375 4000.0 40 3071 7088 3 0.500 4.50 2.375 4000.0 50 4725 7560 3 , 0.500 4.50 2.375 4000.0 31 2835 4725 3 l O.500 4.50 2.375 4000.0 25 1890 5198 3 ! O.500 4.50 2.375 4000.0 43 5670 6615 3 0.500 4.50 2.375 4000.0 45 2835 6143 3 0.500 4.50 2.375 4000.0 28 2835 5670 3 0.500 4.50 2.375 4000.0 35 3780 7560 3 0.500 4.50 2.375 4000.0 25 2835 6143 3
PAGE _ f O.500 4.50 2.375 4000.O 20 2599 5198 3 O.500 5.50 2.250 2000.O 35 2e24 5608 4 0.500 5.50 2.250 3000.0 50 5144 6020 4 O.500 5.50 2.250 3000.O 35 3048 6960 4 O.500 5.50 2.250 3000.O 30 2352 3020 4 O.500 5.50 2.250 3000.O 30 2420 6020 4 O.500 5.50 2.250 3000.O 30 2080 5987 4 0.500 5.50 2.250 2000.0 45 4580 5789 4 O.500 5.50 2.250 3000.O 35 2420 5008 4 O.500 5.50 2.250 3000.O 35 3120 4796 4 0.500 5.50 2.250 3000.O $0 4940 5280 4 O.500 5.50 2.250 3000.O 20 2877 779e 7 0.500 5.50 2.250 3000.0 20 1890 8741 7 O.500 5.50 2.250 3000.O 10 945 b670 7 O.500 5.50 2.250 3000.O 20 1654 9450 7 O.500 5.50 2.250 3000.O 35 3308 7324 7 O.500 5.50 2.250 3000.O 35 3780 8978 7 O.500 5.50 2.250 3000.O 20 1890 7088 7 O.500 5.50 2.250 3000.O 35 3071 9450 7 O.500 5.50 2.250 3000.O 50 d.780 9450 7 O.500 5.50 2.250 3000.O 10 -745 8033 7 O.500 5.50 2.250 3000.O 10 1 75eO 7 O.500 5.50 2.250 3000.O 35 3071 9923 7 0,500 b.50 2.250 3000.O 50 3780 8505 7 0.500 5.50 2.750 4000.O O O 11000 9 O.500 5.50 3.500 4000.O O O 10250 9 O.500 5.50 3.500 4000.O O O 10250 9 O.500 5.50 3.500 4000.O O O 12250 9 O.500 5.50 3.500 4000.O O O 10250 9 0.500 5.50 3.000 3500.O 75 6460 10200 11 O.500 5.50 3.000 3500.O 50 5100 10200 11 O.500 5.50 3.000 3500.O 100 b440 10200 11 0.500 5.50 2.250 4000.1 65 3250 5850 19 O.500 b.50 2.250 4000.1 65 3900 5200 19 O.500 5.50 2.250 4000.I e5 5200 11636 19 O.500 5.50 2.250 4000.1 65 4550 -1550 19 O.500 5.50 2.250 4000.1 25 4875 8160 19 O.500 5.50 2.250 4000.I e5 4875 5850 19 O.500 5.50 2.500 4000.1 50 4:70 8160 20 0.500 5.50 2.500 4000.1 50 4v80 8160 20 O.500 5.50 2.500 4000.1 5v 47eo 8160 20 O.500 5.50 3.500 4000.1 e5 4420 10200 21 O.500 5.50 3.500 4000.1 e5 5750 10200 21 0.500 5.50 3.500 4000.1 65 4760 9520 21 O.500 7.00 3.500 4000.1 39 722 10102 25 0.500 7.00 3.500 4000.1 40 288e 10463 25 0.500 7.00 3.500 4000.1 40 2526 11185 25 O.500 2.625 4000.O 14 5078 28 O.500 7.00 2.250 4000.O 30 3780 6817 28 O.500 2.625 4000.O 1e 7121 28 0.500 2.625 4000.O 10 5.768 28 0.500 2.625 400v.O 19 59e2 28 0.500 5.50 2.500 3290.O 40 3290 5170 32 O.500 5.50 2.500 3290.O 35 3290 4700 32 O.500 5.50 2.500 3290.O 25 2585 5640 32 0.500 5.50 2.500 3290.0 28 1410 5405 32
o 3 PnGd : O.500 5.50 2.500 3090.O 30 2350 5640 32 v.500 5.50 2.500 3290.O 45 5170 5875 J.2
'/C ;-4,:
l O., PAGE 1 HKB Nuclear Power Plant Pull-out Test DBASE i note : CALT3 C to calculate-and CALT3 P to print CALT3 E to erase current Range KWIK BOLT DIAMETER = 0.5 SAMPLE SIZE 147.00 CRITERION AVG MAX MIN : BOLT TENSION INFORMATION AVG. ULT. TENSION 9674.55 LENGTH 6.66 7.00 5.50 : ========= EMBED 4.87 6.00 3.50 l MAX. ULT. TENSION 15600.00 CONCRETE '4115.74 6000.00 2790.00 : MIN. ULT. TENSION 2342.00
. TORQUE 57.87 155.00 O.00 : COEF. OF VARIANCE 30.10 PRELOAD 3510.88 7900.00 0.00 STD. DEVIATION 2911.90 HILTI AVERAGE ULTIMATE (ABBOT A. HANKS) TENSION : 11204.00
=========
NATA BASE DIAMETER LENGTH EMBED CONCRETE TOROUE PRELOAD PULLOUT TEST O.500 7.00- 4.000 3000.O 25 2079 9450 1 0.500 7.00 4.000 3000.0 25 2079 11340 1 O.500 7.00 4.000 '3000.O 25 1985 8033 1 0.500 7.00 6.000 3000.O 75 4580 13170 4 0.500 7.00' s.000 3000.O 50 3460 11690 4 O.500 7.00 6.000 3000.O 75 4504 11690 4 C.500 7.00 6.000 3000.O 75 4352 11690 4 O.500 7.00 6.000 3000.O 60 3726 10950 4 O.500 7.00 6.000 3000.O 50 3460 11690 4 O.500 7.00 6.000 3000.O 50 3994 11841 4 O.500 7.00 6.000 3000.O 75 4352 11690 4 0.500 5.50 4.250 4000.1 25 2055 6379 5 0.500 5.50 4.500 4000.1 70 1 9450 5 0.500 5.50 4.250 4000.1 25 1417 11340 5 O.500 5.50 4.250 4000.1 25 1 6851 5 O.500 5.50 4.375 4000.1 25 1 8269 5 0.500 5.50 4.250 4000.1 25 1937 10867 5-0.500 5.50 4.500 4000.1 25 2220 8741 5 0.500 5.50 3.501 4000.1 1 6525 8575 6 O.500 5.50 3.501 4000.1 1 5800 9425 6 i O.500 7.00 5.250 3000.0 e5 3733 10868 8 0.500 7.00 5.250 3000.O 72 3780 7560 8 O.500 7.00 5.250 3000.O 75 3287 9923 8 C.500 7.00 5.250 3000.O 25 945 9450 8 O.500 7.00 5.250 3000.O 75 4253 9923 8 0.500 7.00 5.250 3000.O 35 1181 10395 8 0.500 7.00 5.250 3000.0 80 3686 11718 8 O.500 7.00 5.250 3000.O 55 2930 11340 8 0.500 7.00 5.250 3000.0 45 23e3 9450 8 O.500 5.50 3.500 4000.O O O 10250 9 O.500 5.50 3.500 4000.O O O 10250 9
Fmi . e O.500 5.50 3.500 4000.O O O 12250 9 O.500 5.50 3.500 4000.O O O 10250 9 O.500 7.00 4.000 2790.O 30 0 2599 1O 0,500 7.00 4.000 2790.O 40 0 3024 1O O.500 7.00 6.000 3000.O 40 1926 7388 15 O.500 7.00 6.000 3000.O 40 2488 7388 lb O.500 4.000 4000.1 70 1 2342 16 O.500 4.000 4000.1 70 1 4496 16 0.500 4.000 4000.1 70 1 5789 16 0.500 4.000 4000.1 70 1 5789 le O.500 4.000 4000.1 70 1 2860 16 0.500 5.50 4.500 3000.1 100 5336 7359 17 0,500 5.50 4.500 3000.1 65 2001 5336 17 O.500 5.50 4.500 3000.1 /b 3335 8052 17 0.500 5.50 4.500 3000.1 90 5003 6337 17 0,500 5.50 4.500 3000.1 80 3335 4669 17 O.500 7.00 5.675 6000.O 50 3504 10650 18 O.500 7.00 5.375 eOOO.O 110 7100 9230 18 O.500 7.00 5.375 6000.O 50 1788 9230 18 O.500 7.00 5.675 6000.O 100 4862 10650 18 O.500 7.00 5.375 6000.O 125 7810 11360 18 O.500 7.00 5.250 eOOO.O 125 7455 13490 18 O.500 ~7.00 5.375 6000.O 110 6650 14700 18 0.500 7.00 5.675 eOOO.O SO 2789 7100 18 O.500 7.00 5.125 6000.O 100 5577 10650 18 0.500 7.00 5.675 e000.O 75 5577 9230 18 v.500 7.00 5.500 6000.O 25 930 6220 18 O.500 7.00 5.350 6000.O 12b e292 9940 18 O.500 7.00 5.500 6000.O 50 3146 7100 18 0.500 7.00 5.675 e000.0 50 3074 9940 18 O.500 7.00 5.500 6000.O 75 3075 5363 18 0.500 7.00 5.675 6000.0 75 4576 9230 lb O.500 7.00 5.500 6000.O 75 4515 12070 18 O.500 7.00 5.675 6000.O 25 2 9 '.2 12780 18 0.500 7.00 5.500 6000.0 110 4505 7100 18 O.500 7.00 5.675 6000.O 75 4662 12780 18 0.500 7.00 5.675 6000.0 25 1788 7810 18 O.500 5.50 3.500 4000.1 66 4420 10200 21 0.500 5.50 3.500 4000.1 e5 5780 10.:00 21 O.500 5.50 3,.500 4000.1 e5 4760 4520 21 0.500 4.000 4000.1 45 5940 11356 22 O.500 4.000 4000.1 45 Se10 9642 :12 O.500 4.000 4000.1 45 5280 7980 22 0.500 4.000 4000.1 45 be10 1334v 2,l 0.500 4.000 4000.1 45 6e50 12692 22 O.500 5.50 4.000 4000.1 75 4330 86b9 23 0.500 5.50 4.000 4000.1 75 360s 10102 23 O.500 5.50 4.000 4000.1 75 3608 8659 23 O.500 5.50 4.000 4000.1 90 5773 8659 23 0.500 5.50 4.000 4000.1 75 6855 9381 23 O.500 7.00 4.500 4000.1 1 1 11220 24 O.500 7.00 4.000 4000.1 1 1 14620 24 O.500 7.00 6.000 4000.1 1 1 8840 24 O.500 7.00 4.000 4000.1 1 1 9520 '4 O.500 7.00 5.500 4000.1 1 1 10200 24 O.500 7.00 5.000 4000.1 1 1 14960 24
F ;%E : o 0.509 7.00 3.500 4000.1 30 722 10102 25 0.500 7.00 3.500 4000.1 40 288e 104e3 25 0,500 7.00 3.500 4000.1 40 2526 11185 25 0.500 5.50 4.259 4450.0 45 4000 6200 26 0,500 5.50 4.250 4450.O 40 2200 6100 26 O.SOu 5.50 4.250 4450.O 45 2500 5400 2e O.500 7.00 5.720 4385.O 50 9900 27 0,500 7.00 5.500 43E5.O 50 9900 27 O.500 7.00 5.640 4385.O 50 9200 27 O.500 7.00 5.760 4385.O 50 8400 27 O.500 7.00 5.680 4385.O 50 11500 27 0,500 7.00 5.540 4385.O 50 9700 27 O.500 7.00 5.570 4385.O 50 8800 27 O.500 7.00 5.780 4385.O 50 9400 27 O.500 5.750 4000.O 50 7369 28 O.500 4.625 4000.O 60 3050 28 O.500 5.750 4000.O 43 7700 28 O.500 5.013 4000.O 65 2580 28 0.500 4.500 4000.O 55 2730 28 O.500 5.625 4000.O 40 6348 28 0,500 4.500 4000.O 50 2830 28 0.500 5.875 4000.O 40 7203 28 O.500 5.750 4000.O 30 7894 28 0,500 4.750 4000.O 60 3180 28 O.500 7.00 5.500 4000.O 90 4253 13230 29 O.500 7.00 5.625 4000.O 110 4725 9923 29 O.500 7.00 5.625 4000.O 60 2599 9923 29 O.500 7.00 5.500 4000.O 90 3780 9450 29 O.500 7.00 5.000 4000.O 40 2363 9450 29 O.500 7.00 5.625 4000.O 80 3308 10631 29 0.500 7.00 5.625 4000.O 90 4134 9923 29 O.500 7.00 5.62b 4000.O 90 4253 9923 29 O.500 7.00 5.625 4000.O 70 3544 9214 29 U.500 7.00 5.500 4000.O 90 3780 9923 29 O.500 7.00 5.625 4000.O 100 4253 10159 29 0,500 7.00 4.000 4000.O 35 2535 13230 30 0.500 7.00 4.000 4000.O 35 5670 13230 30 0.500 7.00 4.000 4000.0 50 4253 11813 30 O.500 7.00 4.000 4000.O 35 4016 13703 30 0.500 7.00 4.000 4000.O 25 2363 13230 30 0.500 7.00 4.000 4000.O 25 2363 13230 30 C.500 7.00 4.000 4000.O 20 2690 9450 30 i O.500 7.00 4.000 4000.O 75 7560 12285 30 ! O.500 7.00 4.000 4000.0 20 1890 10868 30 O.500 7.00 4.000 4000.O 25 2835 12758 3u O.500 7.00 5.500 5000.0 150 7900 15600 31 0.500 7.00 5.500 5000.O 155 7900 12800 31 O.500 7.00 5.500 buuv.o 150 7900 15600 31 0.500 7.00 5.500 5000.O 150 7900 13500 31 0.500 /.00 5.500 5000.O 150 7200 12800 31 O.500 7.00 5.000 3500.O 70 4420 10430 35 O.500 7.00 5.000 3500.O 70 612v 14680 35 O.500 7.00 5.000 3500.O 70 5380 11480 35 O.500 7.00 5.000 3500.O 70 e660 13250 35 O.500 7.00 5.250 3500.O 70 5380 9730 35 O.500 7.09 5.000 3500.O 70 1490 12540 35
PME 4 o 0.500 7.00 5.009 3500.0 70 5170 11480 25 O.500 7.00 5.125 3500.O 70 490v 14300 25 O.500 7.00 5.000 3500.O 70 4620 10780 35 0.500 7.00 5.000 3500.0 70 5310 13950 35 I l l i ( t l l i l l L
F# j . ix sA/L- PAGE 1
-fy HKB Nuclear Power Plant Pull-out Test DBASE note : CALT] C'to calculate and CAL 13 P to print CALTJ E to erase current Range KWIK BOLT DIAMETER = 0.5 SAMPLE SIZE 189.00 CRITERION AVG- MAX MIN : BOLT TENSION INFORMATION AVG. ULT. TENSION 8464.93 LENGTH 5.87 7.00 3.75 ! =========-
EMBED 3.72 6.00 2.25 i MAX. ULT. TENSION 14960.00 CONCRETE 3559.92 4000.10 2790.00 ! MIN. ULT. TENSION 2342.00 TOROUE 46.78 110.00 0.00 COEF. OF VARIANCE 33.16 PRELOAD 3199.58 7560.00 0.00 : STD. DEVIATION 2806.67 HILTI AVERAGE ULTIMATE (ABBOT A. HANKS) TENSION : 9146.28
=========
DATA BASE DIAMETER LENGTH EMBED CONCRETE TOROUE PRELOAD PULLOUT TEST 0.500 7.00 4.000 3000.0 25 2079 9450 1 0.500 7.00 4.000 3000.0 25 2079 11340 1 0.500 7.00 4.000 3000.0 25 1985 8033 1 0.500 5.50 2.250 3000.0 70 3897 5773 2 0.500 3.75 2.250 3000.0 30 2309 6206 2 0.500 3.75 2.750 3000.0 60 3608 7938 2 0.500 3.75 2.250 3000.0 50 3464 5196 2 0.500 5.50 2.250 3000.0 60 3464 6494 -2 0.500 3.75 2.250 3000.0 40 2742 6350 2 0.500 3.75 2.750 3000.0 70 3897 8659 2 0.500 5.50 2.250 3000.0 50 2886 6667 2 l O.500 3.75 2.750 3000.0 50 3464 7938 2 { O.500 5.50 2.250 3000.0 30 2020 5628 2 O.500 3.75 2.750 3000.0 60 3752 7216 2 i O.500 3.75 2.250 3000.0 du 2742 6494 2 l 0.500 3.75 2.250 3000.0 50 2959 6494 2 I O.500 5.50 2.250 3000.0 60 3536 6422 2 ! 0.500 3.75 2.750 3000.0 50 3031 10102 2 0.500 3.75 2.250 3000.0 50 3175 5484 2 0.500 3.75 2.250 3000.0 40 2453 6061 2 i O.500 3.75 2.750 3000.0 50 3103 8659 2 0.500 3.75 2.250 3000.0 50 2886 6639 2 0.500 5.50 2.250 3000.0 60 3608 6783 2 0.500 4.50 2.375 4000.0 30 2835 7560 3 , 0.500 4.50 2.375 4000.0 60 5670 6615 3 1 0.500 4.50 2.375 4000.0 40 3071 7088 3 0.500 4.50 2.375 4000.0 50 4725 7560 3 0.500 4.50 2.375 4000.0 31 2835 4725 3 0.500 4.50 2.375 4000.0 25 1890 5198 3 0.500 4.50 2.375 4000.0 33 5670 6615 3 0.500 4.50 2.375 4000.0 45 2835 6143 3 s L
s F AGE .2 0.500 4.50 2.375 4900.0 28 2835 5670 3 O.500 4.SO 2.375 4000.O 35 3780 7560 3 0,500 4.50 2.375 4000.O 25 2935 6143 3 O.500 4.50 2.375 4000.O 20 2599 5198 3 O.500 5.50 2.250 0000.O 35 2624 5608 4 O.500 7.00 6.000 2000.O 75 4580 13170 4 0,500 5.50 2.250 3000.O 50 5144 6020 4 O.500 7.00 6.000 0000.O 50 3460 11690 4 0.500 5.50 2.250 3000.O 35 3048 6960 4 0,500 7.00 6.000 3000.O 75 4504 11690 4 O.500 5.50 2.250 3000.O 30 2352 6020 4 O.500 7.00 6.000 3000.O 75 4352 11690 4 O.500 5.50 2.250 3000.O 30 2420 6020 4 O.500 7.00 6.000 3000.O 60 3726 10950 4 O.500 5.50 2.250 3000.O 30 2080 5987 4 O.500 7.00 e.000 3000.O 50 3460 11690 4 O.500 5.5C 2.250 3000.O 45 4580 5/89 4 0.500 7.00 6.000 3000.0 50 3994 11841 4 0.500 5.50 2.250 3000.0 35 2420 5008 4 O.500 6.50 2.250 0000.O 35 3120 4796 4 O.500 5.50 2.250 3000.O 50 4940 5280 4 0,500 7.00 6.000 3000.O 75 4352 11690 4 0.500 5.50 4.250 4000.1 25 2055 6379 5 O.500 5.50 4.500 4000.1 70 1 9450 5 O.500 5.50 4.250 4000.1 25 1417 11340 5 O.500 5.50 4.250 4000.1 25 1 6851 5 O.500 5.50 4.375 4000.1 25 1 8269 5 O.500 5.50 4.250 4000.1 25 1937 10867 5 O.500 5.50 4.500 4000.1 25 2220 8741 5 O.500 5.50 3.501 4000.I 1 6525 8575 6 O.500 5.50 3.501 4000.1 1 5800 9425 6-O.500 5.50 2.260 3000.O 20 2877 7796 7 0,500 5.50 2.250 3000.O 20 1990 8~7 4 1 7 O.500 5.50 2.250 3000.O 10 945 5670 7 0.500 5.50 2.250 3000.O 20 1654 9450 7 O.500 5.50 2.250 3000.O 35 3308 7324 7 0,500 5.50 2.250 3000.O 35 3780 8978 7 O.500 5.50 2.250 3000.O .0 1890 7068 7 O.500 5.50 2.250 2000.O 35 3071 9450 7 0,500 5.50 2.250 3000.O b0 3780 9450 7 O.500 5.50 2.250 3000.O 10 945 8033 7 O.500 5.50 2.250 3000.O 10 1 7560 7 O.500 5.50 2.250 2000.O 35 3071 9923 7 O.500 5.50 2.250 3000.O 50 3760 6505 7 0.500 7.00 5.250 3000.O 65 3733 10868 8 O.500 7.00 5.250 3000.O 72 3780 7560 8 O.500 7.00 5.250 3000.O 15 3287 9923 8 O.500 7.00 5.250 3000.O 25 945 9450 8 0,500 7.00 5.250 3000.O 75 4253 9923 8 v.500 7.00 5.250 3000.O 35 1181 10395 8 O.500 7.00 5.250 3000.O 80 3686 11718 8 O.500 7.00 5.250 3000.O 65 293v 11340 8 O.500 7.00 5.250 3000.O 45 2363 9450 8 O.500 5.50 2.750 4000.O O O 11000 9 O.500 5.50 3.500 4000.O O O 10250 9 O.500 5.50 3.500 4000.O O O 10250 9
s PfdE 3 O.500 5.50 3.500 4000.O O O 12250 4 O.500 5.50 3.500 4000.O O O 10250 9 0.500 7.00 4.000 2790.0 30 0 2599 10 0,500 7.00 4.000 2790.O 40 0 :.024 10 O.500 5.50 3.000 3500.O 75 6460 10200 11 O.500 5.50 3.000 3500.O 50 5100 10200 11 O.500 5.50 3.000 3500.0 100 5440 10200 11 0.500 7.00 6.000 3000.O 40 1926 7388 15 O.500 7.00 6.000 3000.O 40 2488 7388 15 O.500 4.000 4000.1 70 1 2342 16 0.500 4.000 4000.1 70 1 4496 16 0.500 4.000 4000.1 70 1 5789 16 0.500 4.000 4000.1 70 1 5789 16 0.500 4.000 4000.1 70 1 2860 16 0.500 5.50 4.500 3000.1 100 5336 7359 17 0.500 5.50 4.500 3000.1 65 2001 5336 17 O.500 5.50 4.500 3000.1 75 3335 8052 17 O.500 5.50 4.500 3000.1 90 5003 6337 17 0.500 5.50 4.500 3000.1 80 3335 4669 17 0.500 5.50 2.250 4000.1 65 3250 5850 19 0.500 5.50 2.250 4000.1 65 3900 5200 19 O.500 5.50 2.250 4000.1 e5 5200 11636 19 O.500 5.50 2.250 4000.1 65 4550 4550 19 0,500 5.50 2.250 4000.1 65 4875 8160 19 O.500 5.50 2.250 4000.2 65 4875 5850 19 O.500 5.50 2.500 4000.1 59 4670 8160 20 0.500 5.50 2.500 4000.1 50 4080 8160 20 0.500 5.50 2.500 4000.1 50 4760 8160 20 0.500 5.50 3.500 4000.1 65 4420 10200 21 O.500 5.50 3.500 4000.1 65 5780 10200 21 0.500 5.50 3.500 4000.1 e5 4760 9520 21 0.500 4.000 4000.1 45 5940 11356 22 0.500 4.000 4000.1 45 5610 -9642 22 0.500 4.000 4000.1 45 5280 7980 22 0.500 4.000 4000.1 45 5610 13340 22 0.500 4.000 4000.1 45 6e50 12692 22 O.500 5.50 4.000 4000.1 75 4330 8659 23 0.500 5.50 4.000 4000.1 75 3608 10102 23 O.500 5.50 4.000 4000.1 75 3eOS 8659 23 O.500 5.50 4.000 4000.1 90 5773 86b9 23 O.500 5.50 4.000 4000.1 75 6855 9381 23 O.500 7.00 4.500 4000.1 1 1 11220 24 O.500 7.00 4.000 4000.I 1 1 14620 24 O.500 7.00 6.000 4U00.1 1 1 8840 24 0.500 7.00 4.000 4000.1 1 1 9520 24 0.500 7.00 5.500 4000.1 1 1 10200 24 0.500 7.00 5.000 4000.1 1 1 14960 24 0.500 7.00 3.500 4000.1 30 722 10102 25 0.500 7.00 3.500 4000.1 40 2886 10463 25 O.500 7.00 3.500 4000.1 40 2526 11185 25 O.500 5.750 4000.O 50 7.364 28 O.500 4.625 4000.0 60 3050 28 O.500 5.750 4000.O 43 7700 28 0.500 2.625 4000.0 14 5078 28 O.500 5.013 4000.O 65 2580 28 O.500 4.500 4000.O 55 2730 28
s Fi-s a e O.500 7.00 2.250 4000.O 30 3780 o817 29 0,500 2.625 4000.O 16 7121 28 O.500 2.625 4000.O 10 57e8 28 O.500 5.625 4000.O 40 6348 28 l 0.500 4.500 4000.O 5v 2830 28 O.500 2.625 4000.O 19 5962 28 O.500 5.875 4000.O 40 7203 28 O.500 5.750 4000.O 30 7894 28 O.500 4.750 4000.O 60 3180 28 0,500 7.00 5.500 4000.O 90 4253 13230 29 O.500 7.00 5.625 4000.O 110 4725 9923 29 O.500 7.00 5.625 4000.O eO 2599 9923 24 0,500 7.00 5.500 4000.O 90 3780 9450 29 O.500 7.00 5.000 4000.O 40 2363 9450 29 0.500 7.00 5.625 4000.O 80 3308 10631 29 O.500 7.00 5.625 4000.O 90 4134 9923 29 O.500 7.00 5.625 4000.O 90 4253 9923 29 O.500 7.00 5.625 4000.O 70 3544 9214 29 O.500 7.00 5.500 4000.O 90 3780 9923 29 O.500 7.00 5.625 4000.O 100 4253 10159 29 0,500 7.00 4.000 4000.O 35 2835 13230 30 0,500 7.00 4.000 4000.O 35 Se70 13230 30 O.500 7.00 4.000 4000.O SO 4253 11813 30 O.500 7.00 4.000 4000.O 35 4016 13703 30 O.500 7.00 4.000 4000.O 25 2363 13230 30 O.500 7.00 4.000 4000.O 2d 2363 13230 30 0.500 7.00 4.000 4000.o 20 2890 9450 30 O.500 7.00 4.000 4000.O 75 7560 12285 30 O.500 7.00 4.000 4000.O 20 1890 10868 30 0.500 7.UU 4.Ov0 4000.O 25 2835 12758 30 O.500 5.50 2.500 3290.O 40 3290 5170 32 O.500 5.50 2.500 3290.O 35 3290 4700 32 O.500 5.50 2.500 3290.O 25 2585 5640 32 O.500 5.50 2.500 3290.O 26 1410 5405 32 O.500 5.50 2.500 3290.O 30 2350 5640 32 O.500 5.50 2.500 3290.O 45 5170 5875 !J 0.500 7.v0 5.000 3500.O 70 4420 10430 35 0.500 7.00 5.000 3500.0 70 612U 14680 35 O.500 7.00 5.000 3500.O 70 5:'80 11480 35 O.500 7.00 5.000 3500.O ?O 66ev 13250 35 O.500 7.00 5.250 3500.O 70 5380 9730 35 O.500 7.00 5.000 3500.O 70 4490 12540 35 0,500 7.00 5.000 3500.O 70 5170 11480 35 O.500 7.00 5.125 3500.O 70 4000 14300 35 O.500 7.00 5.000 3500.O 70 4520 10780 35 O.500 7.90 5.000 3500.O 70 5310 13950 35
%> s
).4k-4: PA6E 1
.'yg HF.B Nuclear Power. Plant Pull-out Test DBASE note : CALTJ C to calculate and LALT3 P to print CALT] E to erase current Range
------------------------------------------------~~~---------------------
KWIK BOLT DIAMETER = 0.5 SAMPLE SIZE 89.00 CRITERION AVG MAX MIN : BOLT TENSION INFORMATION
------------------------------------! AVG. ULT. TENSION :7346.13 LENGTH 5.14 7.00 3.75 : =========
EMBED 2.51 3.50 2.25 : MAX. ULT. TENSION 12250.00 CONCRETE 3452.15 4000.10 3000.00 l MIN. ULT. TENSION 4550.00 TORQUE 39.65 100.00 0.00 : COEF. OF VARIANCE 26.08 PRELOAD 3157.94 6460.00 0.00 l STD. DEVIATION 1915.92 HILTI AVERAGE ULTIMATE (ABBOT A. HANKS) TENSION : 5992.01
=========
DATA BASE DIAMETER LENGTH EMBED CONCRETE TOROUE PRELOAD PULLOUT TEST O.500 5.50 2.250 3000.0 70 3897 5773 2 0.500 3.75 2.250 3000.0 30 2309 6206 2 0.500 3.75 2.750 3000.0 60 3608 7938 2 0.500 3.75 2.250 0000.0 50 3464 5196 2 0.500 5.50 2.250 3000.0 60 3464 e494 2 0.500 3.75 2.250 3000.0 40 2742 6350 0 0.500 3.75 2.750 3000.0 70 3897 8e59 2 0.500 5.50 2.250 3000.0 50 2886 6567 2 0.500 3.75 2.750 3000.0 50 3464 7938 2 0.500 5.50 2.250 3000.0 30 2020 5628 2 0.500 3.75 2.750 3000.0 60 3752 721e 2 0.500 3.75 2.250 3000.0 49 2742 e494 2 0.500 3.75 2.250 3000.0 50 2959 6494 2 0.500 5.50 2.250 3000.0 60 3536 6422 2 0.500 3.75 2.750 3000.0 50 3031 10102 2 0.500 0.75 2.250 3000.0 50 3175 5484 2 0.500 3.75 2.250 3000.0 40 2453 6061 O O.500 3.75 2.750 3000.0 50 3103 8659 2 0.500 3.75 2.250 0000.0 50 2886 6639 2 0.500 5.50 2.250 3000.0 60 3e08 6783 2 0.500 4.50 2.375 4000.0 30 2835 7560 3 0.500 4.50 2.375 4000.0 60 5670 6615 3 0.500 4.50 2.375 4000.0 40 3071 7088 3 0.500 4.50 2.375 4000.0 50 4725 7560 3 0.500 4.50 2.375 4000.0 31 2835 4725 3 0.500 4.50 2.375 4000.0 25 1890 $198 3 0.500 4.50 2.375 4000.0 33 5670 6615 3 0.500 4.50 2.375 4000.0 45 2835 6143 3 0.500 4.50 2.375 4000.0 28 2835 5670 3 0.500 4.50 2.375 4000.0 35 3780 7560 3 0.500 4.50 2.375 4000.0 25 2835 6143 3
-. - . _ . - - - . . . . . - -- - ~ . . . - - . - . - -.
6 NGE ; 0 I O.500 4.50 '2.375 4000.O 20 2599 5198 3 35-O.500 5.50 2.250 3000.O 2624- 5608 '4 O.500 5.50 2.250 3000.0 50 5144 6020 4 O.500 5.50 2.250 3000.O 35 3048 6960 4 O.500 5.50 2.250 3000.O 30 2352 6020 4 O.500 5.50 2.250 3000.O 30 2420 6020 '4
- O.500 5.50 2.250 3000.O 30 2080 5987 4 i-
'O.500 5.50 2.250 3000.O 45 4580 5789 4
. O.500 5.50 2.250 3000.O 35 2420 5008 4 i O.500 5.5G 2.250 3000.O 35 3120 4796 4
! O.500 5.50 2.250 30':0.0 50 4940 5280 4 O.500 5.59 2.250 3000.O 20 2877 7796 7 , O.500 5.50 2.250 3000.O 20 1890 8741 7 O.500 5.50 2.250 3000.O 10 945 5670 7 4
O.500 5.50 2.250 3000.O 20 1654 9450 7 O.500 5.50 2.250 3000.O 35 3308 7324 7 O.500 5.50 2.250 3000.O 35 3780 8978 7 O.500 5.50 2.250 3000.0 20 1890 7088 7
- O.500 5.50 2.250 .3000.O 35 3071 9450 7
- O.500 5.50 2.250 3000.O 50 3780 9450 7 4 O.500 5.50 2.250 3000.O 10 945 8033 7 0.500 5.50 2.250 3000.0 10 1 7560 7 0.500 5.50 2.250 3000.O 35 3071 9923 7 0.500 5.50 2.250 3000.0 50 3780 8505 7 0.500 5.50 2.750 4000.O O O 11000 9 O.500 5.50 3.500 4000.O O O 10250 9
- O.500 5.50 3.500 4000.O O O 10250 9 1
O.500 5.50 3.500 4000.O O O 12250 9 4 O.500 5.50 3.500 4000.O O O 10250 9 I O.500 5.50 3.000 3500.O 75 6460 10200 11 1 O.500 5.50 3.000 3500.O 50 5100 10200 11 O.500 5.50 3.000 3500.O 100 5440 10200 11 j 0.500 5.50 2.250 4000.1 65 3250 5850 19 j 0,500 5.50 2.250 4000.1 65 3900 5200 19
- O.500 5.50 2.250 4000.1 65 5200 11636 19 O.500 5.50 2.250 4000.1 65 4550 4550 19 I
O.500 5.50 2.250 4000.1 65 4875 8160 19 0.500 5.50 2.250 4000.1 65 4875 5850 19
- O.500 5.50 2.500 4000.1 50 4670 8160 20 O.500 5.50 2.500 4000.1 59 4080 8160 20
- O.500- 5.50 2.500 4000.1 50 4760 81eo 20 i
O.500 5.50 3.500 "000.1 65 4420 10200 21
- O.500 5.50 3.500 4000.1 e5 5780 10200 21 i O.500 5.50 3.500 4000.1 65 4760 9520 21
! O.500 7.00 3.500 4000.1 30 722 10102 25
! O.500 7.00 3.500 4000.1 40 2886 10463 25 l 0,500 7.00 3.500 4000.1 40 2526 11185 25 i O.500 2.625 4000.O 14 5078 28 l O.500 7.00 2.250 4000.O 30 3780 e817 28
- O.500 2.625 4000.O 16 7121 28 l 0.500 2.625 4000.O 10 5768 28 1 O.500 2.625 4000.O 19 5962 28 ll O.500 5.50- 2.500 3290.O 40 3290 5170 32 O.500 5.50 2.500 3290.O 35 3290 4700 32
- O.500 5.50 2.500 3290.O 25 2585 5640 32 i
O.500 5.50 2.500 3290.0 28 1410 5405 32 l 4
P4GE ' 0.500 5.50 2.500 3290.0 30 2350 5640 32 O.500 5.50 2.5v0 3290.O 45 51/v 5875 32 l t i l l I F I [ i
?)I s 9, Q-g o
.e- FAGE 1 h
HKB Nuclear Power Plant Pull-out Test DBASE note : CALT3 C to calculate and [ ALT] P to print [ ALT] E to erase current Range KWIK BOLT DIAMETER = 0.5 SAMPLE SIZE 110.00 CRITERION AVG MAX MIN : BOLT lENSION-INFORMATION
---__---------_---------------------: AVG. ULT. TENSION 9552.15 LENGTH 6.57 7.00 5.50 =========
EMBED 4.68 6.00 3.50 : MAX. ULl. lENSION 14960.00 CONCRETE 3687.13 4000.10 2790.00 i MIN. ULT. TENSION 2342.00
~ TOROUE 51.07 110.00 O.00 : COEF. OF VARIANCE 31.02' PRELOAD 3125.96 7560.00 0.00 : STD. DEVIATION 2963.10 HILTI AVERAGE ULTIMATE (ABBOT A. HANKS) TENSION : 10346.35
. =========
DATA BASE DIAMETER LENGTH EMBED CONCRETE TOROUE PRELOAD PULLOUT TEST O.500 7.00 4.000 3000.O 25 2079 9450 1 O.500 7.00 4.000 2000.O 25 2079 11340 1 O.500 7.00 4.000 3000.O 25 1985 8033 1 C.500 7.00 6.000 3000.O 75 4580 13170 4 O.500 7.u0 6.000 3000.O 50 3460 11690 4 0.500 7.00 6.000 3000.O 75- 4504 11690 4 O.500 7.00 6.000 2000.O 75 4352 11690 4 , O.500 7.00 6.000 3000.O 60 3726 10950 4 O.500 7.UO 6.000 3000.O 50 3460 11690 4 0.500 7.00 6.000 3000.O 50 3994 11841 4 l 0.500 7.00 6.000 3000.O 75 4352 11690 4 O.500 5.50 4.250 4000.1 25 2055 6379 5 O.500 5.50 4.500 4000.1 70 1 9450 5 O.500 5.50 4.250 4000.1 25 1417 11340 5 O.500 5.50 4.250 4000.1 25 1 6851 b O.500 5.50 4.375 4000.1 25 1 8269 5 O.500 5.50 4.250 4000.I 25 1937 10867 5 0.500 5.50 4.500 4000.1 25 2220 8741 5 0.500 5.50 3.501 4000.1 1 6525 8575 6 O.500 5.50 3.501 4000.I 1 5800 9425 6 0.500 7.00 5.250 3000.0 65 3/33 10868 8 O.500 7.00 5.250 3000.0 72 3780 7560 8 , O.500 7.00 5.250 3000.U 75 3287 9923 8 O.500 7.00 5.250 3000.O 25 945 9450 8 O.500 7.00 5.250 3000.O 75 4253 9923 8 O.500 7.00 5.250 3000.O 35 1101 10395 8 l 0.500 7.00 5.250 0000.O 80 3686 11718 8 O.500 7.00 5.250 3000.O 55 2930 11340 8 0.500 7.00 5.250 3000.0 45 2363 9450 8 0.500 5.50 3.500 4000.0 0 0 10250 9 0.500 5.50 3.500 4000.0 0 0 10250 9 i
v FAGE 2 b O.500 5.50 3.500 4000.0 0 0 12250 9 0.500 5.50 3.500 4000.0. O O 10250 9 0.500 7.00 4.000 2790.0 30 0 2599 to 0.500 7.00 4.000 2790.0 40 0 3024 10 0.500 7.00 6.000 3000.0 40 1926 7388 15 0.500 7.00 6.000 3000.0 40 2488 7388 15 0.500 4.000 4000.1 70 1 2342 le 0.500 4.000 4000.1 70 1 4496 16 0.500 4.000 4000.1 70 1 5789 16 0.500 4.000 4000.1 70 1 5789 16 0.500 4.000 4000.1 70 1 2860 16 0.500 5.50 4.500 3000.1 100 5336 7359 17 0.500 5.50 4.500 3000.1 65 2001 5336 17 0.500 5.50 4.500 3000.1 75 3335 8052 17 0.500 5.50 4.500 3000.1 90 5003 6337 17 0.500 5.50 4.500 3000.1 80 3335 4669 17 0.500 5.50 3.500 4000.1 65 4420 10200- 21 0.500 5.50 3.500 4000.1 65 5780 10200 21 0.500 5.50 3.500 4000.1 65 4760 9520 21 0.500 4.000 4000.1 45 5940 1135e 22 0.500 4.000 4000.1 45 5610 9642 22 O.500 4.000 4000.1 45 5280 7980 22 0.500 4.000 4000.1 45 5610 13340 -22 0.500 4.000 4000.1 45 6650 12692 22 0.500 5.50 4.000 4000.1 75 4330 8659 23 0.500 5.50 4.000 4000.1 75 3608 10102 23 0.500 5.50 4.000 4000.1 75 3608 8659 23 0.500 5.50 4.000 4000.1 90 5773 8659 23 0.500 5.50 4.000 4000.1 75 6855 9.381 20 0.500 7.Ou 4.500 4000.1 1 1 11220 24 0.500 7.00 4.000 4000.1 1 1 14620 24 0.500 7.00 6.000 4000.1 1 1 8840 24 0.500 7.00 4.000 4000.1 1 1 9520 24 0.500 7.00 5.500 4000.1 1 1 10200 24 0.500 7.00 5.000 4000.1 1 1 14960 24 0.500 7.00 3.500 4000.1 30 722 10102 25 0.500 7.00 3.500 4000.1 40 2986 10463 25 0.500 7.00 3.500 4000.1 40 2526 11185 25 0.500 5.750 4000.0 50 7369 28 0.500 4.625 4000.0 60 3050 28 0.500 5.750 4000.0 43 7700 28 0.500 5.013 4000.0 66 2580 28 0.500 4.500 4000.0 55 2730 28 0.500 5.625 4000.0 40 6348 28 0.500 4.500 4000.0 50 2800 28 0.500 5.875 4000.0 49 7203 28 0.500 5.750 4000.0 30 7894 28 0.500 4.750 4000.0 60 3180 28 0.500 7.00 5.500 4000.0 90 4253 13230 29 0.500 7.00 5.625 4000.0 110 4725 9923 29 0.500 7.00 5.625 4000.0 60 2599 7923 29 0.500 7.00 5.500 4000.0 90 3780 9450 29 0.500 7.00 5.000 4000.0 40 2363 9450 29 0.500 7.00 5.625 4000.0 80 3308 10631 29 0.500 7.00 5.625 4000.0 90 4134 9923 29 0.500 7.00 5.625 4000.0 90 4253 9923 29
r-6 F w.h ti ~. 0.500 7.00 5.625 4000.0 70 3544 9214 .' 9 0.500 7.00 5.500 4000.O 90 3780 '923 29 0,500 7.00 5.625 4000.O 100 4253 10159 29 0.500 7.00 4.000 4000.0 35 2835 13230 30 0.500 7.00 4.000 4000.O 35 5670 13230 30 0.500 7.00 4.000 4000.0 50 4253 11813 30 0.500 7.00 4.000 4000.0 35 4016 13703 30 0.500 7.00 4.000 4000.0 25 2363 13230 30 0.500 7.00 4.000 4000.0 25 2363 13230 30 O.500 7.00 4.000 4000.O 20 2890 9450 30 0.500 7.00 4.000 4000.O 75 7560 12285 30 0.500 7.00 4.000 4000.0 20 1890 10868 30 O.500 7.00 4.000 4000.O 25 2835 12758 30 0.500 7.00 5.000 3500.0 70 4420 10430 35 0.500 7.00 5.000 3500.0 70 6120 14680 35 O.500 7.00 5.000 3500.O 70 5380 11480 35 O.500 7.00 5.000 3500.O 70 6660 13250 35 O.500 7.00 5.250 3500.O 70 5380 9730 35 0.500 7.00 5.000 3500.0 70 4490 12540 35 0.500 ? 00 5.000 3500.0 70 5170 11480 35 O.500 7.00 5.125 3500.O 70 4900 14300 35 O.500 7.Ou 5.000 3500.O 70 4620 10780 35 0.500 7.00 5.000 3500.0 70 5310 13950 35
A. N. 4 4< F. . .sbt 1 .M t k'd HFB Nuclear Power Plant Pull-out Test DBASE note : CALT3 C to calculate and CALT3 P to print CALT3 E to erase current Ranoe NWIK BOLT DIAMETER = 0.5 SAMPLE SIZE 135.00 CRITERION AVG MAX MIN : BOLT TENSION INFORMATION ___--_-_-___-__-_-_---_ ---__ ------; AVG. ULT. TENSION 9015.36 LENGTH 6.27 7.00 4.50 ========= EMBED 4.30 6.09 2.25 l MAX. LILT . TENSION 15600.00 CONCRETE 4381.00 6000.00 4000.00 : MIN. ULT. TENSION 2342.00 TOROUE b3.23 155.00 0.00 : COEF. OP VARIANCE 32.62 PRELOAD 3520.53 7900.00 0.00 : STD. DEVIATION 2940.87 HILTI AVERAGE ULTIMATE (ABBOT A. HANKS) TENSION : 11031.69
=========
DATA BASE DIAMETER LENGTH EMBED CONCRETE TOROUE PRELOAD PULLOUT TCST 0.500 4.50 2 . ~~.7 5 4000.0 30 2835 75eo 3 0.500 4.50 2.375 4000.0 60 5670 6615 3 0.500 4.50 2.375 4000.0 40 3071 7088 3 0.500 4.50 2.375 4000.0 50 4725 7560 3 0.500 4.50 2.375 4000.0 31 2835 4725 3 0.500 4.50 2 . ',7 5 4000.0 25 1890 5198 3 9.500 4.50 2.375 4000.0 33 5670 6e15 3 0.500 4.50 2.375 4000.O 45 2835 6143 3 O.500 4.50 2.375 4000.O 28 2835 5e70 3 0.500 4.50 2.375 4000.0 35 3780 7560 3 0.500 4.50 2.376 4000.0 25 2835 61 4 .'. 3 0.500 4.50 2.375 4000.0 20 .2599 $198 3 0.500 b.59 4.250 4000.1 2b 20b5 e379 t O.500 5.50 4.500 4000.1 70 1 9450 5 0.500 5.50 4,. 2 5 0 4000.1 25 1417 11340 5 0.500 5.50 4.250 4000.1 25 1 6851 5 O.500 5.60 4.375 4000.1 25 1 8264 5 O.500 5.50 4.250 4000.1 25 1937 108o7 5 v.500 5.50 4.500 4000.1 25 2220 8741 5 O.500 5.50 3.501 4000.1 1 6525 8575 6 0,50s 5.59 3.501 4000.I 1 5800 9425 e O.500 5.50 2.750 4000,0 0 0 11000 9 0.500 5.50 3.500 4000.O O O 10250 9 0.500 5.50 3.500 4000.O O O 10250 9 0.500 5.50 3.500 4000.0 0 0 12250 9 0.500 5.50 3.500 4000.0 0 0 1C250 9 0.500 4.000 4000.1 70 1 2342 le O.500 4.000 4000.1 70 1 4496 16 0.500 4.000 4000.1 70 1 5789 16 0.500 4.000 4000.1 10 1 5789 1e O.500 4.000 4000.1 70 1 2860 1e J
L PME 2 0.500 7.00 5.o75 6000.0 50 3504 10650 18 0.500 7.00 5. 3 ~7 5 ov00. 0 110 7100 9230 18 O.500 7.00 5.375 6000.O 50 1788 9230 18 0.500 7.00 5.675 6000.0 100 4862 10650 18 O.500 7.00 5.375 e000.O 125 7910 11360 18 O.500 7.00 5.250 6000.O l'c 5 7455 13490 18 O.500 7.00 5.375 6000.O 110 6650 14700 18 0.500 7.00 5.675 6000.0 50 2789 7100 18 O.500 7.00 5.125 6000.O 100 5577 10650 18 O.500 7.00 5.675 6000.O 75 5577 9230 18 O.500 7.00 5.500 6000.O 25 930 6220 18 O.500 7.00 5.350 6000.O 125 6292 9940 18 0.500 7.00 5.500 6000.0 50 3146 7100 18 v.500 7.00 5.675 6000.O 50 3074 9940 18 0.500 7.00 5.500 6000.0 75 3075 5363 18 O.500 7.00 5.675 6000.O 75 4576 9230 18 0.500 7.00 5.500 6000.0 75 4515 12070 18 O.500 7.00 5.675 6000.O 25 2932 12780 18 O.500 7.00 5.500 6000.O 110 4505 7100 18 O.500 7.00 5.675 6000.O 75 4862 12780 18 0.500 7.00 5.675 6000.0 25 1788 7810 18 O.500 5.bu 2.250 4000.1 e5 3250 5850 19 0.500 5.50 2.250 4000.1 65 3900 5200 19 O.500 5.50 2.250 4000.1 e5 5200 11636 19 0.500 5.50 2.250 4000.1 65 4550 4550 19 0.500 5.50 2.250 4000.1 65 4875 8160 19 0.500 5.50 2.250 4000.1 65 4875 5850 19 0.500 5.50 2.500 4000.1 50 4670 8160 20 O.500 5.50 2.500 4000.1 50 4080 8160 20 0.500 5.50 2.500 4900.1 50 4760 8160 20 0.500 5.50 3.500 4000.1 e5 4420 10200 21 0.500 5.50 3.500 4000.1 65 5780 10200 21 0.500 5.50 3.500 4000.1 65 4760 9520 21 O.500 4.000 4000.1 45 5940 11356 22 0.500 4.000 4000.1 45 5610 9642 22 0.500 4.000 4000.1 45 5280 7980 22 0,500 4.000 4000.1 45 Solo 13340 22 O.500 4.000 4000.1 45 6650 12692 22 O.500 5.50 4.000 4000.1 75 4330 8659 23 U.500 5.50 4.000 4000.1 75 3608 10102 23 O.500 5.50 4.000 4000.1 75 3608 8659 23 0.500 5.50 4.000 4000.1 90 5773 8659 23 0.500 5.50 4.000 4000.1 75 6855 9381 20 0,500 7.00 4.500 4000.1 1 1 11220 24 0.500 7.00 4.000 4000.1 1 1 14620 24 O.500 7.00 6.000 4000.1 1 1 8840 24 O.500 7.00 4.000 4000.1 1 1 9520 24 O.500 7.09 5.509 4000.1 1 1 10200 24 O.500 7.00 5.000 4000.1 1 1 14960 24 0.500 7.09 3.500 4000.1 30 722 10102 25 O.500 7.00 3.500 4000.1 40 2886 1046; 25 0.500 7.00 3.500 4000.1 40 2526 11185 25 O.500 5.50 4.250 4450.O 45 4000 6200 26 0.500 5.50 4.250 4450.U 40 2200 6100 26 0.500 5.50 4.250 4450.0 45 2500 5400 26 O.500 7.00 5.720 4385.O 50 9900 27
)
k PME - 0.500 7.00 5.500 4385.0 50 9900 27 0.500 7.00 5.640 4385.0 50 9200 27 O.500 7.00 5.760 4385.O SU 8400 27 O.500 7.00 5.680 4385.O 50 11500 27 O.500 7.00 5.540 4385.O 50 9700 27 O.500 7.00 5.570 4385.O 50 8800 27 0.500 7.00 5.780 4385.0 50 9400 27 O.500 5.750 4000.O SO 73e9 28 0.500 4.625 4000.0 60 3050 28 O.500 5.750 4000.O 43 7700 28 O.500 2.625 4000.O 14 5078 28 O.500 5.013 4000.O 65 2580 28 O.500 4.500 4000.O 55 2730 28 O.500 7.00 2.250 4000.O 30 3780 6817 28 0.500 2.625 4000.0 16 7121 28 0.500 2.625 4000.0 10 5768 28 0.500 5.625 4000.O 40 6348 28 0.500 4.500 4000.O 50 2830 28 O.500 2.625 4000.O 19 5962 28 O.500 5.875 4000.O 40 7203 28 O.500 5.750 4000.O 30 7894 28 0.500 4.750 4v00.0 6v 3180 28 O.500 7.00 5.500 4000.O 90 4253 13230 29 0.500 7.00 5.625 4000.O 110 4725 9923 29 0,500 7.00 5.625 4000.O 60 2599 9923 29 O.500 7.00 5.500 4000.U 90 3780 9450 29 O.500 7.00 5.000 4000.O 40 2363 9450 29 O.500 7.00 5.625 4000.O t30 3308 10631 29 0.500 7.00 5.625 4000.0 90 4134 9923 29 O.500 7.00 5.625 4000.O 90 4253 9923 29 O.500 7.00 5.625 4000.O 70 3544 9214 29 O.500 7.00 5.600 4000.O 40 3780 9923 29 0.500 7.00 5.625 4000.0 100 4253 10159 29 O.500 7.00 4.000 4000.O 35 2835 13230 30 0,500 7.00 4.000 4000.O 35 5670 13230 30 O.500 7.00 4.000 4000.O 50 4253 11813 30 0.500 7.00 4.000 4000.O 35 4016 13703 30 0.500 7.00 4.000 4000.0 25 2363 13230 30 O.500 7.00 4.000 4000.O 25 20e 13230 30 O.500 7.U0 4.000 4000.O 20 2890 9450 30 0.500 7.00 4.000 4000.O 75 7560 12285 30 O.500 7.00 4.000 4000.O 20 189v 10868 30 O.500 7.00 4.000 4000.O 25 2835 12758 30 0,500 7.00 5.500 50Vv.O 150 7900 15600 31 0.500 7.00 5.500 5000.O 155 7900 12800 31 0.500 7.00 5.bou 5000.0 159 7900 15600 31 O.500 7.00 5.500 5000.O 150 7900 13500 31 O.500 7.00 5.500 5000.O 150 7200 12800 31 J
N 4f 5 PAeE 1 Y/C HLB Nuclear Power Plant Full-out Test DBASE note : [ALTJ C to calculate and LALTJ P to print EALT] E to erase current Range KWIK BOL1 DIAMETER = 0.5 SAMPLE SIZE 37.00 CRITERION AVG MA) MIN : BOLT TENSION INFORMATION
--_--_-_----_-___-----_---_---------! AVG. ULT. TENSION 7789.65 LENGTH 5.32 7.00 4.50 : =========
EMBED 2.70 3.50 2.25 : MAX. ULT. TENSION 12250.00 CONCRETE 4000.04 4000.10 4000.00 : MIN. ULT. TENSION 4550.00 TOROUE 26.65 e5.OO O.00 l LOEF. OF VARIANCE 28.27 PRELOAD 3230.73 5780.00 0.00 l STD. DEVIATION 2201.91 HILTI AVERAGE LILf1 MATE (ABBOT A. HANKS) TENSION : 6936.96
=========
DATA BASE DIAMETER LENGTH EMBED CONCRETE TOROUE PRELOAD PULLOUT TEST O.500 4.50 2. 3 ~7 5 4000.O 30 2835 7560 3 O.500 4.50 2.375 4000.O 60 5670 6615 3 0,500 4.50 2.375 4000.O 40 3071 7088 3 0.500 4.50 2.375 4000.0 50 4725 7560 3 0.500 4.50 2.375 4000.0 31 2835 4725 3 0.500 4.50 2.375 4000.0 25 1890 5198 3 O.500 4.50 2.375 4000.O 33 be70 6615 3 O.500 4.50 2.375 4000.O 45 2835 6143 3 O.500 4.50 2.3/5 4000.U 29 .;835 Se70 3 0.500 4.50 2. 375 4000.O 35 3780 7560 3 O.500 4.50 2.375 4000.O 25 2835 6143 3 0.500 4.50 2.375 4000.0 20 2599 5198 3 O.500 b.50 2. 7"20 4000.9 0 0 11000 9 0.500 5.50 3.500 4000.0 0 0 1025v 9 O.500 5.59 3.500 4000.O v 0 10250 9 O.500 5.50 3.500 4000.O O O 12250 9 0.500 5.50 3.500 4000.0 0 0 10250 9 0.500 5.50 2.250 4000.1 e5 3250 5850 19 0.500 5.50 2.250 4000.1 e5 3900 5200 19 O.500 5.50 2.250 4000.1 65 5000 11636 19 v.500 5.50 2.250 4U00,1 e5 4550 4550 19 0.500 5.50 2.250 4000.1 e5 4875 8160 19 O.500 b.50 2.250 4000.1 e5 4875 5850 14 0.500 5.50 2.500 4000.1 50 4670 8160 20 0.500 5.50 2.500 4000.1 50 4080 8160 20 0.500 3.50 2.500 4000.1 50 4760 8160 20 O.500 b.50 3.500 4000.1 65 4420 10200 21 0.500 5.50 3.500 4000.1 65 5780 10200 21 O.500 5.50 3.500 4000.1 65 4760 9520 21 0.500 7.00 3.500 4000.1 30 722 10102 25 O.500 7.00 3.500 4000.1 40 2886 10463 25
.o e PsGL . -
O.500 7.00 3.500 4000.1 40 2526 11185 25 O.500 2.625 4000.O 14 5078 28 0.500 7.00 2.250 4000.O 20 0/80 6817 28 O.500 2.625 4000.O 16 ~121
/ .8 0.500 2.625 4000.0 10 37e8 '
e 0,500 2.625 4000.O 19 59e2 28
h 4-la O PAGE 1
*/N HKB Nuclear Power Plant Pull-out Test DBASE note : CALT] C to calculate and CALIJ P to orint CALT] E to erase current Rance l'WIK BOLT DIAMETER = 0.5 SAMPLE SIZE 108.00 CRITERION AVG MAX MIN : BOLT TENSION INFORMATION
_--__.---------------------------- --l AVG. ULT. TENSION 9569.69 LENGTH 6.59 7.00 5.50 : =>======= EMBED 4.77 6.00 3.50 : MAX. ULT. TENSION 15600.00 CONCPETE 4476.24 6000.00 4000.00 ! MIN. ULT. TENSION 2242.00 TOROUE 56.81 155.00 0.00 COEF. OF VAk1ANCE 30.59 PRELOAD 3470.00 7900.00 0.00 : STD. DEVIATION 2927.35 HILTI AVERAGE ULTIMATE (ABBOr A. HANVS) TENSION : 11704.67
=========
DATA BASE DIAMETER LENG7H EMBED CONCRETE TOROUE PRELOAD PULLOUT TEST O.500 5.50 4.250 4000.1 25 2055 6379 5 O.500 5.50 4.500 4000.1 70 1 9450 5 C v.500 5.5u 4.250 4000.1 23 1417 11340 5 O.500 5.50 4.250 4000.1 25 1 6851 5 O.500 b.59 4.375 4v00.1 25 1 8269 5 O.500 5.50 4.250 4000.1 25 1937 10867 5 U.500 5.50 4.500 4000.1 25 2220 8741 5 O.500 5.50 3.501 4000.1 1 6525 85 ~75 e O.500 b.50 3.501 4000.1 1 5800 4425 6 O.500 5.50 3.500 4000.O O O 10250 9 0.500 b.50 3.590 4000.0 Y O 19250 9 0.500 5.50 3.500 4000.O O O 12250 9 0.500 S.50 3.500 4000.0 O U 10250 9 0.500 4.000 4000.1 70 1 2342 16 O.500 4.900 4000.1 70 1 449e 16 O.500 4.000 4000.1 70 1 5789 16 O.50v 4.000 4000.1 70 1 5789 16 0.500 4.000 4000.1 70 1 2860 16 0.500 7.Ou 5.675 6000.O 50 3504 10650 18 0.500 7.00 5.375 6000.O 110 7100 9200 18 O.500 7.00 5.375 6000.O 50 1788 9230 18 0.500 7.00 5.675 6000.O 100 4862 10650 18 0.500 7.00 5.375 6000.0 125 ~7810 11360 18 0.500 7.00 5.250 6000.0 125 7455 13490 18 O.500 7.00 5.37b 6000.U 110 6650 14700 18 O.500 7.00 5.675 6000.O 50 2789 7100 18 0.500 7.00 5.125 6000.0 100 5577 10650 18 0.500 7.00 5.675 6000.O 75 5577 9230 18 O.500 7.00 5.500 6000.O 25 930 6220 18 0.500 7.00 5.350 6000.O 125 6292 9940 18 O.500 7.00 5.500 6000.O 50 3146 7100 18
a PRGE _ 6 0.500 7.09 5.675 6000.0 50 3074 9940 18 O.500 7.00 5.50v 6000.O 75 30'/5 5363 18 O.500 7.00 5.675 6000.O 75 4576 9230 18 0.500 7.00 5.500 6000.0 75 4515 12v70 18 O.500 7.00 5.675 6000.U 25 2932 12780 18 0.500 7.00 5.500 6000.0 110 4 DOS 7100 18 O.500 7.00 5.675 6000.O 75 4862 12780 18 0.500 7.00 5.675 6000.0 25 1788 7810 18 0.500 5.50 3.500 4000.1 65 4420 10200 21 O.500 5.50 3.500 4000.1 65 5780 10200 21 0.500 5.50 3.500 4000.1 65 4760 9520 21 0.500 4.000 4000.1 45 5940 1135o 22 0.500 4.000 4000.1 45 5610 9642 22 0.500 4.000 4000.1 45 5280 7980 22 0.500 4.000 4000.1 45 5610 13340 22 O.500 4.000 4000.1 45 6650 12692 22 0.500 5.50 4.000 4000.1 ~/ 5 4330 8659 23 O.500 5.50 4.000 4000.1 75 3608 10102 23 0.500 5.50 4.000 4000.1 /5 3608 8659 23 0.500 5.50 4.000 4000.1 90 5773 8659 23 0.500 5.50 4.000 4000.1 75 6855 9381 23 O.500 7.UO 4.500 4000.I 1 1 11220 24 O.500 7.00 4.000 4000.1 1 1 14620 24 O.500 7.00 6.000 4000.1 1 1 8840 24 O.500 7.00 4.000 4000.1 1 1 9520 24 0.500 7.00 5.500 4000.1 1 1 10200 24 O.500 7.00 5.000 4000.1 1 1 14960 24 O.500 7.00 3.500 4000.1 30 722 10102 25 O.500 7.00 3.500 4000.1 40 2886 10463 25 O.500 7.00 3.500 4000.1 40 2526 11185 25 O.500 5.50 4.250 4450.O 45 4000 6200 26 O.500 5.50 4.250 ,4450.O 40 2200 6100 26 0.500 5.50 4.250 4450.O 45 2500 5400 26 O.500 7.00 5.720 4385.O SO 9900 27 O.500 7.00 5.500 4385.O 50 9900 27
- 0. '.00 7.00 5.640 4385.O 50 9200 27 0.500 7.00 5.760 4385.O 50 8400 27 O.500 7.00 5.680 4385.O 50 11500 27 O.500 7.00 5.540 4385.O 50 9700 27 0.500 7.00 5.570 4385.O 50 8800 27 0.500 7.00 5. ~780 4385.O 50 9400 27 O.500 5.750 4000.O 50 7369 28 C.500 4.625 4000.O 60 3050 28 0.500 5.750 4 v00. 0 43 7700 28 0.500 5.013 4000.O 65 2580 28 O.500 4.500 4000.O 55 2730 28 0.500 5.625 4000.O 40 6348 28 O.500 4.500 4000.O 50 2830 28 0,500 5.875 4000.O 40 7203 28 O.500 5.750 4000.O 30 7894 28 O.500 4.750 4000.O 60 3180 28 O.500 7.00 5.500 4000.O 90 4253 13230 29 O.500 7.00 5.625 4000.O 110 4/25 9923 29
, O.500 7.00 5.625 4000.O 60 2599 9923 29 0.500 '7.00 5.500 4000.0 90 3780 9450 29 0.500 7. no 5.000 4000.O 40 2363 9450 29 l
h
-J
4 PAGE : O.500 7.00 5.625 4000.O GO 3306 10601 29 0.500 7.00 5.625 4000.0 90 4134 9923 29 0.500 7.00 5. 6.'5 4000.0 90 425: 9923 29 O.500 7.00 5.625 4000.O 70 3544 9214 29 0.500 7.00 5.500 4000.O 90 3780 9923 29 O.500 7.00 0,. 6 2 5 4v00.O 109 4253 10159 29 O.500 7.00 4.000 4000.O 35 2a35 13230 30 O.500 7.00 4.v00 4000.O 35 5670 13230 39 O.500 7.v0 4.000 4000.O 50 4253 11813 30 O.500 7.00 4.000 4000.O 35 4016 13703 30 O.500 7.00 4.000 4000.O 25 2363 13230 30 O.500 7.00 4.000 4000.O 25 :363 13230 30 0.500 7.00 4.000 4000.0 ' _O 2890 9450 30 0.500 7.00 4.000 4000.0 /5 7560 12285 30 O.500 7.00 4.000 4000.O 20 1870 10868 30 O.500 7.00 4.000 4000.O 25 2835 12758 30 O.500 7.00 5.500 5000.O 150 7900 15600 31 0.500 7.00 5.500 5000.0 155 7900 12500 31 O.500 7.00 5.500 500v.O 150 7900 15600 31 O.500 7.00 5.500 5000.O 150 7900 13500 31 O.500 7.00 5.500 5000.O 150 7200 128v0 31
' 5l8 0 J-4" ALL PAGE 1 HKB Nuclear Power Plant Pull-cut Test DBASE note : CALTJ C to calculate and [4LT] P to print
[ ALT] E to erase current Range KWIK BOLT DIAMETER = 0.625 SAMPLE SIZE 214.00 CRITERION AVG MAX MIN : DOLT TENSION INFORMATION
------------------------------------i AVG. ULT. TENSION 13782.57 LENGTH 7.15 8.50 4.50 : =========
EMBED 14.79 7.50 2.75 : MAX. ULT. TENSION 23120.00 CONCRETE 3734.46 6000.00 2790.00 MIN. ULT. TENSION 3880.00 TOROUE 81.27 200.00 0.00 : COEF. OF VARIANCE 33.11 PRELOAD 4586.38 12200.00 0.00 STD. DEVIATION 4563.91 HILTI AVERAGE ULTIMATE (ABBOT A. HANKS) TENSION : 11778.33
==e======
DATA BASE DIAMETER LENGTH EMBED CONCRETE TOROUE PRELOAD PULLOUT TEST O.625 8.50 4.000 3000.0 50 2930 12758 1 0.625 8.50 4.000 3000.0 50 2930 13703 1 0.625 8.50 4.000 3000.0 50 3308 12758 1 0.625 4.50 2.750 3000.0 90 4546 8659 2 0.625 4.50 2.750 3000.0 90 4402 7216 2 i O.625 8.50 4.500 5000.0 100 5051 13710 2 0.625 4.50 2.750 3000.0 75 3608 6783 2 0.625 8.50 4.500 3000.0 100 5196 14432 2-0.625 4.50 2.750 3000.0 95 4907 7938 2 0.625 4.50 2.750 3000.0 75 3464 7360 2 0.625 8.50 4.500 3000.0 84 4330 14432 2 0.625 4.50 2.750 3000.0 90 4330 7505 2 0.625 8.50 4.500 !900.0 84 4330 15154 2 0.625 8.50 4.500 3000.0 84 4185 12989 2 0.625 8.50 4.500 3000.0 100 4763 12989 2 0.625 4.50 2.750 3000.0 75 3752 6927 2 0.625 4.50 3.250 4000.0 45 4253 9686 3 0.625 4.50 3.250 4000.0 25 2363 4725 3 0.625 4.50 3.250 4000.0 55 3780 10395 3 0.625 4.50 3.250 4000.0 50 3780 9450 3 0.625 4.50 3.250 4000.0 40 3780 9450 3 0.625 4.50 3.250 4000.0 35 3308 9450 3 0.625 4.50 3.250 4000.0 50 3308 9923 3 0.625 4.50 3.250 4000.0 52 3780 12285 3 , 0.625 4.50 3.250 4000.0 47 3308 7296 3 0.625 4.50 3.250 4000.0 60 4725 13939 3 0.625 4.50 3.250 4000.0 75 2835 4253 3 0.625 4.50 3.250 4000.0 45 3780 11340 3 0.625 4.50 2.750 3000.0 75 3840 10260 4 0.625 8.50 7.500 3000.0 100 5888 16858 4 0.625 4.50 2.750 3000.0 75 4128 8535 4
PAGE 2 0.625 8.50 7.500 0000.0 125 6660 18330 4 0.625 4.50 2.750 3000.0 100 4940 9570 4 0.625 8.50 7.500 3000.0 125 6420 18330 4 0.e25 4.50 ?.750 3000.0 75 3840 10260 4 0.625 8.50 7.500 3000.0 100 5888 16858 4 0.625 4.50 2.750 3000.0 75 4128 8535 4 0.625 8.50 7.500 3000.0 125 6660 18330 4 0.625 4.50 2.750 3000.0 75 4276 8190 4 0.625- 8.50 7.500 3000.0 100 5526 18330 4 0.625 8.50 7.500 3000.0 125 6180 18330 4 0.625 8.50 7.500 3000.0 100 5526 18330 4 0.625 8.50 7.500 3000.0 125 6420 18330 4 0.625 8.50 7.500 3000.0 125 6180 18330 4 0.625 4 50 2.750 3000.0 75 4652 6020 4 0.625 8.50 7.500 3000.0 100 6660 21090 4 0.625 4.50 2.750 3000.0 100 4940 9570 4 0.625 4.50 2.750 3000.0 75 3840 8880 4 0.625 8.50 7.500 3000.0 100 6660 21090 4 0.625 4.50 2.750 3000.0 75 6020 3880 4 0.625 4.50 2.750 3000.0 75 3840 GE80 4 0.625 4.50 2.750 3000.0 1 2252 6606 4 0.625 4.50 2.750 3000.0 75 6020 3880 4 0.625 4.50 2.750 3000.0 75 4276 8190 4 0.625 6.00 4.000 4000.1 45 3685 14647 5 0.625 6.00 4.000 4000.1 45 2079 13702 5 0.625 6.00 4.000 4000.1 45 3213 13230 5 0.625 6.00 4.000 4000.1 45 3213 12757 5 0.625 6.00 4.000 4000.1 45 3166 11812 5 0.625 6.00 4.000 4000.1 45 2646 13939 5 0.625 6.00 4.501 4000.1 1 8700 15225 6 0.625 6.00 4.501 4000.1 1 7975 14500 6 0.625 6.00- 4.501 4000.1 1 6163 16675 6 0.625 6.00 2.750 3000.0 35 2126 10868 7 0.625 6.00 2.750 3000.0 20 1040 9923 7 0.625 6.00 2.750 3000.0 55 2835 11340 7 0.e25 6.00 2.750 3000.0 35 2268 12994 7 0.625 6.00 2.750 3000.0 55 2599 10395 7 0.625 6.00 2.750 3000.0 55 3308 11340 7 0.625 6.00 2.750 3000.0 75 3875 12285 7 0.625 6.00 2.750 3000.0 75 3780 10395 7 0.625 6.00 2.750 3000.0 20 1181 11340 7 0.625 6.00 2.760 3000.0 29 1323 11340 7 0.625 6.00 2.750 3000.0 75 3780 9450 7 0.625 6.00 2.750 3000.0 55 2457 9450 7 0.625 6.00 2.750 3000.0 35 2126 12521 7 0.625 6.00 2.750 3000.0 75 3686 11813 7 0.625 8.50 6.500 3000.0 100 4347 15120 8 0.625 8.50 6.500 3000.0 110 5198 16065 8 0.625 8.50 6.500 3000.0 115 5198 15593 8 0.625 8.50 6.500 3000.0 85 4725 14175 8 0.625 8.50 6.500 3000.0 75 4961 17010 8 0.625 8.50 6.500 3000.0 108 4961 15120 8 0.625 8.50 6.500 3000.0 60 2363 14648 8 0.625 8.50 6.500 3000.0 95 4725 15593 8 0.625 8.50 6.500 3000.0 105 4961 15593 8 0.625 8.50 5.500 4000.0 0 0 15000 9
PAGE 3, O.625 8.50 4.000 4000.O O O 15000 9 0.625 8.50 5.500 4000.0 0 0 15100 9 O.625 8.50 5.500 4000.O O O 14000 9 0,625 6.00 4.000 2790.O 60 0 4725 10 O.625 6.00 4.000 2790.O 60 0 5670 10 0,625 6.00 3.750 3500.O 75 6800 13600 11 O.625 6.00 3.750 3500.O 100 8500 13600 11 O.625 6.00 3.750 3500.O 150 8840 13600 11 l 0.625 8.50 7.500 3000.O 70 3788 10776 15 0.625 G.50 7.500 3000.0 185 0 13486 15 O.625 8.50 7.500 3000.O 70 5005 12808 15 0.625 8.50 7.500 3000.0 70 3403 14163 15 O.625 5.000 4000.1 140 1 14674 16 O.625 5.000 4000.1 140 1 14674 16 O.625 5.000 4000.1 140 1 11356 16 O.625 5.000 4000.1 140 1 13340 16 0.625 5.000 4000.1 140 1 18596 16 O.625 8.50 7.500 3000.1 140 7359 17750 17 0.625 8.50 7.500 3000.1 130 5336 17100 17 O.625 8.50 7.500 3000.I 140 6003 16375 17 0.625 8.50 7.500 3000.1 150 7359 18522 17 O.625 8.50 7.500 3000.1 130 5336 12000 17 0.625 8.50 6.625 6000.0 25 2217 21300 18 O.625 8.50 6.500 6000.O 25 2288 20540 18 O.625 8.50 6.625 6000.O 40 3790 19880 18 0.625 8.50 6.375 6000.0 125 7810 19170 18 O.625 8.50 6.500 6000.O 80 5077 20325 18 0.625 8.50 6.375 6000.0 125 7100 18880 18 O.625 8.50 6.500 6000.O 80 4862 19880 18 0.625 8.50 6.500 6000.0 125 6578 19880 18 O.625 8.50 6.500 6000.O 25 2360 21300 18 0.625 8.50 6.500 6000.0 80 6027 19880 18. O.625 8.50 6.500 6000.O 40 3831 22780 18
- O.625 8.50 6.500 6000.O 40 3e47 19880 18 O.625 6.00 2.750 4000.1 90 4550 13005 19 O.625 6.00 2.750 4000.1 90 3900 15024 19 O.625 6.00 2.750 4000.1 90 3900 13005 19 O.625 6.00 3.000 4000.1 80 4760 10200 20 O.625 6.00 3.000 4000.1 80 6100 10200 20 O.625 6.00 A000 4000.1 80 47eO 13600 20 0.625 8.50 5.500 4000.1 100 7480 23120 21 O.625 8.50 5.500 4000.1 100 8160 23120 21
( O.625 8.50 5.500 4000.1 100 7480 23120 21 O.625 5.000 4000.1 90 9310 18956 22 0.625 5.000 4000.1 90 7315 15341 22 0.625 5.000 4000.1 90 7315 16008 22 O.625 5.000 4000.1 90 6650 13340 22 0.625 5.000 4000.1 90 8645 13340 22 O.625 6.00 5.000 4000.1 150 7216 19122 23 O.625 6.00 5.000 4000.1 150 10102 13710 23 O.625 6.00 5.000 4000.1 150 11185 16597 23 O.625 6.00 5.000 4000.1 150 10102 17699 23 0.625 6.00 5.000 4000.1 150 10102 17318 23 O.625 8.50 6.000 4000.1 1 1 17000 24 O.625 8.50 6.000 4000.1 1 1 16320 24 ! O.625 8.50 6.000 4000.1 1 1 17000 24
PAGE 4 O.625 8.50 6.000 4000.1 1 1 17000 24 0.e25 8.50 6.000 4000.1 1 1 17000 24 O.625 8.50 6.000 4000.1 1 1 19040 24 O.625 8.50 4.500 4000.1 50 361 17318 25 0.625 8.50 4.500 4000.1 50 361 9381 25 0.'625 8.50 4.500 4000.1 65 361 15875 25 O.625 7.00 5.500 4450.O 75 5000 10600 26 O.625 7.00 5.500 4450.O 65 3600 10000 26 O.625 7.00 5.500 4450.O 70 4800 9600 26 O.625 2.750 4000.O 40 7204 28 O.625 3.250 4000.O 53 10267 28 0.625 4.750 4000.0 50 13966 28 0.625 6.500 4000.O 95 4980 28 O.625 6.750 4000.O 85 5390 28 0.625 4.875 4000.0 34 11896 28 0.625 3.250 4000.O 34 9412 28 O.625 4.875 4000.O 46 13000 28 O.625 3.250 4000.O 21 9163 28 0.625 4.750 4000.0 62 11923 28 0.625 3.188 4000.0 51 9715 28 O.625 3.500 4000.O 60 .9605 28 O.625 3.000 4000.O 21 6790 28 O.625 3.375 4000.O 27 10959 28 O.625 6.750 4000.O 75 4330 28 0.625 4.750 4000.O 37 12696 28 O.625 6.500 4000.O 90 5050 28 0.625 3.250 4000.0 62 11150 28 0.625 3.000 4000.O 25 8446 28 O.625 8.50 6.375 4000.O 170 6143 16065 29 0.625 9.50 6.375 4000.0 170 6143 13703 29 , O.625 8.50 6.000 4000.O 75 2835 15590 29 0.625 8.50 6.375 4000.0 170 6615 16538 29 O.625 8.50 6.000 4000.O 150 5434 15947 29 O.625 8.50 6.500 4000.O 170 7560 12285 29 0.625 8.50 6.000 4000.O 170 6615 16065 29 0.625 8.50 6.000 4000.0 125 4489 13230 29 0.625 8.50 6.375 4000.O 170 6143 13230 29 O.625 8.50 4.000 4000.O 35 4253 14648 30 O.625 8.50 4.000 4000.O $O 4725 17010 30 0.625 8.50 4.000 4000.O 100 5434 15120 30 O.625 8.50 4.000 4000.O 100 6143 14175 30 0.625 8.50 4.000 4000.0 75 6143 14175 30 t O.625 8.50 4.000 4000.O 35 4253 17483 30 O.625 8.50 4.000 4000.O 25 2835 15593 30 0.625 9.50 4.000 4000.0 85 6143 13703 30 0.625 8.50 4.000 4000.O 25 2835 17483 30 O.625 8.50 4.000 4000.O 50 5434 16301 30 O.625 8.50 4.000 4000.O 75 5670 18900 30 0.625 8.50 6.500 5000.O 200 12100 19800 31 O.625 8.50 6.500 5000.O 200 5800 18400 31 0.625 8.50 6.500 5000.O 200 6500 18400 31 O.625 8.50 6.500 5000.O 200 9300 19100 31 0.625 8.50 6.500 5000.0 200 10000 18750 31 O.625 6.00 2.750 3290.O 50 3290 6110 32 0.625 6.00 2.750 3290.0 80 4465 8930 32 O.625 6.00 2.750 3290.0 53 3290 10340 32
s o PAGE 5 O.625 e.00 2.750 3290.O 60 3290 9870 32 O.e25 6.00 2.750 3290.O 60 2115 9400 32 O.625 6.00 2.750 3290.O 45 3760 7520 32 0.625 8.50 4.125 4000.O 9425 34 O.625 8.50 4.875 4000.O 14175 34 O.625 8.50 7.000 3500.O 140 5990 22670 35 O.625 8.50 6.250 3500.O 140 6320 21980 35 O.625 8.50 6.375 3500.O 140 7300 20280 35 O.625 8.50 6.250 3500.O 140 10780 20950 35 0.625 8.50 6.62b 3500.0 140 5860 21980 35 0.625 8.50 6.375 3500.0 140 6320 18270 35 O.625 8.50 6.250 3500.O 140 6120 20950 35 O.625 8.50 6.500 3500.O 140 7650 23000 35 O.625 8.50 6.750 3500.O 140 6660 21980 35 O.625 8.50 5.750 3500.O 140 12200 20280 35 o l l L
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- PAbi ;
.S . ll* HF.B Nuclear Power Plant Pull-out Test DBASE note : CALTJ C to calculate and CALT] P to print CALT3 E to erase current Range KWIK BOLT DIAMETER = 0.625 SAMPLE SIZE 105.00 CRITERION AVG MAX MIN : BOLT TENSION INFORMATION
------------------------------------: AVG. ULT. TENSION 10923.83 LENGTH 6.14 8.50 4.50 : =========
EMBED 3.32 4.50 2.75 : MAX. ULT. TENSION 18900.00 CONCRETE 3503.06 4000.10 2790.00 : MIN. ULT. TENSION 3880.00 TOROUE 61.24 150.00 0.00 l COEF. OF VARIANCE. 29.72 PRELOAD 3741.50 8840.00 0.00 STD. DEVIATION 3246.60 HILTI AVERAGE ULTIMATE (ABBOT A. HANUS) TENSION : 7756.96
=========
DATA BASE DIAMETER LENGTH EMBED CONCRETE TORQUE PRELOAD PULLOUT TEST O.625 8.50 4.000 3000.0 50 2930 12758 1 0.625 8.50 4.000 3000.0 50 2930 13703 1 0.625 8.50 4.000 3000.0 50 3308 12758 1 0.625 4.50 2.750 3000.0 90 4546 8659 2 0.625 4.50 2.750 3000.0 90- 4402 7216 2 0.625 8.50 4.500 3000.0 100 5051 13710 2 0.625 4.50 2.750 3000.0 75 3608 6783 2 0.625 8.50 4.500 3000.0 100 $196 14432 2 0.625 4.50 2.750 3000.0 96 4907 7938 2 0.625 4.50 2.750 3000.0 75 3464 7360 2 0.625 8.50 4.500 3000.0 84 4330 14432 2 0.625 4.50 2.750 3000.0 90 4330 7505 2 0.625 8.50 4.500 3000.0 84 4330 15154 2 0.625 8.50 4.500 3000.0 84 4185 12989 2 0.625 8.50 4.500 3000.0 100 4763 12989 2 0.625 4.50 2.750 3000.0 75 3752 6927 2 0.625 4.50 3.250 4000.0 45 4253 9686 3 0.625 4.50 3.250 4000.0 25 2363 4725 3 0.625 4.50 3.250 4000.0 55 3780 10395 3 0.625 4.50 3.250 4000.0 50 3780 9450 3 0.625 4.50 3.250 4000.0 40 3780 9450 3 0.625 4.50 3.250 4000.0 35 5308 9450 3 0.625 4.50 3.250 4000.0 50 3308 9923 3 0.625 0.00 3.250 4000.0 52 3780 12285 3 0.625 4.50 3.250 4000.0 47 3308 7296 3 0.625 4.50 0.250 4000.0 60 4725 13939 3 0.625 4.50 2.250 4000.0 75 2835 4253 3 0.625 4.50 3.250 4000.0 45 3780 11340 3 0.625 4.50 2.750 3000.0 75 3840 10260 4 0.625 4.50 2.750 3000.0 75 4128 8535 4 0.625 4.50 2.750 3000.0 100 4940 9570 4
l. NC,E a / O.625 4.50 2.750 3000.0 75 3840 10260 4 O.625 4.50 2.750 3000.O 75 4126 8535 4 O.625 4.50- 2.750 3000.O -75 4276 8190 4 0.625 4.50 2.750 3000.O 75 4652 6020 4 O.625 4.50 2.750 3000.O 100 4940 9570 4 O.625 4.50 2.750 3000.O 75 3840 8880 4 O.625 4.50 ~2.750 3000.O 75 6020 3890 4 0.625 4.50 2.750 3000.0 75 3840 8880 4
=0.625 4.50 2.750 3000.O 1 2252 6606 4 O.625 4.50 2.750 3000.O 75 6020 3880 4 0.625 -4.50 2.750 3000.O 75 4276 8190 4 O.625 6.00 4.000 4000.1 45 3685 14647 5 O.625 6.00 4.000 4000.1 45 2079 13702 5 0.625 6.00 4.000 4000.1 45 3213 13230 5 O.625 6.00 4.000 4000.1 45 3213 12757 5 O.625 6.00 4.000 4000.1 45 3166 11812 5 O.625 6.00 4.000 4000.1 45 2646 13939 5 O.625 6.00 2.750 3000.O 35 2126 10868 7 O.625 6.00 2.750 3000.O 20 1040 9923 7 O.625 6.00 2.750 3000.O 55 2835 11340 7 O.625 6.00 2.750 3000.O 35 2268 12994 7 O.625 6.00 2.750 3000.O 55 2599 10395 7 O.625 6.00 2.750 3000.O 55 3308 11340 7 0.625 6.00 2.750 3000.O 75 3875 12285 7 0.625 6.00 2.750 3000.0 75 3780 10395 7 0.625 6.00 2.750 3000.O 20 1181 11340 7 0.625 6.00 2.750 3000.0 20 1323 11340 7 O.625 6.00 2.750 3000.O 75 3780 9450 7 O.605 6.00 2.750 3000.O 55 2457 9450 7 O.625 6.00 2.750 3000.O 35 2126 12521 7 O.625 6.00 2.750 3000.O 75 3686 11913 7 0.625 6.50 4.000 4000.O O O 15000 9 O.625 6.00 4.000 2790.O 60 0 4725 10 O.625 6.00 4.000 2790.O 6U O 5670 10 0.625 6.00 3.750 3500.O 75 6800 13600 11 O.625 6.00 3.750 3500.O 100 8500 13600 11 O.625 6.00 3.750 3500.O 150 9840 13600 11 0.625 6.00 2.750 4000.1 90 4550 13005 19 O.625 6.00 2.750 4000.1 90 3900 15024 19 0.625 e.OO 2.750 4000.1 9U 3900 13005 19 0.625 6.00 3.000 4000.1 80 4760 10200 20 0.625 6.00 3.000 4000.1 80 6120 10200 20 O.625 6.00 3.000 4000.1 80 4760 13600 20 O.625 8.50 4.500 4000.1 50 361 17318 25 0.625 8.50 4.500 4000.1 50 361 9381 25 O.625 8.50 4.500 4000.1 65 361 15875 25 O.625 2.750 4000.O 40 7204 28 0.625 3.250 4000.0 63 10267 28 O.625 3.250 4000.O 34 9412 28 0.625. 3.250 4000.O 21 9163 28 0.625 3.188 4000.0 51 9715 28 O.625 3.500 4000.O 60 9605 28 O.625 3.000 4000.O 21 6790 28 O.625 3.375 4000.O 27 i0959 28 0.625 3.250 4000.0 62 11150 28 0.625 3.000 4000.O 25 8446 28
v FAGE .~ O.625 8.50 4.000 4000.0 35 4253 14648 30 0.625 8.50 4.000 4000.0 50 4/25 17010 30 O.625 8.50 4.000 4000.O 100 5434 15120 30 0.625 8.50 4.000 4000.0 100 6143 14175 30 0.625 8.50 4.000 4000.0 75 6143 14175 30 C.625 8.50 4.000 4000.O 35 4253 17483 30 0.625 8.50 4.000 4000.0 25 2835 15593 30 C.625 8.50 4.000 4000.O 85 6143 13703 30 O.625 8.50 4.000 4000.O 25 2835 17483 30 O.625 8.50 4.000 4000.O 50 5434 16301 30 O.625 8.50 4.000 4000.O 75 5670 18900 30 0.625 6.00 2.750 3290.0 50 3290 6110 32 O.625 6.00 2.750 3290.O 80 4465 8930 32 0,625 6.00 2.750 3290.O 53 3290 10340 32 O.625 6.00 2.750 3290.O 60 3290 9870 32 O.625 6.00 2.750 3290.O 60 2115 9400 32 O.625 6.00 2.750 3290.O 45 3760 7520 32 O.625 8.50 4.125 4000.O 9425 34 f I
ff-A-6 C g, PAGE 1 N/0 HKB Nuclear Power Plant Pull-out Test DBASE note : [ ALT] C to calculate and EALT] P to print [ ALT 3 E to erase current Range KWIK BOLT DIAMETER = 0.625 SAMPLE SIZE 118.00 CRITERION AVG MAX MIN : BOLT TENSION INFORMATION
------------------------------------! AVG. ULT. TENSION 16345.32 LENGTH 8.25 8.50 6.00 : =========
EMBED 6.07 7.50 4.50 : MAX. ULT. TENSION 23120.00 CONCRETE 3909.78 6000.00 3000.00 MIN. ULT. TENSION 4330.00 TOROUE 98.96 200.00 0.00 : COEF. OF VARIANCE 23.61 PRELOAD 5207.49 12200.00 0.00 : STD. DEVIATION 3859.70 HILTI AVERAGE ULTIMATE (ABBOT A. HANKS) TENSION : 14323.62
=========
DATA BASE DIAMETER LENGTH EMBED CONCRETE TOROUE PRELOAD PULLOUT TEST O.625 8.50 4.500 3000.0 100 5051 13710 2 0.625 8.50 4.500 3000.0 100 5196 14432 2 0.625 8.50 4.500 3000.0 84 4330 14432 2 0.625 8.50 4.500 0000.0 84 4330 15154 2 0.625 8.50 4.500 3000.0 84 4185 12989 2 0.625 8.50 4.500 3000.0 100 4763 12989 2 0.625 8.50 7.500 3000.0 100 5888 16858 4 0.625 8.50 7.500 3000.0 125 6660 18330 4 0.625 8.50 7.500 3000.0 125 e420 18330 4 0.625 8.50 7.500 3000.0 100 5888 16858 4 0.625 8.50 7.500 3000.0 125 6660 18330 4 0.625 8.50 7.500 3000.0 100 5526 18330 4 0.625 8.50 7.500 3000.0 125 6180 18330 4 0.625 8.50 7.50'.s 3000.0 100 5526 18330 4 0.625 8.50 7.500 3000.0 125 6420 18330 4 0.625 8.50 7.500 3000.0 125 6180 18330 4 0.625 8.50 7.500 3000.0 100 6660 21090 4 0.625 8.50 7.500 3000.0 100 6660 21090 4 0.625 6.00 4.501 4000.1 1 8700 15225 6 0.625 6.00 4.501 4000.1 1 7975 14500 6 0.625 6.00 4.501 4000.1 1 6163 16675 6 0.625 8.50 6.500 3000.0 100 4347 15120 8 0.625 8.50 6.500 3000.0 110 5198 16065 8 0.625 8.50 6.500 3000.0 115 5198 15593 8 0.625 8.50 6.500 3000.0 85 4725 14175 8 0.625 8.50 6.500 3000.0 75 4961 17010 8 0.625 8.50 6.500 3000.0 108 4961 15120 8 0.625 8.50 6.500 3000.0 60 2363 14648 8 0.625 8.50 6.500 3000.0 95 4725 15593 8 0.625 8.50 6.500 3000.0 105 4961 15593 8 0.625 8.50 5.500 4000.0 0 0 15000 9 l
n
'T PAGE 2 0.625 8.50 5.500 4000.O O O 15100- 9 0.625 8.50 5.500 4000.0 0 0 14000 9 0.625 8.50 7.500 3000.0 70 2788 10776 15 0.625 8.50 7.500 3000.0 185 0 13486 15 0.625 8.50 7.500 3000.0 70 5005 12808 15 0.625 8.50 7.500 3000.0 70 3403 14163 15 0.625 5.000 4000.1 140 1 14674 16 0.625 5.000 4000.1 140 1 14674 16 0.625 5.000 4000.1 140 1 11356 16 0.625 5.000 4000.1 140 1 13340 16 0.625 5.000 4000.1 140 1 18596 16 0.625 8.50 7.500 3000.1 140 7359 17750 17 0.625 8.50 7.500 3000.1 130 5336 17100 17 0.625 8.50 '7.500 3000.1 140 6003 16375 17 0.625 8.50 7.500 3000.1 150 7359 18522 17 0.625 8.50 7.500 3000.1 130 5336 12000 17 0.625 8.50 6.625 6000.0 25 2217 21300 18 0.625 8.50 6.500 6000.0 25 2288 20540 18 0.625 8.50 6.625 6000.0 40 3790 19880 18 0.625 8.50 6.375 6000.0 125 7810 19170 18 0.625 8.50 6.500 6000.0 80 5077 20325 18 0.625 8.50 6.375 6000.0 125 7100 18880 18 0.625 8.50 6.500 6000.0 80 4862 19880 18 O.625 8.50 6.500 6000.0 125 6578 19880 18 0.625- 8.50 6.500 6000.0 25 2360 21300 18' O.625 8.50 6.500 6000.0 60 6027 19880 18 0.625 8.50 6.500 6000.0 40 3831 22780 18 0.625 8.50 6.500 6000.0 40 3647 19880 18 0.625 8.50 5.500 4000.1 100 7480 23120 21 0.625 8.50 5.500 4000.1 100 5160 23120 21 3 0.625 8.50 5.500 4000.1 100 7480 23120 21 0.625 5.000 4000.1 90 9310 18956 22 0.625 5.000 4000.1 90 7315 15341 22 0.625 5.000 4000.1 90 7315 16008 22 0.625 5.000 4000.1 90 6650 13340 22 0.625 5.000 4000.1 90 5645 13340 22 0.625 6.00 5.000 4000.1 150 7216 19122 23 0.625 6.00 5.000 4000.1 150 10102 13710 23 0.625 6.00 5.000 4000.1 150 11185 le597 23 0.625 6.00 5.000 4000.1 150 10102 17699 23 0.625 6.00 5.000 4000.1 150 10102 17318 23 0.625 8.50 6.000 4000.1 1 1 17000 24 0.625 8.50 6.000 4000.1 1 1 16320 24
- O.625 8.50 6.000 4000.1 1 1 17000 24 0.625 8.50 6.000 4000.1 1 1 17000 24 0.625 8.50 6.000 4000.1 1 1 17000 24 0.625 8.50 6.000 4000.1 1 1 19040 24 0.625 8.50 4.500 4000.1 50 361 17318 25 0.625 8.50 4.500 4000.1 50 361 9381 25 0.625 8.50 4.500 4000.1 65 361 15875 2G O.625 7.00 5.500 4450.0 75 5000 10600 26 l 0.625 7.00 5.500 4450.0 e5 3e00 10000 26 0.625 7.00 5.500 4450.0 70 4800 9600 26 0.625 4.750 4000.0 50 13966 28 L O.625 6.500 4000.0 95 4980 28 l 0.625 6.750 4000.0 85 5390 28 0
- y-PAGE !
O.625 4.875 4000.0 34 11896 28 0.625 4.875 4000.0 46 13000 28 0.625 4.750 4000.0 62 11923 28 0.e25 6.750 4000.0 75 4330 28 0.625. 4.750 4000.0 37 12696 28 0.625 . 6.500 4000.0 90 5050 28 0.625 8.50 6.375 4000.0 170 6143 16065 29 O.625 8.50- 6.375 4000.0 170 6143 13703 29 4 0.625' 8.50 6.000 4000.0 75 2835 15590 29 0.625 8.50 6.375 4000.0 170 6615 16538 29 O.625 8.50 6.000 4000.0 150 5434 15947 29 0.625 8.50 6.500 4000.0 170 7560 12285 29 0.625 8.50 6.000 4000.0 170 6615 16065 29 0.625 8.50 6.000 4000.0 125 4499 13230 29 0.625 8.50 6.375 4000.0 170 6143 13230 29 0.625 8.50 6.500 5000.0 200 12100 19800 31 .i O.625 8.50 6.500 5000.0 200 5800 18400 31 0.626 8.50 6.500 5000.0 200 6500 15400 31 0.625 8.50 6.500 5000.0 200 9300 19100 31 0.62E 8.50 6.500 5000.0 000 10000 18750 31 . 0.625- 8.50 4.875 4000.0 14175 34 i O.625 8.50 7.000 3500.0 140 5990 22670 35
, 0.625 8.50 6.250 3500.0 140 6320 21980 35 0.625 8.50 6.375
- 3500.0- 140 7300 20280 35 0.625 8.50 6.250 3500.0 140 10780 20950 35 0.625 8.50 6.625 3500.O' 140 5860 21980 35 O.625 9.50 6.375 3500.0 140 6320 18270 35 O.625 8.50 6.250 3500.0 140 6120 20950 35 0.625 8.50 6.500 3500.0 140 7650 23000 35 0.625 8.50 6.750 3500.0 140 6660 21980 35 0.625 8.50 5.750 3500.0 140 12200 20280 35 i
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HKB Nuclear Power Plant Pull-out Test.DBASE note : EALT3 C to calculate and EALT] P to print CALT] E to erase current Range - KWIN BOLT DIAMETER = 0.625 SAMPLE SIZE 194.00 i CRITERION AVG MAX MIN : BOLT TENSION INFORMATION l AVG. ULT. TENSION 13304.77 ! LENGTH 7.02 8.50 4.50 : ========= ' EMBED 4.63 7.50 2.75 : MAX. ULT. TENSION 23120.00 CONCRETE 3550.64 4000.10 2790.00 : MIN. UL T. TENSION 3880.00 TORCUE 79.22 185.00 0.00 l COEF. OF VARIANCE 32.90 PRELOAD 4465.23 12200.00 0.00 : STD. DEVIATION ;4376.66 HILTI AVERAGE ULTIMATE (ABBOT A. HANKS) TENSION : 11060.13-
=========
DATA BASE DIAMETER LENGTH EMBED CONCRETE TOROUE PRELOAD PULLOUT TEST O.625 8.50 4.000 3000.0 50 2930 12758 1 0.625 8.50 4.000 3000.0 50 2930 13703 1 0.625 8.50 4.000 3000.0 50 3308 12758 1 0.625 4.50 2.750 3000.0 90 4546 8659 2 i O.625 4.50 2.750 3000.0. 90 4402 7216 2 l 0.625 8.50 4.500 3000.0 100 5051 13710 2 O.625 4.50 2.750 3000.0 75 3608 6783 2 0.625 8.50 4.500 3000.0 100 5196 14432 2 0.625 4.50 2.750 3000.0 95 4907 7938 2 0.625 4.50 2.750 3000.0 75 3464 7360 2 0.625 8.50 4.500 3000.0 84 4330 14432 2 [ 0.625 4.50 2.750 3000.0 90 4330 7505 2 i O.625 8.50 4.500 3000.0 84 4330 15154 2 l l O.625 8.50 4.500 3000.0 84 4185 12989 2 0.625 8.50 4.500 3000.0 100 4/63 12989 2 0.625 4.50 2.750 3000.0 75 3752 6927 2 I O.625 4.50 3.250 4000.0 45 4253 9686 3 0.625 4.50 3.250 4000.0 25 2363 4725 3 0.625 4.50 3.250 4000.0 55 3780 10395 3 0.625 4.50 3.250 4000.0 50 3780 9450 3 0.625 4.50 3.250 4000.0 40 3780 9450 3 0.625 4.50 3.250 4000.0 35 3308 9450 3 0.625 4.50 3.250 4000.0 50 3308 9923 3 0.625 4.50 3.250 4000.0 52 3780 12285 3 0.625 4.50 3.250 4000.0 47 3308 7296 3 0.625 4.50 3.250 4000.0 60 4725 13939 3 0.625 4.50 3.250 4000.0 75 2835 4253 3
.O.625 4.50 3.250 4000.0 45 3780 11340 3 0.625 4.50 2.750 3000.0 75 3840 10260 4 0.625 8.50 7.500 3000.0 100 5888 16858 4 0.625 4.50 2.750 3000.0 75 4128 8535 4
FAGE ; O.625 8.50 7.500 3000.O 125 6660 18330 4 O.625 4.50 2.759 3000.O 100 4940 9570 4 0.625 8.50 7.500 3000.0 125 6420 18330 4 0.625 4.50 2.750 3000.0 75 3840 10260 4 0.625 8.50 7.500 3000.0 100 5888 16858 4 0.625 4.50 2.750 3000.0 75 4128 8535 4 0.625 8.50 7.500 3000.0 125 6e60 18330 4 0.625 4.50 2.750 3000.0 75 4276 8190 4 0.625 8.50 7.500 3000.0 100 5526 18330 4 0.625 8.50 7.500 3000.0 125 6180 18330 4 0.625 8.50 7.500 3000.0 100 5526 18330 4 0.625 8.50 7.500 3000.0 125 6420 18330 4 0.625 8.50 7.500 3000.0 125 6180 18330 4 0.625 4.50 2.750 3000.0 75 4e52 6020 4 0.625 8.50 7.500 3000.0 100 6660 21090 4 0.625 4.50 2.750 3000.0 100 4940 9570 4 0.625 4.50 2.750 3000.0 75 3840 8880 4 0.625 8.50 7.500 3000.0 100 6660 21090 4 0.625 4.50 2.750 3000.0 75 6020 3080 4 0.625 4.50 2.750 3000.0 75 3840 8880 4 0.625 4.50 2.750 3000.0 1 2252 6606 4 0.625 4.50 2.750 3000.0 75 6020 3880 4 0.625 4.50 2.750 3000.0 75 4276 8190 4 0.625 6.00 4.000 4000.1 45 3685 14647 5 0.625 6.00 4.000 4000.1 45 2079 13702 5 0.625 6.00 4.000 4000.1 45 3213 13230 5 0.625 6.00 4.000 4000.1 45 3213 12757 5 0.625 6.00 4.000 4000.1 45 3166 11812 5 0.625 6.00 4.000 4000.1 45 2646 13939 5 0.625 6.00 4.501 4000.1 1 8700 15225 6 0.625 6.00 4.501 4000.1 1 7975 14500 6 0.625 6.00 4.501 4000.1 1 e163 16675 6 0.625 6.00 2.750 0000.0 35 2126 10868 7 0.625 6.00 2.750 3000.0 20 1040 9923 7 0.625 6.00 2.750 3000.0 55 2835 11340 7 0.625 6.00 2.750 3000.0 35 2268 12994 7 0.625 6.00 2.750 3000.0 $5 2599 10395 7 0.625 6.00 2.750 3000.0 55 3308 11340 7 0.625 6.00 2.750 3000.0 75 3875 12285 7 0.626 6.00 2.750 3000.0 75 3780 10395 7 0.625 6.00 2.750 3000.0 20 1181 11340 7 0.625 6.00 2.750 3000.0 20 1323 11340 7 0.625 6.00 2.750 3000.0 75 3780 9450 7 0.625 6.00 2.750 3000.0 55 2457 9450 7 0.625 6.00 2.750 3000.0 35 2126 12521 7 0.625 6.00 2.750 3000.0 75 3686 11813 7 0.625 8.50 6.500 3000.0 100 4347 15120 8 0.625 8.50 6.500 3000.0 110 5198 16065 8 0.625 8.50 6.500 3000.0 115 5198 15593 8 0.625 8.50 6.500 3000.0 85 4725 14175 8 0.625 8.50 6.500 3000.0 75 4961 17010 8 0.625 8.50 6.500 3000.0 108 4961 15120 8 0.625 8.50 6.500 3000.0 60 2363 14648 8 0.625 8.50 6.500 3000.0 95 4725 15593 8 0.625 8.50 6.500 3000.0 105 4961 15593 8 0.625 8.50 5.500 4000.0 0 0 15000 9
r i' PAGE 3 0.625 8.50 4.000 4000.0 0 0 15000 9 0.625 8.50 5.500 4000.0 0 0 15100 9 0.625 8.50 5.500 4000.0 0 0 14000 9 0.625 6.00 4.000 2790.0 60 0 4725 10 0.625 6.00 4.000 2790.0 60 0 5670 10 0.625 6.00 3.750 3500.0 75 e800 13600 11 0.625 6.00 3.750 3500.0 100 8500 13600 11 0.625 6.00 3.750 3500.0 150 8840 13600 11 0.625 .18 . 5 0 7.500 3000.0 70 3788 10776 15 0.625 8.50 7.500 3000.0 185 0 13486 15 0.625 8.50 7.500 3000.0 70 5005 12808 15 0.625 8.50 7.500 3000.0 70 3403 14163 15 0.625 5.000 4000.1 140 1 14674 16 0.625 5.000 4000.1 140 1 14674 16 0.625 5.000 4000.1 140 1 11356 16 0.625 5.000 .4000.1 140 1 13340 16 0.625 5.000 4000.1 140 1 18596 16 0.625 8.50 7.500 3000.1 140 7359 17750 17 0.625 8.50 7.500 3000.1 130 5336 17100 17 0.625 8.50 7.500 3000.1 140 6003 16375 17 0.625 8.50 7.500 3000.1 150 7359 18522 17 0.625 8.50 7.500 3000.1 130 5336 12000 17 0.625 6.00 2.750 4000.1 90 4550 13005 19 0.625 6.00 2.750 4000.1 90 3900 15024 19 0.625 6.00 2.750 4000.1 90 3900 13005 19 0.625 6.00 3.000 4000.1 80 4760 10200 20 0.625 6.00 3.000 4000.1 80 6120 10200 20 0.625 6.00 3.000 4000.1 80 4760 13600 20 0.625 8.50 5.500 4000.1 100 7480 23120 21 0.625 8.50 5.500 4000.1 100 8160 23120 21 0.625 8.50 5.500 4000.1 100 7480 23120 21 0.625 5.000 4000.1 90 9310 18956 22 0.625 5.000 4000.1 90 7315 15341 22 0.625 5.000 4000.1 90 7315 16008 22 0.625 5.000 4000.1 90 6650 13340 22 0.625 5.000 4000.1 90 8645 13340 22 0.625 6.00 5.000 4000.1 150 7216 19122 23 0.625 6.00 5.000 4000.1 150 10102 13710 23 0.625 6.00 5.000 4000.1 150 11185 16597 23 0.625 6.00 5.000 4000.1 150 10102 17699 23 0.625 6.00 5.000 4000.1 150 10102 17318 23 , 0.625 8.50 6.000 4000.1 1 1 17000 24 ! O.625 8.50 6.000 4000.1 1 1 16320 24 0.625 8.50 6.000 4000.1 1 1 17000 24 0.625 8.50 6.000 4000.1 1 1 17000 24 0.625 8.50 6.000 4000.1 1 1 17000 24 0.625 8.50 6.000 4000.1 1 1 19040 24 0.625 8.50 4.500 4000.1 50 361 17318 25 0.625 8.50 4.500 4000.1 50 361 9381 25
- O.625 8.50 4.500 4000.1 e5 361 15875 25 O.625 2.750 4000.0 40 7204 28 0.625 3.250 4000.0 53 10267 28
, 0.625 4.750 4000.0 50 13966 28 0.625 6.500 4000.0 95 4980 28 0.625 6.750 4000.0 85 5390 28 0.625 4.875 4000.0 34 11896 28 i i
j PAGE 4 0.625 3.250 4000.0 34 9412 28 l O.625 4.875 4000.0 46 13000 28 0.625 3.250 4000.0 21 9163 28 0.625 4.750 4000.0 62 11923 28 0.625 3.188 4000.0 51 9715 28 0.625 3.500 4000.0 60 9605 28 0.625 3.000 4000.0 21 6790 28 0.625 3.375 4000.0 27 10959 28 0.625 6.750 4000.0 75 4330 28 0.625 4.750 4000.0 37 12696 28 0.625 6.500 4000.0 90 5050 28 O.625 3.250 4000.0 62 11150 28 0.625 3.000 4000.0 25 8446 28 0.625 8.50 6.375 4000.0 170 6143 16065 29 0.625 8.50 6.375 4000.0 170 6143 13703 29 0.625 8.50 6.000 4000.0 75 2835 15590 29 0.625 8.50 6.375 4000.0 170 6615 16538 29 0.625 8.50 6.000 4000.0 150 5434 15947 29 0.625 8.50 6.500 4000.0 170 7560 12285 29 0.625 8.50 6.000 4000.0 170 6615 16065 29 0.625 8.50 6.000 4000.0 125 4489 13230 29 0.625 8.50 6.375 4000.0 170 6143 13230 29 0.625 8.50 4.000 4000.0 35 4253 14648 30 0.625 8.50 4.000 4000.0 50 4725 17010 30 0.625 8.50 4.000 4000.0 100 5434 15120 30 0.625 8.50 4.000 4000.0 100 6143 14175 30 0.625 8.50 4.000 4000.0 75 6143 14175 30 0.625 8.50 4.000 4000.0 35 4253- 17483 30 0.625 8.50 4.000 4000.0 25 2935 15593 30 0.625 8.50 4.000 4000.0 85 6143 13703 30 0.625 8.50 4.000 4000.0 25 2835 17483 30 0.625 8.50 4.000 4000.0 50 5434 16301 30 0.625 8.50 4.000 4000.0 75 5670 18900 30 r O.625 6.00 2.750 3290.0 50 3290 6110 32 i O.625 6.00 2.750 3290.0 80 4465 8930 32 0.625 6.00 2.750 3290.0 53 3290 10340 32 0.625 6.00 2.750 3290.0 60 3290 9870 32 0.625 6.00 2.750 3290.0 60 2115 9400 32 0.625 6.00 2.750 3290.0 45 3760 7520 32 0.625 8.50 4s125 4000.0 9425 34 O.625 8.50 4.875 4000.0 14175- 34 0.625 8.50 7.000 3500.0 140 5990 22670 3S 0.625 8.50 6.250 3500.0 140 6320 21980 35 0.625 8.50 6.375 3500.0 140 7300 20280 35 0.625 8.50 6.250 3500.0 140 10780 20950 35 0.625 8.50 6.625 3500.0 140 5860 21980 35 0.625 8.50 6.375 3500.0 140 6320 18270 35 0.625 8.50 6.250 3500.0 140 6120 20950 35 0.625 8.50 6.500 3500.0 140 7650 23000 35 0.625 8.50 6.750 3500.0 140 6660 21980 35 - 0.625 8.50 5.750 3500.0 140 12200 20280 35 1 i
' T/$s .
'%VAL FAGE 1
.S
% HKB Nuclear Power Plant Pull-out Test DBASE note : CALT3 C to calculate and CALT3 P to print CALT] E to erase current Rance KWIK BOLT DIAMETER = 0.625 SAMPLE SIZE 105.00 CRITERION AVG MAX MIN : BOLT TENSION INFORMATION
------------------------------------ AVG. ULT. TENSION 10923.83 LENGTH 6.14 8.50 4.50 : =========
EMBED 3.32 4.50 2.75 : MAX. ULT. TENSION 18900.00 CONCRETE 3503.06 4000.10 2790.00 : MIN. ULT. TENSION 3880.00 TOROUE 61.24 150.00 0.00 : COEF. OF VAR.IANCE 29.72 PRELOAD 3741.50 8840.00 0.00 : STD. DEVIATION 3246.60 HILTI AVERAGE ULTIMATE (ABBOT A. HANKS) TENSION : 7756.96
=========
DATA BASE DIAMETER LENGTH EMBED CONCRETE TOROUE PRELOAD PULLOUT TEST O.625 8.50 4.000 3000.0 50 2930 12758 1 0.625 8.50 4.000 3000.0 50 2930 13703 1 0.625 8.50 4.000 3000.0 50 3308 12758 1-0.625 4.50 2.750 3000.0 90 4546 8659 2 0.625 4.50 2.750 3000.0 90 4402 7216 2 0.625 8.50 4.500 3000.0 100 5051 13710 2 0.625 4.50 2.750 3000.0 75 3608 6783 2 0.625 8.50 4.500 3000.0 100 5196 14432 2 0.625 4.50 2.750 3000.0 95 4907 7938 2 0.625 4.50 2.750 3000.0 75 3464 7360 2 0.625 8.50 4.500 3000.0 84 4330 14432 2 0.625 4.50 2.750 3000.0 90 4330 7505 2 0.625 8.50 4.500 3000.0 84 4330 15154 2 0.625 8.50 4.500 3000.0 84 4185 12999 2 0.625 8.50 4.500 3000.0 100 4763 12989 2 0.625 4.50 2.750 3000.0 75 3752 6927 2 0.625 4.50 3.250 4000.0 45 4253 9686 3 0.625 4.50 3.250 4000.0 25 2363 4725 3 0.625 4.50 3.250 4000.0 55 3780 10395 3 0.625 4.50 3.250 4000.0 50 3780 9450 3 0.625 4.50 3.250 4000.0 40 3780 9450 3 0.625 4.50 3.250 4000.0 35 3308 9450 3 0.625 4.50 3.260 4000.0 50 3308 9923 3 0.625 4.50 3.250 4000.0 52 3780 12285 3 0.625 4.50 3.250 4000.0 47 3308 7296 3 0.625 4.50 3.250 4000.0 60 4725 13939 3 0.625 4.50 3.250 4000.0 75 2835 4253 3 0.625 4.50 3.250 4000.0 45 3780 11340 3 0.625 4.50 2.750 3000.0 75 3840 10260 4 0.625 4.50 2.750 3000.0 75 4128 8535 4 0.625 4.50 2.750 3000.0 100 4940 9570 4
. - - - .. -----_________________J
- PAuE'2 O.625~ 4.50 2.750 3000.0 75 3840 102e0 4 0.625 4.50 2.750 3000.0 75 4128 S535 4 0.625 4.50 2.750 2000.0 75 4276 8190 4 0.625 4.50 2.750 3000.0 75 4652 6920 4 0.625 4.50 2.750 0000.0 100 4940 9570 4 0.625 4.50 2.750 3000.0 75 3840 8980 4 0.625 4.50 2.750 3000.0 75 6020 3880 4 0.625 4.50 2.'750 3000.0 75 3840 8880 4 0.625 4.50 2.750 3000.0 1 2252 6606 4 0.625 4.50 2.750 3000.0 75 6020 3880' 4 0.625- 4.50 2.750 3000.0 75 4276 8190 4 0.625 6.00 4.000 4000.1 45 3685 14647 5 0.625 6.00 4.000 4000.1 45 2079 13702 5 0.625 6.00 4.000 4000.1 45 3213 13230 5 0.625 6.00 4.000 4000.1 45 3213 12757 5 0.625 6.00 4.000 4000.1 45 316e 11812 5 0.625 6.00 4.000 4000.1 45 2646 13939 5 0.625 6.00 2.750 0000.0 35 2126 10868 7 0.625 6.00 2.750 3000.0 20 1040 9923 7 0.625 6.00 2.750 3000.0 55 2835 11340 7 0.625 6.00 2.750 3000.0 35 2268 12994 7 O.625 6.00 2.750 3000.O '55 2579 10395 7 0.625 6.00 2.750. 3000.0 55 3308 11340 7 0.625 6.00 2.750 3000.0 75 3875 12285 7 0.625 6.00 2.750 3000.0 75 3780 10395 7 0.625 6.00 2.750 3000.0 20 1181 11340 -7 0.625 6.00 2.750 3000.0 20 1323 11340 7 0.625 6.00- 2.750 3000.0 75 3780 9450 7 0.625 6.00 2.750 3000.0 55 2457 9450 7 0.625 6.00 2.750 3000.0 35 2126 12521 7 0.625 6.00 2.750 3000.0 75 3686 11813 7 O.625 8.50 4.000 4000.O O O 15000 9 0.625 6.00 4.000 2790.0 60 0 4725 10 0.625 6.00 4.000 2790.0 60 0 5e70 10 0.625 6.00 3.750 3500.0 75 6800 13eOO 11 O.e25 6.00 3.750 3500.O 100 8500 13eOO 11 0.625 6.00 3.750 3500.0 150 8840 13600 11 l' O.625 6.00 2.750 4000.1 90 4550 13005 19
- 0.625 6.00 2.750 4000.1 SO 3900 15024 19 0.625 6.00 2.750 4000.1 90 3900 17005 19 0.625 6.00 3.000 4000.1 80 4760 10200 20 I
O.625 6.00 3.000 4000.1 80 6120 10200 20 i O.625 6.00 3.000 4000.1 80 4760 13600 20 l 0.625 8.50 4.500 4000.1 50 361 17318 25 0.625 8.50 4.500 4000.1 50 361 9381 25 0.e25 8.50 4.500 4000.1 65 361 15875 25
- 0.625 2.750 4000.0 40 7204 28 0.625 3.250 4000.0 53 10267 28 0.625 3.250 4000.0 34 9412 28 0.625 3.250 4000.0 21 9163 28 0.625 3.188 4000.0 51 9715 28
! O.625 3.500 4000.0 60 9eOS 28 0.625 3.000 4000.0 21 6790 28 ! O.625 3.375 4000.0 27 10959 28 0.625 3.250 4000.0 62 11150 28 0.625 3.000 4000.0 25 8446 28 f i I
e PN E : e O.625 8.50 4.000 4000.O 75 4253 14648 3v O.625 8.50 4.000 4000.O SO 4725 17010 2v O.625 8.50 4.000 4000.O 109 5434 15120 30 0.625 8.50 4.000 4000.0 100 6143 1 4 1 '/ 5 f.O O.625 8.50 4.000 4000.0 75 e143 14175 30 0.625 8.50 4.000 4000.O 35 4253 17483 30 0.625 8.50 4.000 4000.O 25 2835 15593 30 v.625 8.50 4.000 4000.O 85 6143 13703 30 0.625 8.50 4.000 4000.O 25 2835 17483 30 C.625 8.50 4.000 4000.O 50 5434 16301 30 0.625 8.50 4.000 4000.O 75 5670 18900 30 O.625 6.00 2.750 3290.O bu 3290 el10 32 0.625 6.00 2.750 3290.O 80 4465 8930 32 v.625 6.00 2.750 3290.O 53 3290 10340 32 0.625 6.00 2.750 3290.O 60 3290 9870 32 O.625 6.00 2.750 3290.O 60 2115 9400 32 O.625 6.00 2.750 3290.O 45 3760 7520 32 O.625 8.50 4.125 4000.O 9425 34 i t i
5g , 24E , _ y_ PAGE-1 Yd HKB Nuclear Power Plant Pull-out Test DBASE note : [ALTJ C to calculate and LALTJ P to print [ALTJ E to erase current Range i KWIK BOLT DIAMETER = 0.625 SAMPLE SIZE 98.00 CRITERION AVG MAX MIN : BOLT TENSION INFORMATION AVG. ULT. TENSION 15922,48 LENGTH 8.25 8.50 6.00 : =========
- EMBED 6.02 7.50 4.50
- MAX. ULT. lENSION 23120.00 CONCRETE 3581.67 4000.10 3000.00 : MIN. ULT. TENSION 4330.00 l TORQUE 98.54 185.00 0.00 : COEF. OF VARIANCE 23.63 PRELOAD $110.48 12200.00 0.00 : STD. DEVIATION 3762.09 HILTI AVERAGE. ULTIMATE (ABBOT 4. HANKS) TENSION : 13162.78
=========
f 1 DATA BASE DIAMETER LENGTH EMBED CONCRETE TOROUE PRELOAD PULLOUT TEST O.625 -8.50 4.500 3000.0 100 5051 13710 2 0.625 8.50 4.500 3000.0 100 5196 14432 2 0.625 8.50 4.500 3000.0 84 4330 14432 2 0.625 8.50 4.500 3000.0 84 4330 15154 2
- O.625 8.50 4.500 3000.0 84 4185 12989 2
- O.625 8.50 4.500 3000.0 100 4763 12989 2 4
0.625 8.50 7.500 3000.0 100 5888 16858 4 i O.625 8.50 7.500 3000.0 125 6660 18330 4 0.625 8.50 7.500 3000.0 125 6420 18330 4 0.625 8.50 7.500 3000.0 100 5888 16858 4 ! O.625 U.50 7.500 3000.0 125 6660 18330 4 0.625 9.50 7.500 3C00.0 100 5526 18330 4 0.625 8.50 7.500 3000.0 125 6180 18330 4 0.625 8.50 7.500 3000.0 100 5526 18330 4 0.625 8.50 7.500 3000.0 125 e420 18330 4 0.625 8.50 7.500 3000.0 125 6180 18330 4 0.625 8.50 7.500 3000.0 100 6660 21090 4 0.625 8.50 7.500 3000.0 100 6660 21090 4 0.625 6.00 4.501 4000.1 1 8700 15225 6 0.625 6.00 4.501 4000.1 1 7975 14500 6
- 0.625 6.00 4.501 4000.1 1 6163 16675 6 l 0.625 8.50 6.500 3000.0 100 4347 15120 8
,' O.625 8.50 6.500 3000.0 110 5198 16065 8 l 0.625 8.50 6.500 3000.0 115 5198 15593 8 O.625 8.50 6.500 3000.0 85 4725 14175 8 l 0.625 8.50 6.500 3000.0 75 4961 17010 8 l i O.625 8.50 6.500 3000.0 108 4961 15120 8 0.625 8.50 6.500 3000.0 60 2363 14648 8 { O.625 8.50 6.500 3000.0 95 4725 15593 8 , 0.625 8.50 6.500 3000.0 105 4961 15593 8 ! O.625 8.50 5.500 4000.0 0 0 15000 9 i i.
- . - , - - - - . - . - -. - , - - - - . - - . . , , , ,, . - . - - - . . . - . - - , . . ~ . . ... - - - - - . . . ,
1 PAGE _ b l 1 0.625 8.50 5.500 4000.0 0 0 15100 9 O.625 8.50 5.500 4000.O O O 14000 9 0.625 8.50 7.500 3000.0 70 3788 10/76 15 0.625 8.50 7.500 3000.0 185 0 13486 15 0.625 8.50 7.500 3000.0- 70 5005 12808 15 0.625 8.50 7.500 3000.0 70 3403 14163 15 0.625 5.000 4000.1 140 1 14674 16 0.625 5.000 4000.1 140 1 14674 16 0.625 5.000 4000.1 140 1 11356 16 l 0.625 5.000 4000.1 140 1 13340 16 l 0.625 5.000 4000.1 140 1 18596 16 ' 0.625 8.50 7.500 3000.1 140 7359 17750 17 0.625 8.50 7.500 3000.1 130 5336 17100 17 0.625 8.50 7.500 3000.1 140 6003 16375 17 0.625 8.50 7.500 3000.1 150 7359 18522 17 0.625 8.50 7.500 3000.1 130 5336 12000 17 0.625 8.50 5.500 4000.1 100 7480 23120 21 0.625 8.50 5.500 4000.1 100 8160 23120 21 0.625 8.50 5.500 4000.1 100 7480 23120 21 0.625 5.000 4000.1 90 9310 18956 22 0.625 5.000 4000.1 90 7315 15341 22 0.625 5.000 4000.1 90 7315 16008 22 0.625 5.000 4000.1 90 6650 13340 22 0.625 5.000 4000.1 90 8645 13340 22 0.625 6.00 5.000 4000.1 150- 7216 19122 23 0.625 6.00 5.000 4000.1 150 10102 13710 23 0.625 6.00 5.000 4000.1 150 11185 16597 23 0.625 6.00 5.000 4000.1 150 10102 17699 23 0.625 6.00 5.000 4000.1 150 10102 17318 23 0.625 8.50 6.000 4000.1 1 1 17000 24 0.625 8.50 6.000 4000.1 1 1 16320 24 0.625 8.50 6.000 4000.1 1 1 17000 24
'O.625 8.50 6.000 4000.1 1 1 17000 24 0.615 8.50 6.000 4000.1 1 1 17000 24 0.625 8.50 6.000 4000.1 1 1 19040 24 0.625 8.50 4.500 4000.1 bo 361 17318 25
[ O.625 8.50 4.500 4000.1 50 361 9381 25 i O.625 8.50 4.500 4000.1 65 361 15875 25 l~ 0.625 4.750 4000.0 50 13966 28 0.625 6.500 4000.0 95 4980 28 0.625 6.750 4000.0 85 5390 28 0.625 4.875 4000.0 34 11896 28 0.625 4.875 4000.0 46 -13000 28 0.625 4.750 4000.0 62 11923 28 , 0.625 6.750 4000.0 75 4330 28 0.625 4.750 4000.0 37 12696 28 I O.625 6.500 4000.0 90 5050 28 0.625 8.50 6.375 4000.0 170 6143 16065 29 0.625 8.50 6.375 4000.0 170 6143 13703 29 0.625 8.50 6.000 4000.0 75 2835 15590 29 0.625 8.50 6.375 4000.0 170 6615 16538 29 0.625 8.50 6.000 4000.0 150 5434 15947 29 0.625 8.50 6.500 4000.0 170 7560 12285 29 0.625 8.50 6.000 4000.0 170 6615 16065 29 0.625 8.50 6.000 4000.0 125 4489 13230 29 0.625 8.50 6.375 4000.0 170 6143 13230 29 L
P6 ~-d .' s 0.625 8.50 4.875 4000.0 14175 34 0.625 8.50 7.000 3500.O 140 5990 22670 35 O.625 8.50 6.250 3500.O 140 6320 21980 35 O.625 8.50 6.375 3500.O 140 7300 20250 3" O.625 8.50 6.250 3500.O 140 10780 20950 35 0.625 8.50 6.625 3500.0 140 5660 21980 35 O.625 8.50 6.375 3500.O 140 6320 182/0 35 O.625 8.50 6.250 3500.O 140 6120 20950 35 O.625 8.50 6.500 3500.O 140 7650 23000 35 0.625 8.50 6.750 3500.0 140 6660 21980 35 O.625 8.50 5,750 J.500.O 140 12200 20280 35
'/e 4-4" jgg PAGE 1 9/W . HKB Nuclear Power Plant Pull-out Test DBASE note : CALT3 C to calculate and CALT3 P to print CALT] E to erase current Range KWIK BOLT DIAMETER = 0.625 SAMPLE SIZE 119.00 CRITERION AVG MAX MIN : BOLT TENSION INFORMATION
------------------------------------: AVG. ULT. TENSION 14263.10 LENGTH 7.36 8.50 4.50 : =========
EMBED 4.82 6.75 2.75 : MAX. ULT. TENSION 23120.00 CONCRETE 4255.08 6000.00 4000.00 MIN. ULT. TENSION 4253.00 TOROUE 74.75 '200.00 O.00 COEF. OF VARIANCE 30.24 PRELOAD 4515.49 12100.00 0.00 : STD. DEVIATION 4313.86 HILTI AVERAGE ULTIMATE (ABBOT A. HANKS) TENSION : 12872.38
=========
DATA BASE DIAMETER LENGTH EMBED CONCRETE TOROUE PRELOAD PULLOUT TEST O.625 4.50 3.250 4000.0 45 4253 9686 3 0.625 4.50 3.250 4000.0 25 2363 4725 3 0.625 4.50 3.250 4000.0 55 3780 10395 3 0.625 4.50 3.250 4000.0 50 3780 9450 3 0.625 4.50 3.250 4000.O 40 3780 9450 3 0.625 4.50 3.250 4000.0 35 3308 9450 3 0.625 4.50 3.250 4000.0 50 3308 9923 3 0.625 4.50 3.250 4000.0 52 3780 12285 3 0.625 4.50 3.250 4000.0 47 3308 7296 3 O.625 4.50 3.250 4000.0 60 4725 13939 3 0.625 4.50 3.250 4000.0 75 2835 4253 3 0.625 4.50 3.250 4000.0 45 3780 11340 3 0.625 6.00 4.000 4000.1 45 3685 14647 5 0.625 6.00 4.000 4000.1 45 2079 13702 5 0.625 6.00 4:000 4000.1 45 3213 13230 5 0.625 6.00 4.000 4000.1 45 3213 12757 5 0.625 6.00 4.000 4000.1 45 3166 11812 5 0.625 6.00 4.000 4000.1 45 2646 13939 5 0.625 6.00 4.501 4000.1 1 8700 15225 6 0.625 6.00 4.'501 4000.1 1 7975 14500 6 0.625 6.00 4.501 4000.1 1 6163 16675 6 0.625 8.50 5.500 4000.0 0 0 15000 9 0.625 8.50 4.000 4000.0 0 0 15000 9 0.625 8.50 5.500 4000.0 0 0 15100 9 O.625 8.50 5.500 4000.O O O 14000 9 0.625 5.000 4000.1 140 1 14674 16 0.625 5.000 4000.1 140 1 14674 16 0.625 5.000 4000.1 140 1 11356 16 0.625 5.000 4000.1 140 1 13340 16 0.625 5.000 4000.1 140 1 18596 16 0.625 8.50 6.625 6000.0 25 2217 21300 18
.s PAGE 2 0.625 8.50 6.500 6000.0 25 2288 20540 18 0.625 8.50 6.625 6000.0 40 3790 19880 18 0.625 8.50 6.375 6000.0 125 7810 19170 18 0.625 8.50 6.500 6000.0 80 5077 20325 18 0.625 8.50 6.375 6000.0 125 7100 18880 18 0.625 8.50 6.500 6000.0 80 4862 19880 18 0.625 8.50 6.500 6000.0 125 6578 19880 18 0.625 8.50 6.500 6000.0 25 2360 21300 18 0.625 8.50 6.500 6000.0 80 6027 19880 18 0.625 8.50 6.500 6000.0 40 3831 22780 18 O.625 8.50 6.500 6000.O 40 3647 19880 18 0.625 6.00 2.750 4000.1 90 4550 13005 19 0.625 6.00 2.750 4000.1 90 3900 15024 19 0.625 6.00 2.750 4000.1 90 3900 13005 -19 0.625 6.00 3.000 4000.1 80 4760 10200 20 0.625 6.00 3.000 4000.1 80 6120 10200 20 0.625 6.00 3.000 4000.1 80 4760 13600 20 0.625 8.50 5.500 4000.1 100 7480 23120 21 0.625 8.50 5.500 4000.1 100 8160 23120 21 0.625 8.50 5.500 4000.1 100 7480 23120 21 0.625 5.000 4000.1 90 9310 18956 22 0.625 5.000 4000.1 90 7315 15341 22 0.625 5.000 4000.1 90 7315 16008 22 0.625 5.000 4000.1 90 6650 13340 22 0.625 5.000 4000.1 90 8645 13340 22 0.625 6.00 5.000 4000.1 150 7216 19122 23 0.625 6.00 5.000 4000.1 150 10102 13710 23 0.625 6.00 5.000 4000.1 150 11185 16597 23 0.625 6.00 5.000 4000.1 150 10102 17699 23 0.625 6.00 5.000 4000.1 150 10102 17318 23 0.625 8.50 6.000 4000.1 1 1 17000 24 0.625 8.50 6.000 4000.1 1 1 16320 24 0.625 8.50 6.000 4000.1 1 1 17000 24 0.625 9.50 6.000 4000.1 1 1 17000 24 0.625 8.50 6.000 4000.1 1 1 17000 24 0.625 8.50 6.000 4000.1 1 1 19040 24 0.625 8.50 4.500 4000.1 50 361 17318 25 0.625 8.50 4.500 4000.1 50 361 9381 25 0.625 8.50 4.500 4000.1 e5 361 15875 25 O.625 7.00 5.500 4450.O 75 5000 10600 26 0.625 7.00 5.500 4450.0 65 3600 10000 26 C.625 7.00 5.500 4450.O 70 4800 9600 26 0.625 2.750 4000.0 40 7204 28 0.625 3.250 4000.0 53 10267 28 0.625 4.750 4000.0 50 13966 28 0.625 6.500 4000.0 95 4980 28 0.625 6.750 4000.0 85 5390 28 0.625 4.875 4000.0 34 11896 28 j O.625 3.250 4000.0 34 9412 28 l
0.625 4.875 4000.0 46 13000 28 0.625 3.250 4000.0 21 9163 28 0.625 4.750 4000.0 62 11923 28 0.625 3.188 4000.0 51 9715 28 0.625 3.500 4000.0 60 9605 28 l .O.625 3.000 4000.0 21 6790 28 ( O.625 3.375 4000.0 27 10959 28 L.
PAGE 3 0.625 6.750 4000.0 75 4330 28 0.625 4.750 4000.0 37 12696 28 O.625 6.500 4000.O 90 5050 28 0.e25 3.250 4000.0 62 11150 28 0.625 3.000 4000.0 25 8446 28 0.625 8.50 6.375 4000.0 170 6143 16065 29 0.625 8.50 6.375 4000.0 170 6143 13703 29 0.625 8.50 6.000 4000.0 75 2835 15590 29 0.625 8.50 6.375 4000.0 170 6615 16538 29 0.625 8.50 6.000 4000.0 150 5434 15947 29 0.625 8.50 6.500 4000.0 170 7560 12285 29 0.625 8.50 6.000- 4000.0 170 6615 16065 29 0.625 8.50 6.000 4000.0 125 4489 13230 29' O.625 8.50 6.375 4000.0 170 6143. 13230 29 0.625 8.50 4.000 4000.0 35 4253 14648 30-0.625 8.50 4.000 4000.0 50- 4725 17010 30 0.625 8.50 4.000 4000.0 100 5434 15120 30 0.625 IB.50 4.000 4000.0 100 6143 14175 30 0.625 8.50 4.000 4000.0 75 6143 14175- 30 0.625 8.50 4.000 4000.0 35 4253 17483 30 0.625 8.50 4.000 4000.0 25 2835 15593 30 0.625 8.50 4.000 4000.0 85 6143 13703 30 0.625 8.50~ 4.000 4000.0 25 2835 17483 30 0.625 8.50 4.000 4000.0 50 5434 16301 30 0.625 8.50 4.000 4000.0 75 5670 18900 30 0.625 8.50 e.500 5000.0 200 12100 19800 31 0.625 8.50 6.500 5000.0 200 5800 18400 31 O.625 8.50 6.500 5000.O 200 6500 18400 31 0.625 8.50 6.500 5000.0 200 9300 19100 31 0.625 8.50 6.500 5000.0 200 10000 18750 31 0.625 8.50 4.125 4000.0 9425 34 0.625 8.50 4.875 4000.0 14175 34 [ i i l l l l-l l i l L
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$ PAGE 1 tbo -
HKB Nuclear Power Plant Pull-out Test DBASE note : CALT3 C to calculate and CALTJ P to print CALT] E to erase current Range KWIK BOLT DIAMETER = 0.625. SAMPLE SIZE 50.00 CRITERION AVG MAX M1N BOLT TENSION INFORMATION AVG. ULT. TENSION 12032.28 LENGTH 6.55 8.50 4.50 : ========= EMBED 3.55 4.50 2.75 : MAX. ULT. TENSION 18900.00 CONCRETE 4000.03 4000.10 4000.00 : MIN. ULT. TENSION 4253.00 TOROUE 52.51 100.00 0.00 COEF. OF VARIANCE 27.80 PRELOAD 3690.85 6143.00 0.00 : STD. DEVIATION 3345.04 HILTI AVERAGE ULTIMATE (ABBOT A. HANKS) TENSION : 9080.17
======= _-
DATA BASE DIAMETER LENGTH EMBED CONCRETE TORQUE PRELOAD PULLOUT TEST O.625 4.50 3.250 4000.O 45 4255 9686 3 O.625 4.50 3.250 4000.O 25 2363 4725 -3 0.625 4.50 3.250 4000.0 55 3780 10395 3 O.625 4.50 3.250 4000.O 50 3780 9450 3 0.625 4.50 3.250 4000.0 40 3780 9450 - 3 O.625 4.50 3.250 4000.O 35 3308 9450 3 O.625 4.50 3.250 4000.O 50 3308 9923 3 O.625 4.50 3.250 4000.O 52 3780 12285 3 O.625 4.50 3.250 4000.O 47 3308 7296 3 O.625 4.50 3.250 4000.O 60 4725 13939 3 0.625 4.50 3.250 4000.0 76 2835 4253 3 0.625 4.50 3.250 4000.O 45 3780 11340 3 O.625 6.UO 4.000 4000.1 45 3685 14647 L O.625 6.00 4.000 4000.1 45 2079 13702 5 O.625 e.00 4.000 4000.1 45 3213 13230 5 O.625 6.00 4.000 4000.1 45 3213 12757 5 0.625 6.00 4.000 4000.1 45 3166 11812 5 , O.625 6.00 4.000 4000.1 4 .2 .;e 46 13939 5 O.625 8.50 4.000 4000.O O O 15000 9 O.625 6.00 2.750 4000.1 90 4550 13005 19 O.625 6.00 2.750 4000.1 90 3900 15024 19 O.625 6.00 2.750 4000.1 90 3900 13005 19 0.625 6.00 3.000 4000.1 80 4760 10200 20 O.625 6.00 3.000 4000.1 80 6120 10200 20 0.625 6.00 3.000 4000.1 80 4760 13600 20 0.625 8.50 4.500 4000.1 50 361 17318 25 0.625 8.50 4.500 4000.1 50 361 9381 25 O.625 8.50 4.500 4000.1 65 361 15875 25 O.625 2.750 4000.O 40 7204 28 O.625 3.250 4000.O 53 10267 28 0.625 3.250 4000.0 34 9412 28
-__N
f 0 F 4: - O.623 3.250 4000.O 21 91e3 29 0.625 3.168 4000.0 51 4715 26 0.625 3.500 4000.O 60 9605 28 0.625 0.000 4000.0 21 6790 28 O.625 3.375 4000.O 27 10959 28 O.625 3.250 4000.O 62 11150 28 O.625 3.000 4000.O 25 8446 28 O.625 8.50 4.000 4000.O ?.5 4253 14648 30 0.625 8.50 4.000 4000.O SO 4725 17010 30 O.625 8.50 4.000 1000.O 100 5434 15120 30 0.625 8.50 4.000 *000.0 100 6143 14175 30 0.625 8.50 4.000 4000.0 75 6143 14175 30 O.625 8.50 4.000 4000.O 35 4253 17483 30 0,625 8.50 4.000 4000.O 25 2835 15593 30 O.625 8.50 4.000 4000.O 85 614T. 13703 30 0.625 8.50 4.000 4000.0 25 2835 17483 30 O.625 8.50 4.000 4000.O- 50 5434 16301 30 0.625 8.50 4.000 4000.0 75 5670 18900 30 O.625 8.50 4.125 4000.O 9425 34 s
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~ fAP s HEB Nuclear PoWe'r Plant , Pull-cut ,T $e s t DBASE
' note : CALTJ'C*to calculate and TALT3 P to print (f q CALT] E to' erase current Range ..
----------------(l,-------------------
KWIK'BflLT DIAMETER =- 0.625 SAMPLE SIZE 72.00 CRITERION AVG l- MkX MIN : BOLT TENSION.INFORMATION ry . - ------------------- '------------- AVG. ULT. TENSION 15809.29
; : F LENGTH 8.04 p S;50 g 6.00 : .
=========
EMBED 5.67 6.75' 4.50 i MAX. ULT. TENSION 23120.00
) :i CONCRETE '4421.57 6000.00' 4000.00 NIN. ULT. TENSION 4330.00 TOROUE 89.27 200.00 s 0.00 COEF. OF VARIANCE 26.56 PRELOAD 4833.19 12100.00 0.00 ! STD. DEVIATION 419Y.64 a--- pa-..,=.------------------------------------------------------------
< HILTI. AVERAGE ULTIMATE (ABBOT A. HANKS) TENSION : 14628.28
=========
L I ? i DATA BASE
' DIAMETER LENGTH EMBED- CONCRETE TOROUE PRELOAD PULLOUT TEST O.625 6.00 4.501 4000.1 1 8700 15225 6 O.625 6.00 4.501 4000.1 1 7975 14500 6 0.625 6.00 4.501 4000.1 1 6163 16675 6 0.625 8.50 5.500 4000.0 0 -
O '15000 9' O.625 8.50 5.500 4000.0 0
~
0 15100 9 0.625 8.50 5.500 4000.0 0 0 14000 9
> 0.625 5.000 4000.1 140 1 14674 16 0.625 5.000 4000.1 140 1 14674 16 0.625 5.000 4000.1 140 1 11356 16 0.625 5.000 4000.1 140 1 13340 16
~ O.625 5.000 4000.1 140 1 18596 16 0.625 6.50 6.625 6000.0 25 2217 21300 18 0.625 8.50 6.500 6000.0 2S 2288 20540 18 l 0.625 8.50 6.625 6000.0 40 3790 19880 18 l 0.625 8.60 6.375 6000.0 125 7810 19170 18 0.625 8.50 6.500 6000.0 80 5077 20325 18 0.625 8.50 6.375 6000.0 125 7100 18880 18 l 0.625 8.50 6.500 6000.0 80 4862 19880 18 l 0.625 8.50 6.500 6000.0 125 6578 19880 18 0.625 8.50 6.500 6000.0 25 2360 21300 18
- O.625 8.50 6.500 6000.0 80 6027 19890 18 L 0.625 8.50 6.500 6000.0 40 3831 22780 18 0.625 8.50 6.500 6000.0 40 3647 19580 18 i O.625 8.50 5.500 4000.1 100 7480 23120 21 1
i 0.625 8.50 5.500 4000.1 100 8160 23120 21 ! O.625 8.50 5.500 4000.1 100 7480 23120 21 O.625 5.000 4000.1 90 9310 18956 22 O.625 5.000 4000.1 90 7315 15341 22 0.625 5.000 4000.1 90 7315 16008 22
- O.625 5.000 4000.1 90 6650 13340 22
( O.625 5.000 4000.1 90 8645 13340 22 t i
o d r P6bE _ O.625 6.00 5.000 4000.1 150 nie 19122 23 O.e25 6.00 5.000 4000.1 150 101v2 13710 23 0.625 6.00 5.000 4009.1 150 11185 16597 2; O.625 6.v0 5.000 4000.1 150 10102 17699 23 0.625 6.00 5.000 4000.1 150 10102 17318 23 0.625 8.50 6.000 4000.1 1 1 17000 24 O.625 8.50 6.000 4000.1 1 1 16 20 24 0.625 8.50 6.000 4000.1 1 1 17000 24 O.625 8.50 6.000 4000.1 1 1 17000 4 O.625 8.50 6.000 4000.1 1 1 17000 24 0.625 8.50 6.000 4000.1 1 1 19040 24 O.625 8.50 4.500 4000.1 50 361 17318 25 O.625 8.50 4.500 4000.1 50 361 9381 25 O.625 8.50 4.500 4000.1 65 361 158/5 25 O.625 7.00 5.500 4450.O 75 5000 10600 26 O.625 7.00 5.500 4450.O 65 3eOO 10000 26 O.625 7.00 5.500 4450.O 70 4800 9600 26 O.625 4.750 4000.O 50 13966 29 O.625 6.500 4000.O 95 4980 28 0.625 6.750 4000.O Eb 5340 28 O.625 4.875 4000.O 34 11896 28 O.625 4,875 4000.O 46 13000 28 0,625 4.750 4000.O 62 11923 28 O.e25 6.750 4000.O 75 4330 28 O.625 4.750 4000.O 37 12696 28 O.625 6.500 4000.O 90 5050 28 O.625 8.50 6.375 4000.O 170 6143 16065 29 0.625 8.50 e.375 4000.0 170 6143 13703 29 0.625 8.50 6.000 4000.0 '75 2835 15590 29 l 0.625 8.50 6.375 4000.O 170 ee15 1e538 29 O.625 8.50 6.000 4000.O 150 5434 15947 29 O.625 8.50 6.500 4000.O 170 7560 12285 29 O.625 8.50 6.000 4000.O 170 6615 16065 29 0.625 8.50 6.000 4000.O 125 4489 13230 29 O.625 8.50 e.375 4000.O 170 6142 132:0 29 0.625 8.50 6.500 5000.0 2v0 12100 lo8v0 31 O.625 8.50 6.500 5000.O 200 5800 18400 31 0.625 8.50 l 6.500 5000.O 2v0 ebOO 18400 31 i O.S25 8.50 6.500 5000.O 200 g300 19100 31 0.625 6.50 e.500
)
50v0.0 2v0 10000 18750 31 O.625 8.50 4.875 4000.O 14175 34 i l l i
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?/O HKB Nuclear Power Plant' Pull-out Test DBASE note : EALT3 C to calculate and EALTJ P to print i
,- EALT3 E to erase current Range l KWIK BOLT DIAMETER = 0.75 SAMPLE SIZE 270.00 CRITERION AVC MAX MIN : BOLT TENSION INFORMATION
' AVG. ULT. TENSION 18520.07 LENGTH 8.30 13.50 5.50 : =========
EMBED 25. 9 7 9.00 3.13 : MAX. ULT. TENSION 43620.00 a CONCRETE 3708.97 6000.00 2790.00 : MIN. ULT. TENSION 1320.00
; .TORDUE 166.29 1150.00 . O . iX) - l COEF. OF VARIANCE 31.13 PRELOAD 6796.07 20205.00 0.00 .: STD. DEVIATION 5764.89 HILTI AVERAGE ULTIMATE (ABBOT A. HANKS) TENSION : 17410.92
=========
4 DATA BASE j DIAMETER LENGTH EMBED CONCRETE TOROUE PRELOAD PULLOUT TEST
-0.750 8.50 5.000 3000.0 125 5103 17955 1 0.750 8.50 5.000 3000.0 125 5387 21735 1
- O.750 8.50 5.000 3000.0 125 3875 19845' 1 0.750 8.50 3.250 3000.0 100 5484- 10247 2 0.750 8.50 6.000 3000.0 215 7938 23813 2 O.750 8.50 6.000 3000.0 215 7793 21648 2 O.750 8.50 3.250 3000.0 160 5629 10680 2
, 0.750 8.50 6.000 3000.0 192 6639 20926 2 1 i
0.750 8.50 3.250 3000.0 100 5196 11040 2 G.750 8.50 6.000 3000.0 192 e783 19483 2 0.750 8.50 3.250 3000.0 180 5917 10824 2
- ' 0.750 8.50 6.000 3000.0 215 7938 23091 2 O.750 8.50 3.250 3000.0 200 6e39 10391 2
, 0.750 8.50 3.250 3000.0 200 6927 9958 2 0.750 8.50 3.250 3000.0 200 e783 11257- 2 O.750 8.50 3.250 3000.0 180 6061 10391 2 O.750 8.50 6.000 3000.0 192 6639 22370 2 O.750 8.50 3.250 3000.0 180 5959 9525 2 0.750 5.50 3.500 4000.0 100 11340 18664 3 0.750 5.50 3.500 4000.0 115 12285 16301 3
-0.750 5.50 3.500 4000.0 135 7088 16774 3 l- 0.750 5.50 3.500 4000.0 60 4016 17483 3 O.750 5.50 3.500 4000.0 150 11104 17719 3
, 0.750 5.50 3.500 4000.0 90 3/80 20790 3 l 0.750 5.50 3.500 4000.0 130 8269 18428 3 0.750 5.50 3.500 4000.0 110 11104 18191 3 0.750 5.50 3.500 4000.0 90 4489 8033 3 , i O.750 5.50 3.500 4000.0 120 4725 16774 3 l O.750 5.50 3.500 4000.0 90 3780 1320 3 O.750 5.50 3.500 4000.0 60 4016 16774 3 0.750 10.00 9.000 3000.0 150 5608 19020 4
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Pf C4 2 O.750 10.00 9.000 0000.O 190 8350 23160 4 O.750 1O.00 9.000 3000.O 159 e500 20400 4 O.750 10.00 9.000 3000.O 210 6720 20400 4 O.750 10.00 9.000 3000.O 150 7500 20400 4 O.750 10.00 9.000 3000.O 210 6720 20400 4 O.750 5.50 3.250 3000.O 120 4;4v- 10260 4 O.750 5.50' 3.250 3000.O 130 5144 12800 4 O.750 b.50 3.250 3000.O 120 3412 11690 4 O.750 10.00 9.000 3000.O 150 6570 20745 4 O.750' 5.50 3.250 3000.O 120 3912 9915 4 O.750 5.50 3.250 3000.O 100 4:52 10260 4 O.750 10.00 9.000 3000.O 190 6720 22470 4 0.750 5.50 3.250 3000.O 100 !392 12430 4 O.750 10.00 9.000 3000.O 150 5=O8 19020 4 O.750 5.50 3.250 3000.O 130 5212 9570 4 O.750- 10.00 9.000 3000.O 190 e180 21780 4 0.750 10.00 9.000 3000.0 150 7500 16122 4 O.750 10.00 9.000 3000.O 190 6720 22470 4 0.750 5.50 3.250 3000.O 130 5076 9225 4 O.750 10.00 9.000 3000.O 175 e720 21845 4 O.750 10.00 9.000 3000.O 150 6780 16858 4 0.750 10.00 9.000 3000.0 175 6720 21485 4-0.750 10.00 9.000 3000.0 150 6570 20745
~
4 0.750 10.00 9.000 3000.0 150 e780 16858 4 O.750 1O.00 9.000 3000.O 150 9570 23850 4 O.750 10.00 9.000 3000.O 190 8880 23160 4 O.750 10.00 9.000 3000.O 150 5988 18330 4 0.750 10.00 9.000 3000.0 190 6180 21780 4 0.750 10.00 9.000 3000.O 150 5988 18330 4 O.750 7.00 5.126 4000.1 100 5906 15592 5 0.750 7.00 5.125 4000.1 100 4536 17719 5 0.750 7.00 5.125 4000.1 100 4489 15828 5 0.750 7.00 5.125 4000.1 100 5670 16537 5 0.750 7.00 5.125 4000.1 100 4654 17010 5 0.750 7.00 5.125 4000.1 100 4916 17482 5 O.759 7.00 9.001 4000.I 1 7250 26100 6 0.750 7.00 9.001 4000.1 1 5438 23200 6 O.750 7.00 9.001 4000.1 1 eB88 21750 6 0.'750 5.50 3.250 3000.O 40 1040 10868 7 0.750 5.50 3.250 3000.0 120 3544 11813 7 O.750 5.50 3.250 3000.O 60 2835 14175 7
- O.750 5.50 3.250 3000.0 80 3306 14175 7 O.750 5.50 3.250 3000.o 120 5198 14175
/
, O.750 5.50 3.250 3000.O 40 1087 12758 7 O.750 5.50 3.250 3000.O 120 3544 15593 7 O.750 5.50 3.250 3000.O 150 3780 9450 7 0.750 5.50 3.250 3000.O 150 4725 13939 7 O.750 5.50 3.250 3000.O 150 4725 14175 7 O.750 5.50 3.250 3000.O 80 2599 12285 7 O.750 5.50 3.250 3000.O 80 2835 15120 7 O.750 5.50 3.250 3000.O 80 3071 14175 7 0.750 5.50 3.250 3000.0 120 2402 14175 7 O.750 10.00 7.750 3000.O 200 8505 23625 8 O.750 10.00 7.750 3000.O oO 6143 22680 8 O.750 10.00 7.750 3000.O 250 9450 27641 8 O.750 10.00 7.750 3000.O 200 8741 25515 8
Ff.GE 3 O.750- 10.00 ' 7.750 3000.O 100 7796 25988 8 0.750 10.00 7.750 3000.0 110 7914 23625 '8 0.750 10.00 7.750 3000.O 102 7560 17719 8 , O.750 10.~00 7.750 3000.O . 250 8978 22208 8 O.750 10.00 7.750 3000.O . 105 7560 26933 8 O.750 10.00 7.750 3000.O 150 8033 25988 8
- O.750 10.00 7.750 3000.O 130 8505 20318 8~
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M.
- .g,a g 40E i fd7 Ht 9 Nuclear Pcuer Plant Full-out fest DBA3E note
- [ ALT 3 L to cniculate and CALT] F to print CALT] E to erase current Range KWIK BOLT DIAMETER = 0.75 SAMPLE SIZE 90.00 CRITERION AVG MAA MIN : BULT TENSION INFORMATION AVG. ULT. TENSION 15088.21 LENGTH 6.84 10.00 5.50 =========
EMBED 3.76 5.00 3.25 : MA2 ULT. TENSION 33915.00 CONCRETE 3499.79 4000.10 2790.00 l MIN. ULT. TENSION 1320.00 TOROUE 149,38 1150.00 O.00 l COEF. OF VARIANCE 38.00 PRELOAD 5610.80 16660.00 O.00 STD. DEVIATION 5734.12 HILTI AVEPAGE ULTIMATE (ABBOT A. HANKS) TENSION : 11285.68 _======== DATA BASE DIAMETER LENGlH EMBED CONCRETE TOROUE PRELOAD PULLOUT TEST O.750 8.50 5.000 3000.O 125 5103 17955 1 O.750 8.50 5.000 3000.O 125 5387 21735 1 O.75v 8.50 5.Ov0 3000.O 125 3875 19845 1 0.750 8.50 3.250 3000.O 100 5484 10247 2 O.750 8.50 3.250 3000.O 160 5629 10680 2 O.750 8.50 3.250 3000.O 100 5196 11040 2 0.750 8.50 3.250 3000.0 190 5917 10824 ;_ O.750 8.50 3.250 3000.O 200 de39 10391 2 O.750 8.50 3.250 3000.O 209 6927 9958 2 O.750 8.50 3.250 3000.O 200 6783 11257 2 O.750 8.SU 3.250 3000.O 1eO 6061 10391 . O.750 8.50 3.250 -'000.O 180 5959 9525 2 O.750 5.50 3.500 4000.O 100 11340 1eee4 : O.750 5.50 3.500 4000.O 115 12285 16301 3 0.750 5.50 3.500 4000.0 135 70E8 le774 . O.750 5.50 3.500 4000.O 60 4016 17483 3 O.750 5.50 3.500 4000.O 150 11104 17719 1 0.750 5.50 3.500 4000.O 90 3780 20790 : O.750 5.50 3.500 4000.O 130 8264 le42e 3 0.750 5.50 3.500 4000.0 110 11104 18191 1 O.750 5.50 3.500 4000.O 90 4489 8033 3 0.750 5.50 3.500 4000.O 120 4725 16 7 ~74 3 O.750 5.50 3.500 4000.O 90 1780 1320 3 O.750 5.50 3.500 4000.O 60 4016 16774 3 0.750 5.50 3.250 0000.0 120 4940 10260 4 O.750 5.50 3.250 3000.O 130 5144 12800 4 O.750 5.50 3.250 3000.O 1 b:) 3 12 11690 4 O.750 5.50 3.250 1000.O 120 3912 9915 ~4 O.750 5.50 3.250 3000.O 100 4352 10260 4 O.750 5.50 3.250 3000.O 100 1392 12430 4 O.750 5.50 3.250 3000.O 130 5212 9570 4
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4 -
- 0 PA6E 1 h
1/p HKB Nuclear Power Plant Pull-out Test DBASE note : [ALTJ C to calculate and CALT3 P to print EALT] E to erase current Range , KWIK BOLT DIAMETER = 0.75 SAMPLE SIZE 197.00 CRITERION AVG MAX MIN : BOLT TENSION INFORMATION
------------------------------------! AVG. ULT. TENSION 20584.79 LENGTH 9.20 13.50 7.00 =========
EMBED 6.93 9.00 5.00 : MAX. ULT. TENSION 43620.00 CONCRETE 3814.43 6000.00 3000.00 MIN. ULT. TENSION 9136.00
'TOROUE 183.74 1150.00 0.00 : COEF. OF VARIANCE 23.40 PRELOAD 7270.14 20205.00 0.00 : STD. DEVIATION .4816.75 HILTI AVERAGE ULTIMATE (ABBOT A. HANKS) TENSION : 19314.73
=========
DATA BASE DIAMETEP LENGTH EMBED CONCRETE TOROUE PRELOAD PULLOUT TEST 0.750 8.50 5.000 3000.0 125 5103 17955 1 0.750 8.50 5.000 3000.0 125 5387 21735 1 0.750 8.50 5.000 3000.0 125 3875 19845 1 0.750 8.50 6.000 3000.0 215 7938 23810 2 0.750 8.50 6.000 3000.0 -215 7793 21648 2 0.750 8.50 6.000 3000.0 192 6639 20926 2 0.750 8.50 6.000 3000.0 192 6783 19483 2 0.750 8.50 6.000 3000.0 215 7938- 23091 2 0.750 8.50 6.000 3000.0 192 6639 22370 2 0.750 10.00 9.000 3000.0 150 5608 19020 4 0.750 10.00 9.000 3000.0 190 8880 23160 4 0.750 10.00 9.000 3000.0 150 7500 20400 4 0.750 10.00 9.000 3000.0 210 6720 20400 4 0.750 10.00 9.000 3000.0 150 7500 20400 4 0.750 10.00 9.000 3000.0 210 6720 20400 4 0.750 10.00 9.000 3000.0 150 6870 20745 4 0.750 10.00 9.000 3000.0 190 6720 22470 4 0.750 10.00 9.000 3000.0 150 5608 19020 4 0.750 10.00 9.000 3030.0 190 6180 21780 4 0.750 10.00 9.000 3000.0 150 7500 16122 4 0.750 10.00 9.000 3000.0 190 6720 22470 4 0.750 10.00 9.000 3000.0 175 6720 21845 4 0.750 10.00 9.000 3000.0 lbo 6780 16858 4 0.750 10.00 9.000 2000.0 175 6720 21485 4 0.750 10.00 9.000 3000.0 150 6870 20745 4 0.750 10.00 9.000 3000.0 150 6780 16858 4 0.750 10.00 9.000 3000.0 150 9570 23850 4 0.750 10.00 9.000 3000.0 190 8880 23160 4 0.750 10.00 9.000 3000.0 150 5888 18330 4 0.750 10.00 9.000 3000.0 190 6180 21780 4 0.750 10.00 9.000 3000.0 150 5888 18330 4
.PAGE 2 p
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PAGE : I O.750 10.00 8.000 60' 'O . O 175 8520 22720 18 O.750 7.00 6.000 4000.1 150 7140 29920 21 0.750 7.00 6.000 400v.1 150 e800 319eO 21 O.750 7.00 6.000 4000.1 150 6800 31960 21 O.750 6.000 4000.1 160 10020 19633 22 O.750 6.000 4000.1 168 10688 26400 22 O.750 6.000 4000.1 150 10020 25419 22 0.750 6.000 4000.1 160 10020 20340 22 O.750 6.000 4000.1 160 10020 24045 22 O.750 7.00 6.000 4000.1 270 14432 25978 23 0.750 7.00 6.000 4000.1 270 13710 27421 23 0.750 7.00 6.000 4000.1 270 18040 26338 23 O.750 7.00 6.000 4000.1 270 20205 2e699 23 O.750 7.00 e.000 4000.1 270 11546 25256 23 O.750 7.00 5.000 4000.1 800 5773 23813 25 0.750 7.00 5.000 4000.1 1100 7938 33915 25 O.750 8.50 5.000 4000.1 1150 8298 18040 25 0.750 8.00 6.500 4450.0 100 5600 15eOO 2e O.750 8.00 6.500 4450.O 120 5600 13600 26 O.750 8.00 6.500 4450.O 120 6000 13800 26 O.750 10.00 7.600 4385.O 175 20750 27 O.750 10.00 6.530 4385.O 175 19600 27 j O.750 10.00 e.480 4385.O 175 15300 27 O.750 10.00 7.510 4385.O 175 12800 27 O.750 10.00 7.640 4385.O 175 18500 27 0.750 10.00 7.570 4385.0 175 16125 27 O.750 10.00 7.320 4!85.O 175 12500 27 O.750 10.00 6.560 4385.O 175 15750 27 0.750 10.00 7.590 4385.O 175 20500 27 O 750 10.00 e.580 4385.O 160 14500 27 O.750 10.00 7.640 4385.O 195 19700 27 O.750 1O.00 7.510 4385.O 175 17450 27 0.750 10.00 7.430 4385.O 175 14750 27 O.750 10.00 6.600 4385.O 160 13500 27 0.750 6.875 4000.O 130 10074 28 0.75v 7.750 4000.0 130 12227 26 0.750 5.250 4000.O 102 16809 28 O.750 5.250 4000.O 155 15:35 28 0.750 5.125 4000.O 110 15'46 26 0.750 5.250 4000.0 107 1 c8 28 O.750 6.750 4000.0 97 1: 334 28 0.750 6.500 4000.0 140 14407 26 O.750 7.875 4000.O 117 15042 .' a 0.750 7.928 4000.0 12 ".
. 16284 2E O.750 7.875 4000.O 109 12337 28 c.750 5.250 4000.O 75 16450 25 O.750 6.500 4000.O 175 15787 28 O.750 6.750 4000.O 78 9136 28 0.750 7.750 4000.0 115 11178 28 O.750 6.500 4000.U 200 6615 22444 29 0.750 6.500 4000.O 200 b198 15120 29 O.750 8.000 4000.O 200 7088 21263 24 O.750 6.500 4000.O 175 5434 22208 29 0.750 6.500 4000.0 100 2599 18191 24 O.750 8.000 4000.O 225 4961 10631 29 O.750 6.500 4000.O 225 6851 17246 24
O u k:E a s O.750 6.500 4000.O 200 o 3 'a 19845 29 0.750 6.500 4000.0 200 e143 16538 29 O.750 8.000 4000.O 225 ~5e0 17955 29 O.75v 10.00 5.000 4000.O 100 4253 22208 30 0.750 10.00 5.000 4000.0 100 5198 18900 30 0.750 10.00 5.000 4000.O 180 8978 24570 30 0.750 1O.00 5.000 4000.O 125 5670 24098 30 O.750 10.00 5.000 4000.O 150 7088 29790 30 0.750 10.00 5.000 4000.O 50 2363 25043 30 0.750 10.00 5.000 4000.O 1SO 8978 20318 30 O.750 10.00 5.000 4000.O 100 5198 21735 30 0.750 10.00 5.000 4000.O 60 3308 19373 30 0.750 10.00 5.000 4000.O 125 6615 23153 30 O.750 10.00 5.000 4000.O 125 7088 19845 30 0.750 10.00 5.000 4000.O 150 8505 23,625 30 O.750 10.eO 5.000 4000.O 75 4253 18428 30 O.750 8.50 7.000 5000.O 200 6500 19450 31 O.750 8.50 7.000 5000.O 200 7900 21200 31 O.750 8.50 7.000 5000.O 300 12800 23e50 31 O.750 8.50 7.000 5000.O 200 6500 23300 31 0.750 11.50 7.000 4025.0 250 8957 15600 33 l 0.750 7.00 5.500 4025.O 250 7486 16860 33 O 750 11.50 7.000 3182.O 1/5 8102 20220 33 0.750 13.50 7.000 4025.0 250 13368 16140 33 O.750 7.00 5.500 4025.O 250 8556 17810 33 O.750 11.50 7.000 40Z5.O 250 13368 14130 33 0.750 11.50 7.000 4025.0 250 11363 15360 33 0.750 8.50 7.000 3182.0 175 15059 21v10 33 0.750 7.00 5.500 4025.O 250 8689 18560 33 O.750 13.50 7.000 3182.O 175 cons 19440 33 O.759 7.00 5.500 4025.O 250 15510 33 0.750 11.50 7.000 3182.0 175 8398 20100 3 ~.. O.750 13.50 7.000 4025.O 250 984u 17140 33 O.750 8.50 7.000 3182.O 1/5 8608 20260 33 0.750 11.50 7.000 4025.0 250 11630 17870 33 O.750 7.00 5.500 4025.O 250 80 1 15480 33 n.750 8.50 7.000 3182.O 175 8978 18140 33 O.750 13.50 7.000 3182.O 175 7255 19950 33 O.750 7.00 5.500 4025.O 250 8689 17779 33 O . 7 '. O 7.OU 5.500 4025.O 250 7 .:.5 2 1e870 33 O.750 7.00 5.500 4025.U 250 10160 164/0 33 0.750 11.50 7.000 4025.0 250 113e3 15640 23 O.750 7.00 5.500 4025.O 25v /520 16040 33 O.750 7.00 5.500 4025.O 250 16080 33 O.750 8.50 7.500 3500.O 25v i1840 43620 35 O.750 8.50 7.25U 3500.O 250 ? 9c7 0 20950 ~. 5 O.750 8.50 7.500 3500.O 250 7990 22320 35 0.750 8.50 7.188 3500.0 250 4730 26340 35 O.750 8.30 7 . .'. 7 5 J509.O 250 7650 23000 35 0.750 8.50 7.189 3500.0 50 1v700 26990 35 0.750 8.50 7.250 3500.0 250 8340 J5 360 05 O.750 8.50 7.250 3500.O .5v 9730 21980 35 O.750 8.50 7.315 3500.O 250 0340 22320 35 O.750 8.50 7.125 3500.O 250 10430 253e0 35
$4 j4 K .: ,qtg PH6E 1 Y//d HKB Nuclear Power Plant Pull-out Test DBASE note : CALT3 C to calculate and EALTJ P to print CALT] E to erase current Rance KWIK BOLT DIAMETER = 0. 75 SAMPLE SIZE 221.00 CRITERION AVG MAX MIN l BOLT TENSION INFORMATION
------------------------------------l AVG. ULT. TENSION J18511. 88' LENGTH 7.99 13.50 5.50 l =========
EMBED 5.76 9.00 3.13 MAX. ULT. TENSION 43620.00 CONCRETE 3494.38~ 4000.10 2790.00 l MIN. ULT. TENSION 1320.00 TORQUE 157.10 1150.00 O.00 l COEF. OF VARIANCE 32.85 PRELOAD 6425.02 20205.00 O.00 l STD. DEVIATION 6080.26 HILTI AVERAGE ULTIMATE (ABBOT A. HANKS) TENSION : 16491.65
=========
DATA BASE DIAMETER LENGTH EMBED CONCRETE TOROUE PRELOAD PULLOUT TEST O.750 8.50 5.000 3000.O 125 5103 17955 1 O.750 8.50 5.000 3000.O 125 5387 21735 1 O.750 8.5U 5.000 3000.O 125 3875 19845 1 0.750 8.50 3.250 3000.O 100 5484 10247 2 0.750 8.50 6.000 3000.O 215 7938 23813 2 O.750 8.50 6.000 3000.O 215 7793 21648 2 U.750 8.50 3.250 3000.0 160 5629 10680 2 0.750 8.50 6.000 3000.O 192 6639 20926 2 0.750 8.50 3.250 3000.0 100 5196 11040 2 0.750 8.50 6.000 3000.0 192 6783 19483 2 O.750 8.50 3.250 3000.0 180 6917 10824 2 O.750 8.50 6.000 3000.O 215 7738 23091 2 0.750 8.50 3.250 3000.0 200 6639 10391 2 0.750 8.50 3.250 3000.0 200 6927 9958 2 O.750 8.50 3.250 3000.O 200 6783 11257 2 O.750 8.bu 3'. 2 5 0 3000.O 180 6061 10301 2 O.750 8.50 6.000 3000.O 192 6639 2237U 2 0.750 9.50 3.250 3000.0 180 5959 9525 2 U.750 5.50 3.500 4000.O 100 1134U 18664 J 0.750 5.50 3.5U0 4000.O 115 12285 16301 3 O.750 b.50 3.500 4000.O 135 7068 16774 3 0.750 5.50 3.500 4000.0 60 4016 17483 3 0.750 5.bo 3.500 4000.0 150 11104 17719 3 O.750 5.50 3.500 4000.O 90 3780 20790 3 O.750 5.50 3.500 4000.O 130 8269 18428 3 O.750 5.50 3.500 4000.O 110 11104 18191 3 0./50 5.50 3.500 4000.0 90 4489 8033 _ 0.750 5.50 3.500 4000.0 120 4725 16774 _. O.750 5.50 3.500 4000.U 90 3780 1320 3 0.750 5.50 3.500 4000.U 60 4016 16774 3 0.750 10.00 9.000 3000.0 150 SeOS 19020 4
PAGE 2 0.750 10.00 9.000 3000.O 190 8880 23160 4 O.750 10.00 9.000 3000.O 150 7500 20400 4 O.750 10.00 9.000 3000.O 210 6720 20400 4 0.750 10.00 9.000 0000.O 150 7500 20400 4 0.750 10.00 9.000 3000.O 210 6720 20400 4 0.750 5.50 3.250 3000.O 120 4940 10260 4 0.750 5.50 3.250 3000.0 130 5144 12800 4 0.750 5.50 3.250 3000.O 120 3912 11690 4 0.750 10.00 9.000 3000.O 150 6870 20745 4 0.750 5.50 3.250 3000.0 120 3912 9915 4 0.750 5.50 3.250 3000.0 100 4352 10260 4 O.750 '10.00 9.000 3000.O 190 6720 22470 4 O.750 5.50 3.250 3000.O 100 3392 12430 4 O.750 1O.00 9.000 3000.O 150 5608 19020 4 0.750 5.50 3.250 3000.O 130 5212 9570 4 0.750 10.00 9.000 3000.0 190 6180 21780 4 0.750 10.00 9.000 3000.O 150 7500 16122 4 O.750 10.00 9.000 3000.O 190 6720 22470 4 0.750 5.50 3.250 3000.O 130 5076 9225 4 0.750 10.00 9.000 3000.0 175 6720 21845 4 O.750 10.00 9.000 3000.O 150 6780 16858 4 O.750 10.00 9.000 3000.O 175 6720 21485 4 0.750 1O.00 9.000 3000.O 150 6870 20745 4 0.750 10.00 9.000 3000.O 150 6780 16858 4 0.750 10.00 9.000 3000.O 150 9570 23850 4 O.750 1O.00 9.000 3000.O 190 8880 23160 4 O.750 10.00 9.000 3000.O 150 5888 18330 4 O.750 10.00 9.000 3000.O 190 6180 21780 4 O.750 10.00 9.000 3000.O 150 5888 18330 4 O.750 7.00 5.125 4000.1 100 5906 15592 5 O.750 7.00 5.125 4000.1 100 4536 17719 5 0.750 7.00 5.125 4000.1 100 4489 15828 5 O.750 7.00 5.125 4000.1 100 5670 16537 5 0.750 7.00 5.125 4000.1 100 4654 17010 5 O.750 7.00 5.125 4000.I 100 4016 17482 5 O.750 7.00 9.001 4000.1 1 7250 26100 6 O.750 7.00 9.001 4000.1 1 5438 23200 6 O.750 7.00 9.001 4000.1 1 6888 21750 6 0.750 5.50 3.250 3000.O 40 1040 10868 7 0.750 5.50 3.250 3000.O 120 3544 11813 7 O.750 5.50 3.250 3000.O 60 2835 14175 7 O.750 5.50 3.250 3000.O 80 3308 14175 7 0.750 5.50 3.250 3000.0 120 5198 14175 7 0.750 5.50 3.250 3000.O 40 1087 12758 7 0.750 5.50 3.250 3000.0 120 3544 15593 7 0.750 5.50 3.250 3000.0 150 3780 9450 7 0.750 5.50 3.250 3000.O 150 4725 13939 7 0.750 5.50 3.J50 3000.O 150 4725 14175 7 O.750 5.50 3.250 3000.O 80 2599 12285 7 O.750 b.50 3.250 3000.O 80 2835 15120 7 0.750 5.50 3.250 3000.0 80 3071 14175 7 0.750 b.50 3.250 3000.0 120 3402 14175 7 0.750 10.00 '7.750 3000.O 200 8505 23625 8 v.750 10.00 7.750 3000.O 60 6143 22680 8 O.750 10.00 7.750 3000.O 250 9450 27641 8 O.750 10.00 7.750 3000.O 200 8/41 25515 8
F%GE 3 O.750 10.00 '7.750 3000.O 100 7796 25988 8 0.750 10.00 7.750 3000.0 110 7914 23625 8 O.750 10.00 7.750 3000.O 102 7560 17719 8 O.750 10.00 7.750 3000.O 2bo 8978 22208 8 O.750 10.00 7.750 3000.O 105 7560 26933 8 O.750 10.00 7.750 3000.O 150 8033 25988 8 0.750 10.00 7.750 3000.O 130 8505 20318 8 O.750 10.00 7.750 3000.O 75 6615 25988 8 v.750 10.00 7.750 3000.O 250 9923 24570 8 O.750 10.00 7.750 3000.O 85 5192 20790 8 O.750 10.00 7.750 3000.O 95 7560 23625 8 O.750 8.50 6.000 4000.O O O 33250 9 O.750 8.50 6.000 4000.O O O 29250 9 0.750 8.50 6.000 4000.O O O 30750 9 O.750 8.50 5.000 4000.O O O 30000 9 O.750 8.50 4.500 4000.O O O 25750 9 O.750 7.00 4.000 2790.O 150 0 6142 10 O.750 7.00 4.000 2790.O 150 0 1323 10 O.750 7.00 4.500 3500.O 230 16660 25850 11 0.750 7.00 4.500 3500.O 150 9180 13659 11 0.750 7.00 4.500 3500.O 200 12240 13659 11 0.750 10.00 9.000 3000.0 O O 17551 15 O.750 10.00 9.000 3000.O 120 4432 19583 15 O 750 10.00 9.000 3000.O 200 5855 18567 15 O.750 10.00 9.000 3000.O 120 4240 17551 15 O.750 10.00 9.000 3000.O O O 17551 15 O.750 10.00 9.000 3000.O 120 2551 18567 15 O.750 10.Ou 9.000 3000.O 200 5855 13486 15 O.750 10.00 9.000 2000.O 200 5855 19583 15 O.750 6.000 4000.1 2b0 1 21696 16 O.750 6.000 4000.1 250 1 22374 16 0.750 6.000 4000.1 250 1 18956 16 O.750 6.000 4000.1 250 1 21696 16 O.750 6.000 4000.1 250 1 25419 16 O.750 7.00 6.000 3000.1 250 10125 22016 17 0.750 7.00 6.000 7000.1 210 73b9 17100 17 0.750 7.00 6.000 3000.1 230 7359 26220 17 0.750 7.00 6.000 3000.1 J10 6670 24125 17 O.750 7.00 6.000 3000.1 230 6670 22016 1/ O.750 5.50 3.250 4000.1 175 7487 17175 19 0.750 5.50 3.250 4000.1 1/5 6806 14341 19 0.750 5.50 3.2b0 4000.1 175 7487 12321 19 O. 750 5.50 3.500 4000.1 150 9520 17000 20 O.750 5.50 3. 3 >> 4000.1 150 9520 17000 20 0.750 5.50 3.500 4000.1 150 9520 17000 20 O.750 7.00 6.000 4000.1 150 /140 29920 21 0.750 7.00 6.000 4000.1 150 6800 31960 21 O.750 7.00 c.000 4000.1 150 6800 31960 21 0.750 6.000 4000.1 160 10020 19633 22 U.750 6.000 4000.1 168 10688 26400 22 O.750 6.000 4000.1 150 10020 25419 22 O.750 6.009 4000.1 160 10020 20340 22 0.750 6.000 4000.1 160 10U20 24045 22 O.750 7.00 6.000 4000.1 270 14432 2597 t3 23 O.750 7.00 6.000 4000.1 270 13710 27421 23 O.750 7.00 6.000 4000.1 270 18040 26338 23
PAGE 4 0.750 7.00 6.000 4000.1 270 20205 26699 23 O.750 7.00 6.000 4000.1 270 11546 25256 23 O.750 7.00 5.000 4000.1 800 5773 23813 25 0.750 7.00 5.000 4000.1 1100 7938 33915 25 0.750 8.50 5.000 4000.1 1150 8298 18040 25 O.750 6.875 4000.O 130 10074 28 O.750 '7.750 4000.O 130 12227 28 O.750 3.250 4000.O 32 11454 28 O.750 3.500 4000.O 62 12310 28 0.750 5.250 4000.0 102 16808 28 O.750 5.250 4000.O 155 15235 28 0.750 5.125 4000.0 110 16146 28 0.750 5.250 4000.O 107 16008 28 O.750 3.125 4000.O 80 11675 28 O.750 6.750 4000.O 97 13634 28 0.750 6.500 4000.0 140 14407 28 - O.750 3.375 4000.O 59 10819 28 0.750 7.875 4000.0 117 15042 28 O.750 7.928 4000.O 122 16284 28 O.750 7.875 4000.O 109 12337 28 O.750 5.250 4000.O 75 16450 28 0.750 3.125 4000.0 88 11206 28 - O.750 3.375 4000.O 5 11344 28 O.750 3.250 4000.O 103 13193 28 0.750 3.125 4000.O 35 11785 28 O.750 6.500 4000.O 175 15787 28 0.750 6.'750 4000.O 78 9136 28 0.750 7.750 4000.0 115 11178 28 0.750 6.500 4000.0 200 6615 22444 29 O.750 6.500 4000.O 200 5198 15120 29 0.750 8.000 4000.O 200 7088 21263 29 0.750 6.500 4000.0 175 5434 22208 29 O.750 6.500 4000.O 100 2599 18191 29 O.750 8.000 4000.O 225 4961 10631 29 0.750 6.500 4000.O 225 6831 17246 29 0.750 6.500 4000.0 200 6379 19845 29 0.750 6.500 4000.O 200 6143 16538 29 O.750 8.000 4000.O 225 7560 17955 29 O.750 10.00 5.000 4000.O 100 4253 22208 30 O.750 10.00 5.000 4000.O 100 5198 18900 30 0.750 10.00 5.000 4000.O 180 8978 24570 30 O.750 10.00 5.000 4000.O 125 5670 24098 30 0.750 10.00 5.000 4000.O 150 7088 20790 30 0.750 10.00 5.000 4000.O 50 2363 25043 30 0.'750 10.00 5.000 4000.0 180 8978 20318 30 O.750 10.00 5.000 4000.O 100 5198 21735 30 O.750 10.00 5.000 4000.O 60 3308 19373 30 v.750 10.00 5.000 4000.O 12b 6615 23153 30 O.750 10.00 5.000 4000.O 125 7088 19845 30 0.750 10.00 '. 000 4000.O 150 6505 23625 30 0.750 10.00 5.000 4000.O /5 4253 18428 30 0.750 5.50 3.250 3290.O 83 3/60 14100 32 0.750 5.50 3.250 3290.O 150 6380 6580 32 O.750 5.50 3.250 32YO.o 80 5170 8930 32 O.750 5.50 3.250 3290.O 80 3290 11750 32 O.750 5.50 3.250 3290.O 100 4700 10575 32
PAGE 5 O.750 5.50 3.250 3290.O 175 7285 10810 32 O.750 5.50 3.250 3290.O 125 4700 7990 32 0.750 5.50 3.250 3290.0 200 7520 10575 32 0.750 5.50 3.250 3290.O 100 3760 15510 32 0.750 5.50 3.250 3290.O 200 5640 18800 32 0.750 11.50 7.000 3182.0 175 8102 20220 33 0.750 8.50 7.000 3182.O 175 15059 21910 33 0.750 13.50 7.000 3182.0 175 6806 19440 33 0.750 11.50 7.000 3182.0 175 8398 20100 33 0.750 8.50 7.000 3182.O 175 8688 20260 33 O.750 8.50 7.000 3182.O 175 8978 18140 33 O.750 13.50 7.000 3182.O 175 7285 19950 33 O.750 8.50 7.500 3500.O 250 11840 43620 35 O.750 8.50 7.250 3500.O 250 7990 20950 35 O.750 8.50 7.500 3500.O 250 7990 22320 35 O.750 8.50 7.188 3500.O 250 9730 26340 35 O.750 8.50 7.375 3500.O 250 7650 23000 35 0.750 8.50 7.188 3500.0 250 1 0~/ 8 0 26990 35 O.750 8.50 7.250 3500.O 250 8340 25360 35 O.760 8.50 7.250 3500.U 250 9730 21980 35 O.750 8.50 7.375 3500.O 250 8340 22320 35 O.750 8.50 7.125 3500.O 250 10430 25360 35 l 4
{& .7- 4
- p. PsGei i f4' Hr8 Nuclear Power Plant Pull-out Test DBASE note : EALTJ C to calculate and EAL1] P to print CALT] E to erase current Range KWIK BOLT DIAMETER = 0.75 SAMPLE SIZE 90.00 CRITERION AVG MAX MIN l BULT TENSION INFORMATION
_______________-.--------------------! AVG. ULT. TENSION 15088.21 LENGTH 6.84 10.00 5.50 : ========= EMBED 3.76 5.00 3.25 : MAX. ULT. TENSION 33915.00 CONCRETE 3499.'/9 4000.10 2790.00 : MIN. ULT. TENSION 1320.00 TOROUE 149.38 1150.00 0.00 : LOEF. OF VARIANCE 38.00 PRELOAD 5610.80 16660.00 0.00 : STD. DEVIATION 3734.12 HILTI AVERAGE ULTIMATE (ABBOT A. HANKS) TENSION : 11285.68
=========
DATA BASE DIAMETER LENGTH EMBED CONCRETE TOROUE PRELOAD PULLOUT TEST O.750 8.50 5.000 3000.O 125 5103 17955 1 0.750 8.50 5.000 3000.O 125 5387 21735 1 O.750 8.50 5.000 3000.O 125 3875 19845 1 0.750 8.50 3.250 3000.O 100 5484 10247 2 O.750 e.50 3.250 3000.O 160 5629 10680 2 O.750 8.50 3.250 5000.O 100 5196 11040 2 O.750 8.50 3.250 3000.O 160 5917 10824 2 0.750 8.50 3.250 3000.O 200 6639 10391 2 O.750 8.50 3.250 3000.O ' 00 6927 9958 2 0.750 8.50 3.250 3000.) 200 6783 11257 2 O.750 8.50 3.250 3000.O 1bu 6061 1U391 2 0.750 8.50 3.250 3000.O 180 5959 9525 2 0.750 5.bu 3.500 4000.0 1 0 '. ' 11340 18664 3 0.750 5.50 3.500 4000.O 115 12285 16301 3 v.750 5.50 3.500 4000.O 125 7086 16774 3 O.750 5.50 3.500 4000.O 60 4016 17483 3 0.750 5.50 3.500 4000.0 150 11104 17719 3 0.750 5.50 3.500 4000.O 90 3180 20790 3 0.750 5.50 3.500 4000.O 120 8269 18428 3 O.750 5.50 3.500 4000.O 110 11104 18191 3 0.750 5.50 3.500 4000.O 90 4489 8033 3 0.750 5.50 3.500 4000.O 120 4725 16774 3 O.750 5.50 3.500 4000.O w 3780 1320 3 0.750 5.50 3.500 4000.0 60 4016 16774 3 O.750 5.50 3.250 3000.O 120 4940 10260 4 O.750 5.50 3.250 3000.O 130 $144 12800 4 O.750 5.50 3.250 3000.O 120 2912 11e90 4 O.750 5.50 3.250 3000.O 120 3912 9915 4 O.750 5.50 3.250 3000.O 100 4352 10260 4 0.'750 5.50 3.250 2000.O 100 3392 12430 4 O.750 5.50 3.250 3000.0 130 5212 9570 4
FAbE z O.750 5.50 3.250 3000.O 130 5076 9225 4 0.750 b.50 3.250 3000.0 49 1040 108e8 7 O.750 5.50 3.250 3000.O 120 3544 11813 7 0.750 5.50 3.250 3000.0 60 2835 141/5 7 9.750 5.50 3.250 3000.O 80 3308 14175 7 0.750 5.50 3.250 3000.0 120 5196 14175 7 0.750 5.50 3.250 3000.0 40 1087 12758 7 0.750 5.50 3.250 3000.0 120 3544 15593 7 0.750 5.50 3.250 3000.O 150 3780 9450 7 0.750 5.50 3.250 3000.O 150 4725 13939 7 O.750 5.50 3.250 3000.O 150 4725 14175 7 O.750 5.50 3.250 3000.O 80 2599 12285 7 0.750 5.50 3.250 2000.O 80 2835 15120 7 O.750 5.50 3.250 3000.O SO 3071 14175 7 0.750 5.50 3.250 3000.0 120 3402 14175 7 O.750 8.50 5.000 4000.O O O 30000 9 0.750 8.50 4.500 4000.O O O 25750 9 0.750 7.00 4.000 2790.0 150 0 6142 10 0.750 7.00 4.000 2790.O 150 0 1323 10 0.750 7.00 4.500 3500.O 230 16e60 25850 11 0.750 7.00 4.500 3500.O 150 9180 13659 11 0.750 7.00 4.500 3500.O 200 12240 13659 11 0.750 5.50 3.250 4000.1 175 7467 17175 19 O.750 5.50 3.250 4000.1 175 e806 14341 19 0.750 5.50 3.250 4000.1 175 /487 12321 19 0.750 5.50 3.500 4000.1 150 9520 17000 20 0.750 5.50 3.330 4000.1 150 9520 17000 20 0.750 5.50 3.500 4000.1 150 9520 17000 20 0.750 7.00 5.000 4000.1 800 5773 23813 25 0.750 7.00 5.000 4000.1 1100 7938 33915 25 O.750 8.30 5.000 4000.1 1150 8298 18040 25 0.750 3.250 4000.0 32 11454 28 0.750 3.50v 4000.0 62 12310 28 0.750 3. 375 4000.O 59 10819 28 O.750 3.375 4000.O 5 11344 28 O.750 3.250 4000.O 1v3 13193 28 0.750 10.00 5.000 4000.O 100 4:53 22208 30 0.759 10.00 5.000 4000.0 100 5198 18000 30 0.750 10.00 5.000 4000.O 180 8978 24570 30 0.750 10.00 5.000 4000.0 125 5670 ;4098 30 0.750 10.00 5.000 4000.O 150 7998 20790 30 0.750 10.00 5.000 4000.O 50 20e3 25043 30 0.750 10.00 5.000 4000.0 180 8978 20318 30 O.750 1O.00 5.000 4000.O 100 5198 21735 30 0.750 10.00 5.000 4000.O oO 3308 19373 30 0.750 10.00 b.vvo 4000.0 12b 6o15 23153 30 0.750 10.00 5.000 4000.U 125 7088 19345 30 O.75v 10.00 5.Ov0 4v00.U 150 650b 23o25 20 0.750 10.00 5.000 4000.O 75 4253 19423 30 O./50 5.50 3.250 3290.0 93 3760 14100 32 O.750 5.50 3.250 3290.O 150 6580 6580 32 0.750 5.50 3.250 3290.0 60 5170 8930 32 O.750 5.50 3.250 3270.O 80 3290 11750 32 0.750 5.50 3.250 3290.0 100 4700 10575 32 0.750 5.50 3.250 3290.0 175 /285 10810 32 O.750 5.50 3.250 3290.O 125 4700 7990 32
b l i .
? M .3 b .
O.750 5.50 .250 3290.O 200 7520 19575 32 0.750 5.50 3.250 3290.0 100 '760 15510 72 0.750 5.50 3.250 3299.0 200 5e40 18e00 ;;
iff.
-ik PaeE 1 ALL N
HEB Nuclear Power Plant Pull-out Test DBASE note : CALTJ C to calculate and CALTJ P to print CALT3 E to erase current Range KWIK BOLT DIAMETER 0.75 SAMPLE SIZE 221.00
----------------_-----------------_=_-----------------_----_-_-----------
CRITERION AVG MAX MIN : BOLT TENSION INFORMATION
--- --------------------------------I AVG. ULT. TENSION 18511.88 LENGTH 7.99 13.50 5.50 : =========
EMBED 5.76 9.00 3.13 : MAX. ULT. TENSION 43620.00 CONCRETE 3494.38 4000.10 2790.00 l MIN. ULT. TENSION 1320.00 TOROUE 157.10 1150.00 0.00 : COEF. OF VARIANCE 32.85 PRELOAD 6425.02 20205.00 0.00 STD. DEVIATION 6080.26 HILTI AVERAGE ULTIMATE (ABBOT A. HANKS) TENSION : 16491.65
=========
DATA BASE DIAMETER LENGTH EMBED CONCRETE TORQUE PRELOAD PULLOUT TEST 0.750 8.50 5.000 3000.0 125 5103 17955 1 0.750 8.50 5.000 3000.0 125 5387 21735 1 0.750 B.50 5.000 3000.0 125 3875 19845 1 0.750 0.50 3.250 3000.0 100- 5484 10247 2 0.750 8.50 6.000 3000.0 215 7938 23813 2 0.750 8.50 6.000 3000.0 215 7793 21648 2 0.750 8.50 3.250 3000.0 160 5629 10680 2 0.750 8.50 6.000 3000.0 192 6639 20926 2 0.750 8.50 3.250 3000.0 100 5196 11040 2 0.750 8.50 6.000 3000.0 192 6783 19483 2 0.750 8.50 3.250 3000.0 180 5917 10824 2 0.750 8.50 6.000 3000.0 215 7938 23091 2 0.750 8.50 3.250 3000.0 200 e639 10391 2 0.750 8.50 3.250 3000.0 200 6927 9958 2 0.750 8.50 3.250 3000.O 200 6783 11257 2 0.750 8.50 3'.250 3000.0 180 6061 10391 2 0.750 8.50 6.000 3000.0 192 6639 22370 2 0.750 8.50 3.250 3000.0 180 5959 9525 2 0.750 5.50 3.500 4000.0 100 11340 18664 3 0.750 5.50 3.500 4000.0 115 12285 16301 3 0.750 5.50 3.500 4000.0 135 7088 16774 3 0.750 5.50 3.500 4000.0 60 4016 17483 0 0.750 5.50 3.500 4000.0 150 11104 17719 3 0.750 5.50 3.500 4000.0 90 3780 20790 3 0.750 5.50 3.500 4000.0 130 8269 18428 3 0.750 5.50 3.500 4000.0 110 11104 18191 0 0.750 5.50 3.500 4000.0 90 4489 8033 3 0.750 5.50 3.500 4000.0 120 4725 16774 3 0.750 5.50 3.500 4000.0 90 3780 1320 3 0.750 5.50 3.500 4000.0 60 4016 16774 0 0.750 10.00 9.000 3000.0 150 5608 19020 4
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Y$; . . J.4 " O PAC-L 1 VN HKB Nuclear Power Plant Pull-out Test DBASE note : C ALTJ C to calculate and CALT3 P to print CALT3 E to erase current Range KWIK BOLT DIAMETER = 0.75 SAMPLE SIZE 148.00 CRITERION AVG MAX MIN : BOLT TENSION INFORMATION AVG. ULT. TENSION 21256.14 LENGTH 9.09 13.50 7.00 : ========= EMBED 6.93 9.00 5.00 MAX. ULT. TENSION 43620.00 CONCRETE 3528.90 4000.10 3000.00 : MIN. ULT. TENSION 9136.00 TORQUE 175.78 1150.00 0.00 : COEF. OF VARIANCE 22.88 PRELOAD 6835.37 20205.00 0.00 : STD. DEVIATION ,4862.73 HILTI AVERAGE ULTIMATE (ABBOT A. HANKS) TENSION : 18445.81
=========
DATA BASE DIAMETER LENGTH EMBED CONCRETE TOROUE PRELOAD PULLOUT TEST O.750 8.50 5.000 3000.0 125 5103 17955 1 0.750 8.50 5.000 3000.0 125 5387 21735 1 0.750 9.50 5.000 3000.0 125 3875 19845 1 0.750 8.50 6.000 3000.0 215 7938 23813 2 0.750 8.50 6.000 3000.0 215 7793 21648 2 0.750 8.50 6.000 0000.0 192 6639 20926 2 0.750 8.50 6.000 3000.0 192 6783 19483 2 0.750 8.50 6.000 3000.0 215 7938 23091 2 0.750 8.50 6 oho 3000.0 192 6639 22370 2 0.750 10.00 9.004- 3000.0 150 5608 19020 4 0.750 10.00 9.000 3000.0 190 8880 20160 4 0.750 10.00 9.000 3000.0 150 7500 20400 4 0.750 10.00 9.000 3000.0 210 6720 20400 4 0.750 10.00 9.000 3000.0 150 7500 20400 4 0.750 10.00 9.000 3000.0 210 6720 20400 4 0.750 10.00 9'.000 3000.0 150 6870 20745 4 0.750 10.00 9.000 3000.0 190 6720 22470 4 0.750 10.00 9.000 3000.0 150 5608 19020 4 0.750 10.00 9.000 3000.0 190 6180 21780 4 0.750 10.00 9.000 0000.0 150 7500 16122 4 0.750 10.00 9.000 3000.0 190 e720 22470 4 0.750 ?. O. 00 9.000 3000.0 175 6720 21845 4 0.750 10.00 9.000 3000.0 150 6780 16858 4 0.750 10.00 9.000 3000.0 175 6720 21485 4 0.750 10.00 9.000 3000.0 150 6870 20745 4 0.750 10.00 9.000 3000.0 150 6780 16858 4 0.750 10.00 9.000 3000.0 150 9570 23850 4 0.750 10.00 9.000 3000.0 190 8880 23160 4 0.750 10.00 9.000 3000.0 150 5888 18330 4 0.750 10.00 9.000 3000.0 190 6180 21780 4 0.750 10.00 9.000 3000.0 150 5888 18330 4
FhaE 2 9 0.750 7.00 5.125 4000.1 100 590e 15592 3 0.750 7.00 5.125 4000.1 100 4536 17719 5 i O.750 7.00 5.125 4000.1 100 4489 15828 5 i O.750 7.00 5.125 4000.1 100 5670 16537 5 1 0.750 7.00 5.125 4000.1 100 4654 17010 5 0.750 7.00 5.125 4000.1 100 4016 17482 5 0.750 7.00 9.001 4000.1 1 7250 26100 6
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0.750 5.250 4000.0 102 16808 28 0.750 5.250 4000.0 155 15235 28 0.750 5.125 4000.0 110 16146 28 0.750 5.250 4000.0 107 16008 28 0.750 6.750 4000.0 97 13634 28 0.750 6.500 4000.0 140 14407 28 0.750 7.875 4000.0 117 15042 28 0.750 7.928 4000.0 122 16284 28 0.750 7.875 4000.0 109 12337 28 0.750 5.250 4000.0 75 16450 28 0.750 6.500 4000.0 175 15787 28 0.750 6.750 4000.0 78 9136 28 0.750 7.750 4000.0 115 . 11178 28 0.750 6.500 4000.0 200 6615 22444 29 0.750 6.500 4000.0 200 $198 15120 29 0.750 8.000 4000.0 200 7088 21263 29 0.750 6.500 4000.0 175 5434 22208 29 0.750 6.500 4000.0 100 2599 18191 29 0.750 8.000 4000.0 225 4961 10631 29 0.750 6.500 4000.0 225 6851 17246 29 0.750 6.500 4000.0 200 6379 19845 29 29 0.750 6.500 4000.0 200 6143 16538 O.750 8.000 4000.0 225 7560 17955 29 0.750 10.00 5.000 4000.0 100 4253 22208 30 0.750 10.00 5.000 4000.0 100 5198 18900 30 0.750 10.00 5.000 4000.0 180 8978 24570 30 0.750 10.00 5.000 4000.0 125 5670 24098 30 0.750 10.00 5.000 4000.0 150 7088 20790 30 0.750 10.00 5.000 4000.0 50 2363 25043 30 C.750 10.00 5.000 4000.0 180 8978 20318 30 0.750 10.00 5.000 4000.0 100 5198 21735 30 0.750 10.00 5.000 4000.0 60 3308 19373 30
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s~ _ __ __ _ __ . M q.g; , pgt FAGE 1 f/p; HKB Nuclear Power Plant Pull-out Test DBASE note [ ALT] C to calculate and LALT3 P to print [ALTJ E to erase current Range KWIK BOLT DIAMETER = 0.75 SAMPLE SIZE 148.00 CRITERION AVG MAX MIN : BOLT TENSION INFORMATION
------------------------------------ AVG. ULT. TENSION ' 18965.84 LENGTH 8.34 13.5'O 5.50 : =========
EMBED 5.87 9.00 3.13 : MAX. ULT. TENSION 33915.00 CONCRETE 4224.11 6000.00 4000.00 : MIN. ULT. TENSION 1320.00 TOROUE 172.99 1150.00 0 00 3 : COEF. OF VARIANCE 28.77 PRELOAD 7254.14 20205.00 0.00 : STD. DEVIATION 5456.95 HILTI AVERAGE ULTIMATE (ABBOT A. HANKS) TENSION : 18125.00
=========
DATA BASE j DIAMETER LENGTH EMBED CONCRETE TORQUE PRELOAD PULLOUT TEST 0.750 5.50 3.500 4000.0 100 11340 18664 3 0.750 5.50 3.500 4000.0 115 12285 16301 3 0.750 5.50 3.500 4000.0 135 7088 16774 3 0.750 5.50 3.500 4000.0 60 4016 17483- 3 0.750 5.50 3.500 4000.0 150 11104 17719 3 0.750 5.50 3.500 4000.0 90 3780 20790 3 0.750 5.50 3.500 4000.0 130 8269 18428 3 0.750 5.50 3.500 4000.0 110 11104 18191 3 , 0.750 5.50 3.500 4000.0 90 4489 8033 3 O.750 5.50 3.500 4000.0 120 4725 16774 3 j 0.750- 5.50 3.500 4000.0 90 3780 1320 3 0.750 5.50 3.500 4000.0 60 4016 16774 3 0.750 7.00 5.125 4000.1 100 5906 15592 5 O.750 7.00 5.125 4000.1 100 4536 17719 5 O.750 7.00 5.125 4000.1 100 4489 15828 5 O.750 7.00 5.125 4000.1 100 5670 16537 5 i O.750 7.00 5.125 4000.1 100 4654 17010 5 O.750 7.00 5.125 4000.1 100 4016 17482 5 O.750 7.00 9.001 4000.1 1 7260 26100 6 0.750 7.00 9.001 4000.1 1 5438 23200 6 0.750 7.00 9.001 4000.1 1 6888 21750 6 0.750 8.50 6.000 4000.0 0 0 33250 9 0.750 8.50 6.000 4000.0 0 0 29250 9 0.750 8.50 6.000 4000.0 0 0 30750 9 0.750 8.50 5.000 4000.0 0 0 30000 9 i 0.750 8.50 4.500 4000.O O O 25750 9 0.750 6.000 4000.1 250 1 21696 16 0.750 6.000 4000.1 250 1 22374 16 l 0.750 6.000 4000.1 250 1 18956 16 l 0.750 6.000 4000.1 250 1 21696 16 I O.750 6.000 4000.1 250 1 25419 16
PAGE 2 0.750 10.00 8.000 6000.0 300 12780 25560 18 0.750 10.00 8.000 6000.0 125 4505 24850 16 0.750 10.00 7.875 6000.0 250 14200 21300 18 0.750 10.00 8.000 6000.0 125 5220 30530 16 0.750 10.00 7.875 6000.0 300 13490 23430 18 0.750 10.00 7.875 6000.0 175 7810 24140 16 0.750 10.00 8.000 6000.0 175 7100 24140 18 0.750 10.00 7.575 6000.0 250 10650 25500 18 0.750 10.00 7.875 6000.0 250 11360 21300 18 0.750 10.00 8.000 6000.0 125 4791 24140 18 0.750 10.00 8.000 6000.0 175 8520 22720 18 0.750 5.50 3.250 4000.1 175 7487 17175 19 0.750 5.50 3.250 4000.1 175 6806 14341 19 0.750 5.50 3.250 4000.1 175 7487 12321 19 0.750 5.50 3.500 4000.1 150 9520 17000 20 0.750 5.50 3.330 4000.1 150 9520 17000 20 0.750 5.50 3.500 4000.1 150 9520 17000 20 0.750 7.00 6.000 4000.1 150 7140 29920 21 I O.750 7.00 6.000 4000.1 150 6800 31960 21 l 0.750 7.00 6.000 4000.1 150 6800 31960 21 0.750 6.000 4000.1 160 10020 19633 22 , 0.750 6.000 4000.1 168 10688 26400 22 0.750 6.000 4000.1 150 10020 25419 22 0.750 6.000 4000.1 160 10020 20340 22 0.750 6.000 4000.1 160 10020 24045 22 0.750 7.00 6.000 4000.1 270 14432 25978 23 0.750 7.00 6.000 4000.1 270 13710 27421 23 0.750 7.00 6.000 4000.1 270 18040 26338 23 0.750 7.00 6.000 4000.1 270 20205 26699 23 0.750 7.00 6.000 4000.1 270 11546 25256 23 0.750 7.00 5.000 4000.1 800 5773 23813 25 0.750 7.00 5.000 4000.1 1100 7938 33915 25 0.750 8.50 5.000 4000.1 1150 8298 18040 25 . O.750 8.00 6.500 4450.O 100 5600 15600 26 0.750 8.00 6.500 4450.0 120 5600 13600 26
- O.750 8.00 6.500 4450.0 120 6000 13800 26 O.750 10.00 7.600 4385.0 175 20750 27 0.750 10.00 6.530 4385.0 175 19600 27 0.750 10.00 6.480 4385.0 175 15300 27
- O.750 10.00 7.510 4385.0 175 12800 27 0.750 10.00 7.640 4385.0 175 18500 27 0.750 10.00 7.570 4385.0 175 16125 27 0.750 10.00 7.320 4385.0 175 12500 27 0.750 10.00 6.560 4385.0 175 15750 27 0.750 10.00 7.590 4385.0 175 20500 27 0.750 10.00 6.580 4385.0 160 14500 27 0.750 10.00 7.640 4385.0 195 19700 27 O.750 10.00 7.510 4385.0 175 17450 27 0.750 10.00 7.430 4385.0 175 14750 27 0.750 10.00 6.600 4385.0 160 13500 27 0.750 6.875 4000.0 130 10074 28 0.750 7.750 4000.0 130 12227 28 0.750 3.250 4000.0 32 11454 28 0.750 3.500 4000.0 62 12310 28 0.750 5.250 4000.0 102 16808 28 0.750 5.250 4000.0 155 15235 28
FAGE 3 0.750 5.125 4000.0 110 16146 28 0.750 5.250 4000.0 107 16008 28 0.750 3.125 4000.0 80 11675 28 0.750 6.750 4000.0- 97 13634 28 0.750 6.500 4000.0 140 14407 28 0.750 3.375 4000.0 59 10819 28 0.750 7.875 4000.0 117 15042 28 0.750 7.928 4000.0 122 16284 28 0.750 7.875 4000.0 109 12337 28 0.750 5.250 4000.0 75 16450 28 0.750 3.125 4000.0 88 11206 28 0.750 3.375 4000.0 5 11344 28 0.750 3.250 4000.0 103 13193 28 0.750 3.125 4000.0 35 11785 28 0.750 6.500 4000.0 175 15787 28 0.750 6.750 4000.0 78 9136 28 0.750 7.750 4000.0 115 11178 28 0.750 6.500 4000.0 200 6615 22444 29 0.750 6.500 4000.0 200 5198 15120 29 0.750 8.000 4000.0 200 7088 21263 29 0.750 6.500 4000.0 175 5434 22208 29 0.750 6.500 4000.0 100 2599 18191 29 0.750 8.000 4000.0 225 4961 10631 29 0.750 6.500 4000.0 225 6851 17246 29 0.750 6.500 4000.0 200 6379 19845 29 0.750 6.500 4000.0 200 6143 16538 29 0.750 8.000 4000.0 225 7560 17955 29 0.750 10.00 5.000 4000.0 100 4253 22208 30 0.750 10.00 5.000 4000.0 100 5198 18900 30 0.750 10.00 5.000 4000.0 180 8978 24570 30 0.750 10.00 5.000 4090.0 125 5670 24098 30 0.750 10.00 5.000 40)O.O 150 7088 20790 30 0.750 10.00 5.000 4000.0 50 2363 25043 30 0.750 10.00 5.000 4 COO.O 180 8978 20318 30 0.750 10.00 5.000 4]OO.O 100 5198 21735 30 O.750 10.00 5.000 4000.O 60 3308 19373 30 0.750 10.00 5.000 4000.0 125 6615 23153 30 0.750 10.00 5.000 4000.0 125 7088 19845 30 0.750 10.00 5.000 4000.0 150 8505 23625 30 0.750 10.00 5.000 4000.0 75 4253 18428 30 0.750 8.50 7.000 5000.0 200 6500 19450 31 0.750 8.50 7.000 5000.0 200 7900 21200 31 0.750 8.50 7.000 5000.0 300 12800 23650 31 0.750 8.50 7.000 5000.0 200 6500 23300 31 0.750 11.50 7.000 4025.0 250 8957 15600 33 O.750 7.00 5.500 4025.0 250 7486 16860 33 0.750 13.50 7.000 4025.0 250 13368 16140 33 0.750 7.00 5.500 4025.0 250 8556 17810 33 ! O.750 11.50 7.000 4025.0 250 13368 14130 33 0.750 11.50 7.000 4025.0 250 11363 15360 33 I O.750 7.00 5.500 4025.0 250 8689 18560 33 0.750 7.00 5.500 4025.0 250 15510 33 0.750 13.50 7.000 4025.0 250 9892 17140 33 0.750 11.50 7.000 4025.0 250 11630 17890 33 ! O.750 7.00 5.500 4025.0 250 8021 15480 33 0.750 7.00 5.500 4025.0 250 8689 17779 33 i s { I
-~
= FAGE 4 O.750 7.00 5.500 4025.O 250 7352 16870 33 O.750 7.00 5.500 4025.O 260 1C160 16470 33 O.750 11.50 7.000 4025.O 250 11363 15640 33 O.750 7.00 5.500 4025.O 250 7520 16040 33 0.750 7.00 5.500 4025.0 250 16080 33
hk , W 3 FAGE 1 s V/0 HKB Nuclear Power Plant Pull-out Test DBASE note : [ALTJ C to calculate and EALT] P to print EALT] E to erase current Range KWIK BOLT DIAMETER = 0.75 SAMPLE SIZE 41.00 CRITERION AVG MAX MIN : BOLT TENSION INFORMATION
----------------- ------------------: AVG. ULT. TENSION 18410.05 7.46 10.00 5.50 : =========
LENGTH EMBED 4.11 5.00 3.25 : MAX. ULT. TENSION 33915.00 CONCRETE 4000.02 4000.10 4000.00 MIN. ULT. TENSION 1320.00 TOROUE 172.10 1150.00 0.00 COdF. OF VARIANCE 31.29 PRELOAD 6551.11 12285.00 0.00 : STD. DEVIATION 5761.03 HILTI AVERAGE UL TIMATE (ABBOT A. HANKS) TENSION : 13254.65
=========
DATA BASE DIAMETER LENGTH EMBED CONCRETE TORQUE PRELOAD PULLOUT TEST O.750 5.50 3.500 4000.0 100 1:340 18664 3 0.750 5.50 3.500 4000.0 115 12285 16301 3 0.750 5.50 3.500 4000.0 135 7088 16774 3 0.750 5.50 3.500 4000.0
- 60 4016 17483 3 0.750 5.50 3.500 4000.O 150 11104 17719 3 0.750 5.50 3.500 4000.0 90 3780 20790 3 0.750 5.50 3.500 4000.0 130 8269 18428 3 0.750 5.50 3.500 4000.0 110 11104 18191 3 0.750 5.50 3.500 4000.0 90 4489 8033 3 0.750 5.50 3.500 4000.0 120 4725 16774 3 0.750 5.50 3.500 4000.0 90 3780 1320 3 0.750 5.50 3.500 4000.0 60 4016 16774 3 i O.750 8.50 5.000 4000.0 0 0 30000 9 0.750 8.50 4.500 4000.0 0 0 25750 9 0.750 5.50 3.250 4000.1 175 7487 17175 19 0.750 5.50 3.250 4000.1 175 6806 14341 19 0.750 5.50 3.250 4000.1 175 7487 12321 19 0.750 5.50 3.500 4000.1 150 9520 17000 20 0.750 5.50 3.330 4000.1 150 9520 17000 20 0.750 5.50 3.500 4000.1 150 9520 17000 20 4 0.750 7.00 5.000 4000.1 800 5773 23813 25 l 0.750 7.00 5.000 4000.. 1100 7938 33915 25
- 0.750 8.50 5.000 4000.1 1150 8298 18040 25 0.750 3.250 4000.0 32 11454 28 0.750 3.500 4000.0 62 12310 28 0.750 3.375 4000.0 59 10819 28 O.750 3.375 4000.0 5 11344 28 0.750 3.250 4000.0 103 13193 28 0.750 10.00 5.000 4000.0 100 4253 22208 30 0.750 10.00 5.000 4000.0 100 5198 18900 30 0.750 10.00 5.000 4000.0 180 8978 24570 30 t
, - - . ~ , .-
, . +----,,--.n--,,-, ,- -
.f PAGE 2 o
O.750 1O.00 5.000 400v.O 125 5670 24098 30 0.750 10.00 5.000 4000.O 150 7088 20790 30 0.750 10.00 5.000 4000.0 50 2363 25043 3v O.750 10.v0 5.000 4000.O 180 8978 20318 30 0.750 10.00 5.000 4000.0 100 5198 21735 30 O.750 10.00 5.000 4000.O 60 3308 19373 30 0.750 10.00 5.000 4000.0 125 6615 23153 30 O.750 10.00 5.000 4000.O 125 7088 19845 30 0.750 10.00 5.000 4000.O 150 8505 23625 30 0.750 10.00 5.000 4000 v 75 4253 18428 30 I l l l l i l
kN. 44^
. /) - PAGE 1
' /A9 1 HKB Nuclear Power Plant Pull-out Test DBASE note : [ALTJ C to calculate and [ALTJ P to print EALTJ E to erase current Range
. KWIK BOLT DIAMETER = 0.75 SAMPLE SIZE 121.00
-----------__----~~-----------------------------------------------------
CRITERION AVG MAX MIN : BOLT TENSION INFORMATION
------------------------------------! AVG. ULT. TENSION 19878.68 LENGTH 8.93 13.50 7.00 l =========
EMBED 6.42 9.00 5.00 : MAX. ULT. TENSION 33915.00 CONCRETE 4274.12 6000.00 4000.00 : MIN. ULT. TENSION 9136.00 TOROUE. 189.36 1150.00 0.00 : COEF. OF VARIANCE 26.26 PRELOAD 7270.72 20205.00 0.00 STD. DEVIATION 5219.21 HILTI AVERAGE ULTIMATE (ABBOT A. HANKS) TENSION : 19080.66
=========
DATA BASE DIAMETER LENGTH EMBED CONCRETE TOROUE PRELOAD PULLOUT TEST O.750 7.00 5.125 4000.1 100 5906 15592 5 0.750 7.00 5.125 4000.1 100 4536 17719 5 0.750 7.00 5.125 4000.1 100 4489 15828 5 0.750 7.00 5.125 4000.1 100 5670 ' 16537 5 0.750 7.00 5.125 4000.1 100 4654 17010 5 O.750 7.00 5.125 4000.1 100 4016 17482 5 0.750 7.00 9.001 4000.1 1 7250 2L100 6 0.750 7.00 9.001 4000.1 1 5438 23200 6 0.750 7.00 9.001 4000.1 1 6888 21750 6 0.750 8.50 6.000 4000.0 0 0 33250 9 0.750 8.50 6.000 4000.0 0 0 29250 9 0.750 8.50 6.000 4000.0 0 0 30750 9 0.750 8.50 5.000 4000.0 0 0 30000 9 0.750 6.000 4000.1 250 1 21696 16 0.750 6.000 4000.1 250 1 22374 16 0.750 6.000 4000.1 250 1 18956 16 0.750 6.000 4000.1 250 1 21696 16 O.750 6.000 4000.1 250 1 25419 16 O.750 10.00 8.000 6000.O 300 12780 25560 18 O.750 10.00 8.000 6000.0 125 4505 24850 18 ! O.750 10.00 7.875 6000.0 250 14200 21300 le
- O.750 10.00 8.000 6000.0 125 5220 30530 18 i O.750 10.00 7.875 6000.0 300 13490 23430 18 i
i O.750 10.00 7.875 6000.0 175 7810 24140 18 0.750 10.00 8.000 6000.0 175 7100 24140 18 0.750 10.00 7.875 6000.0 250 10650 25500 18 0.750 10.00 7.875 6000.0 250 11360 21300 18 0.750 10.00 8.000 6000.0 125 4791 24140 18
, 0.750 10.00 8.000 6000.0 175 8520 22720 18 1
0.750 7.00 6.000 4000.1 150 7140 29920 21 0.750 7.00 6.000 4000.1 150 6800 31960 21
PAGE 2 0 0.750 7.00' 6.000 4000.1 150 6800 31960 21 0.750 6.000 4000.1 160 10020 19633 22 0.750 6.000 4000.1 168 10688 26400 22 0.750 6.000 4000.1 150 10020 -25419 22 0.750 6.000 4000.1 160 10020 20340 22 0.750 6.000 4000.1 160 10020 24045 22 O.750 7.00 6.000 4000.1 270 14432 25978 23 0.750 7.00 6.000 4000.1 270 13710 27421 23 0.750 7.00 e.000 4000.1 270 18040 26338 23 0.750 7.00 6.000 4000.1 270 20205 26699 23 0.750 7.00 6.000 4000.1 270 11546 25256 23 0.750 7.00 5.000 4000.1 800 5773 23813 25 0.750 7.00 5.000 4000.1 1100 7938 33915 25 0.750- 8.50 5.000 4000.1 1150 8298 18040 25 0.750 8.00 6.500 4450.0 100 5600 15600 26 0.750 8.00 6.500 4450.0 120 5600 13600 26 0.750 8.00 6.500 4450.0 120 6000 13800 26 0.750 10.00 7.600 4385.0 175 20750 27 0.750 10.00 6.530 4385.0 175 19600 27 0.750 10.00 6.480 4385.0 175 15300 27 0.750 10.00 7.510 4385.0 175 12800 27 0.750 10.00 7.640 4385.0 175 18500. 27 0.750 10.00 7.570 4385.0 175 16125 27 0.750 10.00 7.320 4385.0 175 12500 27 0.750 10.00 6.560 4385.0 175 15750 27 0.750 10.00 7.590 4385.0 175 20500 27-0.750 10.00 6.580 4385.0 160 14500 27 0.750 10.00 7.640 4385.0 195 19700 27 0.750 10.00 7.510 4385.0 175 17450 27 - 0.750 10.00 7.430 4385.0 175 14750 27 0.750 10.00 6.600 4385.0 160 13500 27 0.750 6.875 4000.0 130 10074 28 0.750 7.750 4000.0 130 12227 28-0.750 5.250 4000.0 102 16808 28 0.750 3.250 4000.0 155 15235 28 0.750 5.125 4000.0 110 16146 28 0.750 5.250 4000.0 107 16008 28 0.750 e.750 4000.0 97 13634 28 0.750 6.500 4000.0 140 14407 28 0.750 7.875 4000.0 117 15042 28 0.750 7.928 4000.0 122 16284 28 0.750 7.875 4000.0 109 12337 28 0.750 5.250 4000.0 75 16450 28 0.750 6.500 4000.0 175 15787 28 0.750 6.750 4000.0 78 9136 28 0.750 7.750 4000.0 115 11178 28 0.750 6.500 4000.0 200 6613 22444 29 0.750 6.500 4000.0 200 5198 15120 29 O.750 8.000 4000.0 200 7088 21263 29 0.750 6.500 4000.0 175 5434 22208 29 0.750 6.500 4000.0 100 2599 18191 29 O.750 8.000 4000.0 225 4961 10631 29 0.750 6.500 4000.0 225 6851 17246 29 0.750 6.500 4000.0 200 6379 19845 29 0.750 6.500 4000.0 200 6143 16538 29 0.750 8.000 4000.0 225 7560 17955 29 1
f. FAGE 3 e O.750 1O.00 5.000 4000.O 100 4253 22208 30 O./50 10.00 5.000 4000.O 100 5198 18900 30 0.750 10.00 5.000 4000.O 180 8978 24570 30 0.750 10.00 5.000 4000.O 125 5570 24098 30 0.750 10.00 5.000 4000.O 150 7088 20790 30 0.750 10.00 5.000 4000.O 50 2363 25043 30 0.750 10.00 5.000 4000.O 180 8978 20318 30 0.750 10.00 5.000 4000.0 100 5198 21735 30 0.750 1O.00 5.000 4000.O 60 3308 19373 30 O.750 10.00 5.000 4000.O 125 6615 23153 30 O.750 10.00 5.000 4000.O 125 7088 19845 30 0.750 10.00 5.000 4000.O 150 0505 23625 30 0.750 10.00 5.000 4000.O 75 4253 18428 30 0.750 8.50 7.000 5000.O 200 6500 19450 32 0.750 8.50 7.000 5000.O 200 7900 21200 31 O.750 8.50 7.000 5000.O 300 12800 23650 31 0.750 8.50 7.000 5000.O 200 6500 23300 31 O.750 11.50 7.000 4025.U 250 8957 15600 33 O.750 7.00 5.500 4025.O 250 7486 16860 33 O.750 13.50 7.000 4025.O 250 13368 16140 33 0.750 7.00 5.500 4025.O 250 8556 17810 33 0.750 11.50 7.000 4025.O 250 13368 14130 '3 O.750 11.50 7.000 4025.O 250 11363 15360 33 O.750 7.00 5.500 4025.O 250 8689 18560 33 O.750 '7.00 5.500 4025.O 250 15510 33 O.750 13.50 7.000 4025.O 250 9892 17140 33 0.750 11.50 7.000 4025.0 250 11630 17890 33 O.750 7.00 5.500 4025.O 250 8021 15480 33 0.750 7.00 5.500 4025.O 250 8689 1 ~7 7 79 33 O.750 7.00 5.500 4025.O 250 7352 16870 33 O.750 7.00 5.500 4025.O 250 10160 16470 33 0.750 11.50 7.000 4025.0 250 11363 15640 33 0.750 7.00 5.500 4025.O 250 7520 1c040 33 O.750 7.00 5.500 4025.O 250 16080 33
./-
.?-4
- Att PAGd ;
f'C HKB Nuclear Power Plant Pull-out Test DBASE ; note : CALTJ C to calculate and EALTJ P to print CALTJ E to erase current Range KWIK BOLT DIAMETER = 1 SAMPLE SIZE 198.00 1 CRITERION AVG MAX MIN : BOLT TENSION INFORMATION AVG. ULT. TENSION 25436.62 LENGTH 9.93 12.00 6.00 ========= EMBED 7.05 10.00 4.50 : MAX. ULT. TENSION 38752.00 CONCRETE 3762.04 6000.00 2790.00 l MIN. ULT. TENSION 3100.00 l TOROUE 276.13 1000.00 0.00 ! COEF. OF VARIANCE 22.34 PRELOAD 8594.11 17318.00 0.00 l STD. DEVIATION 5683.80 j HILTI AVERAGE ULTIMATE (ABBOT A. HANKS) TENSION : 22817.43
=========
i l l . DATA BASE ! DIAMETER LENGTH EMBED CONCRETE TOROUE PRELOAD PULLOUT TEST 1.000 12.00 7.000 3000.0 200 12285 25988 1 i 1.000 12.00 7.000 3000.0 200 8505 23625 1
- 1.000 12.00 7.000 3000.0 200 5670 19845 1 1.000 12.00 7.000 3000.0 200 7560 28823 -1 1.000 12.00 6.000 3000.0 360 10824 27421 2 l 1.000 12.00 6.000 3000.0 300 7938 25256 2 i 1.000 6.00 4.500 3000.0 325 8659 21648 2 1.000 12.00 6.000 3000.0 328 10102 25977 2 1.000 6.00 4.500 .3000.0 250 5773 18040 2
! 1.000 12.00 6.000 3000.0 360 106S0 27421 2 i 1.000 12.00 6.000 3000.0 450 16875 23813 2 1.000 6.00 4.500 3000.0 400 10824 23813 2 L 1.000 6.00 4.500 3000.0 400 10824 i 24634 2 ! 1.000 12.00 6.000 3000.0 450 17318 27421 2 , 1.000 6.00 4.500 3000.0 250 7216 20205 2 1.000 6.00 4.500 3000.0 325 8659 20205 2 1.000 6.00 4.750 4000.0 200 7324 24098 3 1.000 6.00 4.750 4000.0 150 5670 23625 3 1.000 6.00 4.750 4000.0 300 8269 20554 3 1.000 6.00 4.750 4000.0 250 7560 24098 3 1.000 6.00 4.750 4000.O 400 14648 20081 3 1.000 6.00 4.750 4000.0 275 9450 20790 3 I 1.000 6.00 4.750 4000.0 300 11813 19845 3 1.000 6.00 4.750 4000.0 350 10395 26933 3 1.000 6.00 4.750 4000.0 450 13939 18900 3 1.000 6.00 4.750 4000.0 225 7796 19373 3 1.000 e.OO 4.750 4000.0 325 11813 23625 3 1.000 9.00 4.500 3000.0 250 8880 19020 4 1.000 9.00 4.500 3000.0 250 9225 15754 4 1.000 9.00 4.500 3000.0 250 6100 21780 4
~1.000 12.00 10.000 3000.0 250 4868 34324 4 I
f
b PAGE - , 1.000 12.00 10. u00' 3000.O 250 4868 34324 4 1.000 12.00 10.000 3000.O 300 9:.25 28022 4 i- 1.000 12.00 10.000 3000.O 300 9915 28720 4 4 1.000 12.00 10.000 ~ 3000.O 300 10260 28720 4 l I 1.000 12.00 10.000 3000.O 300 10260 28720 4 1.000 12.00 10.000 3000.O 300 9915 28720 '4 1.000 9.00 4.500 3000.O 250 6100 21780 4 1.000 9.00 4.500 3000.O 250 8880 19020 4-1.000 9.00 4.500 3000.0 250 7020 21780 4 1.000 9.00 4.500 3000.O 250 7020 21780 4 1.000 12.00 10.000 3000.O 200 5280 28720 4
- 1.000 12.00 1O.000 3000.O 300 9225 28022 4 1.000 9.00 4.500 3000.O 250 6780 19020 4 l ~ 1.000 9.00 7.000 4000.1 175 6615 32366 5 1.000 9.00 7.000 4000.1 175 8032 33547 5
, 1.000 9.00 7.000 4000.1 175 11340 28586 5 1
. 000 9.00 7.000 4000.1 175 7087 34256 5
- 5 1.000 9.00 7.000 4000.1 175 9922 36382
- 1.000 9.00 6.625 4000.1 175 8741 32602 5 i 1.000 12.00 7.001 4000.1 1 11600 21750 6 1.000 12.00 7.001 4000.1 1 7975 18850 6 1.000 12.00 7.001 4000.1 1 10150 21750 6
. 1.000 6.00 4.500 3000.O 250 5434 24098 7 1.000 6.00 4.500 3000.O 350 8978 23625 7 1.000 6.00- 4'.500 3000.0 90 2126 26460 7 1.000 6.00 4.500 3000.O 350 9923 23153 7 i 1.000 6.00 4.500 3000.O 175 4253 26460 7 6.00 4.500 3000.0 175 4725 24570 7 ) 1.000 1.000 6.00 4.500 3000.O 350 10395 23625 7 1.000 6.00 4.500 3000.O 250 5670 25043 7 l 1.000 6.00 4.500 3000.O 125 3544 22680 7
- 1.000 6.00 4.500 3000.O 125 3071 23625 7 1.000 6.00 4.500 3000.O 90 2363 28350 7 1.000 6.00 4.500 3000.O 90 2599 25043 7 1.000 6.00 4.500 3000.O 125 2835 25988 7 1.000 6.00 4.500 3000.O 250 6143 25988 7 l
1.000 12.00 7.750 3000.O 310 7324 22208 8 1.000 12.00 7.750 3000.0 300 8505 21735 8 1.000 12.00 7.750 3000.O 300 8978 23625 8 1 l l 1.000 12.Ou 7 750 3000.O 500 15120 32130 8 ' 1.000 12.00 7.750 3000.O 400 11812 28350 8
- 1.000 12.00 7.750 3000.O 250 6851 24570 8 l 1.000 12.00 7.750 3000.O 275 7088 24098 8
! 1.000 12.00 7.750 3000.O 300 9450 22680 8 ! 1.000 12.00 7.750 3000.0 400 10868 30712 8 4 1.000 12.00 7.750 3000.0 175 401e 29768 8 1.000 12.00 7.750 3000.O $O0 16538 29531 3 . 1.000 12.00 7.750 3000.O 325 6o16 20553 6 l 1.000 12.00 7.750 3000.O 400 10395 30'712 8 i 1.000 12.00 7.750 3000.O 225 5670 25043 8 i 1.000 12.00 7.750 3000.0 500 15593 31658 8 1.000 9.00 5.500 4000.O O O 28250 9 l 1.000 9.00 5.500 4000.O O O 30000 9 1.000 9.00 4.500 4000.0 0 0 24500 9 1.000 9.00 5.500 4000.O O O 33250 9 l 1.000 1O.00 7.000 2790.O 150 0 7560 1O i
- - - _.._ . _ _ _ . _ _ _ _ _ - _ _ _ _ - _ - - - - - - _ . _ _ . . - - _ , _ __, - - - - - - - . ~ , - - - _ -
PAGE 3 1.000 10.00 7.000 2790.O 150 0 8505 10 1.000 9.00 6.000 3500.O 230 8160 19720 11 1.000 9.00 6.000 3500.O 200 11220 23120 11 1.000 9.00 6.000 3500.O 200 7820 20400 11 1.000 12.00 9.875 4000.O 300 9688 33908 13 1.000 12.00 9.750 4000.O 300 11764 34600 13 1.000 12.00 9.875 4000.O 300 12283 35292 13 1.000 12.00 9.688 4000.O 200 12456 35984 13 1.000 12.00 10.000 4000.0 300 10380 33908 13 1.000 12.00 10.000 4000.0 300 9688 34600 13 1.000 12.00 9.813 4000.O 300 8996 33216 13 1.000 12.00 9.750 4000.0 300 11591 35984 13 1.000 12.00 9.938 4000.O 300 9861 34600 13 1.000 12.00 9.813 4000.O 300 10207 34600 13 1.000 12.00 10.000 3000.O 240 5270 22850 15 1.000 12.00 10.000 3000.O 240 5920 20261 15
- .000 12.00 1O.000 3000.O 245 5660 25751 15 1.000 8.000 4000.1 300 1 25419 16 1.000 8.000 4000.1 000 1 26793 16 1.000 8.000 4000.1 300 1 38752 16 1.000 8.000 4000.1 000 1 25419 16 1.000 8.000 4000.1 300 1 24045 16 1.000 12.00 9.500 6000.O 275 7455 23430 18 1.000 12.00 9.500 6000.O 350 9588 22780 18 1.000 12.00 9.500 6000.O 200 4970 26270 18 1.000 12.00 9.500 6000.O 400 2840 22010 18 1.000 12.00 9.250 6000.0 400 13490 25560 18 1.000 12.00 9.625 6000.O 350 12825 28400 18 1.000 12.00 9.375 6000.O 275 6745 23430 18 1.000 12.00 9.675 6000.0 200 6035 241'40 18 1.000 12.00 9.250 6000.0 400 12780 22010 18 1.000 12.00 9.375 6000.O 275 7808 28400 18 1.000 12.00 9.375 6000.O 350 11360 24850 18 1.000 12.00 9.750 6000.O 200 e745 28400 18 1.000 9.00 4.500 4000.1 300 9528 23514 19 1.000 9.00 4.500 4000.1 300 102e7 26627 19 1.000 9.00 4.500 4000.1 300 11636 25589 19 l
1.000 6.OU 4.500 4000.1 .10 0 6160 30600 20 1.000 6.00 4.500 4000.1 200 5440 21760 20 1.000 e.OO 4.500 4000.1 200 5440 30600 20 1.000 9.00 8.000 4000.1 275 10200 32640 21 1.000 9.00 8.000 4000.1 300 11560 30600 21 l 1.000 9.00 8.000 4000.1 225 4760 38080 21 l 1.000 8.000 4000.1 210 10020 35190 22 1.000 8.000 4000.1 210 12024 27720 22 1.000 8.000 4000.1 210 8645 26400 22 , 1.000 8.000 4000.1 210 8645 26400 22 l 1.000 8.000 4000.1 210 6983 33072 22 h- 1.000 8.000 4000.1 210 11356 20340 22 l 1.000 8.000 4000.1 210 10020 24045 22 , 1.000 8.000 4000.1 210 7980 36570 22 l i 1.000 9.00 8.000 4000.1 400 13710 30307 23 1.000 9.00 8.000 4000.1 400 14432 23813 23 l i 1.000 9.00 8.000 4000.1 400 10824 25256 23 1.000 9.00 8.000 4000.1 400 11546 28142 23 1.000 9.00 8.000 4000.1 400 10824 21648 23 I L
PfeE 4 1.000 9.00 6.000 4000.1 700 5051 31029 25 1.000 9.00 6.000 4000.I 1000 7216 31029 25 I 1.000 9.00 6.000 4000.1 1000 7216 32472 25 1.000 9.00 6.750 4450.0 250 7e00 16400 2d
! 1.'000 9.00 6.750 4450.0 250 7600 17200 26 l 1.000 9.00 6.750 4450.O 200 6000 18400 26
- 1.000 8.750 4000.O 189 19844 28 1.000 6.500 4000.O 262 22658 28 1.000 9.000 4000.O 125 14000 28 1.000 6.375 4000.0 225 17318 28 1.000 8.625 4000.O 115 15442 28 i 1.000 8.500 4000.0 145 18906 28
, 1.000 6.750 4000.O 125 17697 28 1.000 6.750 4000.O 165 18545 28 j 1.000 8.625 4000.O 40 19411 28 1.000 8.750 4000.O 170 19844 28 1.000 8.500 4000.O 180 21432 28 1.000 8.750 4000.0 110 16813 28 1.000 6.675 4000.O 182 17968 '28 , 3.000 6.500 4000.0 200 21287 28 4
1.000 8.500 4000.O 245 22081 28 1.000 12.00 6.500 4000.O 350 15120 22680 29 l 1.000 12.00 7.500 4000.O 300 9450 25988 29 28350 29. 1.000 12.00 7.500 4000.O 300 12758 1.000 12.00 7.500 4000.0 325 11104 27405 29 ! 1.'000 12.00 7.500 4000.O 325 10395 24806 29 r 1.000 12.00 7.500 4000.O 325 11813 23625 29 i 1.000 12.00 7.500 4000.O 325 11340 27878 29 1.000 12.00 7.500 4000.0 325 10368 27873 29 l 1.000 12.00 7.500 4000.0 300 11340 25988 29 ' 1.000 12.00 7.000 4000.O 250 10868 26460 30 1.000 12.00 7.000 4000.0 250 10868 32130 30 l 1.000 12.00 7.000 4000.O 200 7560 28350 30 1.000 12.00 7.000 4000.0 300 10868 26933 30 , 1.000 12.00 7.000 4000.O 300 10868 30240 30 l 1.000 9.00 7.000 5000.O 425 15600 33100 31 1.000 9.00 7.000 5000.O 450 14900 33100 31 ( i 1.000 9.00 7.000 5000.O 475 14900 30650 31 1.000 9.00 7.000 5000.O 445 13500 31350 31 1.000 9.00 7.000 5000.O 435 13500 3100 31 ! 1.000 9.00 4.500 3290.O 325 11750 19270 32 I 1.000 9.00 4.500 3290.0 375 9400 18800 32 ! 1.000 9.00 4.500 3290.O 350 11750 19270 32 l 1.000 9.00 4.500 3290.O 400 12220 21150 32 1.000 9.00 4.500 3290.O 400 9635 13630 32 1.000 12.00 8.125 3500.O 300 8250 26670 35 1.000 12.00 7.875 3500.O 300 8250 28420 35 1.000 12.00 8.000 3500.O 300 8250 27650 35 1.000 12.00 7.750 3500.O 300 8250 23000 35 ' i 1.000 12.00 8.000 3500.O 300 8250 24370 35 l 1.000 12.00 7.815 3500.O 300 8250 25680 35 1.000 12.00 7.8/b 3500.O 300 8250 32280 35 l 1.000 12.00 7.625 3500.O 300 8250 29960 35 , 1.000 12.00 8.000 3500.O 300 8250 26990 35 l 1.000 12.00 8.000 3500.O 300 8250 29190 35 1
i ).C L. O F-zi 1
/4 HEB Nuc1 ear Power P1ent Pul1-out Iest DEASE note : LALTJ C to calcul ate and [ALTJ P to orint LALT] E to erase current Range RWIt BOLT 01AMETER = 1 SAMPLE SIZE 121.00 CRITERION AVG r1 A .r MIN : EOLT (ENSION INFOPMATIUN
______-_.._____-__-_--____..--_-____-___.-: AVG. ULT. IENSION 2e.681. / 9 LENGTH 11.41 12.90 9.00 l == ====== EMBED 8.28 10.OU 7.00 l MAX. UL!. TEN 51ON J8752.00 CONCFETE 3922.17 6000.00 2790.00 ! MIN. UL F. TENSION 3100.00 TORDUE 275.97 500.00 1.00 : COLF. UF VARIANCE J2.35 PRELOAD 9020.71 16538.00 O.00 . 5TD. DEVIAT10N coo 9.12 HILTI AVEPAGE ULTIMATE (ABDOF A. HANKS) TENSIGN : '23237.05
====== ==
DhTA BASE DIAMETER LENGTH EMBED CONCFETE TOROUE PPELOAD PULLOUT TEST 1.000 12.00 7.UUO 3e00.O 290 12285 25988 1 1.000 12.OO 7.000 3000.O 200 8505 236J5 1 1.U00 12.00 7.007 3Ovo.O .00 t670 19S45 1 1.000 12.00 7.000 3000.O 200 7560 28823 1 1.000 12.00 10. OV'1 '900.U 2a0 48e8 34 'f 24 4 1.000 12.00 10.000 f.090. O 259 4668 34324 4 1.000 1-.00 10.Ov0 0000.V JOu vJ25 _8022 4 1.000 12.00 10.non mnv.o 300 9915 28720 .1 1.000 1J.UU 10.000 3000.O 2" 10260 '8720 4 1.000 12.00 10.000 3000.O .- 0 0 10230 28720 4 3000.0
~
1.000 12.00 10.000 _.00 4v15 20/20 4 1.000 12.00 10.000 3000.O 400 5280 23720 4 1.000 if.00 10.000 2000.U .".= 9 25 2bv2.l 4 1.000 ?. 00 7.000 4000.1 1/, e315 32366 5 1.000 9.00 7.000 4000.I 1: b 803; 33547 t 1.000 9.00 7.000 4000.1 1/b 11340 28586 5 1.OOu 9.00 7.000 4000.1 175 /OS7 34256 5 1.000 9.00 7.000 4000.1 1 .- 9922 36382 5 1.000 12.00 7.001 4000.1 1 11ev0 21750 6 1.000 12.00 7.001 4000.1 1 '975 18850 6 1.000 1.?. 00 7.001 4000.I 1 19150 21750 6 1.000 12.00 7.750 3000.0 310 "324 22208 8 1.000 12.00 7.750 3000.O .vu 8 bob 21725 5 1.000 12.00 7.750 5000.U 309 B778 23625 8 1.U00 12.00 7.750 3000.O ti O '. 15120 32130 8 1.000 12.VO 7.750 3000.O 400 11d12 23350 8 1.000 12.00 7.750 3000.O 250 e651 d4570 8 1.000 12.00 7.750 '.0 0 0 . O 2/5 '098 24098 8 1.000 12.Ou 7.750 3000.O 300 94:50 J2680 8 1.000 12.00 7.750 3000.O 400 10868 30712 8 1.000 12.00 7.750 3000.O 175 4016 .197e8 E
MM _ e 1.000 12.00 7.750 3000.O 500 16538 29531 8 1.000 12.UO 7.750 3000.O 325 6616 20553 6 1.000 12.00 7.750 3000.O 400 10345 3.0712 8 1.UOU 12.00 7.7b0 3000.O 225 5e70 25042 8 1.000 12.00 7.750 3000.O 500 1559_. s1658 8 1.000 10.00 7.000 2740.O 150 0 75eO 10 1.000 10.00 7.000 2790.O 150 0 8505 10 1.000 12.00 9.675 4000.O 300 9688 33908 13 1.000 12.00 9.750 4000.O 300 11764 34600 13 1.000 12.00 9.875 4000.0 000 12283 35292 13 1.000 12.00 9.688 4000.O 300 12456 35984 13 1.000 12.00 10.000 4000.O 300 10380 33908 13 1.000 12.00 10.000 4000.O 309 9688 34600 13 1.000 12.00 9.813 4000.O 300 8946 33216 13 1.000 12.00 9.750 4000.O 300 11591 35984 13 1.000 12.00 9.938 4000.O 200 9661 34690 13 1.000 12.00 9.813 4000.O 300 10207 34600 13 1.000 12.UU 10.Ov0 3000.O 240 5270 22850 15 1.000 12.00 10.000 3000.O 240 5920 20261 15 1.000 12.00 10.000 3000.U 245 5660 25751 15 1.000 8.000 4000.1 300 1 25419 16 1.000 8.000 4000.1 3OU 1 26793 16 1.000 8.000 4000.1 300 1 38752 16 1.000 8.000 4000.1 300 1 25419 16 1.000 8.000 4000.1 300 1 24045 16 1.000 12.00 9.500 6000.O .? 7 5 7455 23430 18 1.000 12.00 9.500 6000.O 3b0 9589 22780 18 1.000 12.UU 9.500 6000.O 200 4970 26270 18 1.000 12.00 9.500 6000.O 400 2840 22010 18 1.000 12.00 9.250 6000.O 400 13490 25560 18 1.000 12.00 9.625 6000.O 350 12825 28400 18 1.000 12.00 'ir . 3 7 5 6000.O 2/5 e745 23430 18 1.000 12.00 9.675 6000.O 200 6035 24140 18 1.000 12.00 9.250 6000.O 400 12780 22010 18 1.000 12.00 9.375 6000.O 275 78v8 28400 18 1.000 12.00 9.375 6000.0 350 113eO 24850 18 1.000 12.00 9.750 6000.O 200 6745 28400 18 1.Ov0 9.00 8.000 4000.1 J5 1v200 32640 21 1.000 9.00 8.000 4000.1 3U0 11560 30600 21 1.600 9.UU 6.U00 4000.1 225 47eo 38080 21 ' 1.000 8'.000 4000.1 210 10020 35190 22 1.000 8.000 4000.1 /1 *
- 12024 27720 22 1.000 8.000 4000.1 210 8645 26400 22 1.000 8.000 4000.1 210 6645 26400 2J 1.000 8.000 4000.1 210 6983 33072 22 1.000 8.000 4000.1 210 11356 2034v JJ 1.000 8.U00 4000.1 210 10020 24045 22 1.000 8.000 4000.1 210 79e0 36570 22 i
1 1.000 9.00 8.000 4000.1 400 13710 30307 23 1.000 9.00 8.U00 4000.1 400 14432 23813 2 _. 1.000 9.00 8.000 4000.1 400 10824 25256 23 1.000 Y.OU 8.000 4000.1 400 1154e 28142 z _. l 1.000 9.00 8.000 4000.1 400 10824 21648 23 1.000 8.750 4000.O 169 19844 28 l 1.000 9.000 4000.O 125 14000 28 1.000 8.625 4000.O 115 15442 28 i l
O P46'c 3
- l 1.8'00 8.500 900.O 145 13906 29 1.000 8. 6. *b 4000.O dv 19411 .19 1.000 8.750 4000.O 1/0 19944 29 1.000 8.500 4UOV.O 160 21132 28 1.000 8.750 4000.O 110 16813 Je 1.000 8.SUO 4000.A ~45 22081 .8 1.000 12.00 7.590 4000.O 300 9450 25983 29 1.000 12.09 ?.500 4000.U 300 12758 28350 29 1.000 12.00 7.500 4000.O 325 11104 27405 29 1.000 12.09 7.500 4000.O 325 10375 24806 29 1.000 12.00 7.500 4000.0 325 11813 23o25 29 1.000 12.00 7.500 4000.O 325 11340 27878 29 1.000' 12.00 7.500 4000.U 325 10868 27878 29 1.000 12.00 7.500 4000.O 200 11340 25988 CY 1.000 12.00 7.000 4000.O 250 10868 26460 30 1.000 12.OU 7.000 4000.O 250 10868 32130 30 1.000 12.00 7.000 4000.O 200 7560 28350 30 1.000 12.00 7.000 4000.O -300 10868 26933 30 1.000 12.00 7.000 4000.O 300 10868 30240 30 1.000 9.00 7.000 5000.O 425 15600 33100 31 1.000 9.00 7.000 5009.O 450 14900 33100 31 1.U00 9.00 7.000 5000.O 475 14900 30650 31 1.000 9.00 7.U00 5000.O 445 13500 31350 31 1.000 9.00 7.000 5000.O 435 13500 3100 31 1.000 12.00 8.125 3500.O 300 8250 26670 35 1.000 12.00 7.875 3500.O 300 8250 28420 35 1.000 12.00 8.000 !500.O 300 8250 27650 35 1.000 12.UO 7.750 3590.O 390 8250 23000 35 1.000 12.00 8.000 3500.O 300 8250 24370 35 1.000 12.00 7.875 3500.O 300 8250 25680 35 1.000 12.00 7.875 5500.O 300 8250 32230 35 1.000 12.00 7.o25 3500.O 300 8250 29960 35 1.000 12.00 8.000 71500.O 590 9250 26990 35 1.000 12.00 8.000 3500.O Z.00 8250 29190 35
I
.:-V 5 %: ;
/U HKb Nuclese Power Plant Pull-out Test DBASE note : LALTJ C to celculate and LALl3 P to orint LALT] E to erase current Ranae VWII: DOLT DIAMETEN = 1 SAMPLE SIZE 98.00 CRITEF10N AVG max MIN : BOLT TENSION INFORMATION
_---____-_-____--_- ______ ______ --! AVG. ULT. TENSION 23863.77 LENGTH 8.43 12.00 6.00 l ========= EMBED 5.52 7.00 4.50 l MAX. ULT. 1ENSION 36382.00 CONCRETE 3600.83 5000.00 2790.00 l MIN. ULT. IENSION 3100.00 TOROUE 273.34 1000.00 O.00 : COEF. O f- VARIANCE 24.18 PRELOAD 8291.86 17318.00 0.00 l STD. DEVIATION 57/1.27 HILTI AVERAGE ULFIMATE (ABBOT A. HANKS) TENSION : 19364.94
=========
DAIA BASE DIAMETER LENGlH EMBED CONCRETE TOROUE PRELOAD PULLOUT TEST 1.000 12.00 7.000 3000.O 200 12285 25988 1 1.000 12.00 7.000 3000.O 200 8505 23625 1 1.000 12.00 7.U00 3000.O 200 5670 19845 1 1.000 12.00 7.000 3000.O 200 75eo 28823 1 1.000 12.00 6.000 3000.O 360 10E24 27421 2 1.000 12.00 6.000 3000.O 300 7938 2525o 2 1.000 6.U0 4.500 3000.O 325 8e59 21e48 2 1.000 12.00 6.000 3000.O 328 10102 25977 2 1.000 6.00 4.500 3000.O ._5 0 5773 18040 2 1.000 12.00 6.000 3000.O 360 10680 27421 2 1.000 12.00 6.000 3009.O 450 15875 23813 2 1.000 6.00 4.500 3000.O 400 10824 23813 2 1.000 6.UO 4.500 3000.U 400 10824 24e34 2 1.000 12.00 6.000 3000.U 450 17318 27421 2 1.000 e.00 4.500 2000.O 250 7216 20205 2 1.000 6.00 4.500 3000.O 325 8d59 20205 J , 1.000 6.00 4.750 40U0.U ZOL 7324 24098 3 1 1.000 6.00 4.750 4000.O 150 5670 23625 3 1.000 6.OU 4.760 4000.O .50 0 8269 20554 3 1.000 6.00 4.750 4000.O 250 7560 24098 3 1.000 o.OU 4.750 4000.U 400 14c48 20001 3 1.000 6.00 4.75U 4000.O 275 9450 20790 3 1.000 c, . OU 4.750 4000.0 300 11813 1Y845 3 l 1.000 6.00 4.750 4000.O 350 10395 26933 3 1.000 o.v0 4.750 4000.U 450 13939 18900 ;. 1.000 6.00 4.750 4000.O 225 7796 1937a 1 1.000 o.UU 4.750 4000.O 325 11813 23625 3 1 1.000 9.00 4.500 3000.O 250 8980 19020 4
- 1.000 9.00 4.500 3000.O 250 9225 15754 4 i
l 1.000 9.00 4.500 3000.0 250 6100 21780 4 l 1.000 9.00 4.500 3000.O 250 6100 21780 4
s PAGE 2 i 1.000 9.00 4.500 3000.O 250 8880 19020 4 1.000 9.00 4.500 3000.O 250 7020 21780 4 1.000 9.00 4.500 3000.O 250 7020 21780 4 1.000 9.00 4.500 3000.O 250 6780 19020 4 1.000 9.00 7.000 4000.1 175 6615 32366 5 1.000 9.00 7.000 4000.1 175 8032 33b47 5 1.000 9.00 7.000 4000.1 179 11340 28586 5 1.000 9.00 7.000 4000.1 1/5 7087 34256 5 1.000 9.00 7.000 4000.1 175 9922 36382 5 1.000 9.00 6.625 4000.1 175 8741 32602 5 1.000 6.00 4.500 3000.O 250 5434 24098 7 1.000 6.00 4.500 3000.O 350 8978 23625 7 1.000 6.00 4.500 3000.O 90 2126 26460 7 1.000 e.00 4.500 3000.O 350 9923 23153 7 1.000 6.00 4.500 3000.O 175 4253 26460 7 1.000 6.00 4.500 3000.O 175 4725 24570 / 1.000 6.00 4.500 3000.O 350 10395 23625 7 1.000 6.00 4.500 3000.O 250 5670 25043 7 1.000 6.00 4.500 3000.0 125 3544 22680 7 1.000 6.00 4.500 3000.O 125 3071 23625 7 1.000 6.00 4.500 3000.O 90 2363 28350 7 1.000 6.00 4.500 3000.O 90 2599 25043 7 1.000 6.00 4.500 3000.O 125 2835 25988 7 1.000 6.00 4.500 3000.O 250 6143 25988 7 1.000 9.00 5.500 4000.O O O 28256 9 1.000 9.00 5.500 4000.O O O 30000 9 1.000 9.00 4.500 4000.O O O 24500 9 1.000 9.00 5.500 4000.O O O 33250 9 1.000 10.00 7.000 2790.O 150 0 7560 10 1.000 10.00 7.000 .790.O 150 0 8505 10 1.000 9.00 6.000 3500.O 230 8160 19720 11 1.000 9.00 e.000 3500.0 200 11220 23120 11 1.000 9.00 6.000 2500.O 200 7820 20400 11 1.000 9.00 4.500 4000.1 300 9528 23514 19 1.000 9.00 4.500 4000.1 300 1026/ 26627 19 1.000 9.00 4.500 4000.1 J.00 11626 25589 19 1.000 6.00 4.500 4000.1 200 8160 30600 20 1.000 6. i. O 4.600 4000.1 200 5440 21760 20 1.000 6.00 4.500 4000.1 200 5440 30600 20 1.000 9.'."> e.OOO 4000.1 700 5051 31029 25 1.000 9.00 6.000 4000.1 1000 7216 31029 25 1.000 9.00 6.000 4000.1 1000 7216 32472 25 1.000 9.00 6.750 4450.O 250 ?$00 16400 2e 1.000 9.00 6.750 4450.O 250 7eUO 17200 2e l 1.000 9.00 6.750 4450.O 200 6000 18400 2e 1.000 6.500 4000.0 261 22658 _8 1.000 6.3/5 4000.O 225 17318 28 i 1.000 e.750 4000.0 125 17697 28 I t 1.000 6.750 4000.O 165 18545 28 1.000 6.675 4000.0 182 17968 28 1 l 1.000 6.500 4000.O 200 21297 28 l 1.000 12.00 6.500 4000.O 350 15120 22680 29 1.000 12.00 ~7.000 4000.O 250 10868 26460 30 1.000 12.00 7.000 4000.O 250 10868 32130 30 1.000 12.00 7.000 4000.O 200 7560 28350 30 l 1 1.000 12.UO 7.000 4000.O 300 10868 26933 30 i l
FI:.sd ; 1.000 12.CO 7.000 1.000 4000.O 200 109Se v.00 7.000 5000.0 30240 ;U 1.000 #125 lbe09 9.00 7.000 5000.0 33100 31 1.UGU 450 14400 33100 9.00 7.000 5000.O 31 4/$ 1.000 9.00 7.000 5000.O 1 4'+ 0 0 Jue50 *1 445 1.000 9.00 7.000 13500 J1350 al 1.000 5000.U 435 13500 9.90 4.500 3290.O 3100 J1 1.000 9.99 325 11750 192/0 4.500 3290.0 375 32 1.000 9.00 4.500 9400 18800 32 1.000 3290.O 350 11750 9.00 4.500 J290.U 19270 32 1.000 400 12220 9.00 4.500 3290.O 21150 32 400 9635 13630 32
a 2 -4 ^ AZL PAGE 1 N0 HKB Nuclear Power Plant Pull-out Test DBASE note : CALT] C to calculate and [ ALT] P to print [ ALT] E to erase current Pange KWIK EOLT DIAMETER = 1 SAMPLE SIZE 178.00 CRITERION AVG MAX MIN : BOLT TEN 5 ION INFORMATION
------------------------------------l AVG. ULT. TENSION 25581.29 LENGTH 9.81 12.00 6.00 l =========
EMBED 6.89 10.00 4.50 : MAX. ULT. TENSION 38752.00 CONCRETE 3564.80 4000.10 2790.00 : MIN. ULT. TENSION 75eO.UO TOROUE 270.05 1000.00 O.00 l COEF. OF VARIANCE 21.63 PRELOAD 8444.67 17318.00 0.00 l STD. DEVIATION 5532.11 HILTI AVERAGE ULTIMATE (ABBOT 4. HANKS) TENSION : 22002.41
=======.=
DATA BASE DIAMETER LENGTH EMBED CONCRETE TOROUE PRELOAD PULLOUT TEST 1.000 12.00 7.000 3000.O 200 12285 25988 1 1.000 12.00 7.000 3000.O 200 8505 23625 1 1.000 12.00 7.000 3000.O 200 5670 19845 1 1.000 12.00 /.000 3000.O 200 7560 28823 1 1.000 12.00 6.000 3000.O 360 10824 27421 2 1.000 12.00 6.000 3000.O 300 7938 25256 2 1.000 e.00 4.500 0000.O 325 8659 21e48 2 1.000 12.00 6.000 3000.O 329 10102 25977 2 1.000 6.00 4.500 3000.O 250 5773 18040 2 1.000 12.00 6.000 3000.O 360 10680 27421 2 1.000 12.00 6.000 3000.O 450 15875 23813 2 1.000 6.00 4.500 3000.0 400 10824 23813 2 1.000 6.00 4.500 3000.0 400 10624 24634 2 1.000 12.00 6.000 3000.O 450 17318 27421 2 1.000 6.00 4.500 3000.O 250 7216 20295 2 1.000 6.00 4.500 3000.O 325 8659 20205 2 t 1.000 6.00 4.750 4000.O 200 7324 2409e 3 l 1.000 6.00 4.750 4000.O 150 5670 23625 3 1.000 6.00 4.750 4000.O 300 8269 20554 3 1.000 6.00 4.750 4000.O 250 75eO 24098 3 1.000 6.00 4.750 4000.0 400 14e48 20081 ! 1.000 6.00 4.750 4000.O 275 450 20790 3 1.000 6.00 4.750 4000.0 300 11813 19845 3 1.000 6.00 4.750 4000.0 350 10395 26933 3 1.000 6.00 4.750 4000.0 450 13939 18900 3 1.000 6.00 4.750 4000.0 225 7796 19373 3 1.000 e.00 4.750 4000.0 325 11813 23625 3 1.000 9.00 4.500 3000.U 250 8880 19020 4 1.000 9.00 4.500 3000.0 250 9225 15754 4 ! 1.000 9.00 4.500 3000.0 250 6100 21780 4 1.000 12.00 10.000 3000.O 250 4868 34324 4 i
PAGE ._ 1.000 12.00 10.000 3000.O 250 4868 34324 4 1.000 12.00 10.000 3000.O 300 9225 28022 4 1.000 12.00 10.000 3000.O 300 C715 28720 4 1.000 12.00 10.000 3000.O 300 102eO 28720 4 1.000 12.00 1O.000 0000.O 300 10260 28720 4 1.000 12.00 1O.000 3000.O 300 991b 28720 4 1.000 9.00 4.500 3000.O 250 6100 21780 4 1.000 9.00 4.500 3000.O 250 8860 19020 4 1.000 9.00 4.500 3000.O 250 7020 21780 4 1.000 9.00 4.50v 3000.O 250 7020 21780 4 1.000 12.00 10.000 3000.O 200 5280 28720 4 1.000 12.00 10.000 3000.O 300 9225 28022 4 1.000 9.00 4.500 3000.O 250 e780 19020 4 1.000 9.00 7.000 4000.1 175 6t,15 32366 5 1.000 9.00 7.000 4000.1 175 8032 33547 5 1.000 9.00 7.000 4000.1 175 11340 28586 5 1.000 9.00 7.000 4000.1 175 7087 34256 5 1.000 9.00 7.000 4000.1 175 9922 36382 5 1.000 9.00 6.625 4000.I 175 8741 32602 5 1.000 12.00 7.001 4000.1 1 11600 21750 e 1.000 12.00 7.001 4000.1 1 7975 18850 6 1.000 12.00 7.001 4000.1 1 10150 21750 6 1.000 6.00 4.500 3000.O 250 5434 24098 7 1.000 6.00 4.500 3000.O 350 8978 23625 7 1.000 6.00 4.500 2000.O 90 2126 26460 7 1.000 6.00 4.500 3000.O 350 9923 23153 7 1.000 6.00 4.500 5000.O , 175 4253 26460 7 1.000 6.00 4.500 3000.O 175 4725 24570 7 1.000 6.00 4.500 3000.O 350 10395 23625 7 1.000 6.00 4.500 3000.O 250 5670 25043 7 1.000 6.00 4.500 2000.O 125 3544 22680 7 1.000 6.00 4.500 3000.O 125 3071 23625 7 1.000 6.00 4.500 3000.O 90 2363 28350 7 1.000 6.00 4.500 3000.O 90 :_599 25043 7 1.000 6.00 4.500 3000.O 125 2835 25988 7 1.000 6.00 4.500 0000.O c50 6143 25988 7 1.000 12.00 7.750 3000.O 310 7324 22208 8 1.000 12.00 7./50 3000.O ?.00 8505 21735 8 1.000 12.00 7.750 3000.0 300 8978 23625 8 1.000 12.09 7.750 3000.O bOu 1t120 32130 8 1.000 12.00 7.750 3000.O 400 11812 28350 8 1.000 12.00 7.750 3000.O 250 e651 24570 8 1.000 12.00 7.750 3000.O 275 7088 24098 8 1.000 12.00 7.7bo 5000.O 300 9450 22680 8 1.000 12.00 7.750 2000.O 400 10868 30712 8 1.000 12.00 7.750 3000.O 175 4016 29768 8 1.000 12.00 7.750 3000.O 500 16538 29531 8 1.000 12.00 7.750 0000.O 325 6616 20553 8 1.000 12.00 7.750 3000.O 400 10395 30712 8 1.000 12.00 7./SO 3000.O '_2 5 5670 25043 8 1.000 12.00 7./50 3000.O 500 15593 31658 8 1.000 9.00 5.500 4000.O O O 28250 9 1.000 9.00 5.500 4000.O O O 30000 9 1.000 9.00 4.500 4000.O O O 24500 9 1.000 9.00 5.500 4000.O O O 33250 9 1.000 10.00 7.000 2790.0 150 0 7560 10
7 .. PAGE :. 1 1.000 10.00 7.000 2190.Q 150 0 8505 10 1.000 9.00 6.000 3500.O JJO 8160 19720 11 1.000 9.00 6.000 3500.O 200 11220 23120 11 1.000 9.00 6.000 3500.O 2v0 7820 20400 11 1.000 12.00 9.875 4000.O 300 9688 33908 13 1.000 12.00 9.750 4000.O 300 11764 34600 13 1.000 12.00 9.8/5 4000.0 300 12283 35292 13 1.000 12.00 9.688 4000.O 100 12456 35984 -13 1.000 12.00 10.000 4000.O 300 10380 33908 13 1.000 12.00 10.000 4000.O f.00 9688 34600 13 1.000 12.00 9.813 4000.O 300 8996 3321e 13 1.000 12.00 9.750 4000.0 300 11691 35964 13 1.000 12.00 9.938 4000.O 300 9861 34600 13 1.000 12.00 9.813 4000.O 200 10207 34600 13 1.000 12.00 10.000 3000.0 240 5270 22850 15 1.000 12.00 10.000 3000.O 240 5920 202e1 15 1.000 12.00 10.000 3000.0 '45 5660 25751 15 1.000 8.000 4000.1 300 1 25419 16 1.000 8.000 4000.1 300 1 26793 16 1.000 8.000 4000.1 300 1 38752 16 1.000 8.000 4000.1 300 1 25419 16 1.000 8.000 4000.1 300 1 24045 16 1.000 9.00 4.500 4000.1 300 9528 23514 19 1.000 9.00 4.500 4000.1 30e 10267 26627 19 1.000 9.00 4.500 4000.1 300 11636 25589 19 1.000 6.00 4.500 4000.1 200 8160 30600 20 1.000 6.00 4.500 4000.1 2v0 5440 21760 20 1.000 e.00 4.500 4000.1 200 5440 30600 20 1.000 9.00 8.000 4000.1 2/5 10200 32640 21 1.000 v.00 8.000 4000.1 Jv0 11560 30o00 21 1.000 9.00 8.000 4000.1 225 4760 38080 21 1.000 8.000 4000.1 210 10020 35190 22 1.000 6.000 4000.1 210 12024 27720 22 1.000 6.000 4000.1 210 8645 26400 22 1.000 8.000 4000.1 219 8645 2o400 22 1.000 6.000 4000.1 210 6983 33072 22 1.000 8.000 4000.1 110 11356 20340 22 1.000 8.000 4000.1 210 100 O 24045 22 1.000 8.000 4000.1 210 7920 3e5/0 22 1.000 9.00 8.000 4000.1 4 0<. 13710 30307 23 1.000 9.00 8.000 4000.1 400 14432 23813 23 1.000 9.00 8.000 4000.1 400 10824 2525e 23 1.000 9.00 8.000 4000.1 400 11546 28142 23 1.000 9.00 8.000 4000.1 400 10824 21648 23 1.000 9.00 6.000 4000.1 700 5051 31029 25 1.000 9.00 6.000 4000.1 1000 7216 31029 J5 1.000 9.00 6.000 4000.1 1000 7216 32472 25 1.000 6.750 4000.0 189 14644 28 1.000 6.500 4000.O 262 22658 28 1.000 9.000 4000.O 125 14000 28 1.000 6.375 4000.O 225 17318 28 1.000 8.625 4000.0 115 15442 28 1.000 8,500 4000.O 145 18906 28 1.000 6.750 4000.0 125 17e97 28 1.000 6.750 4000.O 165 18545 28 1.000 8.625 4000.O 40 19411 28 i l t
P,', G d 4 3
, 1.000 8.750 4000.O 170 19844 29 1.000 8.500 4000.0 180 21432 28 1.000 8.750 4000.O 110 16813 28 1.000 6.675 4000.O 182 17968 28 1.000 6.500 4000.0 200 21227' 28 1.000 8.500 4000.O 245 22051 28 1.000 12.00 6.500 4000.O 350 15120 22680 ,
29 1.000 12.00 7.500 4000.O 300 9450 25968 29 1.000 12.00 7.500 4000.O 300 12758 28350 29 1.000 12.00 7.500 4000.O 325 11104 27405 s 29 1.000 12.00 7.500 4000.0 325 10395 2400e 29 1.000 12.00 7.500 4000.0 325 11813 23e25 29 1.000 12.00 7.500 4000.O 325 11340 27878 29 1.000 12.00 7.500 4000.O 325 10868 27878 29 1.000 12.00 7.500 4000.O 300 11340 25988 29 1.000 12.00 7.000 4000.O 250 10868 26460 30 1.000 12.00 7.000 4000.O 250 10868 32130 30 1.000 12.00 7.000 4000.O 200 7560 29350 30 1.000 12.00 7.000 4000.O 200 10868 26933 30 1.000 12.00 7.000 4000.O 300 10868 30240 30 1.000 9.00 4.500 3290.O 325 11750 19270 32 1.000 9.00 4.500 3290.0 375 v400 18800 32 1.000 9.00 4.500 3290.O 350 11750 19270 32 1.000 9.00 4.500 3290.O 4v0 12220 21150 32 1.000 9.00 4.500 3290.O 400 9635 13630 32 1.000 12.00 8.125 3500.O 300 3250 26670 35 1.000 12.00 7.875 3500.O 300 3250 28420 35 1.000 12.00 8.000 3500.O 300 8250 27650 35 1.000 12.00 7.750 3500.O 300 8250 23000 , 35 1.000 12.00 8.000 3500.O 300 8250 24370 35 1.000 12.00 7.8/5 3500.O 300 8250 25680 35 1.000 12.00 7.875 3500.O 300 8250 32280 35 1.000 12.00 7.625 3500.O 300 9250 29960 35 1.000 12.00 8.000 3500.O 300 8250 26990 35 1.000 12.00 8.000 f.5 0 0 . O 300 8250 29190 35 \
+
y .- Q-4
- S 64 1 Y//D rW.6 Nuclesr Power Plant Pull-out Test DBASE noth: CALTJ C to calculate and EALI] .P to print ,
, EALTl E to erase current Range '
____________.___________________._______________________________as..g__ s s
, 2 KWIK KLT DI AMETER = 1 SAMPLE SI~LE 90.00 np . __ ____.____ .. ____.=,.__ __ ____________________ ____ _ ______. __J.
~\
,j\ CRITERION AVG MAX MIN l BOLT TEN 5 ION INFORMATION
gs. __ ________________________..-------l AVG. ULT. TENSION , 23948.';2 s
LENGTH 8.38 12.00 6. OOw l '
!=========
EMBED 5.39 7.00 4 ($0 i MAX. ULT. TENSION ;, '36382.90 3494.79 4009.10 2790.'00 l TIN. ULT. TENSION CONCRETE ~7560.00 TOROUE 2e5.08 1000.00 O. % l COEF. OF VARIANCE 21.70 PRELOAD 7967.27'17J1A.00 0. k0 l STD. DEVIATION $195.91 , ___.._____________.____.__________________.______..______________________t( HILTI At&R4GE UL T I*lAT E (ABBOT A. HANVU TENSION : 17861.90
========= r i
'r ,
'N ,
NC fs DATA BASE DIAMETER LENGTH EMBED CONCRETE TOROUE PRELOAD PULLOUT TEST
; '1.000 12.00 7.000 0000.O 200 1228F 25988 1 l 1.000 12.00 7.000 3000.O 200~ 850p 23625 1 1.000 17 00 7.000 3000.O 200 5670 19845 1 1.000 12.00 7.000 3000.O 200 7560 28823 1 1.000 12.00 6.000 3000.O 360 10824 27421 2 1.OGO 12.00 ,, 6.000 3000.C 300, 7936 25256 2 1.000 6. OQ, , 4.500 3000.U; 325 *
'8659 21648 2 1.000 12,UO 6.000 3000.O O28 101v2 259'7 ,
2 1.000 ,6.00 4.500' 3000.O ./ Su 5773 18040 2 1.000 12.00 6.000 3000.O 360' 10680 27421 2 1.000 12.00 6.000 3000.O ' 4b0 15875 23813$ 2 1.000 6.00 4.500 3000.O 400 10824 23813 2 1.000 6.00 4.500 3000.0 400 10624 24634 2 s 1.000 12.00 6.000 3000.O 450 17319 27421 - 2 1.000 e . '.' O 4.500 5000.V .50 721e 20205 2 5: .000 6.00 4.500 3000.U 325 8659 20205 2 l'.000 6.00 4.750 4 0 0 0 . :- a0 7 3:.'4 24098 3 1.000 6.00 4.750 4000.O 159 5e70 23625 3 1.000 6.00 4.750 4000.O 300 82e9 20554 3 1.000 6.00 4.750 4000.O 250 7560 24098 3 1.000 6.00 4.7"U 4000.U 400 s 14648 20081 3 o ~' 1.000 6.00 4.750 4000.O 275' 9450 20790 3 1.000 6.Ou 4.750 4.'00.O 300 11813 19645 3 s' 10395 ' i' ' 1.000 1 .-0 0 0 6.00 6.OU [4.750 4.750 4000.O 350 26933 3 s 4000.O 450 13039 18900 .- 1.000 6.00 4 . .' 5 0 4000.O 225 7796 19373 3 1.000 e.00 4.7b0 4000.O .. .i b i1813 23625 3 1.000 9.00' 4.500 3000.o 250 8880 19020 4 1.000 9.UO 4.500 3000.O 250 9225 15754 4 1.000' 9.00 4.500 3000.O 250 6100 21780 4 J 1.000 9.00 4.500 3000.O 250 6100 21780 4 s
\
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PAGE 2 1.000 9.00 4.500 3000.O 250 8880 19020 4 1.000 v.00 4.500 3000.U 250 7020 217eO 4 1.000 9.00 4.500 2000.O 250 7020 21780 4 1.000 9.00 4.500 3000.O 250 6780 19020 4 1.000 9.00 7.000 4000.1 175 6615 32366 5 1.000 9.00 7.000 4000.1 175 8032 33547 5 1.000 9.00 7.000 4000.1 175 11340 28586 5 1.000 9.00 7.000 4;000.1 175 7087 34256 5 1.000 9.00 7.000 4000.1 175 9922 36382 5 1.000 9 . <.i o 6.62b 4000.1 175 8741 32602 5 1.000 6.00 4.500 3000.O 250 5434 24098 7 1.000 6.00 4.500 3000.O 350 8978 23625 7 1,000 6.00 4.500 3000.O 90 2126 26460 7 1.000 6.00 4.500 3000.O 350 9923 23153 7 1.000 6.00 4.500 3000.O 175 4253 26460 7 1.000 6.00 4.500 3000.O 175 4725 24570 7 1.000 6.00 4.500 3000.O 350 10395 23625 7 1.000 6.00 4.500 3000.O 250 5670 25043 7 i.000 6.00 4.500 3000.O 125 3544 22680 7
.M ' 6.00 4.500 3000.O 125 3071 23625 7 a s . ;.
6.00 4.500 3000.O 90 2363 28350 7
- 1. > f 6.00 4.500 3000.O 90 2599 25043 7 1.000 6.00 4.500 3000.O 125 2835 25988 7 1.000 6.00 4.500 3000.O 250 6143 25988 7 1.000 9.00 5.500 4000.O O O 28250 9 1.000 9.00 5.500 4000.O O O 30000 9 1.000 9.00 4.500 4000.0 0 0 24500 9 1.000 9.00 5.500 4000.O O O 33250 9 1.000 10.00 7.000 2790.O 150 0 7560 10 1.000 10.00 7.000 2790.O 150 0 8505 10 1 1.000 9.00 6.000 3500.O 230 8160 19720 11 1.000 9.00 e.OOO 2500.0 200 11220 23120 11 1.000 9.00 6.000 3500.O 200 7820 20400 11 1.000 9.00 4.500 4000.1 300 9528 23514 19 1.000 9.00 4.500 4000.1 300 10267 26627 19 1.000 9.00 4.500 4000.1 300 11636 25589 19 1.000 6.00 4.500 4000.1 200 8160 30600 20 1.000 6.90 4.500 4000.1 200 5440 21760 20 1.000 6.00 4.500 4000.1 200 5440 30600 20 1.000 9.00 e.000 4000.1 700 5051 31029 25 1.000 9.00 6.000 4000.1 1000 7216 31029 25 l 1.000 9.00 6.000 4000.1 1000 7216 32472 25 l 1.000 6.500 4000.O 262 22658 28 1.000 6.375 4000.0 225 17318 28 1.000 6.750 4000.0 125 17697 28 1.000 6.750 4000.O 165 18545 28 l 1.000 6.675 4000.O 182 17968 28 l
1.000 6.500 4000.0 200 21297 28 1.000 12.00 6.500 4000.O 350 15120 22680 29 1.000 12.00 7.000 4000.O 250 10868 26460 30 1.000 12.00 7.000 4000.O 250 10868 32130 30 1.000 12.00 7.000 4000.O 200 7560 28350 30 1.000 12 .00 7.000 4000.O 200 10868 26933 30 1.000 12.00 7.000 4000.O 300 10868 30240 30 1.000 9.00 4.500 3290.O 325 11750 19270 32 l 1.000 9.00 4.500 3290.O 375 9400 18900 32
-e F H .2 ~ :
1.000 9.00 4.500 3090.0 050 11750 19270 JJ 1.UOO 9.90 4.500 3290.O 400 12220 21150 32 1.000 9.00 4.500 3290.O 400 9:27 5 13630 32
, , _ , , , . , y .--. -m -
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-- n o A
. 'I O FW-E 1 HFB Nuclear Power Plant Pull-out Test DBASE note : LALT] C to calculat e and LALTJ P to print CALT] E to erase current Rance KWIK BOLT DIAMETER = 1 3 AMPLE SIZE 104.00 CRITERION AVG mat MIN : BOLT TEN 5 ION INFORMATION
-_-__-____--- -_- -------------- ---l AVG. ULT. TENSION 27131.89 LENGTH 11.48 12.00 9.00 : =========
EMBED 8,20 10.00 7.00 : MAX. ULT. IENSION J8752.00 CONCRETE 3630.60 4000.10 2790.00 MIN. ULT. TENSION 7560.00 TORQUE 264.30 500.00 1.00 COEF. OF VARIANCE 21.61 PRELOAD 8792.41 16538.00 0.00 : sTD. DEVIATION 5864.55 HILTI AVERAGE IJL TIMATE (ABBOT A. HANK 5) TENSION : 22473.00 h
=========
DATA BASE ( DIAMETER LENGTH EMBED CONCRETE TOROUE PRELOAD PULLOUT TEST 1.000 12.00 ~7.000 3000.O 200 12265 2b988 1 1.000 12.00 7.000 0000.O 200 8505 23625 1 1.000 12.00 7.000 3000.O 200 6670 19845 1 - 1.000 12.00 7.000 3000.O 200 75eO 28823 1 1.000 12.00 10.000 2000.O 250 4868 34324 4 1.000 12.00 10.000 3000.O 250 4868 34324 4 1.000 12.00 10.000 3000.O mo 9225 28022 4 1.000 12.UO 10.000 3000.O 300 9915 287.0 4 1.000 12.00 10.000 3000.O .' 0 0 10260 28720 4 1.000 12.09 10.000 0000.O 300 10260 28720 4 1.000 12.00 10.000 3000.O 3v0 9915 28720 4 1.000 12.00 1O.000 3000.O 200 5280 28720 4 1.000 12.00 10.000 0000.O .00 9225 28022 4 1.000 9.UU 7.000 4000.1 175 6615 325c6 5 1.000 Y.00 7.000 4000.1 1<5 6032 .'3547 5 1.000 9.00 7.000 4000.1 1 ~/ 5 11340 28586 5 1.000 9.00 7.000 4000.1 1/b 7087 3425e 5 1.000 9.00 7.000 4000.1 175 992.; 36382 5 1.000 12.00 7.001 4000.1 1 11600 '1750 e i.000 12.00 7.001 4000.1 1 7975 18850 6 1.000 12.00 7.001 4000.1 1 10150 21750 e 1.000 12.00 7.750 3000.O 310 /324 22208 8 1.000 12.00 7.750 3000.0 300 bbOb 217J.5 8 1.000 12.00 7.750 3000.O 300 8978 23625 8 1.000 12.00 7.7bo 3000.O 500 15120 32130 8 t 1.000 12.00 7.750 3000.O 400 11812 28350 8 1.000 12.00 7.750 3000.O 250 6851 24570 8 1.000 12.00 7.750 3000.O 275 7088 24098 8 1.000 12.00 7.750 3000.O 300 9450 22680 8 1.000 12.00 7.750 3000.0 400 10868 30712 a 1.000 12.00 7.750 3000.O 175 4016 29768 8
9 PAGE's. 1.000 12.00 7.'750 3000.O 500 16538 29531 8 1.000 12.00 7.750 3000.0 325 6616 20553 8 1.000 12.00 7.750 3000.O 400 10395 30712 8 1.000 12.00 7.750 3000.0 225 5670 25043 8 1.000 12.00 7.750 3000.0 500 15592 -s1658 8 1.000 10.00 7.000 2790.0 150- O 7560 10 1.000 10.00 7.000 2790.O 150 0 8505 10 1.000 12.00 9.875 4000.0 300 9688 33908 13 1.000 12.00 9.750 4000.0 300 11764 34600 13 1.000 12.00 9.875 4000.0 300 12283 35292 13 1.000 12.00 9.688 4000.0 300 12456 35984 13 1.000 12.00 10.000 4000.0 300 10380 33908 13 1.000 12.00 10.000 4000.0 300 9688 34600 13 1.000 12.00 9.813 4000.0 300 8996 33216 13 1.000 12.00- 9.750 4000.0 300 11591 35984 13 1.000 12.00 9.938 4000.0 300 9861 34600 13 1.000 12.00 9.813 4000.0 300 10207 34600 13 1.000 12.00 10.000 3000.0 240 5270 22850 15
- 1.000 12.00 10.000 3000.0 240 5920 20261 15 1.000 12.00 10.000 3000.O 245 5660 25751 15 1.000 8.000 4000.1 300 1 25419 16 1.000 8.000 4000.1 300 1 26793 16-1.000 8.000 4000.1 300 1 38752 16 1.000 8.000 4000.1 300 1 25419 16 1.000 8.000 4000.1 300 1 24045 16 1.000 9.00 8.000 4000.1 275 10200 32640 21 1.000 9.00 8.000 4000.1 300 11560 30600 21 1.000 9.00 8.000 4000.1 225 4760 38080 21 1.000 8.000 4000.1 210 10020 35190 22 1.000 8.000 4000.1 210 12024 27720 22 1.000 8.000 4000.1 210 8645 26400 22 1.000 6.000 4000.1 210 5645 26400 22 1.000 8.000 4000.1 210 6983 33072 22 1.000 6.CKiO 4000.1 210 11356 20340 22 1.000 8.000 4000.1 210 10020 24045 22 1.000 8.000 4000.1 210 7980 36570 22 1.000 9.00 8.000 4000.1 400 13710 30307 23 1.000 9.00 8.000 4000.1 400 14432 23813 23 1.000 9.00 8.000 4000.1 400 10824 25256 23 1.000 9.00 8.000 4000.1 400 11546 28142 23 1.000 9.00 8.000 4000.1 400 10824 21648 23 1.000 8.750 4000.0 189 19844 28 1.000 9.000 4000.0 125 14000 28 1.000 8.625 4000.0 115 15442 28 1.000 8.500 4000.0 145 18906 28 1.000 8.625 4000.0 40 19411 28 1.000 8.750 4000.0 170 19844 28 1.000 8.500 4000.0 180 21432 28 1.000 8.750 4000.0 110 , 16813 28 1.000 8.500 4000.0 245 22081 28 1.000 12.00 7.500 4000.0 300 9450 25988 29 1.000 12.00 7.500 4000.0 300 12758 28350 29 1.000 12.00 7.500 4000.0 325 11104 27405 29 1.000 12.00 7.500 4000.0 325 10395 24806 29 1.000 12.00 7.500 4000.0 325 11813 23625 29 1.000 12.00 7.500 4000.0 325 11340 27878 29
F wik I 1.000 12.00 7.SOU 4000.O 325 10868 2787e 29 1.U00 12.00 7.500 4000.O 300 11340 25988 29 1.000 12.00 7.000 4000.O 250 10868 2e460 30 1.000 12.00 7.000 4000.O 250 108eE 32130 30 1.000 12.00 7.000 4000.O 209 756U 28350 30 1.000 12.00 7.000 4000.O 300 10868 23933 ;.0 1.000 12.00 7.000 4000.O 300 10868 30240 30 1.000 12.UU 8.12b 3500.O 300 8250 26670 35 1.000 12.00 7.875 3500.O 300 8250 28420 35 1.000 12.00 8.000 3bOV.O 300 8250 27650 35 1.000 12.00 7.7b0 3500.O 300 8250 23000 25 1.000 12.00 8.000 3500.O .00 8250 24370 ;.5 1.000 12.00 7.875 3500.O 300 8250 23680 35 1.000 12.00 /.G75 3500.O 300 8250 32280 35 1.000 12.OU 7.625 3500.O 300 8250 29960 35 1.000 12.00 8.000 3500.O 300 8250 26990 35 1.000 l '.: . 00 8.000 3500.O 300 8250 29190 35 l
[j *e 44-A L1 P4 E 1 J HVB Nuclear Power Plant Pull-out Test DBASE note : EALT3 C to' calculate and EALT] P to print EALT3 E to erase current Rance UWIK BOLT DIAMETER = 1 SAMPLE SIZE 113~.00. CRITERION AVG MAX MIN : BOLT TENSION INFORMATION
---~~------------------------------- AVG. ULT. TENSION 26225.76 9.88 12.00 6.00 : =========
~ LENGTH EMBED 7.39 10.00 4.50 : MAX. ULT. TENSION 38752.00
-CONCRETE 4268.62 6000.00 4000.00 : MIN. ULT. TENSION 3100.00 TOROUE 271.82 1000.00 0.00 : COEF. OF VARIANCE 23.45-PRELOAD 9000.02 15600.00 0.00 STD. DEVIATION 6149.43 HILTI AVERAGE ULTIMATE (ABBOT A. HANKS) TENSION : 23441.00
=========
DATA BASE DIAMETER LENGTH EMBED CONCRETE TORQUE PRELOAD PULLOUT TEST 1.000 6.00- 4.750 4000.0 200 7324 24098 3 1.000 6.00 4.750 4000.0 150 5670 23625 3 1.000 6.00 4.750 4000.0 300 8269 20554. 3 1.000 6.00 4.750 4000.0 250 7560 ~24098 3 1.000 6.00 4.750 4000.0 400 14648 20081 3 1.000 6.00 4.750 4000.0 275 9450' 20790 3 1.000 6.00 4.750 4000.0 300 11813 19845 3 l 1.000 6.00 4.750 4000.0 350 10395 26933 3 1.000 6.00 4.750 4000.0 450 13939 ~ 18900 3 ! 1.000 6.00 4.750 4000.0 225 7796 19373 3 1.000 6.00 4.750 4000.0 325 11813 23625 3
- 1.000 9.00 7.000 4000.1 175 6615 32366 5 l 1.000 9.00 7.000 4000.1 175 8032 33547 5 l 1.000 9.00 7.000 4000.1 175 11340 28586 5 i 1.000- 9.00 7,.000 4000.1 175 7087 34256 5 1.000 9.00 7.000 4000.1 175 9922 36382 5 1.000 9.00 6.625 4000.1 175 8741 32602 5 1.000 12.00 7.001 4000.1 1 116v0 21750 6 1.000 12.00 7.001 4000.1 1 797b 18850 6 1.000 12.00 7.001 4000.1 1 10150 21750 e 1.000 9.00 5.500 4000.0 0 0 28250 9 1.000 9.00 5.500 4000.O O O 30000 9 1.000 9.00 4.500 4000.0 0 0 24500 9 1.000 9.00 5.500 4000.0 0 0 33250 9 1.000 12.00 9.875 4000.0 300 9688 33908 13 1.000 12.00 9.750 4000.0 300 11764 34600 13 1.000 12.00 9.875 4000.0 300 12283 35292 13 1.000 12.00 9.688 4000.0 300 12456 35984 13 1.000 12.00 10.000 4000.0 300 10380 33908 10 1.000 12.00 10.000 4000.0 300 9688 34600 13 1.000 12.00 9.813 4000.0 300 8996 33216 13 l
[
c. PAGE 2 1.000 12.00- 9. ~750 4000.O 300 11591 35984 -13 1.000 12.00 9.938- 4000.0 300 9861 34600 13 1.000 12.00 9.813 4000.0 300 10207 34eOO 13 1.000 8.000 4000.1 300 1 25419- 16 1.000 8.000 4000.1 300 1 26793 16 1.000 8.000 4000.1 300 1 38762 16 1.000 8.000 4000.1 300 1 25419 16 1.000 8.000 4000.1 .300 1 24045 16 1.000 12.00 9.500' 6000.O 275 7455 23430 - 18 . 1.000 12.00 9.500 6000.O 350 9588 22700 18 1.000 12.00 9.500 6000.O' 200 4970 26270 18 1.000 12.00 9.500 6000.O 400 2840 22010 18 1.000 12.00 9.250 6000.O 400 13490 255eO .18 1.000 12.00 9.625 6000.0 350 12825 28400 18 1.000 12.00 9.375 6000.O 275 6745 23430 18 1.000 12.00 9.675 6000.O 200 6035 24140 18 1.000 12.00 9.250 6000.O 400 12780 22010 18
.1.000 12.00 9.375 6000.0 275 7808 28400 18 1.000 12.00 9.375 6000.0 350 11360 24850 18 1.000 12.00 9.750 6000.O 200 6745 28400 18 1.000 9.00 4.500 4000.1 300 9528 23514 19 1.000 9.00 4.500 4000.1 300 10267 26627 19 1.000 9.00 4.500 4000.1 300 11636 25589. 19 1.000 6.00 4.500 4000.1 200 8160 30600 20 1.000 6.00 4.500 4000.1 200 5440 21760 20 1.000 6.00 4.500 4000.1 200 5440 30600 .20 1.000 9.00 8.000 4000.1 275 10200 32640 21 300 11560 30600 21 '
1.000 9.00 8.000 4000.1 1.000 9.00 8.000 4000.1 225 4760 38080 21 1.000 8.000 4000.2 210 10020 35190 22 1.000 8.000 4000.1 210 12024 2'7720 22 1.000 8.000- 4000.1 210 8645 26400 22 1.'000 8.000 4000.1 210 8645 26400 22 1.000 8.000 4000.1 210 698.3 >2072 22 1.000 8.000 4000.1 210 11356 20340 22 1.000 8.000 4000.1 210 10020 24045 22 1.000 8.000 4000.1 2
' 10 7990 36570 22 1.000 S.00 8.000 4000.1 400 13710 30307 23 1.000 o.OO 8.000 4000.1 400 14432 23813 23 1.000 9.00 8.000 4000.1 4vo 10824 25256 23 1.000 9.00 8.000 4000.1 400 11546 28142 23 1.000 9.00 8.000 400v.1 400 10824 21648 23 1.000 9.00 6.000 4000.1 '700 5051 31029 25 1.000 9.00 6.000 4000.1 1000 7216 31029 25 1.000 9.00 6.000 4000.I 1000 7216 32472 25 1.000 9.00 6.750. 4450.O 250 7600 16400 26 1.000 9.00 6.750 4450.0 250 7600 17200 26 1.000 9.00 6.750 4450.O 200 6000 18400 26 1.000- 8.750 4000.0 189 19844 28 1.000 6.500 4000.0 262 22658 28 , 1.000 9.000 4000.0 125 14000 28 1.000 e.375 4000.O 225 17318 28 1.000 8.625 4000.0 115 15442 28 1.000 8.500 4000.0 145 18906 28 1.000 6.750 4000.O 125 17697 28 1.000 6.750 4000.0 165 18545 28 e
F PAGE . e 1.000 8.625 4000.0 40 19411 28 1.000 8.750 4000.0 170 19844 28 1.000 8.500 4000.O 180 214.~.2 28 1.000 8.750 4000.O 110 16813 28 1.000 6.675 4000.O 182 17968 28 1.000 6.500 4000.0 200 21287 28 1.000 8.500 4000.O 245 22081 28 1.000 12.00 e.500 4000.O 350 15120 22680 29 1.000 12.00 7.500 4000.0 300 9450 25988 29 1.000 12.00 7.500 4000.O 300 12758 28350 29 1.000 12.00 7.500 4000.0 325 11104 27405 29 1.000 12.00 7.500 4000.O 325 10395 24806 29 1.000 12.00 7.500 4000.0 325 11813 23625 29 1.000 12.00 7.500 4000.O 325 11340 27878 29 1.000 12.00 7.500 4000.O 325 10868 27878 29 1.000 12.00 7.500 4000.0 300 11340 25988 :.9 1.000 12.00 7.000 4000.O 250 10868 26460 30 1.000 12.00 7.000 4000.O 250 10868 32130 30 1.000 12.00 7.000 4000.O 200 7560 28350 30 1.000 12.00 7.000 4000.O 300 10868 26933 30 1.000 12.00 7.000 4000.O 300 10868 30240 30 1.000 Y.00 7.000 5000.O 425 15600 33100 31 1.000 9.00 7.000 5000.O 450 14900 33100 31 1.000 9.00 7.000 5000.U 475 14900 30650 31 1.000 9.00 7.000 5000.O 445 13500 31350 31 1.000 9.00 7.000 5000.0 435 13500 3100 31 i i 1 I I I
Q-
- 1. (f*
So PAGE 1 HFB Nuclear Power Plant Pull-out Test DBASE note : [ ALT) C to calculate and [ALlJ P to print [ALTJ E to erase current Range F:W I FK BOLT DIAMETER = 1 SAMOLE SIZE 50.00 CRITERION AVG MAX MIN l BOLT TENSION I N F O R M/-,T I O N
.._-: AVG. ULT. TENSION 25488.94 12.00 6.00 l =========
LENGTH 8.45 EMBED 5.92 7.00 4.50 : MAX. ULT. TENSION 36382.00 CONCRETE 4127.03 5000.00 4000.00 l MIN. ULT. TENSION 3100.00 TOROUE 284.28 1000.00 0.00 ; COEF. OF VARIANCE 25.20 PRELOAD 8866.36 15eOO.OO O.00 l STD. DEVIATION 6423.81 HILTI AVERAGE ULTIMATE (ABBUT 4. HANKS) TENSION : 20059.98
=========
DATA BASE
------------------- --- --- - ------ ------- - --------- --------------- l DIAMETER LENGTH EMBED CONCRElE TOROUE PRELOAD PULLOUT TEST 1.000 6.00 4.750 4C00.O 200 7324 24098 3 1.000 6.00 4.750 4000.O 150 5670 23625 3 1.000 6.00 4.7bO 4000.O 309 8269 20554 3 1.O'O 6.00 4.750 4000.O 250 7560 24098 3 1.000 6.00 4.7bo 4000.0 400 14648 20081 3 1.000 6.00 4.750 4000.0 275 9450 20790 3 1.000 6.00 4.750 4000.U 300 11810 19845 3 1.000 6.UO 4./50 4000.O 350 10395 26933 3 1.000 6.00 4.750 4000.O 450 13939 18900 3 1.000 6.00 4.750 4000.O J25 7796 19T/3 3 1.000 o.OO 4.750 4000.0 .m 5 11813 23625 3 1.000 9.00 7.000 4000.1 175 6615 32366 5 I
1.000 4.00 7.000 4 .,0 0 . 1 1/5 6032 33547 5 1 1.000 C.00 7.000 4000.1 1/5 11:4v 28586 5 l 1.000 9.00 7.000 4000.1 175 /087 34256 5 1.000 9.00 7.000 4000.I 1/5 9922 36382 5 1.000 9.00 6.e25 4000.I 175 6741 32602 5 1.000 9.00 5.500 4000.O v 0 28250 9 1.000 9.00 5.500 4000.O O O 30000 9 1.000 9.00 4.500 4000.O O O 24500 9 l 1.000 9.00 5.500 4000.O O O 33250 9 1.000 9.00 4.500 4000.1 300 9528 23514 19 1.000 9.00 4.500 4000.1 300 10267 26627 19 1.000 9.00 4.500 4000.1 300 11636 25589 19 1.000 6.00 4.500 4000.1 ;.00 8160 30600 20 1.000 6.00 4.500 4000.1 200 5440 21760 20 1.000 6.00 4.500 4000.1 200 t440 30600 20 1.000 9.00 6.000 4000.1 700 5051 01029 25 l 1.000 9.00 e.000 4000.1 1000 7216 31029 25 1.000 9.00 6.000 4000.1 1000 7216 32472 25 1.000 9.00 6.750 4450.O 250 7600 16400 26
o f- wA _ 1.000 9.00 6.750 4450.O 250 7600 17200 2e 1.OOu 9.00 6.750 4450.O 200 6000 15400 26 1.000 6.500 4000.O 2c2 22658 28 1.000 6.375 4000.O 225 17318 26 1.000 6.750 4000.O 125 17697 29 1.000 6.750 4000.o le5 18545 28 1.000 6.675 4000.O 182 17968 28 1.000 6.50U 4000.0 200 21287 28 1.000 12.00 6.500 4000.O 350 15120 22e80 29 1.000 12.00 7.000 4000.O 250 10868 26460 30 1.000 12.00 7.000 4000.O 250 10868 30130 30 1.000 12.00 7.000 4000.O 200 7560 28350 30 1.000 12.00 7.000 4000.O 300 10868 26933 30 1.000 12.00 7.000 4000.O ;.00 10868 30240 30 1.000 9.00 7.000 5000.O 425 15600 33100 51 1.000 9.OO 7.000 5000.O 450 14900 J.3100 31 1.000 9.00 7.000 5000.O 475 14900 30650 31 1.000 9.00 7.000 6000. U 445 13500 31350 31 1.000 9.00 7.000 5000.O 435 13500 3100 31
r y .4.A
- -l./ F-W.H. 1 Y/4 HKB Nuclear Power Plant Pull-out~ Test DBASE note : ~LALTJ C to calculate and LALT3 P to print.
CALT] E to erase current Range KWIK BOLT DIAMETER = 1 SAMPLE SIZE 78.00 CRITERION AVG h4X MIN : BOLT TENSION INFORMATION
---l AVG. ULT. TENSION 27302.74 LENGTH 11.04 12.00 9.00 : =========-
EMBED 8.26 10.00 7.00 : MAX. ULT. TENSION 38752.00 CONCRETE 4371.83 6000.00 4000.00 ! MIN. ULT. TENSION '3100.00 TOROUE 268.04 475.00 1.00 : COEF. OF VARIANCE 23.05 PRELOAD 9540.72 15600.00 1.00 l STD. DEVIATION 6292.00 HILTI AVERAGE ULTIMATE (ABBOT A. HANKS) TENSION : 23441.00.
=========
DATA BASE DIAMETER LENGTH EMBED CONCRETE TOROUE PRELOAD PULLOUT -TEST. 1.000 9.00 7.000 4000.1 175 6615 32366 5 1.000 9.00 7.000 4000.1 175 8032 33547 5 1.000 9.00 7.000 4000.1 175 11340 28586 5 1 1.000 9.00 7.000 4000.1 175 7087 34255 5 1.000 9.90 7.000 4000.1 175 9922 36382 5 1.000 12.00 7.001 4000.1 1 11600 21750 6 1.000 12.00 7.001 4000.1 1 7975 18850 6
- 1.000 12.00 7.001 4000.1 1 10150 21750 6 1.000 12.00 9.875 4000.O 300 9688 33908 13 1.000 12.00 9.750 4000.O 300 11/64 34600 13 e
1.000 12.00 9.875 4000.0 300 12283 35292 13 i 1.000 12.00 9.688 4000.O 300 12456 35984 13 1.000 12.00 10.000 4000.O 300- 10380 33908 13 1.000 12.00 10.000 4000.0 300 9688 34600 13 l 1.000 12.00 9.813 4000.0 30v 6996 33216 13 l 1.000 12.00 V.750 4000.0 300 11591 35984 13 1.000 12.00 9.938 4000.O 300 9861 34600 13 1.000 12.00 9.813 4000.0 300 10207 34600 13 1.000 8.000 4000.1 300 1 25419 16 1.000 8.000 4000.1 300 1 26793 16 i 1.000 8.000 4000.1 300 1 38752 16 l 1.000 8.000 4000.1 300 1 25417 16 1 ! 1.000 8.000 4000.1 300 1 24045 1e l 1.000 12.00 9.500 6000.O 275 7455 23430 18
.1.000 12.00 9.500 6000.0 350 9588 227eo 18 1.000 12.00 9.500 6000.0 200 4970 26270 18 1.000 12.00 9.500 6000.O 400 2840 22010 1e 1.000 12.00 9.250 6000.O 400 13490 25560 18 i
1.000 12.00 9.625 6000.O 350 12825 28400 18 1.000 12.00 9.375 6000.O 275 6745 23430 18 ! 1.000 12.00 9.675 6000.0 200 6035 24140 18 J
l Fa2E - 1.000 12.00 9.250 e000.O 400 12780 22010 18 1.000 12.00 9.375 6000.O 275 78C8 2e400 18 1.000 12.00 9.375 e000.O 350 11360 24850 16 1.000 12.00 9.750 6000.O 200 6745 28400 16 1.000 9.00 8.000 4000.1 275 10200 32640 21 1.U00 9.00 8.000 4000.1 000 11560 30600 21 1.000 9.00 8.000 4000.1 225 4760 3808U 21 1.000 6.U00 4000.1 210 10020 35190 22 1.000 8.000 4000.1 210 12024 27720 22 1.000 8.000 4000.1 210 E645 26400 22 1.000 8.000 4000.1 210 8645 26400 22 1.000 8.000 4U00.1 .10 6983 33072 22 1.000 8.000 4000.1 210 11356 20340 22 1.000 8.000 4000.1 .11 0 10020 24045 22 1.000 8.000 4000.1 210 7980 36570 22 1.000 9.00 8.000 4000.1 400 13710 30307 23 1.000 9.00 8.000 4000.1 400 14432 23813 23 1.000 9.00 8.000 4000.1 400 10824 25256 23 1.000 9.00 8.000 4000.1 400 11546 28142 23 1.000 9.00 6.U00 4000.1 400 10824 21648 23 1.000 8.750 4000.O 189 19844 28 1.000 9.000 4000.O 125 14000 28 1.000 8.625 4000.O 115 15442 28 1.000 8.500 4000.O 145 18906 28 1.000 8.625 4000.O 40 19411 28 1.000 8.750 4000.O 170 19844 28 1.000 8.500 4000.O 180 21432 28 1.000 8.750 4000.0 110 16813 28 1.000 8.500 4000.O 245 22081 28 1.000 12.00 7.500 4000.O 200 9450 25988 29 1.000 12.00 7.500 4000.O 300 12758 28350 29
- 1. U'iO 12.00 7.500 4000.0 325 11104 27405 29 1.000 12.00 '7.500 4000.O 325 10395 24806 29 1.000 12.00 7.500 4000.U 325 11813 23625 29 1.000 12.00 7.500 4000.O 325 11340 '7878 29 1.000 12.00 7.500 4000.0 325 1U860 27878 29 1.000 12.00 7.500 4000.O 300 11340 25988 29 1.U00 12.UO 7.000 4000.O 230 10868 26460 30 1.000 12.00 7.000 4000.O 250 10a68 32130 30 1.000 12.00 7.000 4000.O JOO ib60 2s350 30 1.000 12.OU 7.000 4000.O 300 10868 26933 30 1.000 12.00 7.000 4000.O 300 10868 30240 30 1.000 9.00 7.000 5000.O 425 15600 33100 31 1.U00 9.00 7.000 5000.O 450 14900 33100 31 1.000 9.00 7.000 5000.O 475 14900 30650 31 1.000 9.UU 7.000 5000.O 445 13500 31350 31 1.000 9.00 '7.000 5000.O 435 13500 3100 31
I V
)Y ML FAGI I *//g HLB Nuclear Power P1 ant Pull-out Test DBASE note : [ALTJ C to calculate and [ALTJ P to print
[ALTJ E to erase current Range L.WIV BOLT DIAMETER == 1.25 SAMPLE SIZE 14/.00 CRITERION AVG MAX MIN l BOLT TENSION INFORMATION _ _ - _ _ _ _ _ _ - ..- _ _ _ _ _ - --- - - - - _ _ _ _. - - - - - - - - l AV6. ULT. TENSION 33771.98 LENGTH 11.28 12.00 9.00 : ========= EMBED 7.59 10.50 5.50 ; MAX. ULI. TENSION 66000.00 CONCRETE 3744.02 6000.00 3000.00 ; MIN. ULT. TENSION 17860.00 TOROUE 409.29 750.00 1.00 LOEF. OF VARIANCE 22.88 PRELOAD 11317.82 29768.00 2363.00 l STD. DEVIRTION 7728.68 HILTI AVERAGE ULTIMATE (ABBOT A. HANKS) TENSION : 30079.50
=========
DATA BASE DIAMETER LENGTH EMBED CONCRETE TOROUE F' RELOAD PULLOUT TEST 1.250 12.00 5.500 2000.O 520 13710 28575 2 1.250 12.00 9.000 _.000.O 530 18040 39688 2 1.250 12.00 9.000 0000.O 630 10824 37523 2 1.250 12.00 9.000 3000.O 580 21648 36080 2 1.250 12.00 5.500 3000.0 520 13710 3030'7 2 1.250 12.00 9.000 3000.O 480 25256 43296 2 1.250 12.90 5.500 3000.O CO 13710 2742U 2 1.250 12.00 5.500 3000.U 420 13710 29585 2 1.250 12.UO 5.600 3000.O 600 16761 28864 2 1.250 12.00 5.500 3000.0 420 14432 28864 2 1.250 12.00 9.000 3000.U 480 16040 36060 2 1.250 12.00 9.000 3000.O 58U 23091 43296 2 1.250 12.OU 5.500 3000.O 520 12710 27420 2 1.250 12.00 5.500 _3000.0 SUV 1/318 28431 2 1.250 1c.UU 5.500 3000.O e00 17_'18 30307 ; 1.250 12.00 5.750 4000.0 450 11815 3o383 3 1.250 12.00 5.750 4000.0 400 8506 36146 3 1.250 12.00 5.750 4000.O 550 19945 38745 3 l 1.250 12.00 5.750 4000.O /00 6970 37800 3 1.250 12.00 5.750 4000.O 325 13703 40399 3 1.250 12.00 5.750 4000.O 425 1890Q 36146 3 1.250 12.00 5.750 4000.O 600 2v768 37800 3 1.250 12.00 5.750 4000.0 500 J6460 37800 3 1.250 12.00 5.750 4000.O 350 141/5 38873 3 1.250 12.00 5.750 4000.0 b 'd 22043 39218 3 1.250 12.00 5. '/50 4000.0 3/5 13466 39218 3 1.250 12.00 5.750 4000.O 4/5 20790 37600 3 1.250 12.00 10.000 3000.0 425 c5 /O 37900 4 1.250 9.00 5.500 3000.O J.UO 8535 25230 4 1.250 12.00 10.000 3000.0 475 11690 28720 4 1.250 12.00 10.000 3000.O 425 9570 37900 4
Pwn . 1.250 9.00 5.500 3000.O 300 7845 25230 4 1.25U 12.00 10.000 3000.O 475 1le*O 32110 4 1.250 12.00 10.000 3000.0 475 11690 32110 4 1.250 12.00 10.000 3000.0 4/5 11eo O 287'O 4 1.250 12.00 10.000 3000.O 350 6810 28720 4 1.250 12.00 10.000 3000.O 375 1169V 39300 4 1.250 9.00 5.500 3000.O 300 8535 25230 4 1.250 9.00 5.500 3000.O 275 8190 25230 4 1.250 12.00 10.000 3000.O 475 8880 35800 4 1.250 9.00 5.500 3000.0 300 9750 25230 4 1.250 9.00 5.500 3000.O 300 9915 25230 4 1.250 12.00 10.U00 5000.U 475 BE80 35800 4 1.250 9.00 5.500 3000.O 300 9915 25230 4
- 1. _'5 0 v.00 5.500 3000.O 309 7845 25200 4 1.250 9.00 5.500 3000.O 275 8190 25230 4 1.250 12.00 10.000 3000.0 375 11e90 39300 4 1.250 9.00 5.500 3000.O 300 9750 25230 4 1.250 ',2. 00 5.501 4000.1 1 E700 27750 6 1.250 12.00 5.501 4000.1 1 11600 26100 6 1.250 9.00 5.500 300U.O 550 9450 34965 7 1.250 9.00 5.500 3000.O 350 6143 32603 7 1.250 9.00 5.500 3000.O 550 9450 32603 7 1.250 9.00 5.500 3000.0 250 4725 34965 '7 1.250 9.00 5.500 3000.O 450 9430 31638 7 1.250 9.00 5.500 3000.O 150 2599 28823 7 1.250 9.00 5.500 3000.O 150 2599 28350 7 1.250 9.00 5.500 3000.O 550 9450 28350 7 1.250 9.00 5.500 3000.O 250 3080 37800 7 1.250 9.00 5.500 3000.O 450 8505 33075 7 1.250 9.00 5.500 3U00.U 350 7560 33075 7 1.250 9.00 5.500 3000.O 150 3071 30240 7 1.250 9.OU 5.500 3000.O 450 9923 33075 7 1.250 9.00 5.500 3000.O 350 6615 28350 7 1.250 9.VO 5.500 3000.O 250 448Y 30713 7 1.250 12.00 8.750 3000.O 550 12758 38273 8 1.250 12.UU 8.750 3000.O 600 10868 37328 E 1.250 12.00 8.750 3000.O 300 6143 36855 8 1.250 12.U0 8.750 3000.0 585 1039b 31658 t:
1.250 12.00 8.750 3000.0 750 15329 27405 8 1.250 12.00 8.750 3000.O bv0 12/58 38745 8 1.250 12.00 8.750 2000.O 400 6951 40635 8 1.250 12.00 8.750 3000.0 650 13466 43470 8 1.250 12.00 8. 7'50 3000.O 650 15828 42525 8 1.250 12.00 8.750 3000.O 55U 8476 39690 6 1.250 12.00 8.750 3000.0 700 160o5 4 0 1'e 3 8 1.250 12.00 8.75U 3000.U 600 13230 39640 6 1.250 12.00 8.750 3000.O 700 14175 30712 e I 1.250 12.UO 8.750 0000.U 650 le301 42525 6 1.250 12.00 8.750 3000.0 600 10868 32130 8 1.250 9.00 7.500 3L00.0 240 6460 34U00 11 1.250 9.00 7.500 3500.0 300 10540 34000 11 1,250 9.00 7.500 3500.O 700 8160 34000 11 1.250 12.00 10.500 3000.0 40 9757 27813 15 1.250 12.00 10.500 3000.O 400 8404 31407 15 1.250 12.00 10.500 3000.0 400 5335 20688 15 1.250 12.00 9.250 6000.0 425 7100 31950 18
F465 1.250 12.00 9.125 6000.O 725 2272U 40700 18 1.250 12.00 9.125 6000.0 550 11350 37760 18 1.250 12.00 9.000 6000.O 550 9585 34v80 18 1.250 12.00 9.25U 6000.0 425 88/5 36:i20 18 1.250 12.00 9.000 6000.0 550 1207U 36920 18 1.250 12.00 9.000 6000.O ~7 25 16460 45440 18 1.250 12.00 9.625 6000.O 425 9520 47570 18 1.250 12.00 9.500 6000.0 325 5148 48370 18 1.250 12.00 8.875 6000.O 650 12780 49700 18 1.250 12.00 8.750 6000.O 725 17040 34790 18 1.250 12.00 8.875 6000.0 650 16330 44020 18 1.250 12.00 9.750 6000.O e50 1b620 46150 18 1.250 12.00 9.500 6000.O 325 5325 32660 18 1.250 12.00 9.500 6000.0 325 4793 36920 18 1.250 9.00 5.500 4000.1 300 9860 27200 20 1.250 9.00 5.600 4000.1 300 1U200 27200 20 1.250 9.00 5.500 4000.1 300 10200 27200 20 1.250 12.00 9.500 4000.1 350 14280 41480 21 1.250 12.00 9.500 4000.1 350 12240 41480 21 1.250 12.00 9.500 4000.1 350 10200 41480 21 1.250 8.750 4000.O 345 27421 28 1.250 8.750 4000.O 440 29874 28 1.250 8.500 4000.O 365 271 2 28 1.250 8.500 4000.0 250 24607 28 1.250 8.750 4000.O 320 20710 28 1.250 12.00 10.000 4000.0 b00 23625 25988 29 1.250 12.00 10.5U0 4000.0 500 18900 28823 29 1.250 12.UO 10.12b 4000.O 450 11540 21263 29 1.250 12.00 10.000 4000.O 450 1134U 46305 29 1.250 12.00 10.000 4000.O 500 21735 24570 29 1.250 12.00 1v.500 4000.O 500 15120 2/878 29 1.250 12.00 5.500 4000.O 150 4725 26933 30 1.250 12.00 7.000 4000.0 160 6615 23625 30 1.250 12.00 ' 500
. 4000.O JOO 2363 29768 30 1.250 11.00 ' 000
. 4000.0 125 4725 23625 30 1.2bv l '. . O O 7.000 4000.0 160 /088 33075 30 1.250 12.00 7.5U0 4000.O 200 4253 25515 30 1.250 12.UU /.b00 4000.U Ov 5198 3213U 30 1.250 12.00 5.500 4000.O 20U 10868 27405 30 1.Jbu 12.00 /.500 4000.0 .!U U 7008 30713 30 1.250 12.00 /.000 4000.0 125 4253 28350 30 1.250 12.00 7.500 4000.0 J50 9923 29768 30 1.250 12.00 7.500 4000.0 400 2363 38273 30 1.250 12.00 7.500 4000.0 450 23e3 42998 3U 1.250 12.00 7.000 4000.0 200 8505 26933 30 1.250 12.00 7.500 4000.0 250 9450 31185 30 1.250 12.00 5.500 4000.O 170 4725 33075 30 1.250 l'2.00 7.500 4000.O 250 9923 354/.8 30 1.250 12.00 7.000 4000.0 160 5198 27405 30 1.250 12.00 7.500 4000.0 200 5670 3402U 30 1.250 12.00 7.500 4000.O 150 2363 39690 30 1.250 12.00 7.000 4000.O 125 6143 29295 30 1.250 12.00 9.500 5000.0 650 21200 48500 31 1.250 12.00 9.500 5000.O b60 13500 48500 31 1.250 12.00 9.500 5000.0 19800 66000 31 1.250 12.00 9.500 5000.0 15600 59700 31
o Fhwi e e 1.250 12.90 9.500 "000.0
, 540 15600 4e500 31 1.250 v.OO S.500 3290.0 650 11260 19270 32 1.250 9.00 5.500 2290.0 525 12390 24440 32 1.25U 9.00 5.500 3290.0 300 11280 1/860 7.' 2 l
I i e i e i 1 .I i I 4 1 3
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_,.,-.,,-m._,,_,,._.,_-.v.. , , . . , - _ _ _ y ..,,.-.,.,m . . . . . _ - , , _ . , . . . . - - . - _ - - - _ . . _ _ . _ . . _ _ ,
, .Q 2-b P.-. ;-d 1 6 5
/C HF B Nucl ear Fower Plant Pull-out Test DBASE note : CALF 3 C to calculate and EALTJ P to print CALTJ E to ersse current kanoe KWIK BOLT DIAMETER = 1.20 S/4MPLE SIZE 80.00 CRI1EPION AVG max MIN : BGLT TENSION INFORMATION
____-_._.__-_-.___.----_.------------l AVG. ULT. IENSION J.Ub87.55 LENGTH 10.69 12.00 9.00 l ========= EMBED e.09 8.50 S.50 ' MAX. ULT. 1ENSION 42998.00 CONCRETE 3529.63 4000.10 3000.90 , MIN. UL1. TENSION 1/860.00 TOROUE 331.28 600.00 1.OU ! CUEF. OF VARIANCE 16.41 PRELOAD 9848.41 29768.00 2363.00 ; STD. DEVIATION 51 ~/2. 4 9 HILTI n'/ERAGE ULIIMATE (ABBOT 4. HANKS) TENSION : 24099.17
=========
DATA BASE DIAMETER LENGTH EMBED CONCRETE TOROUE PRELOAD PULLOUT TEST 1.250 12.00 5.50U 3000.O 520 13710 28575 2 1.250 12.00 5.500 3000.O 520 13710 30307 2 1.250 12.00 5.b00 2000.0 420 13710 27420 2 1.250 12.00 5.500 3000.O 420 13710 29585 2 1.25U 12.00 5.500 3900.O 100 18761 288e4 2 1.250 12.00 5.500 3000.O 420 14432 28864 2 1.250 12.00 5.50U 3U00.0 520 13710 J742C z 1.250 12.OU 5.bv0 3000.O 500 17018 28431 2 1.250 12.00 5.500 3000.O eOO 1/318 3U397 J 1.250 12.00 5./50 4000.0 459 11813 -J6383 0 1.250 12.00 5.750 4000.O 4 >0 8505 Je146 3 1.250 12.00 5./50 4000.0 t5. 19845 38745 3 1.250 1 . '." ' 5.750 4000.O 300 6978 37800 J. 1.250 12.00 5.750 4UOO.O 3.;5 12703 40299 3 1.250 1J.vu 5.750 4UOU.O 425 lb UU 06146 3 1.250 12.00 5.750 4000.U 600 2w7e8 37800 3 1.250 12.00 5.750 4900.O bou Je469 27800 1.250 12.00 5.750 4000.0 3bu 14175 38973 3 1.250 12.00 6.759 4000.0 57t JLO43 39218 3 1.250 12.00 5.750 4000.O 37b 13466 39218 3 1.250 12.09 5.750 4000.O 4/b JOs90 37800 3 1.250 9.00 5.509 3000.O 300 0535 25230 4 1.250 9.00 b.500 SUUU.U 00 7645 25230 4 1.250 9.00 5.500 2000.O 3OU 6535 25230 4 1.250 v.00 5.500 3000.O _/b 6190 252!O 4 1.250 9.00 5.500 3000.0 200 9750 25230 4 1.250 9.00 5.500 2JJUO . O 200 9915 25230 4 1.250 9.00 5.500 3000.O J.O O 9915 25200 4 1.250 9.00 5.500 3000.O 300 7845 25230 4 1.250 9.00 5.500 1000.O 275 8190 25230 4 1.250 9.00 5.600 3000.0 300 9/50 25230 4
I . M _ b 1.250 12.00 5 . 55.'1 4000.1 1 8700 2~750 i-1.Jbu 1J.UU b.501 4 0t.)U .1 1 1 1 e'."> 26100 6 1.250 9.00 5.500 3000.O 550 94du 34 % 5 1.250 9.UU 5.500 3UOO.O 350 t 14 - 2602 1.250 9.00 5.500 2000.O 550 9450 32o03 1.250 9.00 5.500 3000.O 250 4/JL 34965 1.250 9.00 5.500 3000.O 450 945U 31638 7 1.250 9.00 5.500 000.0 1b0 J599 28823 7 1.250 9.00 5.500 0000.O 150 2599 28350 7 1.250 9.00 5.500 3000.0 550 9450 28350 7 1.250 9.00 5.500 3000.O 250 3080 37800 / 1.25U 9.00 5.500 0000.(.7 450 8505 33075 , 1.250 9.00 5.500 3000.O 350 7560 33075 / 1.250 4.00 5.500 3000.O 150 3071 30240 7 1.250 9.00 5.500 3000.O 459 9923 33075 7 1.250 9.00 5.500 3000.O _50 6615 28350 7 1.250 9.00 5.500 2000.9 250 4489 30713 7 1.250 9.Ou 7.500 3 BOO.O .40 6460 24000 11 1.250 9.00 7.500 3500.O 300 10540 34000 11 1.250 9.00 7.500 3500.0 300 8160 34000 11 1.250 9.00 5.500 4000.1 300 98eO 27200 JO 1.250 9.00 5.500 4000.1 300 10200 27200 20 1.250 9.00 5.500 4000.1 300 10200 27200 20 1.250 8. BOO 4000.0 365 27132 28 1.250 8.500 4000.O 250 24607 28 1.250 12.00 5.500 4000.U 150 4725 26433 30 1.250 12.00 7.000 4000.O lev 6615 236J5 30 1.250 1 J. 00 7.500 4000.U 200 2363 29768 30 1.250 12.00 7.000 4000.O 125 4725 23625 '. O 1.250 12. i. O 7.000 4000.0 lov 7088 33075 39 1.250 12.00 7.500 4000.O 200 4253 25515 30 1.250 12.00 7.500 4000.U 200 5198 32130 30 1.250 12.00 5.500 4000.O 3v0 10368 2/405 30 1.250 12.00 7.500 4000.O .10 0 /068 30713 10 1.250 12.00 7.000 4000.O 1 ._ b 4253 28350 30 1.250 12.00 7.500 4000.0 250 6 23 29766 30 1.250 12.00 7.500 4000.0 400 2363 33273 30 1.250 li.v0 7.500 4000.0 4b0 c363 42998 i '. 1.250 12.00 7.000 4000.O 2v0 6505 26933 30 1.25U 12.00 7.500 4000.0 250 W5U J.1185 30
~
1.250 12.00 5.500 4000.U 170 472b 33075 30 , 1.250 12.00 7.SUU 4U00.O 250 9423 35438 30 l 1.250 12.00 7.000 4000.O 160 5148 27405 30 1.250 12.00 7.500 4000.0 200 So70 -' 4 0 J0 30 l 7.500 4000.O 2363 39690 30 1.250 12.00 15 <.) 1.250 12.UU 7.000 4000.0 125 6143 J9295 30 1.250 5.00 5.500 s290.O 550 11280 192/0 32 1.250 R.00 6.500 s290.O 32n 12690 24440 x 1.250 9.00 5.500 3290.U 500 11280 17860 3.
r7~~t; 2-h4 N -i 1 if/O HF.B Nuclear Power Plant Full-out Test DBASE note : CALTJ C to calculate and CALT3 P to orint CALT] E to er ase current Ranae VWIK BOLT DIAMETER = 1.25 SAMPLE SIZE e9.90 CRITERION AVG max MIN : BOLT TENSION INFORMATION
.-_______-_-__-___--__--------------; AVG. ULT. TENSION 37235.01 LENGTH 12.00 12.00 12.00 =========
EMBED 9.35 10.50 8.50 : MAX. ULT. TENSION 66000.00 CONCRETE 4000.00 6000.00 3000.00 : MIN. ULT. TENSION 20688.00 TOROUE 499.40 750.00 25U.00 ; COEF. OF VARIANCE 23.16 PRELOAD 131v8.66 25256.00 4793.00 : STD. DEVIATION 8622.23 HILTI AVERAGE ULTIMATE (ABBOT A. HANKS) TENSION : 3/282.08
=== =====
s DATA EASE DIAMETER LENGTH EMBED CONCRETE TOROUE PRELOAD PULLOUT TEST 1.250 12.00 9.000 3000.O 530 18040 39688 2 1.250 12.00 9.000 3000.O 530 10824 37b23 2 1.250 12.00 9.000 3000.U b80 21648 36080 2 1.250 12.00 9.000 3000.O 480 25256 43296 2 1.250 12.Ou 9.000 3000,u 4180 18040 36080 2 1.250 12.00 9.000 3000.O 580 23091 43296 2 1.250 12.00 10.000 3000.O 425 9570 37900 4 1.250 12.00 1v.000 3000.O 475 11690 28720 4 1.250 12.00 1O.000 3000.O 425 9570 37900 4 1.250 12.00 10.000 3000.0 47b 1169v 32110 4 1.250 12.00 10.000 2000.O 4'S 11690 32110 4 1.250 12.00 1v.000 3000.U 475 11690 28720 4 1.25U 12.00 10.000 3000.O ibo 6610 28720 4 1.250 12.00 10.000 3000.0 575 11690 39300 4 1.250 1J.00 10.000 0000.O 4/d 8880 35800 4 1.250 12.00 10.000 .'.00 0. O 4/5 8880 35800 4 1.250 12.00 10.000 2v00.0 375 11e90 3930v 4 1.250 12.00 8.750 3000.0 550 12758 38273 8 1.250 12.00 8.750 3000.O eOO 108e8 f.7328 8 1.250 12.00 8. 7'iO 3000.O 300 6143 36955 8 1.250 12.00 8.759 3000.O 685 10395 31658 8 1.250 12.00 9.750 3000.O 7b0 15929 27405 8 1.250 12.00 8.750 3000.O 500 12758 38745 8 1.250 12.00 8.750 3000.O 400 6851 40635 8 1.250 12.00 8.750 f.000.O 650 13466 43470 8 1.250 12.00 8.750 3000.O 650 15828 42525 8 1.250 12.00 8.750 3000.O 550 6978 39690 8 1.250 12.00 8.750 0000.0 700 16065 40163 8 1.250 12.00- 8.750 3000.O 690 13230 39690 8 1.250 12.00 8.750 3000.O 700 14175 30712 8 1.250 12.00 8.750 3000.0 650 16301 42525 8 (
r I P,W E ._ e 1.250 12.00 8.750 3000.0 600 10868 32130 8 1.250 12.UU 10.500 ~* 000. U 409 4757 27813 15 1.250 12.00 10.500 3000.O 400 84v4 314U7 15 1.250 12.00 10.50U 3000.0 400 bl3b 20688 15 1.250 12.00 9.250 5000.O 425 /100 31950 19 1.250 12.00 9.125 6000.O 725 .12720 49700 18 1.25U 12.00 G.125 6000.O 550 11350 09760 18 1.250 12.00 v.UUO 6000.0 550 9585 34080 18 1.250 12.00 9.250 6000.0 425 3875 36920 18 1.250 12.00 9.000 6000.O 550 12070 36920 1s 1.250 12.OU 9.000 6000.O 725 18460 45440 18 1.250 12. U .1 9.525 6000.0 425 6520 47570 16 1.250 12.00 9.500 6000.0 325 5148 48370 18 1.250 12.UU 8.875 6000.O 650 12780 49700 18 1.250 12.00 8.750 6000.O 725 17040 34790 18 1.250 12.00 8.875 6000.O e50 16330 44020 18 1.250 12.00 9.750 6000.O 650 15620 46150 18 1.250 12.00 9.500 6000.O 325 5325 326eO 18 1.250 12.90 9.500 6000.O 325 4793 36920 18 1.250 12.00 9.500 4000.1 35U 14280 41480 21 1.250 12.UO 9.500 4000.1 350 12240 41480 21 1.250 12.' O 9.500 4000.1 350 10200 41480 21 1.250 8.750 4000.O 345 27421 28 1.250 8.750 4000.0 490 29874 28 1.250 8.500 4000.0 365 27132 28 1.250 8.500 4000.0 250 24607 28 1.250 8.750 4000.O 320 20710 28 1.250 12.00 10.000 4000.O 500 23625 25988 29 1.250 12.00 10.500 4000.O 500 18900 28823 20 1.250 12. >> 10.125 4000.O 450 11340 21263 29 1 250 12.00 10.000 4000.O 450 11340 46305 29 1.250 12.00 10.U00 4000.O 500 .1735 24570 29 1.250 12.00 10.500 4000.0 500 15120 27878 29 1 250 12.00 9.LUU 6000.O 650 21200 48500 31 250 12.00 9.500 5000.O 560 13500 48500 31
. 250 12.00 4.500 5000.O 19800 66000 31
( 1.250 12.00 9.500 5000.O 15600 59700 31 1.250 12.00 9.500 bv00.0 540 15eUO 48500 31 l l t h l l i
9, 2 *$ O t.- 4 4t. L '///() HFB Nuclear Power Plant Pull-out Test DBASE note : LAtlJ L to cs1culate and LALTJ P to print CALT] E to erase current Panoe EWIK BOLT DIAMETER = 1.25 SAMPLE SIZE 127.00 CRITERION AVG MAX MIN l BOLT TENSION INFORMATION
---------i A Vf.s. U L T . lENSION 32112.84 LENGTH 11.le 12.00 9.00 l =========
EMEED 7.32 10.50 5.50 l Mm. ULT. TEN 5 ION 46305.00 CONCRETE 3428.12 4000.10 3000.00 : MIN. UL T . TENSION 17860.00 TOROUE 390.33 750.00 1.00 l COEF. OF VAPIANCE 18.93 PRELOAD 11030.44 29768.00 2363.00 l STO. DEVIATION 6078.80 HILTI AVERAGE ULTIMATE (ABBOT A. HANKS) TENSION : 27952.29
=========
DAlA BASE DIAMETER LENGTH EMBED CONCFEfE TOROUE PRELOAD PULLOUT TEST 1.250 12.00 5.500 3000.O 520 13710 28575 2 1.250 12.00 9.000 5000.O 530 18040 39688 2 1.250 12.00 9.000 3000.U 530 10824 37523 2 1.250 12.00 9.000 3000.O 580 21648 36090 2 1.250 12.00 5.500 J000.0 520 13710 30307 2 1.250 12.OU 9.000 3000.O 480 25256 43296 2 1.250 12.00 5.500 3000.0 420 13710 27420 2 1.250 12.U0 5.500 3000.0 420 13710 29585 2 1.250 12.UU 5.500 3000.O 600 16'761 28864 2 1.250 12.00 5.500 3000.O 420 14432 28864 ; 1.250 1.* . 00 9.000 3000.0 4c0 18040 6080 . 1.250 12.00 9.000 3000.O b80 23091 43296 2 1.250 1 .1. 0 0 5.500 3000.0 52U 13710 27420 2 1.250 12.00 5.500 2000.O '30 0 17318 28431 2 1.250 1.' . 00 5.500 3000.O 600 17bl8 00307 l 1.250 12.00 5.750 4000.0 450 11813 36383 3 1.25U 12.00 5.75U 4000.0 400 9505 36146 1.250 12.00 5.750 4000.O 55U 19845 38745 3 1.250 12.00 5.750 4000.0 300 8978 37600 3 1.250 12.00 5.750 4000.O 3 2 "., 13703 40299 3 1.250 12.00 5.750 4000.0 425 18900 36146 3 1.250 12.00 5.750 4000.0 600 29769 3/800 3 1.250 12.00 5.750 4000.U 500 26460 37800 3 1.250 12.00 5.750 4000.O !.50 14175 38873 3 1.250 12.00 5.750 4000.0 575 25043 39218 3 1.250 12.00 5. ~/50 4000.O '75
. 12466 39218 3 1.250 12.00 5.750 4000.O 475 .0790 37800 3 1.250 12.00 1O.000 3000.O 425 9570 37900 4 1.250 9.UU 5.500 f.0 0 0 . O 300 8535 25230 4 1.250 12.OU 10.000 3000.O 475 11690 28720 4 1.250 12.00 10.000 3000.U 425 9570 37900 4
Mut __ 1.250 9.OU 5.500 3000.O 300 7845 25230 4 1.2bO 12.00 10.000 3000.0 475 11690 32110 4 1.250 12.00 10.000 2000.0 47b 11690 32110 4 1.250 12.00 10.000 3000.O 475 11690 28720 4 1.250 12.00 10.000 3000.O 350 6810 28720 4 1.25U 12.00 10.000 3000.O 375 11640 39300 4 1.250 9.00 5.500 3000.U 300 8535 25230 4 1.250 9.00 5.500 3000.O 275 8190 25230 4 1.250 12.00 10.000 2000.O 475 8880 35800 4 1.250 v.00 5.500 3000.O 390 9750 25230 4 1.25U 9.00 3.500 3000.0 300 9915 25230 4 1.250 12.00 10.000 3000.0 475 888U J5800 4 1.250 9.00 5.500 3000.O 300 9915 25230 4 1.250 9.00 5.SOO 3000.O 300 7845 25230 4 , 1.250 9.00 5.500 2000.O 275 8190 252?O 4 ( 1.250 12.00 10.000 3000.0 375 11690 39300 4 1.250 9.00 5.500 3000.O 300 9750 25200 4 1.250 12.90 6.bv1 4000.1 1 8700 ' 7750 e 1.250 12.00 5.501 4000.1 1 11600 26100 6 1.25U 9.00 b.500 3000.O 5b0 9450 34965 7 1.250 9.00 5.500 3000.O 350 6143 32603 7 - 1.250 9.00 5.SOU 300<. . O S50 9450 32633 7 1.250 9.00 5.500 3000.O 250 4725 34965 7 [ 1.250 9.OU 5.500 2000.O 450 9450 31638 7 1.250 7.00 5.500 3000.O 150 2599 28823 7 1.250 9.00 S.500 3000.0 150 2599 28350 7 1.250 9.09 5.500 2000.O 550 9450 28350 7 1 .' 2 5 0 9.UO b.500 3000.0 250 3080 37800 7 1.250 9.00 5.500 3000.O 450 8506 33075 7 1.250 9.00 5.500 3000.O 330 7560 33075 7 1.250 9.00 5.500 3000.0 159 3071 30240 7 1.250 9.90 5.500 3000.O 450 9923 33075 7 1.250 9.00 5.500 3000.O 3bo e615 28350 7 1.260 9.00 b.500 3000.O 250 4489 30713 7 1.250 12.00 8.750 2000.0 b50 12758 38273 8 1.250 12.00 8.750 3U00.0 600 10868 37328 e 1.250 12.00 8.750 3000.U 300 c143 3e855 8 1.250 12.99 8.7b0 3000.0 boS 1939b 316b8 8 1.250 12.00 8. 750 2000.O 750 15829 27405 8 1.250 12.00 8.750 3000.0 LOO 12758 38745 6 1.250 12.00 8.750 3000.O 4UU 6851 40635 8 1.250 12.00 8.750 3000.U 650 134e6 43470 8 1.250 12.00 8.750 3000.O 659 15328 42525 8 1.25U 12.00 8.?bo 3000.0 550 6976 39690 E 1.250 12.00 8.750 2000.0 700 lo065 40163 8 1.230 12.00 8.750 3000.O 600 13230 09690 8 1.250 12.00 8.750 0000.O '00 7 14175 30712 8 1.250 12.00 6.750 3000.O eb0 16301 42525 8 1.250 12.OU 8.750 2000.O 600 19868 32130 8 1.250 9.00 7.500 3500.0 MU 6460 34000 11 1.250 9.00 7.500 3500.O 300 10540 34000 11 1.250 9.00 7.500 3500.O OU SloO 34000 11 1.250 12.00 10.500 3000.0 400 9757 27813 15 1.250 12.00 10.500 3000.0 400 8404 31407 15 1.250 12.00 10.500 3000.O 400 5335 20688 15 1.250 9.00 5.500 4000.1 300 9860 27200 20
r F4dE : o 1.250 9.UU 5.500 4000.1 300 10200 2/200 20 1.250 9.00 5.500 4000.1 300 10200 .27200 20 1.250 12.00 9.500 4000.1 350 14250 41480 21 1.250 12.00 9.500 4000.1 350 12240 4146U 21 1.250 12.00 9.500 4000.1 350 10200 41480 21 1.250 8.750 4000.0 J4b 2/421 28 1.250 8.750 4000.O 490 29874 28 1.250 8.500 4000.0 365 27132 28 1.250 8.500 4000.O 250 24607 28 1.250 6.750 4000.0 320 20710 '8 1.250 12.00 10.000 4000.O 500 23625 25988 29 1.250 12.v0 10.500 4000.0 600 18900 28823 29 1.250 12.00 10.125 4000.O 450 11340 21263 29 1.250 12.00 10.000 4000.0 450 11340 4e305 29 1.250 12.00 1O.000 4000.O 500 21735 24570 29 1.250 12.00 10.500 4000.0 500 15120 27878 29 1.250 12.00 5.500 4000.O 150 4725 26933 30 1.25U 12.00 7.000 4000.O 160 6615 23625 30 1.250 12.00 7.500 4000.O 200 2363 29768 30 1.250 12.00 7.000 4000.0 125 4725 23625 30 1.250 12.00 7.000 4000.O 1oO 7088 33075 30 1.250 12.00 7.500 4000.0 200 4253 25515 30 1.250 12.00 7.500 4000.O 200 5198 32130 30 1.250 12.00 5.500 4000.O 300 10868 27405 30 1.250 12.00 7.500 4000.O 200 7088 30713 30 1.250 12.00 7.000 4000.O 125 4253 28350 30 1.250 12.00 7.500 4000.O 250 9923 29768 30 1.250 12.00 7.500 4000.U 400 23e3 38273 10 1.250 12.00 7.500 4000.O 4b0 2363 42998 30 1.250 12.00 7.000 4000.O '00 8505 26933 30 1.250 12.00 7.500 4000.0 250 9450 31185 30 1.250 12.00 5.500 4000.O 170 4725 33075 30 1.250 12.00 7.'500 4000.0 250 9723 35438 30 1.250 12.00 7.000 4000.0 160 bl98 27405 30 1.250 1z.00 7.500 4000.O 200 5679 34020 30 1.250 12.00 7.500 4000.0 150 2365 39690 30 i 1.250 12.00 7.000 4000.O 1.'5 5143 29295 30 1.250 9.00 5.500 ;.240.0 tav 112EO 19270 32 1.250 9.00 5.500 3. .'9 0 . O 52b 12590 24440 12 1.250 9.00 5.500 ."290.0
- 500 11280 17860 3 .'.
I l l l I i I i l l i l
qf . 3-4 5 FALt 1 yo HF.B Nuclear Power Plant Pull-out Test DBASE note : CALT] C to calculate and LAL1] P to print CALT] E to erase current Range t WII:. BOLT DIAMETER = 1.25 SAMPLE SIZE 80.00 CRITERION AVG MAA MIN : DOLT TENSION INFORMATION
-____ --_.--__ -. __..___ -_ ---------; AVG. ULT. IENSION 30587.55 LENGTH 10.69 12.00 9.00 : =========
EMBED 6.09 8.50 5.50 : MAX. L'L T . 1ENblON 42998.00 CONCRETE 3529.63 4000.10 3000.00 : MIN. UL T . TENSION 176e0.00 TORQUE a31.28 eOO.OU 1.00 COEF. O f~ VARIANCE lo.91 PRELOAD 9848.41 29768.00 2363.00 : STD. DEVIATION 5172.49 HILTI AVERAGE UL TIMAIE ': A B B O T 4. H ANF .S ) TENSION : 2409?.1/
==..=.=:=-=
DATA BASE DIAMETER LENOlH EMBED CONCRETE TOROUE PRELOAD PULLOUT TEST 1.250 12.00 5.500 3000.0 520 13710 28575 2 1.250 12.00 5.500 3000.O 520 13710 30307 2 1.250 12.00 5.500 3000.O 420 13710 27420 2 1.250 12.00 5.500 3000.0 420 13710 29585 2 1.250 12.00 5.500 2000.O 600 18761 28864 2 1.250 12.00 5.500 3000.O 420 14432 28864 2 1.250 12.00 5.500 3000.O 5U 13710 27420 2 1.250 12.00 5.500 3000.O 600 1/318 28431 2 1.250 12.UU 5.300 3000.O 600 17318 30307 z 1.250 12.00 5.750 4000.O 450 11813 36383 3 1.250 12.00 5.750 4000.O 400 6505 36146 2 1.250 12.00 5.750 4000.O 550 10945 38/45 3
- 1. .:5U 12.00 5.750 4000.0 300 8978 37E00 3 1.250 12.00 5.750 4000.O 325 13703 40399 3 1.250 12.00 5,.75U 4000.0 425 189U0 3614e .
1.250 12.00 5.750 4009.U 600 .24768 37800 : 1.250 12.00 5.750 4000.O 500 26460 37600 2 1.250 12.00 5.750 4000.O $50 1417"i 38873 3 1.250 12.00 5.750 4000.0 575 25043 J.9216 . 1.250 12.00 5.75U 4000.0 375 1346e 39218 .. 1.250 12.OU 5.750 4000.U 475 20790 $7800 3 1.250 9.00 5.500 3000.O 300 9535 25230 4 1.250 9.00 5.500 3000.O 700 7645 25230 4 1.250 9.00 5.500 1000.O 300 8535 25230 4 1.25U 9.00 5.500 3000.0 275 8190 23230 4 1.250 9.00 5.500 3000.U 300 9/50 25230 4 1.250 9.00 5.500 3000.0 300 9915 25230 4 1.250 9.00 5.500 3000.O 300 9915 25230 4 1.250 9.00 5.500 3000.O 300 7845 25230 4 1.250 9.00 5.500 3000.O 275 8190 25230 4 1.250 9.00 5.500 3U00.O 500 9750 25230 4
("~ PAeE ; e 1.250 12.00 5.501 4000.1 1 8700 27750 o 1.250 12.90 5.b01 4000.1 1 11500 2e100 e 1.250 9.00 5.500 3000.O 550 9450 349e5 7 1.260 9.00 5.500 3000.O 350 6143 32603 7 1.250 9.00 5.500 0000.O 550 9450 32603 7 1,250 9.00 5.500 3000.O 450 4725 34965 7 1.250 9.00 5.500 3000.O 450 9450 31638 7 1.250 9.00 5.500 3000.O 150 2599 28823 7 1.250 9.00 5.500 3000.0 150 2599 28350 7 1.250 9.00 5.500 2000.O 550 9450 28350 7 1.250 9.00 5.500 3000.O 250 3080 37800 7 1.250 9.00 5.500 3000.O 450 8505 33075 7 1.250 9.00 5.500 0000.O 350 7560 33075 7 1.250 9.00 5.500 3000.O 150 3071 30240 / 1.250 9.00 5.500 3000.O 450 9923 33075 7 1.250 9.00 5.500 3000.O 350 6615 28350 7 1.250 9.00 5.500 3000.0 250 4489 30713 '7 1.250 9.00 7.500 3500.0 240 6460 34000 11 1.250 9.00 7.500 3500.0 300 10540 34000 11 1.250 9.00 7.500 3500.0 300 8160 34000 11 1.250 9.00 5.500 4000.1 300 9860 2'/200 20 1.250 9.00 5.500 4000.1 300 10200 27200 20 1.250 9.00 5.500 4000.1 300 10200 27200 20 1.250 8.500 4000.0 365 27132 28 1.250 8.500 4000.0 250 24607 28 1.250 12.00 5.500 4000.O 150 4725 26933 30 1.250 12.00 7.000 4000.0 160 6615 23625 30 1.250 12.00 7. BOO 4000.O 200 2363 29768 30 1.250 12.00 7.000 4000.O 125 4725 23625 30 1.250 12.00 7.U00 4000.O leo 7068 33075 30 1.250 12.00 7.500 4000.O 200 4253 25515 30 1.250 12.00 7.500 4000.O 200 5198 32130 30 1.250 12.00 5.500 4000.0 300 10868 27405 30 1.250 12.00 7.500 4000.0 200 7088 30713 30 1.250 12.00 7.000 4000.O 125 4253 23350 30 1.250 12.00 7.500 4000.O 250 9923 297e8 30 1.250 12.00 7.500 4000.O 400 2363 38273 30 1.250 12.00 7.500 4000.O 4bO 2363 42998 39 1.250 12.00 7.000 4000.O 200 8505 26933 30 1.250 12.00 7.500 4000.0 250 9450 21185 30 1.250 12.00 5.500 4000.0 1/U 47 5 33075 30 1.250 12.00 7.500 4000.O 250 9923 35438 30 l 1.250 12.00 7.000 4000.O 160 51/8 27405 30 1 l 1.250 12.00 7.500 4000.0 200 56/O 34020 30 l 1.250 12.00 7.500 4000.O 150 2 ~~ 6 3 39690 30 1 1.250 12.00 7.000 4000.0 125 6143 29295 30 1.250 9.00 5.500 3290.0 550 11280 iv270 32 l 1.250 9.00 5.500 3290.0 525 12690 24440 32 1.250 9.00 5.500 3290.U 500 11280 17860 32 >
ph
- ~ - 4 %
~
O g/w HFB Nuclear Pcwer P1snt Pul1-Qut IOst DBHSE note : CALTJ C to calculate and LALTJ F' to print CALTJ E to erase current Range KWIK BOLT DisMElER = 1.25 5AMFLE SIZE 49.00 CRITERION AVG MHA MIN ' BULT 1ENSION INFORMATION __________-.-___---___------------__-: gyg, ut;, EngIgn 34;49,29 LENGTH 12.00 12.UO 12.00 ; ========= EMBED y.38 10.50 6.50 l max. ULT. TENSION 46305.00 CONCRETE 3285.72 4000.10 3000.00 l MIN. UL1. TENSION 20688.00 TOROUE 483.!7 750.VO 250.09 ; COEF. OF VARIANCE 19.52 PRELOAD 13125.86 25256.00 5335.00 : eld. DEVIATION 6704.67 HILTI AVERAGE ULTIMAlE (ABBOf A. HANKS) TENSION : 33256.56
=========
DATA BASE DIAMETER LENGTH EMBED CONCRETE TOROUE PPELOAD PULLOUT TEST 1.250 12.00 9. Cum 3"M.O 630 18040 39668 2 1.250 12.00 9.000 3000.O 530 Iv824 37523 2 1.250 12.00 9.000 3000.O d60 21648 36080 2 1.250 12.00 9.000 3000.O 480 25256 43296 2 1.250 12.00 9.000 _'000.O A90 18040 3eO80 2 1.250 12.00 9.000 3000.O 580 23v91 43296 2 1.250 l '- . 0 0 10.U00 3000.o 425 9570 37900 4 1.250 12.00 1O.000 3v00.O 475 11690 28720 4 1J.00 10.000 ; _vv0.U 425 957U 37900 4 1.250 1.250 12.00 10.000 3000.0 4/5 11090 37110 4 1.25e 12.00 10.000 2000.0 475 11ev0 3J110 4 1.250 12.00 10.000 3000.O 475 11640 28120 4 1.25U 12.UU 10.000 2000,u 350 eE10 2E7 O 4 1.250 12.00 10.000 f.OOO . O 3/5 1 16'-/ u 39300 4 1.250 12.00 10.000 3000.O 4/5 688v 35800 4 1.250 12.00 10.000 3000.O 475 8880 S800 4 1.250 12.00 10.000 2000.O J. / 5 11650 39 J.00 4 1.250 12.00 8.750 .000.O 550 12758 38273 8 1.250 12.00 8.750 2000.O v.v 1U068 3/:.28 6 1.250 12.00 8.750 0000.O 300 6143 36855 8 1.250 1J.00 8.750 3000.O %b 10395 31658 8 1.250 12.00 8.150 3000.U /50 15829 27405 9 1.250 12.90 8.750 3000.0 $O0 12758 38745 e i.250 12.00 8.750 3000.O 400 6651 40635 8 1.25U 12.00 8./50 3000.9 e. 5 0 124ee 434/O 6 1.250 12.00 8. '/50 3000.U 650 15828 4:525 8 1.250 12.UU 8. 7's ' ".000.O bbv 6476 39e99 8 1.250 12.00 8.750 3000.O 700 16065 40163 S 1.250 12.00 8.750 3000,u 600 13230 39690 8 1.250 12.00 8.15v 2000.0 700 14175 30/12 8 1.25v 12.v0 8.750 3000.O 650 16301 42525 8
I t-4 G . - l l 1.250 12.00 8.75v 3000.O oOO 10e58 32130 8 l 1.250 12.00 10. St."> 3 0'.n) . O 400 9757 27813 15 ' 1.250 12.00 10.500 3000.0 400 8404 3140/ 15 1.250 12.00 10.500 3000.0 400 5335 20e88 lb 1.250 12.00 9.500 4000.1 35v 14290 41480 J1 1.250 12.00 9.500 4000.1 _.5 0 12240 41480 21 1.250 12.00 9.500 4000.1 150 10200 41480 21 1.250 8.750 4000.O 345 2/421 28 1.250 8.750 4000.O 490 '9874 28 1.250 8.500 4000.0 ?65 / /1 f.2 28 1.250 8.500 4000.O 250 24607 28 1.250 8.750 4000.U 220 20710 J8 1.250 12.00 10.000 4000.O $O0 23625 25988 J +- 1.259 12.00 10.500 4000.O 500 18900 JE823 24 1.250 12.00 10.125 4000.O 450 11340 212e3 29 1.250 12.OU 10.000 4000.O 450 11340 46305 20 1.250 12.00 10.000 4000.O 5 " * "'1735 24570 29 1.250 12.00 10.500 4000.O DOO 15120 27878 24 o i 1 l \ l l
T
/W 4-6 g g, PAGE 1 f///
HLB Nuclear Power Plant Pull-out Test DBASE note : [ ALT] C to calculate and [ALIJ P to print CALT] E to erase current Range FWIM BOLT DIAMETER = 1.25 SAMFLE SIZE 72.00 CRITERION AVG MAX MIN : BOLT TENSION INFORMATION AVG. ULT. TENSION 35502.19 LENGTH 11. 7 12.00 9.00 : ========= EMBED 7.eu 10.50 5.50 : MAX. ULT. TENSION 66000.00 CONCRETE 4486.12 6000.00 4000.00 MIN. UuT. 1ENSION 20710.00 TOROUE 373.53 725.00 1.00 l COEF. OF VARIANCE 25,12 PRELOAD 11731.40 29768.00 2363.00 l STD. DEVIATION 8919.41 HILTI AVERAGE ULTIMATE (ABBOT A. HANKS) TENSION : 34262.41
=========
DATA BASE DIAMETER LENGTH EMBED CONCRETE TOROUE PRELOAD PULLOUT TEST 1.250 12.00 b.750 4000.0 450 11813 36383 3 1.250 12.00 5.750 4000.O 400 8505 36146 3 1.250 12.00 5.750 4000.O b50 19845 38745 3 J.250 12.00 5,750 4000.O 300 8978 37800 3 1.250 12.00 5.75U 4000.0 325 13703 40399 3 1.250 12.00 5.750 4000.0 425 18900 36146 3 1.250 12.00 5,750 4000.O 600 .19768 37800 3 1.250 12.00 5.750 4000.O 500 26460 37800 3 1.250 12.00 5./50 4000.U 350 14175 38872 - 1.250 12.00 5.750 4000.O 575 25045 39218 3 1.250 12.On 5.750 4000.0 J75 13466 39218 ? 1.250 12.00 5.750 4000.0 4/5 20790 37800 3 1.25U 12.00 5.501 4000.1 1 t600 27750 6 1.250 12.00 5.501 4000.1 1 11600 26100 6 1.250 12.00 9.250 dOOO.O 425 7100 31950 18 l 1.25U 12.00 9.125 6000.O 725 22720 49700 18 1.250 12.00 9.125 6000.0 550 11350 -' 9 / 60 18 1.250 12.00 9.000 6000.O 550 9585 54080 18 1.250 12.00 9.250 6000.0 4.;b 8675 36920 18 1.250 12.00 9.000 6000.O 55U 120/0 36920 18 1.250 12.00 9.000 6000.0 725 184eo 45440 18 1.250 12.00 9.625 6000.O 425 8520 4/570 18 1.250 12.00 9.500 6000.0 325 5148 48370 18 1.250 12.00 8.875 6000.0 650 12780 49700 18 1.250 12.00 8.750 6000.0 725 17040 34790 18 1.250 12.00 8.875 6000.O 650 16330 44020 18 1.250 12.00 9.750 6000.0 650 15620 46150 18 1.250 12.00 9.500 6000.O 325 5325 32660 18 1.250 12.00 9.500 6000.0 325 4793 36920 18 1.250 9.00 5.500 4000.1 300 9860 27200 20 1.250 9.00 5.500 4000.1 300 10200 27200 20
s i PAGE 2 1.250 9.00 5.500 4000.1 300 10200 27200 20 1.250 12.00 9.5v0 4000.1 350 14280 41480 21 1.250 12.00 9.500 4000.1 350 12240 41480 J1 1.250 12.00 9.500 4000.1 3b0 10200 41480 21 1.250 8.750 4000.O 345 27421 28 1.250 8.750 4000.O 490 29874 28 1.250 8.500 4000.0 365 27132 28 1.250 8.500 4000.0 250 24607 28 1.250 8.750 4000.0 320 20710 28 1.250 12.00 10.000 4000.O 600 23625 25988 29 1.250 12.00 1O.500 4000.O 500 18900 28823 29 1.250 12.VO 10.125 4000.O 450 11340 21263 29 1.250 12.00 10.000 4000.0 450 11340 46305 29 1.250 12.00 10.000 4000.0 500 21735 24570 29 1.250 12.00 10.500 4000.O 500 15120 27878 29 1.250 12.00 5.500 4000.O 150 4725 26933 30 1.250 12.00 7.000 4000.O loo 6615 23625 30 1.250 12.90 7.500 4000.O 200 2360 29768 30 1.250 12.00 7.000 4000.O 125 4'725 23625 30 1.250 12.90 7.000 4000.O 160 7088 33075 30 1.250 12.OU 7.500 4000.O 200 4253 25515 30 1.250 12.00 ' .600 4000.0 200 5198 32130 30 1.250 12.00 b.500 4000.O 300 10868 27405 30 1.250 12.00 7.500 4000,u 200 7088 30713 30 1.250 12.00 7.000 4000.O 125 4253 28350 30 1.250 12.OU /.500 4000.O 250 9923 29768 30 1.250 12.00 /.500 4000.0 400 2363 38273 30 1.250 12.00 7.500 4000.O 450 2363 42998 30 1.250 12.00 7.000 4000.0 200 8505 26933 30 1.250 12.00 7.500 4000.0 250 9450 31185 30 1.250 12.00 5.500 4000.O 170 4725 33075 30 1.250 12.00 7.500 4000.O 250 9923 35438 30 1.250 12.00 7.000 4000.0 160 5198 27405 30 1.250 12.00 7.500 4000.O 200 5670 34020 30 1.250 12.00 7.500 4000.0 150 2363 39690 30 1.250 12.00 7.000 4000.O 125 6143 29295 30 1.250 12.00 9.500 5000.O 650 '1200 48500 31 1.250 1.' . 00 9.500 5000.O 560 13500 48500 31 1.250 12.00 9.500 5000.O 19800 66000 31 1.250 12.00 9.500 LOOO.O 15600 69700 .J.1 1.250 12.00 9.500 5000.O 540 15600 48500 31 i 6 l l
9.V Sr F%L . 1 V/C HLB Nuclear Power Plant Full-out Test DBASE note : CALTJ C to calculate and CALTJ P to print LALT] E to erase current Range FWIV BOLT DIAMETER = 1.25 SAMPLE S
--------------.------------------.---------------------------IZE CRITERION AVG MAX 40.00 MIN :
BOLT TEN 5 ION INFORMATION LENGTH ___------.-__--------l AVG. ULT. IENSION JJf.18.40 11.76 12.00 9.00 ! EMBED ========= 6.54 8.50 CONCRETE 4000.01 b.b0 : MAX. ULT. TENSION 42998.00 4000.10 4000.00 ; MIN. ULT. lENSION TOROUE 281.68 6v0.00 22625.00 PRELOAD 1.vu ; CUEF. OF VAR 1ANCE le.Q4 10152.84 29768.00 2363.U0 l 5TD. DEVIATION
---------------------.----------.-----------------.-------.-----5473.63 -----
HILTI AVERALiE UL TIMATE (ABBOT A. HANKS) TENSION : 27011.91
=========
DATA BASE DIAMETER LENGTH EMEED CONCREIE TORQUE FRELOAD PULLOU1 1.250 12.00 TEST 5.7bv 4000.0 4b0 11813 36383 1.250 3 12.00 5.759 4000.O 400 8505 1.250 12.00 36146 3 S. 75C 4000.0 550 19845 1.250 12.00 38745 3 5.75v 4000.O !.00 3978 37800 1.250 12.00 5.750 3 4000.U 325 13703 40399 3 1.250 12.00 5.75v 4000.O 425 18900 ?.6 1 4 6 3 1.25v 12.00 5.750 4000.0 1.250 000 2R7e8 37800 " 12.Ou 5.750 4000,u 500 26460 1.2bv 12.09 37800 3
- 5. 750 49vv. O ?,50 14175 1.250 12.00 38873 J.
5.750 4000.O 575 2b04? 39218 1.250 12.Ou 3 5.750 4000.O ; 'b 1346e 1.250 la.00 J 9.l 18 3 5.750 4000.O 475 20 No ;/800 1.250 1J.te 5.501 4000.1 1.250 1 8/Ou 7 "av e 12.00 5.501 4000.1 11600 1.250 9.00 i 26100 6 5.500 4000.1 ;00 %O
- 1. .'50 9.00 5.500 2720'i '*v l
4000.1 3v0 1o_vv 2/200 20 1.250 9.0v 5.500 4000.1 .vu 10 ,.iv ./7200 ce 1.450 9.500 4000,o %d l 1.250 27112 ;6 8.500 4vev.O 2 '., . , ._ q e O / 1.250 12.00 Ze 3.50v 4000.0 150 4/;5 2e933 1.250 12.vu 7 vv0 30 4000.0 lev seld f. 3 25 30 1.250 12.00 7.500 4000.v 200 1.250 12.00 7,000 233 . 29768 30 ' 4000.0 125 4 '2d 23625 30 1.250 12.Ou 7.900 4000,o 130 'Oen 3;v75 30 l 1.250 12.00 7.buv 40v0. v .00 4 b; 25515 ;u 1.250 12.00 7.500 4000.0 200 bl9a 3212.v 30 1.250 12.00 b.500 4000,v .00 ive6c 27405 :.0 1.250 12.00 7.500 4000.O 200 7098 30/12 30 1.250 12.00 7.000 4000.O 12b 4ad2 28350 30 1.250 12.00 7.500 4000.O 250 9923 29768 30 1.250 12.00 7.500 4000.O 400 23e3 38273 30 l L
p. I& dr&' F W.,E 3 1 6[9 HF.B Nuclear Power Plsnt Pull-out Test DEASE note : [ALTJ C to calculate and LALTJ F to print CALF] E to erase current Range Kwik BOLT DIAMETER = 1.25 5 AMPLE SIZE 34.00 CRITER10N AVG MAX MIN : BOLT TENSION INFORMATION
.----! AVG. ULT. IEN610N 38681.21 LENGTH 12.00 12.00 12.00 : =========
EMBED 9.37 10.50 8.50 : MAX. ULT. TENSION 66000.00 CONCRETE 50 '9.42 6000.00 4000.00 l MIN. ULT. TENSION 20710.00 f0 ROUE 484.22 725.00 250.00 : COEF. OF VARIANCE 27.93 PRELOAD 13'799.86 23e25.00 4793.00 l STD. DEVIATION 10804.82 HILTI AVERAGE ULTIMATE (ABB01 A. HANK 5) TENSION : 40970.50
=========
L' A I A EASE DIAMETER LENGTH EMBED CONChETE 'lOROUE PRELOAD PULLOUT TEST 1.250 12.00 9.250 6000.0 425 7109 J1950 18 1.250 12.00 9.125 6000.0 725 22~/20 49700 18 1.250 12.00 9.125 6000.0 b50 11350 397eO 18 1.250 12.00 9.000 eOOV.O 550 9585 34080 18 1.250 12.00 9.250 6000.O 425 6875 36920 18 1.250 12.00 9.00v 60vv.O 550 12070 3e920 18 1.250 12.vu 4.0v0 ov00.O 725 15460 45440 18 1.250 12.00 9.625 0000.0 425 8520 47570 18 1.250 12.v0 9.500 6000.0 .c 5 5146 49370 18 1.250 12.00 8.375 6000.0 65' ' 1278v 4970v 18 1.250 12.0v 8.750 6000.0 /' l'./040 34790 19 1.250 12.00 8.375 6000.O 650 16330 44020 1a 1.250 12.00 9.750 6000.O e50 15:20 46150 18 1.250 12.00 9.500 6000.9 .'. 2 5 5325 32660 18 1.25v 12.00 9.500 6000.O J25 4793 36920 18 1.250 12.00 9.500 4000.1 350 1428v 41480 21 1.250 12.00 9.500 4000.1 350 12240 41480 21 1.250 12.00 9.500 4000.1 35v 10200 41480 21
- 1. .'50 8.750 4000.O .45 27421 28 1.250 8.750 4000,u 490 298/4 28 1.250 8.500 4000.0 16b 27132 28 1.250 8.500 4000.0 '50 24607 28 1.250 8.750 4000.O ?. 29 20719 28 1.250 12.00 10.900 4000.O 500 23625 25988 29 1.250 12.Ou 10.599 4000.O 500 199vo 28823 29 1.250 12.00 10.125 40vv.O 450 11340 21263 29 1.250 12.00 10.000 4000.0 450 11340 46305 :'4 1.250 12.09 10.000 4000.O 500 21735 24570 29 1.250 12.00 10.500 4000.O 500 15120 27878 29 1.250 12.00 9.500 5000.O 650 21200 48500 31 1.250 12.00 9.500 5000.O 560 13500 48500 31
4 PAGE - 1.250 12.00 9.500 5000.O 19800 6 e 'X"~' '1 1.2Su 12.00 9.500 5000.O 15o00 59700 21 1.250 12.00 9. 50t >
- 5000.O 540 15600 49500 01 l .}}