ML19274D576
| ML19274D576 | |
| Person / Time | |
|---|---|
| Site: | Mcguire |
| Issue date: | 01/31/1979 |
| From: | Parker W DUKE POWER CO. |
| To: | Baer R Office of Nuclear Reactor Regulation |
| References | |
| NUDOCS 7902130139 | |
| Download: ML19274D576 (76) | |
Text
e J DUKE Powen Co> mar POWEH DUH. DING 422 Sourn Cucucu STREET, CHAHLoTTE. N. C. 2a242 WILU AM O. PA R K E R, J R. January 31, 1979 Vicr Patsiorwy Tttrpwon.E: Aa c A 704 Strau Pacoverion 373-4093 Mr. H. R. Denton, Director Office of Nuclear Reactor Regulation U. S. Nuclear Regulatory Commission Washington, D. C. 20555 Attention: Mr. R. L. Baer, Chief Light Water Reactor, Project Branch No. 2
Reference:
McGuire Nuclear Station - Unit 2 Docket No. 50-370
Dear Mr. Denton:
Pursuant to Section 50.55a(a)(2)(ii) of 10CFR Part 50, which requires that proposed alternatives to the requirements of Section 50.55a provide an acceptable level of quality and safety, and Footnote 6 to Section 50.55a, which states that the use of specific Code Cases may be authorized by the Commission for safety-related piping, it is requested that the following components be approved for use in the construction of Class II and III J piping which must conform to the requirementsSection III, Division 1 of the ASME Boiler Pre ssure Vessel Code. The components, identified as MBC part numbers 75650, 75648, 75743, 75649, and 75652, are flexible hoses consisting of a convoluted metal hose with a sheath of flexible wire braid over the convoluted hose. Requirements for the use of these flexible hoses in ASME Code application = ara addressed in Case Code N-192. Further con-ditions are applied b, Kegulaturf Guide 1.84, Revision 14. Appropriate data has been attached w'aich demunstrates ompliance of the flexible hose with those conditions specified in Code Case F-192 and Regulatory Guide 1.84, Revision 14.
It is requested that approval for use of this flexible hose be expedited in order to allow inclusion of the hose in the de ign of the component cooling system for Unit 2. A response by March 1, 1979 would be appreciated.
You very truly, ' '
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' William O. Parker, Jr.U v .N LJB:scs m asa e Boo + 5" -
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McGuire Nuclear Station Unit 2 Compliance with Regulatory Guide 1.84 Code Case N-192 Data for MBC P/N 75650, 75650-1, 75649, 75649-2, 75652, 75743, 75743-2, 75648, 75648-1 1.0 System Application All hoses, as identified by part members listed above, will bt ased in the component cooling system of McGuire Unit 2.
2.0 Design and Operating Pressure MBC P/N Design Pressure (PSIG) Operating Pressure (PSIG) 75650 150 100 75650-1 150 10 0 75649 2485 100 75649-2 2485 100 75652 2485 100 75743 150 100 75743-2 150 100 75648 150 100 75648-1 150 100 3.0 Pressure / Temperature Rating MBC P/N Pressure / Temperature Rating 75650 150 PSIG at 169 F 75650-1 150 PSIG at 169 F 75649 2485 PSIG at 650 F 75649-2 2485 PSIG at 650 F 75652 2485 PSIG at 650 F 75743 150 PSIG at 169 F 75743-2 150 PSIG at 169 F 75648 150 PSIG at 169 F 75648-1 150 PSIG at 169 F 4.0 Compliance with NC/ND - 3649 Refer to Report 531, attachel, for information related to MBC P/N 75650 and 75650-1 Refer to Report 532, attached, for information related to MBC P/N 75648, 75648-1, 75743 and 75743-2 Refer to Report 535, attached for information related to MBC P/N 75649, 75649-2 and 75652
McGuire Nuclear Station - Unit 2 ASME Boiler and Pressure Vessel Code-Case N-192 Data for MBC P/N 75650, 75650-1 1.0 The Design Temperature equals 169 F 2.0 Refer to Report No. CR 530, " Design Report for llose Assembly, Flexible Metal" Section 1. Page 2-16. Iloop support provides by the braid is ignored in the bellows analysis.
3.0 Braiding is made from wire conforming to Specification ASTM A 580-75. Braiding is grade GR321 which is acceptable under SA-479.
Refer to page 4 of Report No. CR 530.
4.0 All wire strands shall be welded to the welding collars of the con-voluted hose.
5.0 Stresses are within those listed under SA-479 as required. Refer to Report CR 531-Note 17 for required number of strands.
6.0 The examination requirements of the material specifications shall apply. In addition, visual examination of the wire strand-to-collar welds shall be required at initial acceptance to detect unconnected wire.
7.0 The fabricated flexible metal hose shall be stamped on one welding collar with the NPT Code symbol in accordance with NCA-8321. The Design Pressure and Temperature shall be part of the required information.
S.O Each hose shall be hydrostatically tested at 1.5 times the Design Pressure at room temperature.
9.0 The NPP-1 Form shall include the information required by this case and shall be filled out by the Certificate IIolder and signed by the Certificate IIolder and the Inspector for each group of 25 hoses or less of the same nominal pipe size and design.
10.0 Each hose will be marked with this ca'es number.
McGuire Nuclear Station - Unit 2 ASME Boiler and Pressure Vessel Code-Case N-192 Data for MBC P/N 75648, 75648-1, 75743, 75743-1 1.0 The Design Temperature equals 169 F 2.0 Refer to Report No. CR 530, " Design Report for Hose Assembly, Flexible Metal" Section 2. Page 17-31. Hoop support provides by the braid is ignored in the bellows analysis.
3.0 Braiding is made from wire conforming to Specification ASTM A 580-75. Braiding is grade GR321 which is acceptable under SA-479.
Refer to page 19 of Report No. CR 530.
4.0 All wire strands shall be welded to the welding collars of the con-voluted hose.
5.0 Stresses are within those listed under SA-479 as required. Refer to Report CR 532-Note 17 for required number of strands.
6.0 The examination requirements of the material specifications shall apply. In addition, visual examination of the wire strand-to-collar welds shall be required at initial acceptance to detect unconnected wire.
7.0 The fabricated flexible metal hose shall be stamped on one welding collar with the NPT Code symbol in accordance with NCA-8321. The Design Pressure and Temperature shall be part of the required information.
8.0 Each hose shall be hydrostatically tested at 1.5 times the Design Pressure at room temperature.
9.0 The NPP-1 Form shall include the information required by this case and shall be filled out by the Certificate Holder and signed by the Certificate Holder and the Inspector for each group of 25 hoses or less of the same nominal pipe size and design.
10.0 Each hose will be marked with this case number.
McGuire Nuclear Station Unit 2 ASME Boiler and Pressure Vessel Code-Case N-192 Data for MBC P/N 75649, 75652, 75649-2 1.0 The Design Temperature equals 650 F 2.0 Refer to Report No. CR 530, " Design Report for Hose Assembly, Flexibl2 Metal" Section 3. Page 32-46. Hoop support provides by the braid is ignored in the bellows analysis.
3.0 Braiding is made from wire conforming to Specification ASTM A 580-75. Braiding is grade GR321 which is acceptable under SA-479.
Refer to page 34 of Rerart No. CR 530.
4.0 All wire strands shall be welded to the welding collars of the con-voluted hose.
5.0 Stresses are within those listed under SA-479 as required. Refer to Report CR 535-Note 17 for required number of strands.
6.0 The examination requirements of the material specifications shall apply. In addition, visual examination of the wire strand-to-collar welds shall be required at initial acceptance to detect unconnected wire.
7.0 The fabricated flexible metal hose shall be stamped on one welding collar with the NPT Code symbol in cccordance with NCA-8321. The Design Pressure and Temperature shall be part of the required infor-mation.
8.0 Each hose shall be hydrostatically tested at 1.5 times the Design Pressure at room temperature.
9.0 The NPP-1 Form shall include the information required by this case and shall be filled out by the Certificate Holder and signed by the Certificate Holder and the Inspector for _ach group of 25 hoses or less of the same nominal pipe size and design.
10.0 Each hose will be marked with this case number.
-T, META!_ [e64/ CORPOR ATION CR 531 DOCUMENTATION OF COMPLIANCE OF MBC PART NO. 75650 TO THE REQUIREMENTS OF ASME SECTION III NC 3649 AND CODE CASE N-192 PREPARED FOR DUKE POWER COMPANY McGUIRE NUCLEAR STATION CHARLOTTE, NORTH CAROLINA PURCHASE ORDER E35774 3 MBC PART NO. 75650 MBC JOB NO. 13409 No. of Pages 5 December 8,1978
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- -+ VERIFICATION OF SPECIFICATION CR 531
Title:
CR 531, _ Checklist for Aletal Bellows Corporation P/N 75650 to the requirement of ASME Section III, NC 3649 and Code Case N-192.
Revision: N/C
Reference:
CR 530 Design Report CR 427 Seismic Report Prepared by: [ /V % Date: December 8,1978 Checked by: /
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Date: /62 " 8 '9[
Quality Assurance: ) - Date: /J-f-78
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This is to certify that the above document has been prepared by me, the undersigned, and is correct, complete, and in compliance with the July 1, 1977, E Code' Section ,II@I,6 g ding the Summer of 1977 Addenda, of ASME
. 'C 3000, and Code Case N-192.
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, A Signature: ; dh E ES No.17261 I" #'
% 16 4 Name: Ronald H. Nystrom
>M s' Number: 17261
'V Date: December 8,1978 f diforn2.a.91'111 m IIS A e Telenhnnn (91 'n 7.11_ Aonn . Totm nn1_d e
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METAL J &$+04 COR P OR ATiO N jiRg53 TAB LE OF CONTENTS Title Page C om pli a n c e t o NC 3 6 4 9. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 R em a rk s to Complian c e. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2 CR 530 D e s ig n R e po r t. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . App endix I
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CR 531 METAL E?cIlysd COR P. -
r>aa c i o' m
,3 X Compliance s.
g ; ASME Section III **
s<M!G5L ! Subsection M D 3649 neouirements Owner IMBC dZ 3649.2 (a) Piping system layout, anchorage, guiding X 1 and motions (b) Rigid anchors X 2 (c) Installation locations and inspection X 3 accessibility (d) Shipping bars Not req aired 4 (c) Flow direction markings Not req 2 ired 5 (f) Internal sleeves Not req iired 6 3649,3 All pressure boundary material per ND 2000 X 7 3649,4 (a) Allowable circumferential bellows membranc X 8 stress (b) Allowabic meridional membrane and bending X 9 stress at 1 1/2 design pressure for no permanent deformation (c) Minimum allowed squirm pressu rc X 10 (d) Stress multiplication factor for design life X 11 K 3 xS6S f (c) Compliance demonstration by (1), (2), or (3)
(1) Calculated stresses vs. std. life verified X 12 tests (2) Individual test to verify single design Not app icable (3) Design analysis per ND 3200 Not app icable (f) Procedures used by certificate holder to X 13 verify design (g) Types of significant stresses for life X 14 calculations (h) Ce rtificate holders compliance report to X This ND 3649 Report (i) Cylindrical bellows colla rs X 15 (j) Expansion joint spring rates X 16
n' M2TAL M)?d, m/ CORPOR ATION Ca 531 Page 2 REMARKS Note 1 Ovener will comply and has stated the exact end motions required of the hose.
2 The braid provides tht axial restraint caused by the pressure end load, to minimize the need of rigid anchors.
3 Owner will comply; the porvious braid will allow water to leak, seep, or flow through if leak develops in hose.
4 Extra shipping bars are not required to maintain proper face-to-face length because the hose braid provides required restraint.
The owner must comply with alignment installation requirements.
Floating flange at each end will minimize twisting the hose.
5 Flow direction not required for a hose.
6 Not required. Flow velocities are below critical levels, See Stress Report CR 530 7 All pressure boundary material shall conform to NC 2000.
The braid material shall meet the requirements of ASTM-A-580, and material physical properties shall meet the requirements of Section III, Table I-&-2, plate material.
8 The stress analysis is performed on the bellows only and ignores the compressive hoop support provided by the braid.
Calculated hoop stress per CR 530 is 3. 5 Ksi Code allowabic stress is 18.4 Ksi for 321. CRES at 200* F.
Requirement is met.
9 The calculated bending stress is 16. 2 Ksi bending, plus 1. 2 Ksi meriodional, or 17.4 Ksi total bending stress at operating, times 1. 5 = 26.1 Ksi proof pressure stress. Allowable bending stress = 1. 5 x 75 = 113 Ksi for 2% change. Design is adequate for 7% change permitted by the Code.
.40 METM ?MJ/ SYN CORPOR ATION cn 531 Page 3 REhLARKS Note 10 The braid provides the enternal restraint to the hose bellows and remains on at all times .
NOTE: External restraint is permitted for squirm tests per last sentence of paragraph.
The hoop external restraint force far exceeds the low offset loads caused by the hose squirming.
In burst tests to failure (4 times min. operating pressure), the hose does not squirm at any time, even tb, ugh the bellows deforms drastically within the braid. In several tests (after failure) the bellows hose appeared to look like a tube inside the. braid with internal stiffening rings; i. c. ,
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T Convoluticinh Before Burst Test I
. . ' After Burst Test l This burst test to four (4) times min. operating exceeds the
- 2. 25 times squirm requirement by this paragraph.
The hose pitch which is asked to be measured does not change because of the friction load caused by the hoop squeeze of the braid.
(1) Hoses are norma ly held only at one md by the equipment which applies ti test pressure. The opposite end is allowed to move as required to fit pressure test tank.
(2) Proof test pressure was increa sed to account for design temperatures.
A9, hdTA1. /shc2,Wc/ CORPOR ATION CR 531 I' age 4 REM A RKS Note 11 K s xSf S f
S = 200 Ksi for 6,000 cycles K =K xK s sC SS 2S c 2(18.7)
K = = = 1. 04 2 sc S +S (18. 7) + 17. 2 c h K,, = 1. 470 - 0. 044 x (No. of tests)
= 1. 470 - 0. 044 x 25 (Actually MBC has more than 25 tests performed to reaffirm S/N curve)
= 0. 3 7 K s= 1. 04 2 x 0. 37 = 0. 3 8
= use 1. 25 (min. Code allowabic)
S = 35.1 Ksi (See CR 530, Pa ra.1.10) (75650)
- 1. 25 x 35.1 Kai < 200 Ksi 43.9 Ksi 1200 Ksi S = 30. 3 Ksi (75650-1)
- 1. 25 x 30. 3 Ksi < 200 Ksi 3 7. 9 K si < 200 Ksi.
Requirement is met.
12 MBC is using the standa rd published equations of EJMA to demonstrate compliance v:ith this life requirement. MBC Stress Report, CR 530, provides the calculations to show life is met.
MBC has conducted many tests of its own and has found results to be very similar to EJMA results.
13 Design stress report CR 530 is included with data report to verify design.
p CR 531 METAL [n[d/N CORPOR ATION g s REMARKS NOTE 14 All types of stress cycles were considered with pressure stress and motion stress occurring simulteneously to produce the significant stress for life calculations.
Cumulative stresses for scismic and therms 1 motion are provided for in the single motion supplied to MBC. Requirement is met.
NOTE 15 Cylindrical collars are used and are accounted for, since the collars provide an excellent location to attach the light wall bellows material to a heavier ring where the braid and tube stub are attached. Attachment of the hose (or bellows) joints meets the requirements of the ASME B & PV Code Section III Para. NC 4800.
16 The spring rate for a long hose is usually so low that it is difficult to measure without the braid because of squirm.
Calculated spring rates are provided in CR 530. Friction forces provide a larger portion of the loading than spring rate loads and are also considered, and a factor is applied to show that the imposed loads will be less than the allowable required by the customer.
No individual spring rate tests will be performed on production hose.
17 (a) Required number of wires for hose - Ref. CR 520 para. 1. 10.
N= - - - F----
SA cosoc
= 1275 = 490 wires 18,000 x 0. 7854 x (. 016)2 cos ( 44 )
Actual Construction = 48 x 17 = 816 wires.
Requirement is met.
(b) All other requirements of this code case have been met as noted in other portions of this Checklist.
.c;9 METAL $1t$/c4 CO.9POR ATlON CR 532 '
DOCUMENTATION OF COMPLIANCE OF MBC PART NO.S 75648, 75743 TO THE REQUIREMENTS OF ASME SECTION III ND 3649 AND CODE CASE N-192 PREPARED FOR DUKE POWER COMPANY McGUIRE NUCLEAR STATION CHARLOTTE, NORTII CAROLINA PURCHASE ORDER E35774 MBC PART NO. S 75648, 75743 i MBC JOB NO.13409
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1 No. of Pages 5 December 8,1978
METAL A
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- . VERIFICA TION OF SPECIFICATION CR 532 jj
Title:
CR 532,_ Checklist for Metal Oc110ws Corporation P/N's 75648 & 75743 to the requirernent om ASME Section III, N D 3649 and Code Case N-192.
Revision: N/C
Reference:
CR 53 0 Desien Report CR 427 Seismic Report Prcpared by: [>'hu s'
>' Date: December 8,1978 Cheched by: [Mi [#m/ ['D[ Date: /Q f 2 J' Quality Assurance: / Date: /) - f ~7 8 cccccccccccce*cccccccc**<:cv:. ***cc>: :ccov cocevecccccc .:cocccccccccccccc This is to certify that the above document has been prepared by me, the undersigned, and is correct, complete, and in compliance with the July 1, 1977, Edition, including the Summer of 1977 Addenda, of ASME Code,Section III, Paragraph N D 3000, and Code Case N-192.
,[ t Signature: ' 07td/h ,id' dw l@ {j,? '?.\ h Y
. g; < q *g; Name: Ronald H. Nystrom
?' No.17251 4
' 'i-4 Number: 17261 C
k\ '&'t g::W.C'- Date: necember 8,1978
/O M'dT A L 2h)c[i.'Od C O R P OR ATIO p cp53z1 TABLE OF CO:! TENTS Titic Pane Complian c e t o N D 3 6 4 9. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 R ema rk s to Complian c e. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2 CR 530 D e sign R epo rt. . . . . . . . . . . . . . . . . . . . . . . . . . . . . App endix I
ef^$ g CR 53 7, NiETAL Ef@4wsd C O R P. -
Page i d m V* M
.2 Compliance ne i3 s
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.g y, f ASME Section III eg m<Z wa Subsection ND 3649 Reauirements Owner lMBC MZ 3649.2 (a) Piping system layout, anchorage, guiding X 1 and motions (b) Rigid anchors X 2 (c) Installation locations and inspection X 3 acces sibility (d) Shipping bars Not req iired 4 (c) Flow direction markings Not req 2 ired '5 (f) Internal sleeves Not req iired 6 3649.3 All pressure boundary material per ND 2000 X 7 3649,4 (a) Allowable circumferential bellows membranc X 8 stress (b) Allowable meridional membrane and bending X 9 stress at 1 1/2 design pressure for no permanent deformation (c) Minimum allowed squirm pressu re X 10 (d) Stress multiplication factor for design life X 11 K3 xS6S g (c) Compliance demonstration by (1), (2), or (3)
(1) Calculated stresses vs. std. life verified X 12 tests (2) Individual test to verify singic design Not app' icable (3) Design analysis per ND 3200 Not app' icable (f) Procedures used by certificate holder to X 13 verify design (g) Types of significant stresses for life X 14 calculations (h) Certificate holders compliance report to X This ND 3649 Report (i) Cylindrical bellows colla rs X 15 (j) Expansion joint spring rates X 16
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IMTAL ddab, zed C OR POR ATIO N ca53z Page 2 REMARKS Note 1 Owner will comply and has stated the exact cud motions required of the hose.
2 The braid provides the axial restraint caused by the pressure end load, to minimize the need of rigid anchors.
3 Owner will comply; the pervious braid will allow water to Icak.
seep, or flow through if Icak develops in hose.
4 Extra shipping bars are not required to maintain proper face-to-face length because the hose braid provides required restraint.
The owner must comply with alignment installation requirements.
Floating flange at cach end will minimize twisting the hose.
5 Flow direction not required for a hose.
6 Not required. Flow velocities are below critical 1cycls, See Stress Report CR 530 7 All pressure boundary material shall conform to ND 2000.
The braid material shall meet the requirements of ASTM-A-580, and material physical properties shall meet the requirements of Section III, Tabic I-t<-2, plate material.
8 The stress analysis is performed on the bellows only and ignores the compressive hoop support provided by the braid.
Calculated hoop stress per CR 530 is 2. 5 Ksi Code allowable stress is 18. 4 Ksi for 321 CRES at 200* F.
Requirement is met.
9 The calculated bending stress is 13. 9 Ksi bending, plus 1. 2 Ksi meriodional, or 15.1 Ksi total bending stress at operating, times 1. 5 = 22. 7 Ksi proof pressure stresn. A110wabic bending stress = 1. 5 x 75 = 113 Ksi for 2% change. Desic.n is adequate for 7% change permitted by the Code.
s.'O NGTA!. JUnf.dse/ C OR POR ATIO N cn 532 Page 3 REMARICS Note 10 Tha braid provides the c::te. mal restraint to the hose bellows and remains on at all times.
NOTE: External restraint is permitted for squirm tests per last sentence of paragraph.
The hoop external restraint force far exceeds the low offset loads caused by the hose squirming.
In burst tests to failure (4 times min. operating pressure), the hose does not squirm at any time, even though the bellows deforms drastically within the braid. In several tests (after failure) the bellows hose appeared to look like a tube inside the braid with internal stiffening rings; i. c. ,
_ , . ~
c3 sr ,e- -o B raid.--.), w ~-., --
9 q Convoluticinr$,h Before Burst Test ' After Burst Test I
. . . . .. _I This burst test to four (4) times min. operating exceeds the
- 2. 25 times squirm requirement by this paragraph.
The hose pitch which is asked to be measured does not change because of the friction load caused by the hoop squeeze of the braid.
(1) Hoses are normally held only at one cnd by the equipment which applies the test pressure. The opposite end is allowed to move as required to fit pressure test tank.
(2) Proof test pret,sure was increased to account for design temperatures.
M'iT AL Sh.Es/ C OR P OR A7 O N cns3z Page 4 REMARKS Note 11 Ksx S f_. S f S = 200 Ksi for 6,000 cycles f
K =K xK s sC ss 2S c 2(18.7)
K = = = 1. 042 sc S +S (18. 7) + 17. 2 c h K 3, = 1. 470 - 0. 044 x (No. of tests)
= 1. 470 - 0. 044 x 25 (Actually MBC has more than 25 tests performed to reaffirm S/N curve)
= 0. 3 7 K s= 1. 042 x 0. 37 = 0. 38
= use 1. 25 (min. Code allowable)
S = 74. 6 Ksi (See CR 530, Pa ra.1.6. 9 (75648, 75743)
- 1. 25 x 74. 0 Ksi < 200 Ksi
- 93. 3 Ksi < 200 Ksi S = 36. 9 Ksi
- 1. 25 x 36. 9 Ksi ( ' *si (75648-1, 75743-1) 46.1 Ksi ( 200 Ksi.
Requirement is met.
12 MBC is using the standard published equations of EJMA to demonstrate compliance with this life requirement. MBC Stress Report, CR 530, provides the calculations to show life is met.
MBC has conducted many tests of its own and has found results to be very similar to EJMA results.
13 Design stress report CR 530 is included with data report to verify design.
- ,0 s32 METAL 2Pd5.W CORPOR ATION Rge 5 R EA1 ARKS NOTE 14 All types of stress cycles were considered with pressure stress and motion stress occurring simultencously to produce the significant stress for life calculations.
Cumulative stresses for scismic and thermal motion are provided for in the single motion supplied to hiBC. Requirement is met.
NOTE 15 Cylindrical collars are used cud are accounted for, since the collars provide an exec 11cnt location to attach the light wall bellows material to a heavier ring where the braid and tube stub arc attached. Attachment of the hose (or bellows) joints meets the requirements of the ASME B & PV Code Section III Para. ND 4800.
16 The spring rate for a long hose is usually so low that it is '
difficult to measure without the braid because of squirm.
Calculated spring rates are provided in CR 530. Friction forces provide a larger portion of the loading tnan spring rate loads and are also considered, and a factor is applied to show that the imposed loads will be less than the allowable required by the customer.
No individual spring rate tests will be performed on production hose.
17 (a) Required number of wires for hose - Ref. CR 5 30 para. 1. 10.
N=
SA cos ec
= 159 = 97 wires 18,000 x 0. 7854 x(. 0126)2 cos ( 4 3 )
Actual Construction = 36 x 8 = 288 wires.
Requirement is met.
(b) All other requirements of this code case have been met as noted in other portions of this Checklist.
+
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MET A L i' AI'w4/ COR POR ATION CR 53 5 DOCUMENTATION OF COMPLIANCE OF MBC PART NO.S 75649, 75652 TO THE REQUIREMENTS OF ASME SECTION III NC 3649 AND CODE CASE N-192 PREPARED FOR DUKE POWER COMPANY McGUIRE NUCLEAR STATION CHARLOTTE, NORTH CAROLINK PURCHASE ORDER E35774 MBC PART NO. S 75649, 75652 MBC JOB NO.13409 7 No. t. Pages 5 December 8,1978
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VERIT'JCATION OF SP;;CiFIC/ TION CR 535
)at Titla- c;n ',35, Checklict for ha41 Bellows Cornarano, P/N's 75649 & 75652 to!!: requirement of ASME Section III, NC 3M9 and Code Case N-192.
Revision:.-- N/C
Reference:
CR 530 Design Rooort CR 427 Scismic Report -
Prepared by: c7.nd[6 / bem Date: December 8,1978 _
Chtcked by: [(/e / a Date: /,g , ',L '), f>
Quality Assurance: Date: / ) - I- 7 d
cccccc:.- cococococcccc*cccco.::4. .ccc:. -::coccc ::r:cccovococe:cccccc ::cccccccccre This is to certify that the above document has been prepared by rne, the undersigned, and is correct, complete, and in compliance with the July 1,1977, Edition, including the Sunmter of 1977 Addenda, of ASME Code,Section III, Paragraph NC 3000, and Code Case N-192.
A 90?ESS!O//,qg r,. nir e.
Signaturc: / FMN s
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/Y kh4 Name: Ronald H. Nystrom no wts u. .,
5 No.17261
- x. Numben 17261 4
es 9 l4 Date: December 8, 1978
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20000 Knapp Street . Chatsworth, California 91311 U.S.A. . Tele ihone (213) 341-4000. Telex G51-483
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IA EI AL 5)dd.,s/ COR'3OR ATIO:'l f453s 3 TABLE OF CON TE,NTS Title BAe Complia n c e to N C 3 6 4 9. . . . .. . . . . . . . . . . . . . . . . . . . . . . . . 1 R ema rk s t o C omplian c e. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2 GR 530 D e s ign R ep o r t. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . App endix I
- m /V ,
CR 535 i.~.p.-3 gC ! ! . ..
5- 3
,9m,, gmp,,;t, , , ersgg L Uh r. Page 1 m
.9 Compliance a e .3 ie by yo 9%d S f4.ny!
AGME Section III c
o5 th < Z ubsection MC 3i.4') s.a airements Owner lMDC dZ 3649.2 (a) Piping s'/ stem layout, anchora;;e, guiding X 1 and motions (b) Rigid anchors X 2 (c) Installation locations and inspection X 3 accessibility (d) Shipping bars Not req 2 ired 4 (c) Flow direction markings Not reg tired 5 (f) Internal sleeves Not reg aired 6 3649,3 All pressure boundary material per NC 2000 X 7 3649.4 (a) Allowable circumferential bellows membrane X 8 stress .
(b) Allowabic meridional membrane and bending X 9
, stress at 1 1/2 design pressure for no permanent deformation (c) Minimum allowed squirm pressu rc X 1.0 (d) Stress multiplication factor for design life X 11 K s *858 f (c) Compliance demonstration by (1), (2), or (3)
(1) Calculated stresses v.3. std. life verified X 12 tests (2) Incfividual test to verify single design Not app' icable (3) Design analysis per NC 3200 Not app' icable (f) Procedures used by certificate holder to X 13 verify desig:1 (g) Types of significant stresses for life X 14 calculations (h) Certificate holders compliance report to X This N C 3649 11cport (i) Cylindrical bellows collars X 15 (j) Expansion joint pring rates X 16
- . _ . _ _ _ _ (
... y,j
,,. iT A L j.c.E, s/ C O 2 P OR ATiO N ca 333 I >a g e ?.
D EMA RKS
';ato 1 Oezner veill comply and ha s a at ad the exact end mutions required of the ho se.
2 The br aid provides the a .ial rostraint caused by the pressure ervl load, to minimize t.he need of rigid ancho;. a.
3 0,mer will comply; the pervious braid will allow water to lea!c, seep, or flow through if Icak develops in hose.
.4 Extra shipping bars are not required to maintain proper face-to-face Icagth because the hose braid provides required restraint.
The owner must comply with alignment installation requirements.
Floating flange at each end will minimize twisting the hose.
5 Flow direction not _ ,Jrea for a hose.
6 Not requir - Flow velocities are below critica11cvels, See Stre- eport CR 530 7 All pressure boundary material shall conform to NC 2000.
The braid material shall meet the reluirements of ASTM-A-580, and material physical properties shall meet the requirement's of Section III, Table I-h-2, plate. material.
8 The stress analysis is performed on the bellows only and ignores the compressive hoop support provided by the braid.
Calculated hoop stress per CR 530 is 7. 8 Ksi Code allowable stress is 25. 0 Ksi for INCONEL 625 at 650* F.
Requirement is met.
() Tlle calculated bending stress is 75. 4 Ksi bending, plus 11. 3 Ksi meriodional, or 86. 7 Ksi total bending stress at operating, times 1. 5 = 130 Ksi proof pressure stress. Allowable banding stresa -- 1. 5 x120 = 180 Ksi for 2% change. Design is adequate for 7% change permitted by the Code.
.y*
/ , , , ,
i i [.'l l i 1;Mffvws/ C 0 2 P O R A'il O N cit 53s l' age 3 RT: " ARKS Nota 10 The bid provides the e::te m,.1. restraint to the bone bellows and ramain., on at all timm.
NOTE: External restraint is permitted for squirm tests per last sentence of paragraph.
The hoop external restraint force 'ar exceeds the low offset loads caused by the hose r.quirming.
In burst tests to failure (4 times min. operating pressure), the hose does not squirm at any time, even though the be' aws deforrns drastically within the braid. In several tests (after failu e) the bellows hoce appeared to look like a tube inside the braid with internal stiffening rings; i. c. ,
s~+ .c c - - v %-D raid----b. m c.. --
o
_. pConvoluticin$))
e- . . .
Before Burst Test After 33nrst Test I
. ._ . .. _ I This burst test to four (4) times min. operating exceeds the
- 2. 25 times squirm requirement by this paragraph. ,
The hose pitch which is asked to be measured does not change because of the friction load caused by the hoop squeeze of the braid.
(1) IIoses are normally held only at one cnd by the equipment which applies the test pressure. The opposite end is allowed to move as required to fit pressure test tank.
(2.) Proof test pressure was increased.to account for design temperatures.
d, Mii At .E 2dm, 4 C ORPOR ATiO ?i cR 535 Page 4 REMARKS .
Note 11 K x S Y__ S s f Sf = 230 Ksi for 6,000 cycles K =K xK s se ss 2S c 2(27. 5)
K = = = 1
- 048 sc S +S (27.5 + 25.0) c h K
ss = 1. 470 - 0. 044 x (No. of tests)
= 1. 470 - 0. 044 x 25 (Actually MBC has more than 25 tests performed to reaffirm S/N curve)
= 0. 3 7 K = 1. 042 x 0. 37 = 0. 38 s
= use 1. 25 (min. Code allowable)
S = 100. 6 Ksi(See CR 530, Pa ra. 3.10) (75649)
- 1. 25 x 100. 6 Ksi < 230 Ksi .
125. 8 Ksi < 230 Ksi .
S = 68.1 Ksi (See CR 530, Para. 3,10) (75649-1)
- 1. 25 x 68.1 Ksi < 230 Ksi 85.1 Ksi < 23(> Ksi S = 174 Ksi (See CR 530, Para. 3.10) (75652)
- 1. 25 x 174 Ksi ( 230 Ksi 217. 5 Ksi ( 230 Ksi.
Requirement is met.
12 MBC is using the standard published equations of EJMA to demonstrate compliance with this life requirement. MBC Stress Report, CR 530, provides the calculations to show life is met.
MBC has conducted many tests of its own and has fo2 nd results to be very similar to EJMA results 13 Design stress report CR 530 is included with data report to verify design.
//
M 5Y A1. c O dds/ CORPOP ATION fj3'5 R E MA R1?S NOTE 14 All types of stress cycles were considered with pressure stress and motion stress occurring simultencoualy L produce the significant stress for life calcu11tions.
Cumulative stresses for seismic and thermal motion are provided for in the single motion supplied to MBC. Requirement is met.
NOTE 15 Cylindrical collars are used and are accounted for, since the collars provide an excellent location to attach the light wall bellows material to a heavier ring .vhere the braid and tube stub are attached. Attachment of the hose (or bellows) joints meets the requirements of the ASME B 24 PV Code Section III Para. NC 4800.
16 The spring rate for a long hose is usually so low that it is difficult to measure withcut the braid because of squirm; Calculated spring rates are provided in CR 530. Friction forces provide a larger portion of the loading than spring rate loads and are also considered, and a factor is applied to show that the imposed loads will be less than the allowable required by the customer.
No individual spring rate teets will be performed on production hose.
17 (a) Required number of wires for hose - Ref. CR 5 30 para. 1. 10.
N= -- - F----
SA cos cc
= 10.415 =1522 wires 16,100 x 0. 7854 x (. 025)2 cos ( 30 )
Actual Construction = 48x 13 x (3 layers)= 1872 wires.
Lcquirement is met.
(b) All other requirements of this code case have been met as noted in other portions of this Checklist.
.i t g .
METAL PedIsd CORPOR ATION CR 530 DESIGN REPORT FOR HOSE ASSEMBLY, FLEXIBLE METAL PER ASME BOILER AND PRES'3URE VESSEL CODE SECTION III, SUBSECTION NC/ND CLASSES 2 AND 3 FOR DUKE POWER COMPANY McGUIRE NUCLEAR STATION CHARLOTTE, NO RTH CAROLINA
REFERENCE:
DUKE SPECIFICATION MCS - 1206.00-0002 MBC JOB NO. 13409 No. of Page <, 46 December 7,1978
~t
., 4 mernt iuA Meta. Be.'ows C,or c assania > oration 4 -
jC CORPORATION ds::n.
, ,,$ N VERIFICATION OF SPECIFICATION
Title:
Desien Reoort for Hose Assemb1v. Flexible Metal Report No. CR 530 Revision: Revision N/C
Reference:
Duke Power Company Specification MCS - 1206. 00-0002 MBC Drawings 75648, 75649, 75650, 75652, 75658, 75743 Prepared by: twy / [ep7 /c. Date: Ox 7 MT
/
Checked by: [ (/ [ [ [ m 2 Date: [d % [ / 9" 7 [
.y -
i Quality Assurance: /pf / 7 R E. Date: [' /brernh /9/M
^
This is to certify that the above document has been prepared by me, the undersigned, and is correct, complete, and in compliance with the July 1, 1977, Edition, including the Summer of 1977 Addenda, of ASME Code,Section III, Paragraph NC/ND 3000, and Code Case N-192
$f% Signature: Ol d ! 4/g -
k?fC0;gt f3g g N'ame: Ronald H. Nystrom v
(f5[" ,p Registered Professional Engineer Number: ME 17261
- ( No.17261f y.
% /7GFIC 6f' / Date: December 8,1978
%w_a **r J 20060 Knapp Street
- Chatsworth, California 91311 = U.S.A.
- Telephone (313) 341-4000
- Telex 651-483 m v-o - -- --r- m m, .m....,. - . g - p ry-n- r ,m n.~ eser, , w y =r m - w -
/Q METAL Pt/dsd CORPOR ATION TABLE OF CONTENTS Page No.
- 1. O INTRODUCTION 1 1.1 3 Inch CCS ............................ 2 2.1 1 Inch CCS ............................ 17 3.1 2 Inch CCS ............................ 32
-o METAL 87t40s4 CORPOR A~lON Esc
- 1. 0 INTRODUCTION This report, CR 530, was prepared by hietal Bellows Corporation, Chatsworth, California, for Duke Power Company, Charlotte, Nort'1 Carolina, in accordance with Duke Power Company Specification hiCS - 1206. 00-08-0002, dated 8-23-78.
This report provides the stress analysis for the three (3) different hoses used in the CCS systems for the hicGuire Nuclear Station.
The analysis is in accordance with the rules of ASME Boiler and Pressure Vessel Code Section III, Subsection NC/ND, Class 2&3 components.
Each hose is analyzed separately to verify the hose meets all requirements. The bellows analysis uses the Standard EJhiA Performance Equations and ignores the hoop support provided by the braid. The analysis of the braid is to show the stresses imposed by the pressure end load are within Code allowables.
The braid inward force vector far exceeds the squirm force created by the hose, and bellows squirm calculations are ignored.
Two (2) hoses are used together in an "L" configuration to absorb all motions. A simplifying, conservative assumption, is made that all vertical motion is absorbed by the horizontal hose and all horizontal motion is absorbed by the vertical hose. In actual practice the elbow allows the two hoses to interact, and the effective motions are slightly less.
The seitmic analysis consisted of analysis of natural frequencies.
Reports CR 427 and CR 439 are to show that these a.ssemblics have ,
passed the actual seismic requirements.
. cit 530 L NLilNL Ll4 HLl L H L fdLL NUMtillt METAL adist CORPOR ATION 8. A / 7 E P N B' /5'"S 9 20917 k N APP STft[ E T CHAISWOIt T H C ALIF OftNI A 91311 ((e f* 7 [ [y,(3-~ [j pyg~j p> [
/. / /?ERERENCa5 CE. p/J KE POWER CDM w/v .rR=d /4Cf- /235. DO-00CL' A. DONE /4/?RA' ^4?S .' - KC -//-7 (,OPCO C& B )
/ -KC -//-8 ( " "
8) 2 -NC -H - 7 ( !!
B) 2 -NC- // - 8 ( "
B)
/ /2//-N-/ (. !!
f)
/ RN-N-2 ( !!
F)
/ K N - H .5' ( "
^ F)
C. /DE77?1 b?iLOlUS CO.?P 4?W6] 7fn50 75658 (/)h's/ B2/.h cl. /]S//)E 80/2ER .;f PRESSURE PE' ffEl CODfj qc77.sV5 SVBSECT/9H #C, Cu?rs 2 CONJPONENTS d'. 57/)MU))?DS OF ThlF 4XF/?Nf/w .JO/M/~ p;/)NyFRC7%D
/.'rSOC//)T/D/ (EJW)/]) 70a'R??/ ED/7/OA/
- f. GEORSE C. /GORS/WL LROCE Pz/sH7' Cem R RE"wr 20NJO25V-6, /)ffESEHJEA/J~ OF FLEX /2.lE L/NE~
/~O,2 ROW /NDUCED J//.8H/2770/./
( )
= .
CR 530 LNGINLt to HLF tetLNCL NUMBLit METAL aih CORPOR ATION
- 4. A/)'5/ A'W /34 6 '"
DATL Cus i O'Alti 6' A O L OF 20077 k N APP ST RE E T CH ATSWORTH. C ALIF ORNI A 91311 /g,7/j g pggf jp ye/g,q,
/,2 DES /GA/ CO,WJ7/77PNS DES /dM DB74 /S 467ED //V MTF2~P=TVC: 4. 7/,7 5%////~/CD/7~ /%'TX~/AETERS /2?E L/S/ s.O BELOM/ "
f0* ,2 ,2Eff/?d//CE~
OPERAT//VG PRESf0Rf- /50 p.c/4 OPER/)7XUS TE/4?Enn7W& /47 "F E00/4 PROOF BPESSURE 225 P.7/4 BORST PRECJ%~ s 600 PS/.;
f //Vi' S/2E 3 /PS-FLOW R/?7'E /50 GPM
/407~/ 005
. 75650,75658 (MIf-7) 3.33 (GASAc) 75450 ~/, 7762-/ (MX-8) . O. 5& (-/)
75SSS-2 (/ds'/kW-/H)2. 3 3 (- 2)
CJ'dL /C / /FE G,000
( --
. J
R enGINLtn H L F U t L NCE. tJUM BE H
, : /AETAL YAf 2 A/YSTEDAi /3409
' g3u co,, o ,mn enut or a oivision or zunn irioustnior. ixc. g py pgjeg.- pOlvEE ep.
/,3 M/)M57724 f/?d/%7?I*/if /h'~A /PSME~ BfM G9f
\
g
, k tu kdds s h kk t w q kkD d 'd k4 --
~)4444 Q 4 2444
% Ram a e>>4,RRR*
s av mm s y il 3l s. E h5 RR R N w thN 4 hk Eh h B
!! m um sg ,8 m 1, w 'g NNN g g+ skNu mk%
% k h 4 $' kh hk k h O
l l$!5 !!N$!
i ', u
$ $ $e*
s s , w se f q m g * 'd 4 y
J LNGifJEtH
~
t'. .
- Ld L TJ C L NU .lij t it f k. /lN! $N f Y h.
DATE LUS T Ut.,ui 6%bt G 6-A DIVISION OF ZURN INDUSTniES, I.'.C. pg/g[ [jfV[8 jg ,_ y_ f*
- j. 9- HOSE D/974 BnsK -/ -2 (m 7s 7s3) (m/?5?s?) (;%/yr;72)
BnSK 7086 QD =
- 3. 00 : 5,00 u 3.0 0 OUTS /DE D/A (D,) = 3.60 = 3. 60 , y, go insioe om '(o2) =
- 2. w = 2. 94 ,2.99 asnN on (o,) = 3.27 = 3. 29 . g.29 T///CANSSS (Z' ) = .02 0 = . 023 = .O20
,SPAA/ (u)) =
3/ = 3/ ..Si P/TC// (g) = .20 = 20 = . 20 L E N s r// (a) = Y4.c3 20.63 =28. s 3 Ha or coinstur/M.r(s) - 223 c tos =/4+
- i. 5 PE/CfdEMavcf CONSM//7S REffRENCE e.
D 2
=
- C fp,i ;Yi =.020fg,.74 gy =.0/?
E
?w
- = =.2?
P (.3/ ) -
A =
- ao
= 363 2.3/D, 4 22 }(.227)(;O/9) cp = . 8/ (MSC 7.7, REF f )
Cf = /.V2 (PAGE 78 Rff f) q - l 40 (rnSe 79 serj.)
( >
els D L *J GIN c t H HEFeHENCE NUMdEH
,, fg5,, Knystzow OATE
/3407 C Ud i UM tri PAGh ") F A DIVislOrd OF ZURN INDUSTRf cS,INC.
g a g pyj pgg
/. G P4~270R/DaivC.c Eg39/ /avs ~
j'. &/ BELL 9Ws TnNG HT c/accinfrRENTmz par.cs g ar syrrry P j?; d,* ~
E=
2 ( Xc Ec < m A 6 )
- /5i? (3. O ) (29 xn ') _
~ ' 7 g.
2 f.30i2%' +(Gues)(ano*)
C005 $,9iu,wgpu =
/ 8. F A u' /9DEQt/A76~
/. 6.2 BELLOPvs C//coMFEREN77az /n:MBRANE passran; sus.r.c E Op /
y* , 9 m .Xp )
.57/ t aw/g )
= /EO ('3. 2 9') / \
2 O) /.'0/ 9) - 3. 5 //a*
.5?/ + p'#f'3/ ) ,
COD 5 f,uws, = /8. Y ,L- -/?prqui97
/.&,3 BELL 0kv.T ms2/D/0/mz PRES.suaE .572ErT =.
P cv 5,?
- 2 m Xp
= /EO/3/) = i. e n*
9(/){O/9)
/. 6. 9- BELLOtes iv)&e/p/.waz PREssoRE grep/wg syrs.cs b
- pm P WY fp ) d /' '
/50 *
= .f . 3/.- . 8/
\,O/7
=
/S. 2 L'
^
2 (/)
CR 530 L PJG4N L LH H L F L H f f.C t f dUV tf L H I ETAL tIla./ CORPOR ATlON /8A/757#m/ /'SFS9 DATE W'alV W H P,"s u Or 2097 7 K N APP ST R t' E T CH AT5Vv0RTH. C Allf 0RNI A 91311 [2 J[ jgg[ j yjygg C /
/, 7 Equ/V/2/EN7~ AX/AL /497~WH DVE' 70 GMSE7 g, ? Op L.,
AL a.
3 (3' . 2 0)('3. 35) .
=-
_-- .003302 (BNSM)
( 2E. /)( H 6s.-)~ .
= 3(3.29)(O.5&) = .00..,30/ - ,-
c-/ )
{ /03 )(20.a3)
=
3 (3.29)(s.35)
= ,007?72 (- 2,>(UA5'/ 2.?:ij
(/ H )(2 843) -
/, 8 EELLO /*S MfA'/D/ MAL MEMEAM's DEFLECT /DA/ $7%E.cf d .. E Ap~ G W~ 2 u)J Cp
= -(297/O ') /.D/7)',(. OO3302 )
= r F/ L' (845/.:)
2 (, SI)3- (/. 42)
=
(/.237?xtof )(.00250/ ) = .32 4 ( -t )
=
( "
) (. 0 9 7 7 7 2 )
= /, 0 4'. s (-2)
/. 9 BE' LOWS MER/D/'DHDL DEFLEC7&/./ STEESS i .TE* dp e
& = 3 w ' Cc/
.if'27XW)(. O/?](.093392)
= = "2. S 4 ('S//nc) 3 (. 3 ))' (/. +0 )
=-( s.52-77 X/7 )(. 0024 O/) = /7.S n,a (- i)
=( :.
Y. os ? 972) = 54.1 s,, (-2)
( J
CR 530 LNblNLLit HLF t H L fJCL NUMLIL H
/E METAL dix / CORPOR ATION '/75N'd . ' ~I ~ > >
20917 k N APP ST H E t i DATL LU510MLH PAbt Ut CH AISWOH T H. CAL H OHNI A 91311 /[ -/-J[ ff'f,f -[ [7 'd/g'd [
/. /O 7~O 7/3L CYCL /C 77)P.s.fr k =
- 7ffE +Shj V* hh tk.Y
= , j('E 2, < < + 4. 2 AS,) (' ?/. i'sn - 225,%) = 3s' ,/,L'u (t-wp9,
=
{ /2./ 3 Kss ) +/'. 32&+ / 2 24) - 30.5M:, ('-/)
= {
) +(e n +rm u)s = su n. f-2)
/. Es' X/3 ' & '
v'l~CYddEf = e. , , , , , w ,l
{Q > / M J2/ C:.:> ,
/ 84 X/O G f/) 'U* "c
=; > / X /.) 'yO h'd.! S ('i! A ric
- s 99 / :.. i JJJ
('/ ) f
== f /,, ,',' 4 N'/S'
) / X /9'O'usS* [-/)
( .: y .:,s,J : . J) ),!
v 1*** v ~.
= -/. SG X /S * (/ )
= 6,3 X;W cycLM (-2)
S ,] a.u- :p :,, '. ,.??
.li'Equ/,eED L /FE -
400d? CFC.Cs S 1
/ IDE.SK'./ /s ROEc?.w? r ! J
CR 530 ENGIN E Er4 ficF tH ENCE NUMBEH '
- / YY ^ Jh DATE CUS T OM t H PAGE OF A OlVI540N OF ZURN INDUSTRIES, INC.
2-7-28 BSM BOWEE 9
/ /2 BE/?/O iGME,v.T/S
/ /2.i EWD LOAD D9.[ 7D P2ES.iund' f ,77FV' Op' P -
= . 785f' (3. 2 '7) (/9.) ~ /2 7f t-8
/. f2.2 BEG /D CONS 720'cwo (/?%v 7f752. -2)
??X/7 X , et6 X 3 S & 9/n (/ = 44'J(4 //G.Sf TO WHM) i./23 was .szee.u (rowse a wires) -
F -
S= H /9 CO. Sol A/'
- DF to/: err
/) = W / R E ~ A ? M n
=
/27f
~ /Q 8 4' f@ )( /? . 78.r4 (O/6)~ f. 7/57)
CODE f74LOM//)BLE ff A.'ci lbDEq247-4 0
CR 530 LNGINLtH HLf LHLNCL NUMULH METAL alist CORPOR ATION f. '/ "'7?oN /Y ## 7 20;/7 KN APP STRE E T CHA TSV.OR TH. C tlli ORNI A 91311 ((*7* 2 [(f/'[ / d)#,//1"/# /O
/, /3 N/?Toenz FMyuENc/ES
/ /K/ V/Eg//7' CF HDSC WT=[(pa-Ds)/4 65?(&&)]17~ ZA' ?9
=
(240-2.94){223)M?(YMth TI~(3D)('O2)(.3) = f.?4
= 2 , a 2 L ,B ,/. ,
/./? 2 WE/6//7* OF FLU /O W T= .&.0)L f I S ?' = /3. 7 /8 735 u(3.2 9) ~?4%3) / 728
=
3.6 f L8//~T
/, /3. 3 WE/6//7' 0F BRn/D V/T = .86/ LB,/ f f
/. /3. V BELLOWS 4X/4t .S'/'4WGRn76~
.25 /' N j' '. $
'is' '- /, /J /vc (w
( /) 29X/o'(.3.27).
_ .. i _020 3
= 77,y ig/p/
/./S (L'b) (.3/
') 2?XN' (3.29) . 0 2 'b' =
- . -(/
2/D. 3 LS/DJ A/S (/93) . 3/ J
(/) R JX/5' .-
(i.2f) '02?,
= /c 2. 3 , . .
/,/S. (/M')
3' / )
( )
CR 530
/
un, ire t t u ntF L it r ct au:.sutn
]
METAL A$ bad UATE CUS I UM t H PAbt Of a oivision or zunr4 moustnics.irac.
/2-7-76 S E'E />M 5p //
/. /3. 5 AX/s9l- V/8t?/)T/.2.V ('P/?R/)Lt& TO /97/s)
- yf*
f = C; W VV = //3[ f /4) fBR/liO
/. /?,5. / E/)JK //05. ~
'/ 7* *'
f = 9.8/ ? 74 + /3,7 + 2. 93 f- = /8. 8 Y V ' = 7 4 2 // %'
= /<.4
/
77 't f = 526 A If = /5d, P /-
- 24. Y +'-
=29,2 '97.4 f - 5 4 . 0 ,\ 9. = 227 #;-
2C. 94 97' a
= 38.6 26.4y .
f = 74. / Xy = 294/{%
/./3.5.2 - / //OSE
'~- /O.P' i = 40. 5 X tt = /6 3 //-f
= 9.8/ '
t V. 5 + 4.3 fl. 9
= /2 4 Is'#' { = 3/. :7X lt :- 324.>,
/ /2.2
= 2.9. 2 ,jf' f = /2/. 'f .\ y ~
Y8 6 ///
= 3S. " 3 ' f=/69.5x y les a 6 92 //r,
/./3.5. 3 -2 Hose
/50.8
= ?. 6 / -
r v.2e.r R. 76 r- /.//
. f=2'/.3XF = // 7 //p
/50.9 a / ". l, 4 = 58. F X y- : 23"/4f
/5 Y,y . '
/5t).8
- '2?2\
/6. '?p-f = [(7. / p' //- = .09'.5//e
/Sd.S
= 38.3 L /s .'73
- f = //f*/ X Y = "60H,
/'
-)F /~/)& 7D2 Of '/- f3 /Z 0A'/7 /~O5' b.Wi/0 g' fg/g 770/./, /2SiessJ Cid. FED' W/7// TE.57 O/?T/)
( )
. . CR 530
( uauin tes site uttoct r.uuuta
]
i METAL A$$wd '? I' #' ' l?"'
DATE CUS IOMett PAbt OF A DIVISION OF ZURN INDUSTRIES. INC. fjyyg gyggg jg jg_7_7
/, /3. 4 L A 7~E/?/0 4 1//B/7/)TIOat ffERPEN/2/CUL A2 70 /)X/s)
/ = Q (i o,,,.
n -
T
,1
-- W
/. /3.6. / /3/)S/C //05E
'gg ma tYL r= 2.'4 S f'/4.63 2 .44) f = 3. 5/ X Y r /F //-!
If y, " .,
' 97 y 't-
/*
- 68.2 / = 9,65 x ? 3 9 Hy YY.43 24.4Y f, = /33 (t/9.43 3*291i(Es. 97' u'.O .( = /8.8 Y Y = 75 H~ f 5
.f,e 22/( pr.a-l> a?'?'--- ' = 3/. 3 x y > /25 H-s.sy r
/. / 3.d. 2 -/ //DLE 3.2'? 2 /O. 8 't f, : 2'/. 8
- 20. 9., /2. 2 f v /S. '/9 x Y
- 66 //;. o f, = 68.2 ( .66 2 9 ){=452.4K?*/S/fk f, = /33 (
) { = 89. E x Y = 353 Hp J, a 22/(
) .( - /VS.F y it r- ESS #;,
/. /3. G. 3 -2 Hos.E 3
J,=2%8(ag.2*'.g3 , ('/C;29 fuys, f= 8.50 X f r 3Y Hy-f = 48.2( .se276 ) f = 2?. 3 3x 4-- 9y N;.
f,, = / 33 ( s'
) f- Yi.59 Y 4 : /82Nu
) f = 75.75 X ? - 303 d';.
4= 22/(
9 F/IC70/? OF 7 7~0 4 dCcW./7 B240 9f BRAG /~fM770i'/,
&;sm assezr wmi rErr ars
//.9TE IV///4E C/4E NOD.= /3 LELT 7Be/./ 35 /f,. 3F/9 //.9ff
/4E7 FRE!//OUJfJE/5/A/C TES7f !ss MS2 EEPoni~ Ci? y27
( )
CR 530
( '
uacirnen a-aauce caut.uim
]
s%ETM dd' vsi S' ^lY'I^'**' /3 '/O?
"^" "
4 nivisia., op zu,u moustnies. nc.
[ pyy ')) j,,gf
/, / ff i=40W /HDUCED .V/ji,&P 779N' s i
/,/ % / .5757~S~M FLDW (/?ssUME) .
N "O
ch=/606PM
= (7.<f8)(w) = . 357/S= /~7h C -
f./&'.2 i=~L o W / 9 2 E.8 A? = 785//f , ),2 = .0F?/ f 7- i-
/,/% 3 !/ELOc/.r>'
Y= V 357 /'7'/sEC * '~
/? ~ . 0 Y7 / F72-
- 7. 6 f/~/SEC -
/ . /%'f HON / ENC 697t/nf~ (EE/~ d) er =.tio fa .29 te/av*
LBAw]
~
- a. = .050 F, = .o3 y g .080 c= 2 7 x/o ' Ps/
7 = (g) = .a o I; - cw) = . 3a
/./M C MEras mass Pfl+ = L /), t Up !?'oLff?^' ! (6 -2#-) -
=
g f3. 2 y lO2?)f/) 17' ]7 'f' Of) ff'. 32 , /O]
= r. es us ' sy -
/,/ % 4 /~LU/D MAff
'his, = f, De h [('2e - A Ap)
- ( B: ) ( 3. 2 7 ) (. 3 2 ) y . n .oso) i.i 7 no ' ~g
^
=
% )
CR 530
(
- e. sci:nm ,u r e,ie:3c. . u .m en
]
yma j;k E/rsrn"
/ /3 </-09 n oivisiou ce zunn inoustnies.inc. p_p g} gygg " *
/ /%6 FLU /D /94SS (CON 7) 44A V 779,,.
.3 er
- f. O 34- )('3.2Y)(.32 )' ??* = 4 u-us
,' , 9 y a (386)(3) oe is
/./ % 7 SPRH/dR476~ MA' COA ///OL ur/oss
/4 = 4 Na .
=
97.4[223) = 2/,720 LB/////c99y Ka = 2 Ze_ ,
= 2 (26 728 =
%39 XM*LB//H/cONg
/,/9:8 FREQUfN~ CY HAA/GE (FZGX H Q.s'5)
/ /V,8. / /N-PHASE LQA/6/7~uDH./Al-
/ 24 .
I^r 2W 7/L + 7/,1}
.2 (Y; 3 4 X/DV )
/
= = 5, 5 76 CPS ET 5.8 fr/6 N /,/7 Xm -. b- ,.
/./y.8.2 007*PH4.5E LONG/709///pt e_ /
~
2 Xe
% 2F\ 711 , t ?ng l 2 ( s 3 Y X/D V)
" 2 77 r. a s x n ~' t i.i7 X /i t
- Sr'# 'EE
(
CN 530 ( cNcmeta nereacNc nuuses
)
rAETAL g,I%%I Ehr p.ivysrpon /3409 ouc cus t o.w-a = "
, n, vision og zuan moustnies.inc.
g,p y pagE #O### /5
/. / P. 8.3 F/RST BEND /MG /AODE
/ 8 /de Sh
- 217 1 ers, t Q
~_ / 8[% ;f'r XlO b 2 77 g.g57/o 4 /./'/ X/D~'
=- 7ptD ds"J
~
/. /'h 9 VOA'7~EX SNE/))7/Aig t/Ejoc/ry h = '20 9- ./2
= /. 66 4
.f' RO//) F/4f)ieE / //V REF h -
G,(UPPEA) * -Df sg (zowee) FOR Lt,
. av , .,,,
A. P - (551'6)(</2 .gs5
? = 7890 FT/rge vc :f-z, &
g
- [f3Y[ .ig IN =- W 7 7 FT/fge FOR Vu_ So A' Af (3f20)6/2
36
//73 f77ssz v
I4 [O v = so,t 2 6 9-8 ((((84
~
t
~
.is FOR f, y Is , & = [ 70'/O][IS =
a347 ri,/sse so, .36 y . fs. G' _ (7,0'/0][/2
~ ~
= S280 F~7~/SEC
.50,
./6
//;2SE FLOld I/ELOC/77 /s BE/OlU 77/E //OR7E~ X SHED/Au5 p/7N6E W/77/ NO Cl&RL/?P OCCOR/N6; 77/EREFORE //O ROD /770HRL /?///ELYS/[ /S REG (J/ RED av //DSE /955848L7 FOR FZOW //VDUCED ///8A/P770A/
(
' ' CR 530 LNGINLLH HLFlit LNCL NUMULH f,43,, A emin
< iym
,,g7 ,L PAGL OF DATE GUSIOMLH A DIVISION OF ZURN INDUSTRIES,INC.
pg, _.'- o E# M
/. If /1 0 /) P T O R S P//V 7574 / 17 7.r? 70 OD = 3. 6 Y .t. O/ Pin
/D= 3. O 3 _f. Dor D/n f= . E'77F /24///
%d - /E +. Y P (REF A/C 34 94 /)
_ [/50)[/ 825) _ , ' pig
~ /g 200(85) v . 9(tro)
//DEquRTE AFTER TRA?A/S/770N 7~O WELO EAW (7F?4/]
OD = 2.88 2 . O/ 2 :- . / 78 /P7//V
/50 (' /. 9 YT) "'
#^^5l * /g 800('65) +. Y(/.ro)
_ADEquBTE
/9fTER 7* RAM.f/?WN TO WELD EA'O [75770)
CD = 3* 50 e. 0/ t . 2 /r /V)/N
/50 (/. 7FT) ' #"
#V ' ipoo g sc) 1. 46co)
ADee" ATE l
< J
CR 530 [ ENGINLtH HEF LHLNCL NUMBLH yg73t g,jf;,, p. m m e DATE
/3 vor CUS10MLH ' PAUL OF A DIVISION OF 2 URN INDUSTRIES,INC.
/ - # E /OWER /7
( 2./ /EEFERENCES
- a. OC/ME POWER &ON/P/?NY s/EC N)&f'- /206.00 - 000 2 A. DU/M N/nf.t& Her /-/cc-H- 3 (DPC O C& C)
/- KC -H-V ( " "
C)
/ - /t& -H-f ( tr or C)
/ - / W. - H - 4 ( n n c) 2- sc - n-3 ( << n c) 2-KC-N-Y ( " C) 2 -KC -//- f ( " " C) 2 -/d& -H- 6 ( s
- C)
- c. /V)ETRL BELLOWS CORP DW4 754 't8 757 Y3
- d. /?SNJE 80/LER // PRESSORE //ESSEL CODE; SEcrMN yr, .suaSecr/op Np, Cu?sf 3 coy >PosENrs G, S7A~ NDARDS OF 7WE EX/RNS/OM JO/A/7 MANufeCTUAEAS /}Sfac/0770# (EJNJA) t/"ED/77DN f GECASE C. MARSHAL SPAC&~ FUGHT & ENTER REPORT 20N)02540, /?SSESSN)ENT OF FLEX /84f L/NE FOR FLOW /NDucED V/ BRA?r/ON b
( J
CR 530 ENGINcEH HEFEHENLL NUMBEH t ETAL O.M CORPOR ATION ll. //.S7/9M /3'0 7 20977 KNAPP STREET DATE C us I O.v e r< p,m e op CH ATSWOH TH. CALIFORNI A 91311 /g -7,7[ ggg gyy4y,p 2.2 DES /GH COA /D/779HS Dff/d/V D/)T/9 8 us7ED /N REFE22/ce s. /pr ~ S/GM/FMEN."PARAME7~ERS Aef L/s7ED BELOW
/~OR E/ EKEefMCf - . :
OPER/77%V6 PREXf0RE.' /50 PS/4
~
^ ~
OPERfr?"Nd / 7"fM]PERMU2s /67 cy ~ ~ RCOM) PROOF AEESSURE 225 PS/4 BORS7 FeECfc)REi 600 p. /4 L//V.E .T/.2E / /io s FLDW /VA7'E 5 SPM
?V)O770A/S B as/c 3.33
-/ 0.29 C)'CL M / /FE 6,000 s
.e-m.m me e
e o e r ee e
-'e em o
- CR 530
( a:aintut sit e t.,tuaci: r;u aoe,i
]
/AETAL din ' 7 a oivimon or zuan inoustmts, n:c.
c.I m or y_ 7_g pygfo,7f ff 2,3 M4 JT&MU PRd/?D77753. Psa /2TMf Bff.y CODE W . 44d d k g wu, 4 s 4 s 4d t w sq ND' d Q k R' - l 4 44 ;j 44 44 a 4 4 Ram a na RR A a a ~ ums y Q k$s R h ?d % % R N w hhM 4 hh hk B % Okk Nk RS E l aa t bu a a 6 l EE$ $.I l$ l k!!illlllgl l.) 4 k 3 % s 4 k h y b a%t Q' h( % s m wt . go ( -
ENGIN E E6 t;EF eattmc teuMata METAL $$ted CORPOR ATION 8,NVJ N N. /.FrOF DATE CU3IOMtH PAGb Or E?"s?.~o1llEE',Ioama o,w
/2-7-78 puM 20WEK 2O B.P .HO SE DATA BAstc -/
(P/N 75749-) (PlN757e7) B ASic TUEE O.D. /00 /. 00 : ' OU rSIDE. D I A (Do') 1.34- /.34 I NSIDE I)l A (Di) 96 ,96 i MEAM bil-\ (bp) 1. l6. I.f 6 TMICKNESS ( A) .012. .012. SPAN (u;) .ne .ne
'P ITC H (g) .I4 . l4 LE NGTH (LL) /6,59 7. 5 9 No. OF CoWVOLUTIONS (Nc') . // R .f5 S# ~PE R FOR M ANCE CONSTA NTS REF ER Er{cE 3 tp = f ( p =,Ol2('l 6 : . 0 11 4 A = .393 2.u; 2 ( 172)
? _
= --
. lA _ .-_ = '563 2.2 v'De tp ?.2 /(t.I6)( ori') ..
C p . = . r/ l. . ( PA G E 'Fl R E F cj ) Cp = I.46 CPAC-E "l8 R E F cj ) Cd
=
l.57 (PAG E "l9 PE F g y ( )
CR 530 ENGitJLLH HLF LHLNCE NUMHLH [' gg73t ggy,, e, Nhzam DATE
/Jeor CUS I UMLH PAbt OF A DIVISION OF ZURN INDUSTRIES,1NC. gg
, g g
(
- 2. 6 f-ER/~OA/V)AA/CE Ecy?pd7/psyf
- 2. 6./ BELLOINS 7'ANGENT C/ACVMFEAENT/n/ f,efffyff fyggff g . i2PDx Eb (Ze Ec t n xg E,)
Oso) (.16)(27 x/o ' ) "
~_ 2(c32)2rxa' +</xsexenio9f '
& ODE % n,,,,, = / s. Y rn nosqpsyr 2.6.2 BELLOWS c/EcuAeFERENr/gz gEngssys pggsfo/pg fyp,f, p'- 2.m ? O .. _
l l X, .n/+ag )
\
- 150 ('/. /6) i
* ' Y '
2Ci)(.0//) . n/ + 2{.ns2/ ]=
~
.sv d00E kusu,,,gg = /8, V A're A7DE4)UATE 2.C. 3 B E l l D H /.T AnfR/D/OMAL presscing s7pEsy
?#
Y 9-m X,.,
/F0 (.i78)
=
g (,) ( o,,) = / 2/ F & 2.64 BE4LOtVS MER/D/ONnt pncssoRE BEND /A/4 sTRass P W Y ke a- x, ) C,,,
/50 ./78 i a (,) ;o,i ) ( 7/) = /3.9 Ku'
(
)
. . CR 530
( eNoin t ui nern<tucer4uuoui
)
yyygg ffj,,, S. MSTROM / 3V-09 DATE CUSTOMLH PAGe OF A DIVISION OF ZURN INDUSTRIES. INC.
/2-7-17 OurE / OWE 4 m
( g, 7 E(ju////? LENT /?X//9L Mo7/ON DOE ~ 70 OfffE7 3 Dp /Jo e= pc 4 4.
, 3(l- lA [ I 55 .00f770
(//9) (M,59)
=
(Bns/c)
- 3(/ /6)(0 2 9) . 0o2yir c-i )
(sr)(7.59) 2.8 BELLOWS MER/D/0N/lt MEN)8RdNE OfflECT/0N 37Afff E 2p* e lr* 2 co 3 q (29 X/O')( ON][ 00 f870) = ,, 3 gu ggs/c 2 (. / 78 J ' (4 'f6) t
~~
(27xto' f. 0//)(.00 2 9/ 8 ) , , 3,- gg, (_, ) 2 (. / 7 8 ) 3 (/. Ys)
- 2. 9 BELLOWS MER/D/DNAL BEND /NS STRESS 5~ & Xp e 3 cd ' Gf
= 5(21xto')( 0//.)[ 00587 ) = g g. 7 /4, 8gg/c.
3 (. / 7n '( A r?)
~ r(2 mo'-)(.on) {.00 2 W8 )
_ , ag,,,, (_,, 3 (./7e) * (/, r7) C e '
CR 530 [ LNGINLLit itLF LitLNCE NUf.;bEli yeye Q, it wsinet DATE
/Ho9 CUS T OM Lit PAGE OF A DIVISION OF ZURN INDUSTRIES,INC. ,
g pgyg ( 2, /0 TO rf)L &FC &/C S7.eETS f f = 7 h l t /y ) f [ $ -3 h 5l )
= . 7 [/. 2& + /37%g) + (L1%ss t 6 2 2ru ) = 7f.6 Ku (d'Hx)
= . 7 (4 2J'y / /3 yKg ) + (. S~fy, f 2f.ffr)S = 36. 9Q (-/)
- 2. // C /)/ C 0 4 R 7~E D L/fE
/. 86 X /0 ' 7<
34 9
# C K4ES ==
_ ,,, ) (7., = / / A ? 3 1/ m y
/. 96 X/S ' (ii \v.9 =
ggno _ 9 9 9 } 4 3 X /o ' C 7& M J(N e pi ( s
/. 86 X/O' (i) ? = } /CKW
= (/gg,qpp-ggopo, X /Dp,i) iespwmo we 6,we cyaas DEfMA/ /5 /?DEffo/?TE O
e >
CR 530 (
- LNGINEEit HLFLHENCE NUMBLH METAL &fwt ! ! ' '
DATE CUS I OML H PAut OF A DIVISION OF ZURN INDUSTRIES,INC.
,7, jy g
( 2./2 BBB/D RA/M VS/5 2./2,/ EA/D / OAD DOE 7~O RTE 55Und~ a
/~= . 735Y D,o P
= . 785S'(/,/6)'{/so) - /58.5 /.8
- 2. /2. 2 samo consraucrwn 0;k 75752-/)
.u x s x ,o/2s x x23.r sa ( n v-3*, g e s v w j 2.ie,3 samo .1raus (resses w wsres) c-
[ = a '/> esa
/50 f (36)(8)(795y)(0/2A)'(,' 7.7/) "
coo r G = /s xa pareosrr b
CR 530 ENGINEER bEFEHENC N UhlB tH ( [ETAL f / dud CORPOR ATION f. NYSTEON /3967 20977 KNAPP STREET CH A T5 WOR TH CALIFOHNI A 91311 (("*f-[ [ ((ff[ d)Y(( (( 2,/3 N/?ro2al F EEQUE/'C/E 2, B./ V/E/627 cf HDSE . wr=].2-a.)a +.s>(a2e oz te _
=[(i.sv .w)(iiv)w(i sf ?1 :u)pa)<.3) 7 =.sosa(em
=.
2 ??LB (-/) 2./3. 2 WBS/l7~ OF flu /O . _ Wr= ?A) L P
'~ ~
- 7an('i./6)'fis.fr) ll';
= . 633 La (en.sx)
= . 2 9'o L8 (- / ) ..
!M/GMT Of BRA /D
' ~ ~
2, /3. 3 .. Wr= -/68 LB/F7' ,
- 2. /3. 9 seizows sxim .mesvsare l 44E /,/s l.?p / .2 3 Als (' cu . .
(/) 29X/O'(/, /6') ' ' O/2
=
/./s (/ir ) ~ ( . i7e
~
7 # ' ' / ' . epee a .-e-
'i 1)avxa*(as)
/,/s
.o/2p
.i7s ;
=
/re.e Lenu t 55) _
>ghg e
.e ma m
.me me eem-=
e e--
- h n'- -
e s se .
g= -=m -
-weet +e-*e - .e p-e m.. .,
. M mgo, q
- p4 eD. Oe .
..-..= ....9
cn 530
'( , ENGINEER HEFERENCE NUMBER METAL dew 8'/ #M !E8#7 DATE CUSTOMEH PAGE OF A DIVISION OF ZURN INDUSTRIES,INC. , 3 gg
(
- 2. /3. f AX/M V/8RA7^/0/V (/'A/2Au EL- 77) 4*XH) f = Q :. / ' f X f IV= A W f r 829/D +- H ,0
- 2. /LL/ BASK HME
$ = 7, 8/
73*Y $
. 606t.633+.232 f = 6 9. 3 x /.] T= . 8 G. 6 /}/ .
fr = ' / 9. 4 7.0438 f = /38.5 X /.2f= ./73 Hp s
/, = 2 7,2 ( t' f = 206.3 x/ 2P 2 58 /4
) f f= 38.6 it f = 2 72. 7 x 42r 39/ /G
- 2. /3. f. 2 -/ //O.SE f'
/ /sB. S l/u =
f = 9.8/ \ ,gypp,29p,gl;j f' /CO 7X/.?D /88 //) f= /1. d f /S. ?A Of :F = 30/ y/2p 3 7 6 /p ff 292 f '-
){ = 4%S y.2f= 560 #p f =. 3 8 . 4 f = 57.5 y /. 2P 7W /p.
# H]C TOR TD AC&OuM7~ FOR BRA /D c;/ ne/Ci?2)
( ( J
CR 530 [ LNGINLLH ! HLFLHLNGL NUMULH tAETAL habsd E NY"* ' ' ? * OATE CUS I OMt ti PAGE OF A DIVISION OF ZURN INDUSTRIES,INC. n g, , , q, , ggg eg 7 (
- 2. /3. f LB7~ERAL V/'8EM/DH (PERPENp/CytA'? TO /?X/.7)
L. K< f
- 9 ,_zDis y !
- 2. /3.5. / 8&JK HDSs
'f; c 2 4.8 (',3.29 g,gy )7/ .0438 f = 34. 7 7. t.2r= v3 p p.
Se se.2 ( /, we ) f = rs r x arn in sp 4 = /33 ( "
) f- iss.3 x /.zo 233 ny e aai ( ~
) s- sw. wc .w7 s, t
2./3.5.2 -/ HOSE e f= se.2 ( c.sssY )1 = +-sv./ x ar- rsr q 1,=/n( ~
)! - ear.s x i.2r= uo7 p,.
S.,=22/( "
}f= /v7i. 5 x ar= /637 /9
> racroa ro secouar rox semo s emcnox G,
t ;
Clt530 [ uacio u9t s t r u< ut ce. ru,m:n
]
/AETAL Ider./ E' #' '8N 9 UATE CUS I O /.t.H PAGL OF A DIVISION OF ZURtJ INDU5 tales,INC. ,
_ p 2 /V f40W /tVOUCEO l//Ef/fA?,7~/0/V 2,/%/ :)'57:.EM FL CW h = s c,pm : ' =,u///f~1f.1Sc (i.YS)(so) .
- 2. /%2 FLO W //EE/9
' yg .T 2 e .
A= 775+* (//2 ) = .50 X/O' Fr*
./
2, /% 3 t/ELOC/77 y.= - C7 .- 0/// F7'/src a og" n -r
/) , 6~0 X/.7~ f7 '
- 2. /in4 // oms /./c&/)7G/2f' (R2= d) 9"=.D82 L: .29 L8//p' ct. - 035 fy = .03 '/- L8/w 3 e5 = . 059 F 2 7 x/3' f.r/
?, = b3) = , / 4 li = Cw) , /79
& /f4 5~ AGE 7WL ASA's.C 90,,, = $n ,0p C //p f?'[ft? 'n 7' (/> -22)M l
=
,; f/. /6 )h0/2)f') i?'fDf 035) /(', /78 . oy}]
=' 7 / 5 X / O
-6 Le-sEc' -
/N e 2, / V; 6 FL U/U / Waif Y'Yf *= , h y> l} , l E ll. ~ $ Np
-(: $i;'
T )N !6 (ire) [ .07 .oia )
"b L-"R - SE& *
= /,6 6 X /O
# y N_ )
' ' Clt530 [ t.NG t N riri itLF LH Li.Ch tiU:Jd .4 ymia 'gfg;% K //na' /390 </ A DIVl',; ION OF ZUfiN INDUSTals.;* int-"
/2-7-72 Do/cE Mwc~/' 29 2 ,/ 'h 6 /~L U/D AT/'IS.C (CS V.d 17' 7/7(' ._
ff.- ll> d 3/ f -C34 )('/./6ll'/7?? ?Y* = ,, o2 , ,, .c~mgg n (386)(3)(.059 ) 2,/n 7 .5 WGR477 PaA CO/Vb@lu170/v
& = Ea A6
=
73.4('// 9) = 8,77% 6 LB///// cow Kg= 2 Zee
= 2 (f) 73:tl = /, 7'/-7 ?( n Y L i-7%7 / c 0 M
- 2. /'/: 8 F'/?Eq&'s7/C)' A4//5E (/~ LEX //O.55) 2,/% 8./ //V-MWSE LQNG/7~UDH/B/-
/ 2 X<>
f^> = 2 /7' 7/L+/$; '
=
/ .2 (i.7+2 x/o *)
=/0)023 2 77' 7.jg v i % 4 6 6 X M - ' ' CP'S 2,/9,8,2 OO7~P///?.5E LOA /G/7~OD/A/?L /
z_ / 24
b " 2 iT' \ 77), t '7dg
/ 2 (/. 74 ~/ X/G * )
" 2 77 \ 7. inn-O i.oz.:vsr ~ Z/Y '"
Cil530 a.um a ta
/21 ner oiance .4u.'.uta
}
METAL 42/A"A 77. /V/STRom /3 yo9 o,.r e couuma race or u osvas\os op zuan muusimus.tuc.
,g .p. y g pygg ppWfk 30 2 , / ; . G.3 /~//75 7' Bf//D/NG MOO.E
, / BKe .
=k
- 2 /r . .x r mb
= l 8[l*7YYX'#+) .
-- /Yp y dip f a 7/- 7.)5 X/o~6 r- /.02 X/D
- 4~
2, /t,L. 9 VOR?~E.X f//EDD/A/6 VEL 0C/77 - X = IY a j, 7
~
e- .'o82
./~ ROM F/df)RE / //V REF h
.fn(UPPEA)
- 36
.sg (tow.ee) - .is- -
FOR fn, y, s f,'soa 6' - = g3G3?) (.062)
= 2283 FT/SE&
.36 y, =Sob. * , lA"") b* ##' = 5/y 7 F7^/ssc c ./4 YOR Vu =
fa' 4'= e- (7,/92) (.osz) -
/524 Fr/Ar&
_,g A t (Z /Y2 ) (.0BE)
~
y,= so, V =
./6
=
3&&o Fr/ sad FOR .f,' - fb (N,28v) (,082) y, = sa& i o
=
34
=
.> 2 5'/' F7/' .fEC y , fs. * = (ME9"] I ##h-. = 73 eo py/ss c So, /6
//oss flow Velo &/77 /s BELDW 77/E //'OR7E~ X.S#~ EDSA%
p/9,w,E w/TH NO OVERLAP OC6/>R/N6 . 7*//EREFORE /VO /?D0/7700/74 /9//A4YS/S /S AEG4//REO . C
CR 530 (
- uaciNLLs Hu uiLNCL NUMBui
- I' '
AInd IAETAL DATE CUS I OMt H PAGL OF A DIVISION OF ZURN INDUSTRIES,INC. - B E M9tFSE p ( 2 /f RDAf7'OE'S ,f/M 757V5 p' 7;p'yg OD- /. 3 75 2, 005 p/,0
/D = / D20 .t.005 D/A?
Z= P /2 Asspp 33 p, yp f/?E/= A/O 36 W /) (/ r p ) fe m )
= = ' 09 */
/ 7802 t. y(d50)
ADE0V/)1s OPPOS/7E EAOJ h7RE SiyA/pngp 3999 # ( COV.P/./A./GS PEA' f)Ny/ g/j,p //p3 ag JS gc,, somuore
)
CR 530 ENGINi::EH tttFtrihNCL NUMtitH M NF.f7 ?'N /5MO9 METAL t$fs# CORPOR ATION 70977 KNAPP STREE T
^
CHATSWOH TH. CALIFORNI A 91311 /["2'7[ [M,:- [8 NE8 (( 3,/ 267.F/ enc 55 CL DtJXE PDWER CdN)Pany r/fd NIC.f-/206. d0-COC2 . _ . . .
. -,ee.
A. poxeMnex was /- xc -N- t ( D P c o c z. a )
/ <et-a-2 (~~- n a) ~
/ ,ec -y - cp ( n !!
B) ~;~ zyxC-a- i (n..n a L : :: n g)
~
. 2 l/cc-y -2 ' ( n u-2 -/cc-y -9 ( n B)
C, METAL Bf.!LDP/S CORP DV/4 76^6 W
.75'6 52
- d. nsME 80/LER .f PRESfd/2.= YE.CfEl COfff SEc7/9Wia SUBSECT/9H NC, CLAff 2 con?PONEN75
& STANDBRDS OF THE EXP/?NS/OH JO/MI~ MBNVFac7/MEdr srsOcisnoN gas) ,Daare wrise
- 1. sesase c. Hansas.c .rmce m;sr cerra xEss,rr 20NJO25FD, AffEff/AENI~ OF FLEy/E.LE L/Ns*
FOi2 RDW /NDu&~ED VA824770W
CR 530 [ ENGINEEH tibFtHENCE NUMBER 4 thETAL $!9s1 CORPOR ATlON R. A/YS " ?pr' /340* 2C')17 KN APP STRE ET DATE LU3TGMtH 5% g e OF CH A TSWOHT H. C AU FOHNI A 91311 /g )-J[ pgg Syg-.7 ,
}
3.,2 DES /Giv CD//D/779/v5 .- DES /d// DA?rA? /f L/57E~ D /// Eff=729/Ca 4 7/y f
.5/4/V/f/CE//7 FARA? METERS A2E t./57E" D . GEL.p.W
/~OR RE7.~EAfAKE~ '
OPERR7hV6 PRES.fORf.' 2 Y85 PS/4
~~
OPERA??"iVS / 7"EMPE/ A?70~ V 25 6 50 "/=~ RCOM PA00F PAESSUEE 3730 P.:/4 BORS7~ PREff0RE 6000 Pr/4
/ /s V E 5~/ 2 &~ 2 /P.S F2DW /647"E .W GPM
?V)O7~/DA/S
. 7.S~4 W (wux 4'-/) 3.30
.756 H -/ (AMAW -2) 0.09 .
7Fdr2 G w// W -y) 3,30 CYClM / /FE 6,000 N J
CR 530 ( LNGWud Htf bid C- UUMUUi . . METAL Mich/ CORPOR ATION #/M 78BM /89 6 20977 KN APP SiHEET UA UM'" PAUk Of CHATSV ORiit, CALIFORNI A 91311
/[-J-2[ f) (// g. g je/ g g g 9,3 M / T E R I A L PRoi>ERTIES PER AS ME B f PV CobE r .--- _ . . . . . _ _ _ _
l
,u3 - - - - _
o mm w ui u> - c, w lC X% % MM E Ms.e '. t M v
~I
@ ' VI %
9:.s TT j j
- T lD ID t.n l/> g
%al.
1 NN _
'P 3
I nJ
.t1 - -
~ --
- Ti w y) (n G - -
M y sg % s, vv- th d) G yy M sj
- 7. O o O OO <> o o ,9 OO (9 Nb (9 CO
'b (d
gg ,i. .1 .g w l0I no a of C Q O 'O
<( ' CO N Q ed I'~
OO n) (G r0 S G iei 5;! M (r to
- 0. D. CL &
.F _._ _.c. O.y I . .. _ ._}_ _ _ . _ cJ. _ _ _ _
t.. . . _ . _ . g O O w r y-t r0 4 W r0
-o g c) M
.o g 4 ... - -
0 4 2 <0 q. a) N t _O
'cI, (CO Oh; d 4 dd NO 4 d (f) G) d) q @ U) U) W
'U CO u, W tu u.-
ta o. a3 J>
'W Q.
~~
0- H O E V~ p. .-
~
'~
lEQ ' u) (A D- v) m
.b UI q G2 M Ut I' d'
(.d O b,6 f.t.J
~~
O to w "e l ti' > u' _J J LL U
'D 2 U 2C yI 6 10 ' (:, - 41 '".
t;s .i~ , . a:
'q
,O,D. -w 7 '/
,$ _IU L.] U.
0-
- (s lq u) 7 7 O/> to G Q. L'.
WUs D Ca v
~
C , O "
;J3 g,. Q C ,% p DJ
,4 l
O n. m 12
, tti
<f c-; s-
- u. T-
'<. o s
}. W.; .J D }- . _I s 03 U.I 4 v) 6.
~4 cd (() 4 lt) -0 Q <.
)
CR 530 L*NGlN L ER Hi+ LH LNGL idVMtiLH [ hETAL t Sva/ CORPOR ATION 8 NFSDPSN /3909 20371 KN APP Staf f T UAll O' 'U*" P^ d UF CHATS //OR TH calif ORNI A 91311 /[ 2[ g j/ g g y g ,J [ 3A HOSE DATA 75699 75649-/ 7565*2
..l%'7F7V6) (P/M 757.(?) (6/v 7F?&a)
Ef31CTUBE O.L. 2.00 2,00 2M OUTS IDE DI A (DU 2.64 2.69 2.69-I NS I D E. DI A ( D.i') I.90 /,90 f. 90 MEAN b1 A (Dp') a.. a t 2.9/ g.gf THKKNESS (f) .c40 090 .09-0 SPhH (ui) .33 .33 33 T'\ T Cd (c3) .250 .250 .250 LENGT\\ L L L) 39./3 /5./3 2 .?. 2 5 hlO. OF CON VOLUTIONS (NC) /57 40 c/p 3.5 PER FORMANCE CONSTANTS REFEM!E g d,, = f(E 4 [
= .040 l9 *
=.o363 2.s i cc _ -
250 - . 3 '7 9 a' a( 33) _g.__ .. _ __ .250 __
. 39 a 2.2 /bg aE~~~ 2.2 v(#tsq.oaes)
Cp = . ~ll: E ' (PAG E 7" RE r g ,. C< = .l. S l (P AGE '7 8 RE F cj ; Ca :. l.52 (PAGE 71'REF3,
% )
1 .[. ENGINEEH arses .w.; No.uta
}
, u m Q ,, EN>'swe 139o9
",'i,,,,
u oiv,s,an o zuas ,~ousmes.isc. . g f,,,, l ~",f g, c pserosmavcc ceasnaus
- 3. 6./ BEL L DWS M^/ GENT c^/ECOMM'='^'ML P A '5^f " '=~ S M
2 Pa C .. 2 ( 4 Ec mA6) __ m
= aves (2.00) (29 w ')
2 (.Jy?x2.Gxe ' +(/X0+'o)(29Rsa')
= 7. 8 /be. .
o+l
- Y 3.6.2 BELLOWS C/ECMERE^t i MEMBAANE PasSSVRE SRErs PDs / >
f = a m x,, .s7/ t a % 2
.)
p 2 (i)40363) s?/ + 2(.25 ?3 ) ; - c005 f,uw, = 25,04 -RDfqW)TE~
- 5. s3 BELww
~
an2/D/0/M& PRESS"2E sTRECT - 1 =
, Pw
? m .Xp 24srgss )
=
= //. 3 /Ge. -
9?/)(.0363)
- 3. g,9-seizows assis/s/az PREssons BENonG- sizzs.s f cu Y 9m Ap l l 24Bf *33 ?
=
75' f-4./ a (i) . oss3 )' . 73r -=- q .
CR 530 [, ENGIN E EF4 etEF EH thCt NUMatri METAL <tdi$/ CORPOR ATlON /d N757#cN /3909 20917 KNAPP STREE T DA FE W GWH PA W W CH ATSWORTH. CAllFORNIA 91311 /g ),p[ [//4C [jp,/fp [7 he ? $ olY h 5/W/ kflkb lbh/ /0/Y h$5 /0 hES$CY SDp6 Go = Ma u.
= 3(2.3/)(3.3D)
(/57}[37./3)
=
.003723 ('7f64'9 3
= 3 (2.3/ )(0.09) = .000687 (756 y 7 .-/)
( 60)(/s./3)
= 3 (2.3/ V3.so) =
(756.r2 )
~
{r2 )(23.2s;\- O/Or 76 3,8 BELLOM'S MER/D/DHR MEMBAWNE DEFLECT /Div S7WS:
/s = 2Ea)3 2) E C 3- .
(29X/D')(.0363)'(.OO3723 )
~
=*Y' * [?f69]
a f.33)3 {!.5/)
= (f./6/7. ,X /0 # )(.000687) = .08 Xi (7f64'7-/)
=( "
)(.0/04~?C) # A274 .(7f652)
- 3. 9 wuows amD/swa seriecnO v srrers
,, se is e
" ' ~ 3 as
- Cd r(arm 9(.o.w)(003723) 37. s m
=
3 (. 33)' < /.52)
- =
(7sne)
=( /.or779x/p? )(.00068?) = 7.28ka (7f4 '/9-/)
=( " Y.0/orps) = u a.i /c- (7ssr2) 4'
CR 530 LNGINiER H t F t-r1 E NC t. i4uM H td
MITAL M/ CORPOR ATlON /7. '/VIIB## ..i F S ?
2097/ KN APP STHEET OATE CUJ T6 iMc H PAut Or CHAISWOH TH. CALIFORNi A 91311 /g,J.J[ gi, "pC2 fj Jg
- 3. /o 7'o TAL cyc u s .: 72.5.rr k =
- 7 ( '- & + $ ,] ? (' $ M l }
~
=
7(i/.M2< + 75.W4 ) +f' +% + n.r&) = /ao.6/4 (756ey
=
{ 60.67n ) +(.06 %+ 228 %)- 69.//6 (7ss99g
={ "
) +ld25%.u +//2./4) =/74 on, (756n, 3,,// CALC &'!/9/ E.O L/s=~f
~
/. 2 A X /.2 ' 7;-
Nd?ddES ~ ,.,- - 3 ,ig 999, ( G = 4/ M /A4 Q 6 4h g
= 4 84 xm ' (r.i) f"= 3.89xe d?.cLES (756y</)
/9] 6 07 o 't <>.22)
.//.ss :ur (i.i) ""- 2.23 X/o?C7aff [756V9 .
\
/
3 ( 6 8, / 0 0 - 5 'd w,.,) -
- /. 86 X /2s ( i. /) .;"'; y
= = /E, W2 &YCLES (15652
/7Y,op;-a,.Rs.?>j
.REqu//2ED L/FE.
~
d000 C)'d.L55 lD.5,fMi'/ /s SD.D.Gu's.~f l
-...-.-...j 4 ma
CR 530
' ~[' ENGIN E LH llEFLHLNCE NUMBEH METAL h0ed A DIVISION OF ZURN INDUSTRIES,INC.
DATE
' Y f C UST OML H PAGE C f-jg,y,g gg pg y7
(
- 3. /2 BRR/D R/ VAL YS/.r
- 3. /z / EA/D 4 0 2 9 D O E 7~O PRESSVR'E
~
F = . 7854 D,i P
= . 7854 (2.3/)~(2 YBF) =' 'd, 4/5 48 3 /2,2 BRA /D COA /S7* E VC7/DA/ (P/A'75752-3 )
48 X /3 X. 025~ X 2.6 Y Po? o< = 36' / "Le7EA OFBrac 6 = 32" 2^LAYEA OF BAxic o<. = 3't" OUTEALAYEAof JfAc (e< MEASURED FADM 4) 3./2.3 BRA /D 57'RESS t 3, f
/VA coS ec ,
)
/0,y/f (48)(/3)(. 785Y){025) } ces Ja' +. 9Eos 32"+ .bAr 39']
= / 'f. 8 /Cr2 CooE J,';asw = N. / M ADEkyV/774~
f FAdTOP OF C6HffAVA7^/SAO, 7~HA7~ LSADS ARE A'Or EiftV?LL Y SHRAED DVE TO AfffAGBLY PROCEDUREr (.,s/
CR 530 y LNGI N E t;ri it ti tr4 ENCE NUNI.$t.<4 METAL nh/ CORPOR ATION f. /! ' - NA' /JES? 20977 KN APP STHE E T CH AISWOH T H. C AliF OH NI A 01311 /[.)-J[ f)y,gg' [hy/g,J yg 3,/3 NMO.EA.'. FM=QUE//C/3'S 3./5./ V/E/SHT OF //DS6
~
~
Y// =((D,-D/)/4 h5?(t.4,)17 D,: #9
= f(2.64'-/.9D){/5?)MJf32G) P(/.70){ow)(.3) = fo. 34 '
= 3 /7 dB,/
3./3. 2 V/E/4//7 0F flu /O wr= 9w)s p -
- 7854(2.3/) Y37,/g) / 723 = S.'72 La
=
/. 82 d 8/F:~
3./3. 3 kVE/CJ/7' OF' BRi9//) Wr= G2 3 L8,/py* .
- 3. /3. '/ BELLOWS AX/At .f,P,2/A/G2nif E /.2 3 4M /, /S /Ve
/),,
/
t w
* = 6 V 'f
(/) amo'(2.3i){1.ovo
/,jg (/57) 33 ' LB//A' (75497)
I '. 0tta'3
- - (/)/, / 2?X// (2.3/ = /6 8C Le/Av (75p/N)
- h. (60) 33 ft) a 9,w' (2.3/ ' /.ovo? /08 ? LB/AU (75652)
,,,3
( o3 ) pg7) =
._ )
CR 530 ( LNGIN E ER a:FeHENCdhUMBEH METAL dv4 ' ^ '^# ### O A TE Gud! O M e ri PAbb OF A DIVISION OF ZURN INDUSTRIES,INC. jg, _
)./3. 5 /9X/A!-- l//.3,'?A.~i2// fR9EARi/.- TO AX/S) f = c, #" yf*
W W = N25=~ t t49 + 8:&9<O 3 /?. 5. / 4 = '9 8//o.3</-r.c9219.s E * # 5 5 3 . " 'b ' #P Y
=/9.6 20.27 f = //O.5* X 3 = 332 lll-
= 29,2 bVV 2 6. 2 7 f ~ /6 % 6)( 3 = F99 N- j 644
. = 38.6 f = 2/7.6 )( 3 = 6 53 'W 20.27
- 3. /3.5. 2 -/ HOSE , .
= 7 8/ Y.00+-2.e?+ i..cr [ = /V3 8X 3 = T3/, f Hy-
/685
= /2 4 f = 287.]X 3 = 86/ 7/Q.
- 7. 8 F
/6BS
= 2 9. 2 78Y f = Y2 8 X 3 e /28'f//p
=.38.4f'#f . f =566 X 3 m /678 //;-
3./3.5.3
/08?
= 9.8/ g, ,y ,,, ,, ,,,3g f = 93. 2 X .3 = 280 Vp
/087
= /'/.4 ,g, gg f = / $6 X 3 = 558 M;
/087
= 222\
/2.05 f = 277 X 3 ,
= 8 9/ . 'f
/087
= 39.5 f = .36 7X 3 = tio/ H;-
/2,05
-p f/j& TDM DF .9- 72 /I6.'02.'/? F.2f<' 8,%')/0 p' p'g g 7 7p/f 776,e 5 3 f C/DSED' W/77/ YEST DATA ~
- CR 530
( ENoiNees ster esence Nuuoid,4 METAL t@pd ' /? '"# M*'# /N'# ? DATE cU:HOMtH PAG E OF A DIVISION OF ZURN INDUSTRIES,INC. ggg gyg,p jg ,. __ 3,/.3.6 *~ LA7'E/2/As l// BRA / /9o b'f2EEND' /C!/L A2 7*G /)X/s)
! =C s'D,3\ Ma ,Y
='
r l ts ) py 3.2.4./ ,B/95/ //D ~ ~ tft b l=2?:8f'/s 39, 20.2?) f = 8,25~X 3 = 29,S//p
// 68 2f gh,,,) o y = 22. 7X 3 ' 68 4'y-2.3/<
fy = /.F.? f 39,/3 )f20.27 6 yy L 99 3 X 3 " / 3) H-f fy-22/(',f,'hg g
= 73.fx 3 > 22/ Mp
- 3. /3,t. 2 -/ //DSE 2, y/}l /685 't 6, = 2M B /Si13 l( 7. 8Y fv SS.s x 3 > (6 7 VP f, = 68.2 ( 2. 2 38 } f = 152.6 X 3 > yr89;.
4 = B3 ( ) 6 = 298 X s - 89et //p 4 = 22/(
); - Y95 x 3 -tveru p
- 3. /3. 6. 3 -2 HOff 2,3/ /087!L -
S2%8fg7,g i ,-g,pg) [= 23 7 X 3 e 70,2H;. Ju= 48.2( ,7936 } f = 6 V. Y Y 3 - 193 A'y. __ s,= n 3 ( "
) f- 1215 r 3 sn $
4= 22if '?
) ! = 2og x 3 avnr
-Y- F/)CTO,9 Si=' 'i iO ntdsse./7* BP&//2 f BRA /D F2c770it/,
saxa.as aawu wmi rar, psu
//.9*"E
/ i IYYiG CDs NODE' /s .L=. tj 7/MW y'3,y, 3-p,q, ppff Ms7 PRED'OUffSE/SM/C
/ TE!7.C SEE MBE E2Po,97~ CR 927 i
k J
CR ' 530 ( Ertatn==n anna sace tau:.mi.a f/s'up
,y93y R.AlYS7RCM / 3'/0 9 n oivision as zoa.mousraies.inc. "^},7_7g
, ypy g,y,gg *
,/y 3, / y A' 0M' /HDUC:ED
- .V/s,397/' 9/./
~
3./ % i 5757~:M) F2&MV (/)ssuiv)d) .~ ~.'
'f0
- 6) =. '/OSPm = (7.w)t;w]- = .se 9 /~7}.C y/!/.2 i=20!# /925.fi -
K. .
,. .':. S-
- z. ~
~~
/?= F 7~F 7859 f !*90} = .O/97 3 /% 3 '!/ELOC/71 -
~
~
y= 9 , D89 l7 /.;ec
.=
y, ga py ,i rse ;
/> .o/97 f 7 2- -
3./eif A/o M E n c.'a 7 m f (Erf A) l e = . is r ta .29 te,w.? -
'~
- a. = . o6 er ff = . o3 </ t.a '/m2 _
; = . o& v e 2 7 x/o ' p.r/
c 7 = (g) = .25 /,-tw)=.59
~
3,isC M.c r a n a.rs
?
M, = L 9,, -c Np 17[trs -/ (6 -2#-)] .. .
=
g )[2 3/)fO'/4Y/) frf1f'O6B) ff' 33-2&oah
= e. 75 x /0 ~ ' y'~
3./ % 4 /~LU/D M Jff 94, = f, Di > h g? (!2 9- - A A/,) i
= D3eY )[2 3/ f 3 3) E' ./25' . ovo) '
= g. u v o ' <*;s t
CR 530 tacinaa j a. r-eaer:c; ;or.iuca {" ' i n r,a fgw A //rsrem /34o9 A Divts:0N OF ZURN triOUSTHIES,lNC. - 3.i M Flu /D / W).g ( c O N r) . 7,,,,z , 4 D, d ' tr
.~
f.034 )(2. siX. s s)' * = ,_ , , , , - sn .i ~ (386)(3) {, og5) ' spt
.s
~
-i.qg -
3,/% 7 SPAH/dR672~ PsA~ COA /VOLur/OA) -
, -: e ._
,/ py -
- r
~py4[/57) =
~
=
/, O//X/D LB///// copy ~
~
k'g .= 2& .
=20.0!/nf) = 2,022xso'L8//p/coptA _
3 /'t8 F/?EQUBv'dJ' RAA/GE (FLGX HD15)
. / y,8. / /N-PHASE LONG/TUDHJAL '
/ 2 x, .
^r 2 77* l.
/R + 7/Q
... ... ._. _-':: ~.
=
/ .2 (2.022 X/0 5,5 2 ??' 8.7sNi5 8. 96%iO-g
=
/0, 3 OS' t*PS
^
3./y8.2 OU7~PHS.5E LOA /G/70D/AlaL ,_
/_ / 2 He
~
% 2 77 \ 2n , t ?*Ag _
=
l 2 (2.022 x/O ') 2 /T s.7sx/.2~'t 9.o Xli" =7597 CPS
=
. '^
Cit 530 t.w ns=aa [.~-
,,a ffs., R.Nystnen nanac.,c :auunca
/3407
)
f opjg3 TON OF ZUn?b I?JUUSTRIES. l:lC. om. cu> m.s.m ewu or _ g gg pyyCQ 3,j7 g,3 F/RST BEND /NS /40D.E
,, / 8Ke N
'N 2 77 n% t Q .
~
~- /
Bfe.022X/2 5) =
/5/Y3 US 2 7/- 9.7Sx/o &- 7,o x/p s s .
++
3 , p,L, <y i/ORTEh' SHED4?/A/G VELO &/7~7 \ ' A = *Bf _ . G- . /6 s
= /. S~/5
./~AO/4 F/df.)RE / //V RE? h *- -
s,,(UPPER) " 375 -
.x,(zOW.ae) =
FOX dt,
, y , As, O = b'4 3 0 5)[./S SY = y.y o g / 7,~9;c
.Sos 375 y = ?r, # , II0E05 b /65 e 77/6 F7/g
- s. ./7s YORf.
~
y _ hr. &
- , [7597)['/65 -
3/73 so, .srs f7/s' Er
~
V~'hr t-so,0~_ ( 7, f 9 7 ] b I 6 5 b =
./75 7ll3 py/fgg
^
Fox 4 y=S0 k , [/E/93 [-lb5 = 43yy r7jgge:
.50, 37f y, !b- - h5N [-lb5 / y,3 S ~/f.==.c SOc
/75
//OSE /2OIM VELOC/77 /s 8420to 77/E //oR72fX.s#' EDf/a.S RRt/6E W/7D~ //O O!/ERL/?P 06COR/N4 7~//EREFORE NO ADD /779Ndl AM//dyf/S /S EEQ6// RED OU //OSE /2S58084Y EOR f.MW /A/DU.CED ////SRA?770A/
w- .
&I?C20 ENd4NLLH HLF LHt NCL fdUMULH
< (" ^' '" l*W# '
METAL. hi~$ rad DATE C Ub l uf.1L H PAGL 06-A DIVISION OF ZURN INDUSTRIES, tNC. , ,y g i .- , (
- 3. /5 /9DAP?~ ORS f//V 7 F?& 9, 7432 9 DD =
2.63 +.0/
/D w 2,025 :,005 Aniec .32 /A///
P /2 7^1,/= 5E t.YP REF" NC .744// 2+85 f/,3 Ys)
= -
' /2 9 2602 (/) t. V(2 48f)
/?PEffVATE 3,/S,/ #9F"7'E/2 TRANS/,r/DN TO .30:.;':57 (p>:spsygg,'
cD-2.2rs.oi
/D - /.?? t.0/
Z := . 23 /4H./ l2 Y85) O /3] * 9
% = 2s,oose.yrewr) spropsr 3, /4, . SOCKET, " P/// 7575]
STD % COVFL/US PER AN.f/ 8/4.// CL 6093 ~# ADEGypi~c ~ 3./4./ COUPL/N6; WalO - PA X"9./ ~ gy .,., y; /?EP N& 3329.3 2'f85 (5')) - 2(/6/02) 1. Y(2 YBE) ~ ' 047
= , /3 Y bam. = . i9 x . ?o ?
/9DEq?M*9?T 3./) SOCKET," t/' // ?r7Cy
.f7D / l*0VPd//N Pin f)/VJ/ BJJ.// CL 6999*
ADEGV/Ns
~
(- i?,/?./ COuPL/AA5 WELO 2+'-Bf ('/. .?/)
.C, c v --
=a/J4 2(A5iss)t.Y/zuss)
< 4 ,rn =.2 r z po? = 174 n o. w V, w s j}}