ML20198Q962
| ML20198Q962 | |
| Person / Time | |
|---|---|
| Site: | Trojan File:Portland General Electric icon.png |
| Issue date: | 05/31/1986 |
| From: | Palmer G, Jacqueline Thompson, Wight G WYLE LABORATORIES |
| To: | |
| Shared Package | |
| ML20198Q932 | List: |
| References | |
| 17822, TAC-61405, NUDOCS 8606090427 | |
| Download: ML20198Q962 (200) | |
Text
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l LABORATORIES GROUP PGE - TROJAN - 1986 SNUBBER VALVE FAILURE ANALYSIS
(
c TEST REPORT
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MS SNES CERTIFICATION SS"*c5S LABORATORIES GROUP Huntsville, Alabama 35807 TWX (810)726-2225, Phone (205)837 4411 l
REPORT NO. 17822 Portland General Electric CUSTOMER P. O. NO. NQ-0082 Trojan Nuclear Plant CONTRACT NUMBER OF PAGES 184 DATE May 30, 1986 1.0 SPECIMENS Anker/Holth hydraulle snubber control valves.
2.0 PURPOSE l
Failure evaluation of "as found" control valves from 900 KIP Anker/Holth snubbers.
3.0 REFERENCES
Technical Instruction Manual for 220K and 900K Hydraulic Suppressors - by o
McDowell Wellman Engineering Company.
4.0 SERIAL NUMBERS C-11, C-2, C-16, C-4.
5.0
SUMMARY
Wyle Laboratories conducted in-house testing and failure analysis of Anker/Holth snubber control valyns. The on-site "as found" testing effort resulted in several valves not performing within prescribed parameters. The failure analysis was requested by PGE to provide additional information concerning the snubber control valves and their operation both individually and collectively, interconnected in series.
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1 Page No. 2 Report No.17822 t
6.0 DESCRIPTION
OF HYDRAUIJC SUPPRESSOBS l
De hydraulle suppressor, Figure 2, is a unique device that functions to provide j
restraint to its maximum capacity to sudden or shock loads yet allowing gradual movement, such as natural thermal expansion, to occur with a minimum of restraint.
l The suppressor is a double rod end type hydraulic cylinder that presents equal pressure areas to tension or compressive loads. De reaction of the suppressor to a tension or comp ession load is controlled by a Control Valve. This unit is manifold mounted directly on the top of the suppressor assembly. The Control Valve controls the flow of l
hydraulle fluid from one side of the suppressor's piston to the other.
j Normal loads such as natural thermal expansions are gradual in nature and present very low loads to the suppressor. The control valve allows the hydraulle fluid in the i
suppressor to " bypass" the piston under these conditions. The usual resistive force to these movements is only the frictional resistance of the components in the suppressor.
i 1
When the suppressor is subjected to a sudden or shock load, the control valve is l
actuated automatically.
The load is then opposed by the fluid " trapped" in the i
suppressor. Under load conditions the suppressor is a pressure vessel. The hydraulle fluid in the suppressor is compressed and pressurized to oppose the applied load.
7.0 THE ANKER/HOLTH CONTROL VALVE i
The Anker/Holth control valve is a hydraulic circuit consisting of an arrangement of i
ballchecks and orifices which controls the flow of hydraulle fluid from one side of the suppressor piston to the opposite side. A schematic diagram showing the components I
and arrangement of the hydraulle circuit is presented in Figure 4. C1 and C2 are ball checks, spring biased open. R1 and R2 are orifices, non-adjustable. VI and V2 are vents, straight thread plugs with O-ring seals. The reservoir is common to four j
snubbers and gravity fed.
The " normal" operating condition of the suppressor is that of the gradual movement of j
the piston reacting to natural thermal expansion and contractions of the structure to l
which it is mechanically attached. Gradual movement of the suppressor piston creates j
relatively low differential pressure in the suppressor. Under this condition, the control J,
valve allows the hydraulle fluid to " bypass" from one side of the piston to the other through ball checks C1 and C2 which are spring biased open. Operating under very low differential pressure creates a very sensitive control valve. Reactions to sudden or shock loads are instantaneous. When the suppressor is subjected to a sudden movement which creates a load condition exceeding the allowable normal operating condition, the
.4 ball check is forced to close, trapping the fluid in one end of the suppressor causing il suppression of that movement. R1 is a high resistance orifice which, when subjected to high pressure, allows "some" fluid bypass and controls the movement of the suppressor piston under load conditions. Flow through R1 is negligible under " normal" j
operating conditions.
R2 is a restricted orifice through which reservoir fluid is allowed to enter the suppressor. It is " sized" to prevent surges. VI and V2 are vents 4
j used to " bleed" the hydraulic circuits.
8.0 TEST PROGRAM l
The test program consisted of visual observation of the control valves as received i
from PGE, testing of the valves individually and interconnected as they would have l
been in their installed condition.
Huntenne remy 4
Page No. 3 Report No.17822
9.0 CONCLUSION
Through observation, testing, and review of the manufacturer's specification, it has been determined that various factors caused the performance of the Anker/Holth control valves to be inconsistent. The tight ball check tolerances, weak ball check springs, change in fluid viscosity, and design intent to activate under very low differential pressures all were contributing factors.
Should the tight ball check tolerances result in premature checking, flow through the Lee orifice would result in i
much greater "back load" resisting movement but would ng prevent such movement.
During the "as found" testing on-site, loose debris was observed on the surface of the control valves after they had been stroked to facilitate removal, and a bypass tube had been installed to accommodate fluid bypass flow. This stroking activity in itself could easily have introduced enough foreign, material into the control valve to cause a malfunction. Blockage of the flow path through the Lee orifice could result in low, inconsistent, or no bleed at all.
The testing in series demonstrated that even if one or more of the control valves was overly restrictive that by-pass flow was allowed through the interconnecting tubing (see appendix).
This being the case, one could conclude that although the control valves are inconsistent in performance, it is unlikely that the result would be a " frozen system" with all four interconnected valves not functioning at the same time. A review of the "as found" on-site test data reveals that while individual control valves may have performed slightly out of specified limits, that the, system collectively in series could easily have been within limitations.
The PGE decision to change the performance criteria of the control valves and replace them with a design not subject to the same sensitivities will undoubtedly result in much improved service.
10.0 QUALFrY ASSURANCE All work performed on this test program was completed in accordance with Wyle Laboratories' Quality Assurance Program which complies with the applicable requirements of MIL-Q-9858B, MIL-I-45208B, and NASA's NHB 5300.4 (IB & IC).
11.0 TEST EQUIPMENT AND INSTRUMENTATION All test equipment and instrumentation used in the performance of this test program were calibrated in accordance with Wyle Laboratories' Quality Assurance Program i
Manual, which conforms to the applicable po.-tions of ANSI N45.2,10 CFR 50/ Appendix B, and Military Specification MIL-STD-45662.
Standards used in performing all i.
calibrations are traceable to the National Bureau of Standards.
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Paga No. 5 Report No.17822 note:
CONTA0L VALVE IS FUSNtSHED WITH (4) OJTLET5 (2 EA.SiOE)
TO ALLOW wCUNTING (2) CR s',.
M0pt SuppAE550R9 in AnAALLEL.
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Pace 12.
Paga No. 6 I
Test Report No.17822 AS FOUND VBUAL OBSERVATIONS i
i The Anker/Holth control valves were received individually wrapped in plastic in a box fuled with " speedy-dry" on absorbent material. The plastic wrapping was not sufficient to keep the ou absorbent from coming in contact with and entering the valves and causing internal j
particulate contamination. The manufacturer's special instructions caution against any foreign particles entering the control valve due to the potential of causing a malfunction.
J The four valves originally on C generator appeared to be the most intact and for that reason were chosen for additional testing.
i C-11 Received with vent plugs missing other fittings installed and tight
]
C-16 Received complete unit, all fittings tight C -2 Received with vent plugs missing end fitting was loose, other fittings installed and j
tight, two side ports were not capped C-4 Received complete unit, all fittings instaued and tight INDIVIDUAL TESTING J
l After flushing the valves they were each mounted on a manifold which would allow testing j
through the vent plug openings (V1, V2, Figure 4). Each of the four C generator valves were then tested both in tension and compression. The results are summarized in Table 1 with detan printouts following.
t The data shows the ball check valve C1 and C2 (Figure 4) closing almost immediately as i
1 soon as flow is introduced into the valve.
This ban check activates under very low l
differential pressure to ensure instantaneous reaction to sudden or shock loads. The diagram in Figure 1 shows the various components of the ban check circuit. The combination of a i
very restrictive flow path around the ball, small amount of movement required and weak spring all contribute to this very sensitive activation. In addition, the change in viscosity from versilube F-50 at 70 centistokes to SF-1154 at 190 centistokes further sensitizes this
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ball check. Comparing the results fromTable 1 with those of Table 4 (as found testing on-l site) shows that the sensitivity of the valves results in inconsistent test results after j
transportation and movement from job site to test lab.
To ensure more flow through the ball check circuit, stiffer springs were later inserted in valves C-11 and C-2. These results are identified in Table 1 as " alt spring." The purpose of k
this change was to produce more meaningful results when the valves were tested l
interconnected in series.
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i Paga No. 7 Test Report No.17822 l
SERIES TESTING The installed configuration of the snubbers at Trojan is diagrammed in Figure 4A and Figure
- 16. A test setup to simulate this configuration was used (Figure 3). The four valves used were from C generator. Various connection combinations were made to the vent ports to test the valves in both tension and compression in series. The results are summarized in
. Table 2.
The average bleed is the sum of the bleed through all four valves. Comparing these results to those of Table 1, it appears they are consistent. It was also noted that although in Table i several tests showed no LP.M. movement through the ball check, Table 2 series test showed movement in all cases. This would indicate that there is system flow even if some of the individual valves do not allow flow.
SERIES TESTDIG WFFH ALTERNATE (STIFF) SPRINGS An alternate test setup was used to further verify that the system of four control valves would function to some degree even if there were individual valves with some internal restriction. Valves C-11 and C-2 were altered by installing a stiffer spring between the two ball checks. This was to ensure flow through C-11 and C-2' while C-16 and C-4 had exhibited little or no flow through the ball check. Various connection combinations were made to the vent ports to test the series of valves in both tension and compression. The results are summarized in Table 3. The average bleed again was the sum of the bleed through all four valves and reflected consistently the sum of the individual readings from Table 1.
The individual readings in Table 1 for valves C-16 and C-4 showed little or no flow through the Those same valves were tested in series with C-11 and C-2 which used the
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modified springs. The result was system flow in all cases, including those where the direct flow path originated in valve C-4 which by itself was not exhibiting flow. This further substantiated the conclusion that there was a system flow through the interconnect lines.
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Pags No. 8 Test Report No. 17822 VALVE CHECK CIRCUIT r
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Page No. 9 Test Report No.17822 3
SERIES CONFIGURATION Compression Tension Side Side a
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FIGURE 3 WYLs LABORATORIES Huntivme recour i
Paga Na 10 Report Na 17822
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SUPPORTING STRUCTURE & EQUIPMENT.
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s FIG.16. PIPING ARRANGEMENT - 900K SUPPRESSORS 50
Page No.12 Test Report No.17822 TABLE 1 INDIVIDUAL VALVE BLEED TEST Max. LP.M.
Mar. LP.M.
Average Bleed Identification
< 5 kip 1hru Bau Odc.
LP.M. 4 Load C-11, Tension
.0115
.0115
.0165 C-11, Compression
.0
.0
.01.60 C-11, Tension Alt. Spring
.0145
.022 010 kip
.0171 C-11, Compression Alt. Spring
.0090
.020 C 9 kip
.0174 C-2, Tension
.0
.0
.0194 C-2, Compression
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.0195 C'
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.0081
.0184 C 14 kip
.0183 C-2, Compression Alt. Spring
.0140
.0221 C 11 kip
.0186 C-16, Tension
.0
.0
.0186 l
C-16, Compression
.0118
.0148 C 7 kip
.0177 j
C-4, Tension
.0
.0
.0185 C-4, Compression
.0
.0
.0189 WYLE LAGORATORIES kouritsvill4 F4CahfV
Paga N:.13 LUR/ 200 VLV/ 30 FLM/ 500 FL5FN/ 30.34 Report No.17822 WYLE/AP1 In-Place S n u b b e r-Teating l
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l tits (seconos) l CPERATOR NAME G. PALMER SNUBBER 102 VALVE C-11 CATE (YY/MM/00) 36/05/ 3 TIME (HH/MM/55) 16:46:37 EORE DIAMETER, IN.
1:
RCD DIAMETER, IN.
4 CE5IGN TYPE 000 ELE R00 CESIGN MANUFACTURER ANKER/HOLTH TEST LCAO 900 i
TYPE OF TEST ELEED i
TEST DIRECTION TENSICN
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TRAN50VCER SPAN IE000 TEMPERATURE 70.9 deg F AVERAGE OF 49 READINGS AT LOAD WAS
.0165 tem j
HIGHEST VELOCITY ACHIEVED AT SELOW 5 kto LOAD WAS
.0115 ton l
l
Page N2b 14 Report No.17822 i
'5 I
3.0000 0
2 0.0000 0
3 0.0000 0
4 0.0000 0
5 0.0000 0
6 0.0000 0
7 0.0000 0
8 0.0000 0
l l
9 0.0000 0
10 0.0000 0
11 0.0000 0
12 0.0000 0
13 0.0000 0
14 0.0000 0
15 0.0000 0
16 0.0000 0
17 0.0000 0
18 0.0000 0
19 0.0000 0
20 0.0000 0
21 0.0000 0
22 0.0000 0
23 0.0000 0
24 0.0000 0
25 0.0000 0
26 0.0000 0
27 0.0000 0
29 0.0000 0
29 0.0000 0
30 0.0000 0
31 0.0000 0
32 0.0000 0
33 0.0000 0
34 0.0000 0
35 0.0000 0
36 0.0000 0
37 0.0000 0
38 0.0000 0
33 0.0000 0
40 0.0000 0
41 0.0000 0
42 0.0000 0
43 0.0000 0
44 0.0000 0
45 0.0000 0
46 0.0000 0
47 0.0000 0
48 0.0000 0
49 0.0000 0
50 0.0000 0
}
51 0.0000 0
52 0.0000 0
53 0.0000 0
54 0.0000 0
1 55 0.0000__
3 56 0.0000 0
57 0.0000 1
58 0.0000 1
53 0.0000 1
60 0.0000 1
61 0.0000 1
62 0.0000 1
63 0.0000 1
64 0.0000 1
65 0.0000 1
66 0.0000 1
67 0.0000 1
68 0.0000 1
69 0.0000 2
70 0.0000 2
71 0.0000 2
72 0.0000 2
73
.0115 2
74
.0I06 3
75
.0106 3
76
.0I06 4
77
.0106 6
78
.0I06 8
79
.0106 12 80
.0106 16 81
.0106 21 82
.0106 27 83
.0106 32 84
.0106 39 85
.0106 46 86
.0106 52 87
.0106 59 88
.0106 67 89
.0106 73 90
.0106 81 91
.0106 93 92
.0106 106 93
.J106 12!
94
.0I06 134 35
.0106 147 96
.0106 160 37
.0106 174 98
.0106 138 59
.0106 20I 100
.0106 215 01
.0!06 221 102
.JIC6 246 l
l l
Pag 3 No.15 Report No.17822 READ.*
.0106 267 104
.0106 284 105
.0106 301 106
.DIOS 317 107
.0106 334 108
.0106 354 109
.0106 372 110
.0106 391 111
.0106 410 11:
.0106 428 113
.0106 443 114
.0106 467 115
.0106 486 116
.0106 505 117
.0106 526 118
.0106 544 119
.0106 562 120
.0106 582 121
.0106 599 122
.0106 GIS 13
.0!?6 634 124 0.0000 650 125 0.0000 665 126 0.0000 680 127 0.0000 696 128 0.0000 709 129 0.0000 722 130 0.0000 734 131 0.0000 745 13:
0.C000 757 133 0.0000 765 134 0.0000 774 135 0.0000 78 136 0.0000 789 137 0.0000 795 138 0.0000 801 139
.0001 805 140
.0128 810 141
.0134 313 142
.0097 816 143
.0132 818 144
.0124 80 145
.0133 621 146
.3139 823 147
.0139 83 148
.0142 824 149
.0142 84 150
.0134 825 151
.0134 825 152
.0135 825 153
.0136 826 154
.0137 8:6 155
.0137 826 156
.3136 86 157
.0137 827 158
.0138 827 159
.3139 827 150
.0141 827 161
.0136 828 16:
.0137 828 163
.0138 828 164
.0139 88 165
.0144 88 166
.0141 809 167
.0143 809 168
.0143 829 169
.0141 809 170
.0148 829 171
.0142 930 172
.0143 830 173
.0139 830 174
.0142 830 175
.0145 830 176
.0142 830 177
.014; 830 178
.0142 830 179
.0142 830 180
.0145 831 181
.0142 831 182
.0139 831 183
.0138 831 184
.0141 831 185
.0142 931 186
.0142 831 187
.0142 831 188
.3142 831 189
.0145 831 190
.0143 831 191
.0140 831 192
.0143 831 193
.014:
331 194
.0145 831 195
.J146 331 196
.0145 831 137
.0146 331 198
.3148 331 139
.0147 331 000
.0147 93:
001
.0143 20:
.3145 32:
203
.3145 33:
004
.0146 23:
Page NA 16 Report No.17822 READ.3 IPM KIP READ.*
IPM KIP 205
.0148 832 206
.0146 832 207
.0146 832 208
.0147 832 209 0131 832 210
.0147 832 211
.0143 832 212
.0142 832 213
.0142 832 214
.0147 832 215
.0145 832 216
.0142 832 217
.0144 832 218
.0147 832 219
.0067 832 220
.0148 832 221
.0147 832 222
.0146 832 223
.0148 832 224
.0148 832 225
.3148 832 225
.0149 832 227
.0149 832 228
.0149 832 229
.0151 832 230
.0145 832 231
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.3150 832
- g 253
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.0151 832 277
.0149 832 278
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.0153 832 280
.0153 832 281
.0157 832 282
.0154 832 283
.0156 832 284
.0157 832 285
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.0156 832 287
.0157 832 288
.C156 832 289
.0159 832 290
.3160 832 291
.0158 832 292
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.3157 832 296
.0157 337 297
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.0160 350 301
.0161 853 302
.0162 857 203
.0166 360 204
.0153 36!
305
.3162 361 206
.01S2 365 L
Pago No.17 Report No.17822 READ.*
IPM KIP READ.*
IPM KIP 307
.0163 871 308
.0161 874 309
.0163 873 310
.0184 872 311
.0165 871 312
.0150 871 313
.0159 870 314
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323
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355
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357
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.0165 882 l
3E3
.0167 882 384
.0158 -
882 385
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.0167 882 387
.0155 883 388 0.0003 0
OPERATCR NAME G. PALMER SNUSSER ID*
VALVE C-11 DATE (YY/MM/00) 85/05/23 TIME (HH/MM/SS) 16:47:52 2CRE DIAMETER, IN.
12 R00 DIAMETER, IN.
4 CESIGN TYPE COUSLE ROD DESIGN MANUFACTURER ANKER/HOLTH TEST LOAD 300 1
TYPE OF TEST SLEED TEST DIRECTICN TENSICN
Paga No.18 Report NA 17822 LUR/ 200 VLV/ 30 PLM/ 900 FLEPN/ 30.84 m
)
WYLE/AP1 In-Plece S n u b b e r-Teating 1000 h
-3.02 I
i 800
~~
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0.016 3
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TIME (seconds)
OPERATOR NAME G. PALMER
$NUESER ID3 VALVE C-II CATE (YY/MM/00) 86/0E/23 TIME (HH/MM/SS )
16:E2:5E SCRE DIAMETER', IN.
12 RCD DIAMETER, IN.
4 CESIGN TYPE COUBLE ROD DESIGN MANUFA"TURER ANKER/HOLTH
. TEST LCAO 900 TYPE OF TEST ELEED TEST DIRECTION COMPRESSION TRANSOUCER SPAN 1E000 TEMPERATURE 72.9 deg F AVERAGE OF 2E READINGS AT LOAD WAS
.3160 ipn HIGHE5T VCLOCITY ACHIEVED AT BELOW E kip LOAD WAS 0.0000 icm s
Paga No.19 Report No.17822 READ.*
IPM KIP READ.*
IPM KIP 1
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Pagabkh 20 Report bkh 17822 READ.3 IPM KIP READ.*
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~
203
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Page Nib 21 Report No.17822 READ.*
IPM KIP READ.*
IPM KIP 205 0157 828 206
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.0150 352 i
e y-
---r
+ -. --
w-
Paga Ntw 22 Report No.17822 READ.*
IPM KIP READ.*
IPM KIP 307
.0153 867 308
.0157 870 309
.0157 870 310
.0181 869 311
.0163 853 312
.0157 867 313
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.0162 882 342 0.0000 0
CPERATOR NAME G. PALMER SNUBEER ID*
VALVE C-Il DATE (YY/MM/00) 86/05/23 TIME (HH/MM/SS) 15:53:23 80RE DIAMETER, IN.
12
)
R00 OIAMETER, IN.
4
.)
DESIGN TYPE COUBLE ROD DESIGN MANUFACTURER ANKER/HOLTH l
TEST LCAD 900 TYPE CF TEST BLEED TEST DIRECTION COMPRESSION M
.LUR/ 200 VLV/ 30 PLM/ 900 FLSPN/ "0.34 Fag'e Na 23 Report No.17822 WYLE/AP1 In-Place S n u b b e r-Testing teee
- .es
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OPERATCR NAME G. PALMER SNUSSER IC:
C-11 ALT-SPR2 CATE (YY/MM/00 )
85/05/08 TIME (HH/MM/SS )
15: 11:37 BORE DIAMETER, IN.
12 RCD CIAMETER, IN.
4 OESIGN T'IPE COUBLE RCD DE:iIGN MANUFACTURER ANKER/HOLTH TEST LOAD 900 TYPE OF TEST SLEED TEST OIRECTION TENSION TRANSOUCER SPAN 1E000 TEMPERATURE 59.5 de; F AVERAGE OF AS READINGS AT LJAD WAS
.0171 ica HIGHEST VELOCITY ACHIEVED AT BELOW 5 kip LOAD WAS
.0145 acm t
Page No. 24 Report No.17822
)
READ.3 IPM KIP READ.3 IPM KIP 1
0.0000 2
0.0000 3
0.0000 4
0.0000 5
0.0000 S
0.0000 7
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Paga No. 25 Report No.17822 READ.:
IPM KIP READ.:
IPM KIP 103
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562 124
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.0159 3!5
Pag 3 Na 26 Report No.17822 RSAO.4 IPM KIP READ.4 IPM KIP 205
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207
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'45
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-s 225
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.)
257
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.016!
819 269
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275
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299
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Paga Nr 27 Report Na 17822 READ.*
IPM KIP READ.*
IPM KIP 307
.0160 853 308
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.0157 869 310
.0156 859 311
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.0160 874 313
.0159 876 314
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.0161 875 317
.0157 874 318
.0160 873 319
.0152 872 320
.0163 872 321
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.0166 876 324
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.0174 883 375 0.0000 0
376 0.0000 0
OPERATOR NAME G. PALMER SNUBBER I03 C-11 ALT-SPR2 CATE (YY/MM/00 )
85/05/28 TIME (HH/MM/SS )
15: 12:08 SORE DIAMETER. IN.
12 R00 OIAMETER. IN.
4 CESIGN TYPE 00UBLE R00 DESIGN MANUFACTURER ANKER/HOLTH TEST LOA 0 900 TYPE OF TEST SLEED TEST DIRECTION TENSICN ll
Pid[NA 38 Report No.17822 m
)
W Y L.E / A P 1 In-Place S n u b b e r-Temtino t000 G.05 i f
i 600 O.04 1 k
600 0.03 nA 400 0.02 h 6
t ',
~-..~~r~~'-* ~ '~~~~" ~'~
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8 3
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3 J
i CPERATOR NAME G. PALMER SNUSSER I03 C-11 ALT-SPR2 CATE (YY/MM/DD) 86/05/28 TIME (HH/MM/ SS )
15:03:52 BCRE DIAMETER, IN.
12 RCD DIAMETER, IN.
4 CESIGN TYPE DOUSLE RCD DESIGN MANUFACTURER ANNER/HOLTH TEST LCAO S00 TYPE CF TEST BLEED TEST DIRECTION COMPRESSION TRANSDUCER SPAN 15000 TEMPERATURE 70.0 deg F AVERAGE OF 45 READINGS AT LCAD WAS
.0174 1pn HIGHEST VELOCITY ACHIEVED AT BELOW 5 kip LOAD WAS
.00S0 ipm
-4
Paga No. 29 Report No.17822 READ.*
IPM KIP READ.*
IPM KIP 1
.0064 2
.0064 3
.0064 4
.0064 5
.0064 6
.0064 7
.0064 8
.0064 9
0.0000 10 0.0000 11 0.0000 12 0.0000 13 0.0000 14 0.0000 15 0.0000 16 0.0000 17 0.0000 18 0.0000 19 0.0000 20 0.0000 21 0.0000 22 0.0000 23 0.0000 24 0.0000 25 0.0000 26 0.0000 27 0.0000 28 0.0000 29 0.0000 30 0.0000 31 0.0000 32 0.0000 33 0.0000 34 0.0000 35 0.0000 36 0.0000 37 0.0000 38 0.0000 39 0.0000 40 0.0000 41 0.0000 42 0.0000 43 0.0000 44 0.0000 45 0.0000 46 0.0000 47 0.0000 48 0.0000 49 0.0000 50 0.0000 51 0.0000 52 0.0000 53 0.0000 54 0.0000 55 0.0000 56 0.0000 57 0.0000 58 0.0000 53 0.0000 60 0.0000 61 0.0000 62 0.0000 63 0.0000 64 0.0000 65 0.0000 66 0.0000 0
67 0.0000 0
68 0.0000 0
69 0.0000 0
70 0.0000 0
71 0.0000 0
72 0.0000 0
73 0.0000 1
74 0.0000 1
75 0.0000 1
76 0.0000 1
77 0.0000 1
79 0.0000 1
79 0.0000 2
80 0.0000 2
31
.0090 2
82
.0064 2
i 83
.0064 3
84
.0064 3
85
.0064 4
86
.0074 5
S7
.0123 7
88
.0172 3
89 se
. 02 02 a, S ep 90
.0200 13 91
.0193 19 92
.0191 26 93
.3183 34 94
.0178 41 95
.0174 49 95
.3169 57 97
.3166 69 98
.0162 33 99
.0150 96 100
.3157 103 101
.0153 122 102
.0148 135
~
Paga N;. 30 Report No.17822 READ.*
IPM KIP REAO.*
IFM KIP
~3 103
.0141 151 104
.0140 167 105
.0139 184 106
.0138 203 107
.0139 221 108
.0135 241 109
.0129 259 110
.0130 276 Ill
.0126 293 112
.0125 312 113
.0034 330 114
.0126 352 115
.0121 372 116
.0127 392 117
.0124 414 118
.0127 434 119
.0124 453 120
.0122 472 121
.0125 490 122
.0123 512 123
.0126 530 124
.0124 550 125
.0127 569 126
.0121 587 127
.0124 606 126
.0124 621 129
.0124 636 130
.0126 651 131
.3127 666 132
.0127 681 133
.0127 694 134
.0127 707 135
.0127 719 136
.0129 730 137
.0125 740 138
.0127 749 139
.0130 756 140
.0132 764 141
.0133 771 142
.0134 776 1
143
.0132 781 144
.0134 784 145
.3137 788 146
.0138 790 147
.0140 792 148
.0136 793 149
.0139 794 150
.0139 795 j
151
.0142 796 152
.0144 796 153
.0143 796 154
.0147 796 155
.0149 796 156
.0148 796 157
.0149 797 158
.0148 797 159
.0148 797 160
.0148 797 161
.0149 798 162
.0149 798 163
.0150 798 164
.0146 798 165
.0148 798 166
.0151 799 167
.0148 799 168
.0148 799 169
.3149 799 170
.0151 800 171
.0152 800 172
.0149 800 173
.0149 800 174
.0152 801 175
.0154 801 176
.0151 801 177
.0152 801 178
.0152 801 179
.0154 802 180
.0157 802 181
.0154 802 182
.0154 802 183
.0156 802 184
.0157 802 185
.0156 803 ISS
.0157 803 187
.0157 803 188
.0156 803 189
.0160 803 190
.0158 803 191
.0156 804 192
.0157 804 193
.0160 804 194
.0154 804 195
.0154 304 196
.0154 804 197
.0158 804 198
.0157 805 199
.0155 804 200
.3157 805 201
.3155 805 202
.0157 305 l03
.3157 905 204
.3158 305
Paga No. 31 Report No.17822 l
READ.4 IPM KIP READ.*
IPM KIP 205
.0155 805 206
.0160 805 207
.0161 805 208
.0158 805 209
.0157 805 210
.0162 805 211
.0164 805 212
.0160 805 213
.0160 805 214
.0160 805 215
.3161 805 216
.0161 805 217
.0160 805 218
.0160 806 219
.0163 806 220
.0162 806 221
.0160 806 222
.0160 806 223
.0161 806 224
.0161 806 225
.0160 806 226
.0160 806 i
227
.0158 806 228
.0160 806 29
.0162 806 230
.0158 806 231
.0157 806 232
.0163 806 233
.0165 806 234
.0161 806 235
.0163 806 236
.0164 806 237
.0164 606 238
.3163 806 239
.0163 806 240
.0163 806 241
.3164 806 242
.0164 806 l
243
.0163 806 244
.0160 806 245
.0162 806 246
.0163 806 i
l 247
.0161 809 248
.0160 806 249
.3161 806 250
.0163 806 251
.0161 806 252
.0162 806 053
.0162 806 254
.01G5 806 255
.0178 806 256
.0174 806 057
.0175 806 258
.3176 806 259
.0177 806 260
.0175 806 261
.0175 806 06:
.0174 806 263
.0174 806 264
.0174 806 265
.0172 806 266
.0172 806 1
267
.0174 806 268
.0174 806 269
.0172 806 270
.0172 806 271
.0175 806 272
.0172 806 273
.0168 806 274
.0169 806 275
.0172 806 276
.0167 806 277
.0167 806 278
.3169 806 279
.0170 806 280
.0166 806 281
.0166 806 292
.6170 806 233
.0172 806 284
.0169 806 285
.3172 806 036
.0169 806 287
.0170 806 ISS
.0171 806 j
289
.3172 806 290
.0168 806 291
.0169 806 292
.0172 806 293
.0171 806 294
.0167 806 295
.0169 806 296
.0171 806 097
.0168 810 298
.0168 816 299
.3171 923 300
.0169 325 301
.0166 3:6 302
.0164 37 303
.0169 829 304
.0169 83:
i 205
.0166 323 206
.0168 325 i
1
Paga No. 32 Report No.17822 REAO.*
IPM KIP REAO.*
IPM KIP 307
.0171 839 308
.3173 845 309
.3169 849 310
.0170 850 311
.0172 853 312
.0175 857 313
.0175 860 314
.0170 861 315
.0172 861 316
.0173 864 317
.0170 869 318
.0170 874 319
.0171 876 320
.0173 874 321
.0169 873 322
.0170 871 323
.0172 870 324
.0172 869 325
.0169 575 326
.0167 886 327
.0172 893 328
.0173 895 329
.0172 892 330
.0170 890 331
.0174 888 332
.0175 887 333
.0175 885 334
.0174 883 335
.0175 882 336
.0177 881 337
.0176 881 338
.0175 882 339
.0176 883 340
.0176 885 341
.0173 886 342
.0174 887 343
.0178 887 344
.0177 886 345
.0174 885 346
.0174 884 347
.0175 884 348
.0167 883 349
.0172 883 350
.0173 883 351
.0173 884 352
.0172 885 353
.0172 885 354
.0173 885 355
.0175 886 356
.0172 886 s
357
.3174 886 358
.0174 886 I
359
.0176 886 360
.0173 886 361
.0177 885 362
.0178 885 363
.0179 884 364
.0175 884 365
.0175 884 366
.0176 884 367
.0177 884 368
.0171 884 369
.0173 884 370
.0173 884 371 0.0000 0
372 0.0000 0
OPERATOR NAME G. PALMER SNUCBER 104 C-11 ALT-SPR2 DATE (YY/MM/CD) 86/05/28 TIME (HH/MM/SS )
15:04:56 SCRE DIAMETER, IN.
12 R00 DIAMETER. IN 4
CESIGN TYPE DOUBLE R00 CESIGN MANUFACTURER ANKER/HOLTH TEST LOAD 900 TYPE OF TEST BLEED TEST DIRECTICN COMPRESSION s
Page No. 33 Report N% 17822 LUR/ 200 VLV/ 30 PLM/ 900 FLSPN/ 30.84 WYLE/AP1 In-Place Snubber-Testing 1000 0.05 I
,~
200 0.04 I
/
600 O.03
/
' "i
- O Y
~ * * " * ' ' * " ' ' ' ' ' ' ' ' " '
,,,.*~~w W
f u g 200 v.01
-u
/
0*
8 3
8 3
TDfE (seconds)
OPERATOR NAME G. PALMER SNUBBER IOS VALVE C-2 DATE (YY/MM/00) 86/05/23 TIME (HH/MM/SS )
17:44:45 80RE DIAMETER, IN.
I2
~.
ROD OIAMETER, IN.
4 DESIGN TYPE DOUBLE R00 OESIGN MANUFACTURER ANKER/HOLTH TEST LCAD 900 TYPE OF TEST BLEE0 TEST DIRECTION TENSION TRANS00CER SPAN 15000 TEMPERATURE 72.0 deg F AVERAGE OF 37 READINGS AT LOAD WAS
.0194 ton HIGHEST VELOCITY ACHIEVED AT BELOW E kip LOA 0 WAS 0.0000 rpm l
~
Pags N% 34 Report No.17822 REAO.3 IPM KIP READ.3 IPM KIP I
0.0000 0
2 0.0000 0
3 0.0000 0
4 0.0000 0
5 0.0000 0
6 0.0000 0
7 0.0000 0
8 0.0000 0
9 0.0000 0
10 0.0000 0
11 0.0000 0
12 0.0000 0
13 0.0000 0
14 0.0000 0
15 0.0000 0
16 0.0000 0
17 0.0000 0
18 0.0000 0
19 0.0000 0
20 0.0000 0
21 0.0000 0
22 0.0000 0
23 0.0000 0
24 0.0000 0
25 0.0000 0
26 0.0000 0
27 0.0000 0
28 0.0000 0
29 0.0000 0
30 0.0000 0
31 0.0000 0
32 0.0000 0
33 0.0000 0
34 0.0000 0
35 0.0000 0
36 0.0000 0
37 0.0000 0
38 0.0000 0
39 0.0000 0
40 0.0000 0
41 0.0000 0
42 0.0000 0
43 0.0000 0
44 0.0000 0
45 0.0000 0
46 0.0000 0
47 0.0000 0
48 0.0000 0
45 0.0000 0
50 0.0000 0
4 51 0.0000 0
52 0.0000 0
53 0.0000 0
54 0.0000 0
55 0.0000 0
56 0.0000 0
57 0.0000 0
58 0.0000 0
59 0.0000 1
60 0.0000 1
61 0.0000 1
62 0.0000 1
63 0.0000 1
64 0.0000 1
65 0.0000 1
66 0.0000 1
67 0.0000 1
68 0.0000 1
69 0.0000 1
70 0.0000 2
71 0.0000 2
72 0.0300 2
73 0.0000 2
74 0.0000 2
75 0.0000 2
76 0.0000 3
77 0.0001 3
78 0.0000 4
79 0.0000 6
80 0.0000 9
81 0.0000 12 82 0.0000 16 83 0.0000 21 84 0.0000 27 85 0.0000 32 86 0.0000 38 87 0.0000 44 88 0.0000 51 89 0.0000 61 90 0.0000 73 31 0.0000 95 92 0.0000-97 93 0.0000 111 94 0.0000 1:3 35 0.0000 125 36 0.J000 147 37 0.0000 159 S8 0.0000 173 i
39 3.J000
!&5 100 0.0000 199 101 3.0000 215
'02 0.J000
- 24
Page N:6 35 Report No.17822 RE60.3 IPM KIP READ.*
IPM KIP 103 0.0000 253 104 0.0000 259 105 0.0000 2S5 106 0.0000 301 107 0.0000 318 108 0.0000 337 109 0.0000 356 110 0.0000 375 111 0.0000 394 112 0.0000 414 113 0.0000 432 114 0.0000 452 115 0.0000 471 116 0.0000 490 117 0.0000 512 118 0.0000 529 119 0.0000 547 120 0.0000 563 121 0.0000 581 122
.0123 600 123
.0103 516 124
.0103 632 125
.0129 647 126
.0138 662 127
.0135 678 128
.0139 691 129
.0140 703 130
.0143 716 131
.0146 727 132
.0149 739 133
.0151 748 134
.0148
'57 135
.0150 785 136
.0149 772 137
.0151 779 138
.0155 784 139
.0154 789 140
.0156 793 141
.3160 797 142
.0160 799 143
.3159 801 I44
.0157 803 145
.3154 805 146
.0160 806 147
.0163 806 148
.0160 807 149
.0101 007 150
.0164 808 151
.0167 808 152
.0163 808 153
.0154 808 154
.0165 809 155
.0167 809 155
.0166 809 157
.0169 809 158
.0171 809 159
.0168 810 160
.0171 810 151
.0159 810 162
.0169 810 163
.0170 810 164
.0173 811 165
.0175 811 ISS
.0173 811 IL7
.015E 811 168
.0173 812 169
.0172 812 170
.0171 812 171
.0173 812 172
.0174 812 173
.0174 813 174
.0172 813 175
.0176 813 176
.0175 813 l
177
.0159 813 179
.0169 813 179
.0174 813 180
.0175 813 181
.0174 813 182
.0175 813 183
.0179 813 184
.0179 813 185
.0175 813 ISS
.0174 813 187
.0178 813 IS8
.0181 813 189
.0181 813 190
.0181 813 191
.0179 813 192
.3130 813 193
.3179 813 194
.0178 313 55
.0181 313 ISS
.0179 813 197
.3179 313 198
.0178 314 199
.3178 314 200
.0179 314 201
.0173 3f4 202
.J173 3!4 203
.0!79 314 201
.3175 314
Paga NL 36 l
l Report Na 17822 l
N
(
READ.*
IPM KIP READ.*
IPM KIP 205
.0177 814 206
.0178 814 207
.0163 814 208
.0181 814 209
.0181 814 210
.0183 814 211
.0183 814 212
.0182 814 213
.0184 814 214
.0180 815 215
.0185 815 216
.0182 815 217
.0178 815 218
.0179 815 219
.0184 815 220
.0182 815 221
.0181 815 222
.0182 815 223
.0182 815 224
.0178 815 225
.0178 815 225
.0184 SIS 227
.0185 815 228
.0183 815 229
.0183 815 230
.0185 815 231
.0184 815 232
.0183 815 233
.0186 815 234
.3187 815 235
.0184 815 236
.0185 815 237
.0188 815 238
.0186 815 239
.0184 815 240
.0193 815 i
241
.0183 815 242
.0187 815 1
243
.0182 815 244
.0184 815 245
.3185 815 246
.0184 815 247
.0180 815 248
.0181 815 249
.0187 815
.250
.0186 815 251
.0185 815 252
.0187 815 l
253
.0185 815 254
.0186 815 255
.0185 815 256
.0186 815 257
.0189 815 258
.0188 815 259
.0190 815 250
.0190 815 261
.0189 815 252
.0185 815 263
.0184 815 254
.0186 815 255
.3189 815 266
.0187 815 257
.0185 815 288
.0188 815 259
.3186 815 270
.0182 815 271
.0184 815 272
.0187 815 273
.0186 815 274
.0187 815 275
.0191 815 275
.0191 815 277
.0184 815 278
.0186 815 279
.0188 816 280
.0!90 816 201
.0190 815 292
.0189 SIS 283
.0187 816 284
.0187 816 285
.0185 816 285 0184 816 1
287
.3187 816 288
.0185 816 289
.0184 816 290
.0186 815 291
.0185 816 292
.0182 816 293
.0183 916 294
.0185 816 295
.0189 SIS 295
.3187 820 297
.0187 827 298
.0190 833 299
.0189 836 300
.3189 834 201
.3189 S!5 302
.0191 339 203
.0137 342 204
.3187 343 205
.3139 344 205
.0190 349 L
Paga No. 37 Report No.17822 READ.*
IPM KIP READ.*
IPM KIP 307
.0184 854 308
.0186 857 309
.0190 858 310
.0190 857 311
.0189 861 312
.3190 857 313
.0188 870 314
.0187 870 315
.0188 SS9 316
.0191 868 317
.0194 867 318
.0193 867 319
.0194 867 320
.0186 874 321
.0190 882 322
.0192 887 323
.0193 887 324
.0197 885 325
.0195 883 325
.0195 882 327
.0194 881 328
.0195 880 329
.0190 880 330
.0193 881 331
.3196 882 332
.0193 882 333
.0191 883 334
.0193 883 335
.0195 884 336
.0193 884 337
.0195 884 338
.0198 884 339
.0196 884 340
.0196 984 341
.0196 883 342
.0193 883 343
.0194 883 344
.0196 883 345
.0200 883 346
.0199 883 347
.0198 883 348
.0159 883 349
.3199 883 350
.0193 883 351
.0196 883 352
.0199 883 353
.0196 883 354
.0195 983 350
.0175 883 35S
.3195 883 357
.0195 883 358 0.0000 0
l CPERATOR NAME G. PALMER l
SNUBSER 102 VALVE C-2 OATE (YY/MM/DD) 86/05/23 TIME (HH/MM/SS) 17:45:33 BORE DIAMETER, IN.
12 RCD DIAMETER, IN.
4 DESIGN TYPE COUBLE ROD DESIGN MANUFACTURER ANKER/HOLTH TEST LOAD 900 TYPE OF TEST BLEED TEST DIRECTION TENSION i
i l
I I
l
Page No. 38 Report No.17822 LUR/ 200 VLV/ 30 PLM/ SCO FLSPN/ 30.34 WYLE/AP1 In-Place S n u b b e r-Testing
- 000 0.05 3 1
/
\\
800 0.04 I
[
l a.n 5 G
n$"
g
"** h
' ' ~
.. - ~ ~, ~.. - ~ ~ ~ ~ ~ " ^
- u g zee
- .et -
/,'
M g
a
)
T!!*E (seconds)
CPERATOR NAME G. PALMER SNUSBER ID:
VALVE C-2 OATE (YY/MM/00) 86/05/23 TIME (HH/MM/SS )
17:51:18 BORE DIAMETER, IN.
12 R00 DIAMETER, IN.
4 CESIGN TYPE DOUBLE ROD DESIGN MANUFACTURER ANKER/HOLTH TEST LOAD S00 TYPE OF TEST BLEED TEST DIRECTION CCMPRESSION TRANSOUCER SPAN 15000 TEMPERATURE 72.0 deg F AVERAGE OF 48 READINGS AT LOAD WAS
.0195 inn HIGHEST VELOCITY ACHIEVED AT SELOW 5 kip LOAD WAS 0.0000 tan
~
Page Ns. 39 Report No.17822 LUR/ 200 VLV/ 30 PLM/ 900 FLSPN/ 30.34 READ.*
IPM KIP READ.*
IPM KIP 1
0.0000 0
2 0.0000 0
3 0.0000 0
4 0.0000 0
5 0.0000 0
6 0.0000 0
7 0.0000 0
6 0.0000 0
9 0.0000 0
10 0.0000 0
'l 0.0000 0
12 0.0000 0
13 0.0000 0
14 0.0000 0
15 0.0000 0
16 0.0000 0
17 0.0000 0
18 0.0000 0
13 0.0000 0
20 0.0000 0
21 0.0000 0
22 0.0000 0
23 0.0000 0
24 0.0000 0
25 0.0000 0
26 0.0000 0
27 0.0000 0
28 0.0000 0
29 0.0000 0
30 0.0000 0
31 0.0000 0
32 0.0000 0
33 0.0000 0
34 0.0000 0
35 0.0000 0
36 0.0000 0
i 37 0.0000 0
38 0.0000 0
39 0.0000 0
40 0.0000 0
41 0.0000 0
42 0.0000 0
43 0.0000 0
44 0.0000 0
45 0.0000 0
46 0.0000 0
1 47 0.0000 0
48 0.0000 0
49 0.0000 0
50 0.0000 0
51 0.0000 0
5 0.0000 0
53 0.0000 0
54 0.0000 0
55 0.0000 0
SB 0.0000 0
57 0.0000 0
58 0.0000 0
53 0.0000 0
60 0.0000 1
61 0.0000 1
52 0.0000 1
53 0.0000 1
54 0.0000 1
65 0.0000 1
SS 0.0000 1
57 0.0000 1
68 0.0000 1
59 0.0000 1
70 0.0000 I
?!
0.0000 1
72 0.0000 1
j 73 0.0000 74 0.0000 75 0.0000 0
75 0.0000 77 0.0000 2
78 0.0000 3
79 0.0000 -
3 30 0.0000 4
al 0.0000 5
3 0.0000 7
33 0.0000 10 34 0.0000 13 35 0.0000 17 35 0.0000 21 37 0.0000
- S 35 0.0000
!?
39 0.0000 45 30 0.0000 5
il 0.0000 50 i:
0.0000 71 I
3!
0.0000 3:
34 0.0000 3
35 J.0000 104 is 3.0000
!!?
37 0.0000
- 31 35 J.0000
'46 33 0.0000
'59 100 0.0000 17:
.e en,4
Paga N:. 40 Report No.17822
)
READ.*
IPM KIP REAO.*
IPM KIP 103 0.0000 214 104 0.0000 231 i
105 0.0000 248 106 0.0000 266 107 0.0000 286 108 0.0000 303 109 0.0000 3:0
!!O 0.0000 336 til
.0118 35:
112
.0109 370 113
.0109 387 114
.0111 405 115
.0114 423 116
.0112 441 117
.0113 461 118
.011 479 1
119
.0094 494 1:0
.0113 510 121
.0118 526 12
.0115 544 1:3
.01:0 559 124
.0116 575 15
.01:4 590 106
.0119 604 I:7
.0118 GIS 128
.0121 631 129
.0121 643 130
.0123 654 131
.0123 666 132
.013 S75 133
.0123 684 134
.01:S 692 135
.0127 700 136
.0!07 707 137
.0128 71 138
.0128 717-
}
139
.0!30 701 140
.0'31 725 141
.0132 708 142
.0135 730 l
143
.0133 73 144
.0133 733 145
.0136 734 146
.011 735 1
147
.0140 735 148
.0136 736 149
.0139 736 150
.3143 736 151
.0143 737 152
.0145 737 153
.0146 737 154
.0145 737 1
155
.0149 737 156
.015I 737 157
.0148 738 158
.0151 738 159
.0151 738 160
.0151 738 151
.0153 738 16
.0151 739 I
163
.0150 739 164
.0149 739 165
.0151 739 166
.0152 739 157
.015l 739 IS8
.0148 740 169
.015:
740 170
.0156 740 171
.3154 740 172
.0153 740 173
.0154 740 174
.0157 741 175
.0156 741 176
.0157 741 I
177
.3155 741 178
.0159 741 179
.0161 741 120
.0157 74I 121
.0160 741 15:
.016: -
741 133
.0161 74:
184
.016 74:
195
.0164 74 156
.3153 74:
167
.316:
74 198
.0164 74 159
.016:
74:
130
.0161 74:
!91
.JtSt
'4
'9
.0153 74:
l 193
.3159 740 194
.0157 74:
195
.316J 740 196
.JI63 74 137
.016l 74 199
.3159 74 199
.JI6:
74
- 20
.3134 74
- 1
.0230 4:
.3150 74:
PagiNS, 41 Report No.17822 REA0.8 IFM KIP READ.*
IPM KIP 205
.0165 743 206
.0162 743 207
.0164 743 208
.0166 743 209
.0167 743 210
.0166 743 211
.0166 743 212
.0166 743 213
.0166 743 214
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OPERATOR NAME G. Pall 1ER SNUB 8ER 103 C-2/ ALT-SPG-2 DATE (YY/MM/CD) 86/05/28 TIME (HH/MM/SS) 15:36:32 BORE DIAMETER, IN.
12 R00 OIAMETER, IN.
4 DESIGN TYPE DOUBLE RCD DESIGN l
MANUFACTURER ANKER/HOLTH TEST LCAD 900 TYPE OF TEST GLEED TEST DIRECTION TENSION i
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.0180 867 329
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.3178 887 331
.0181 894 332
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.0184 890 334
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.0182 882 338
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}
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376 0.0000 0
)
CPERATCR NAME G. PALMER SNU8BER IDS C-2/ ALT-SPG-2 CATE (YY/MM/00 )
86/05/28 TIME (HH/MM/SS) 15:45:07 50RE DIAMETER, IN.
12 RCO OIANETER, IN.
4 CESIGN TYPE COU8LE R00 DESIGN MANUFACTURER ANKER/HOLTH TEST LOAD 900 TYPE OF TEST BLEED i
TEST DIRECTION COMPRESSION
)
l I
i I
1
,, _ _, -. _., ~.
Page No. 54 Report No.17822 3
WYLE/AP1 In-Place S n t.a b b e r-Testinga tese
- 0.02
.p...,,
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.n GPERATCR NAME G. PALMER SNUSEER 103 VALVE C-16 CATE (YY/MM/00 )
96/05/03 TIME (HH/MM/SS )
18:08:11 20RE DIAMETER, IN.
I:
RCO CIAMETER, IN.
4 CESIGN TYPE OCUBLE RCD DESIGN MANUFACTURER ANKER/HOLTH TEST LOAD 900 l
TYPE CF TEST BLEED TEST DIRECTION TENSION TRANSDUCER SPAN 15000 TEMPERATURE 71.6 deo F AVERAGE OF 39 REACINGS AT LOAO WAS
.3186 tam HIGHEST VELOCITY ACHIEVED AT BELOW 5 kip LOAD WAS 0.0000 tom LUR/30 '.'LV/ 30 PLM/ S00 FLIFN/ !O.!4
Page No. 55 Report No.17822 READ.*
IFM KIP READ.*
IPM KIP I
0.0000 0
2 0.0000 0
3 0.0000 0
4 0.0000 0
5 0.0000 0
6 0.0000 0
7 0.0000 0
8 0.0000 0
9 0.0000 0
10 0.0000 0
11 0.0000 0
12 0.0000 0
13 0.0000 0
14 0.0000 0
15 0.0000 0
16 0.0000 0
17 0.0000 0
18 0.0000 0
19 0.0000 0
20 0.0000 0
21 0.0000 0
22 0.0000 0
23 0.0000 0
24 0.0000 0
25 0.0000 0
26 0.0000 0
27 0.0000 0
29 0.0000 0
29 0.0000 0
30 0.0000 0
31 0.0000 0
32 0.0000 0
33 0.0000 0
34 0.0000 0
35 0.0000 0
36 0.0000 0
37 0.0000 0
38 0.0000 0
39 0.0000 0
40 0.0000 0
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42 0.0000 0
43 0.0000 0
44 0.0000 0
45 0.0000 0
46 0.0000 0
47 0.0000 0
48 0.0000 0
49 0.0000 0
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51 0.0000 0
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53 0.0000 0
54 0.0000 0
55 0.0000 0
55 0.0000 0
57 0.0000 0
58 0.0000 0
59 0.0000 0
60 0.0000 0
61 0.0000 0
62 0.0000 0
63 0.0000 1
64 0.0000 1
65 0.0000 1
66 0.0000 1
67 0.0000 1
68 0.0000 1
59 0.0000 1
70 0.0000 1
71 0.0000 1
72 0.0000 1
73 0.0000 1
74 0.0000 2
75 0.0000 2
76 0.0000 2
77 0.0000 2
78 0.0000 2
79 0.0000 2
80 0.0000 3
91 0.0000 3
82 0.0000 3
83 0.0000 4
84 0.0000 5
SS 0.0000 6
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37 0.0000 12 88 0.0000 17 i
39 0.0000 22 90 0.0000 29 91 0.0000 35 92 0.0000 45 0.0000 58 94 0.0000 59 95 0.0000 al SS 0.0000 93 97 0.0000 105 39 0.0000 118 39 0.0000 100 0.J000 147 101 J 0000 192 102 0.0000 f"9 4
Page No. 56 Report No.17822
)
i READ.8 IPM KIP READ.*
IPM KIP 103 0.0000 ISS 104 0.0000 215 105 0.0000 231 106 0.0000 247 107
.0118 263 108
.0096 283 109
.0096 303 110
.0017 323 111
.0110 342
!!2
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.0110 383 114
.0106 402 115
.0106 421 116
.3082 441 117
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.3115 557 123
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.0118 588 125
.0118 605 125
.0118 621 127
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.0122 651 129
.0121 665 130
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.0130 726 135
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201
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.0164 799
/
]
Page No. 57 Report No.17822 REAG.*
.0163 789 206
.0162 789 207
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.0165 790 009
.0161 790 210
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Page No. 54 Report No.17822 1
i READ.*
IPM KIP READ.*
IPM KIP 307
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CPERATOR NAME G. PALMER SNUSSER IDS VALVE C-16 CATE (YY/MM/00) 86/05/23 i
TIME (HH/MM/SS )
18:11:01 i
60RE DIAMETER. IN.
12 R00 OIAMETER, IN.
4 CE31GN TYPE 00U8LE R00 CESIGN MANUFACTURER ANKER/HOLTH TES7 LOAD 300 TYPE OF TEST BLEED l
TEST DIRECTION TENSION i
I 1*
i l
l
. _ = _..__ --.
Lus/.40 St.vi.:s r>_rv wu curm w.2+
Page No. 59 Report No.17822 WYLE/AP1 l
In-Place Snubber Testing I
1 I
1988
,?2 g I
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CPERATOR NAME G. PALMER SNUSBER ids VALVE 0-16 CATE (YY/MM/00)
- 96/05/23 TIME (HH/MM/SS )
181:4:13 SORE DIAMETER, IN.
12 R00 OIAMETER, IN.
4 OESIGN TYPE COUBLE R00 CESIGN MANUFACTUPER ANKER/HOLTH TEST LOAO 900 TYPE OF TEST SLEE0 TEST OIRECTION COMPRES$10N TRANSOUCER SPAN IS000 TEMPERATURE 70.4 deg F AVERAGE OF 40 READINGS AT LOA 0 WAS
.0177 tom HIGHEST VELOCITY ACHIEVED AT BELOW 5 kip LOAD WAS.0118 tom I
i
Page No. 60 Report No.17822 READ.*
IPM XIP READ.*
IPM KIP 1
0.0000 0
2 0.0000 0
3 0.0000 0
4 0.0000 0
5 0.0000 0
6 0.0000 0
7 0.0000 0
8 0.0000 0
9 0.0000 0
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11 0.0000 0
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19 0.0000 0
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21 0.0000 0
22 0.0000 0
23 0.0000 0
24 0.0000 0
25 0.0000 0
26 0.0000 0
27 0.0000 0
28 0.0000 0
29 0.0000 0
30 0.0000 0
31 0.0000 0
32 0.0000 0
33 0.0000 0
34 0.0000 0
35 0.0000 0
36 0.0000 0
37 0.0000 0
38 0.0000 0
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40 0.0000 0
41 0.0000 0
42 0.0000 0
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44 0.0000 0
45 0.0000 0
46 0.0000 0
47 0.0000 0
48 0.0000 0
49 0.0000 0
50 0.0000 0
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52 0.0000 0
53 0.0000 0
54 0.0000 0
55 0.0000 0
56 0.0000 0
57 0.0000 0
58 0.0000 0
l 58 0.0000 0
60 0.0000 1
61 0.0000 1
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63 0.0000 1
64 0.0000 1
65 0.0000 1
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71 0.0000 1
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Page No. 81 Report No.17822 REA0.8 IPM K!P REA0.8 IPM KIP 103
.0115 206 104
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105
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107
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Page No. 62 Report No.17822
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READ.:
IPM KIP READ.:
IPM KIP 205
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Page No. 63 Report No.17822 1
\\
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READ.*
IPM K!P REAO.*
IPM K!P 207
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.0179 883 358
.0I79 883 357
.0179 883 358
.0178 883 359 0.0000 0
360 0.0000 0
CPERATOR NAME G. PALMER SNUB 8ER 108 VALVE C-16 CATE (YY/MM/001 86/05/23 TIME (HH/MM/SS )
18:24:41 80RE O!AMETER, IN.
12 R00 O!AMETER. IN.
4 OESIGN TYPE 00 VOLE R00 DESIGN MANUFACTURER ANkER/HOLTH TEST LOAD 900 TYPE OF TEST 8LEED TEST O!RECTION 00MPRES$10N 1
l l
L
l I
.'JM / 3d VLV/ OJ PLN/ 200 PL:PNs Jd.c4 Page No. 64 j
Report No.17822 i
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SNUBSER 103 VALVE C-4 CATE (YY/MM/00) 96/05/:3 TIME (HH/MM/SS) 19:23:53 SCRE O!AMETER, IN.
1:
RCO O!AMETER, !N.
4 CES!$N TYPE 00U4LE R00 CESIGN l
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TYPE OF TEST BLEE0
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TEST O!RECTION TENSION 1
I TRANSOUCER SPAN 15000 l
TEMPERATURE 71.0 dog F AVERAGE OF 40 REA0!NGS AT LOAO WAS
.0195 ton l
HIGHEST VELOCITY ACHIEVED AT SELOW 5 klo LOA 0 9AS 0.0000 tom 1
1 i
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Page No. 65 Report No.17822 I
l READ.*
IPM K!P REAO.*
IPM KIP l
1 0.0000 0
2 0.0000 0
l 3
0.0000 0
4 0.0000 0
5 0.0000 0
6 0.0000 0
7 0.0000 0
8 0.0000 0
l 9
0.0000 0
10 0.0000 0
11 0.0000 0
12 0.0000 0
13 0.0000 0
14 0.0000 0
15 0.0000 0
16 0.0000 0
17 0.0000 0
18 0.0000 0
19 0.0000 0
0 0.0000 0
21 0.0000 0
22 0.0000 0
23 0.0000 0
24 0.0000 0
25 0.0000 0
26 0.0000 0
27 0.0000 0
28 0.0000 0
29 0.0000 0
30 0.0000 0
31 0.0000 0
32 0.0000 0
33 0.0000 0
34 0.0000 0
35 0.0000 0
36 0.0000 0
37 0.0000 0
38 0.0000 0
39 0.0000 0
40 0.0000 0
41 0.0000 0
42 0.0000 0
43 0.0000 0
44 0.0000 0
45 0.0000 0
46 0.0000 0
47 0.0000 0
48 0.0000 0
49 0.0000 0
50 0.0000 0
51 0.0000 0
52 0.0000 0
53 0.0000 0
54 0.0000 0
55 0.0000 0
56 0.0000 0
57 0.0000 0
58 0.0000 0
59 0.0000 0
60 0.0000 1
61 0.0000 1
62 0.0000 1
63 0.0000 1
64 0.0000 1
65 0.0000 I
66 0.0000 1
67 0.0000 1
68 0.0000 1
69 0.0000 1
70 0.0000 1
71 0.0000 1
7 0.0000 1
73 0.0000 2
74 0.0000 2
75 0.0000 76 0.0000 2
77 0.0000 3
78 0.0000 3
79 0.0000 3
80 0.0000 4
81 0.0000 5
8 0.0000 6
83 0.0000 7
84 0.0000 9
85 0.0000 14 86 0.0000 00 3
87 0.0000 28 88 0.0000 38 89 0.0000 47 90 0.0000 57 91 0.0000 67 92 0.0000 77 93 0.0000 89 94 0.0000 99 95 0.0000 109 95 0.0000 119 97 J.0000 109 98 0.J000 141 39 J.0000 153 10J 0.0000 163 101 J.0000 185 to:
0.0000
- 01 1
I i
l
Page No. 40 Report No.19822 1
READ.*
<!P READ.:
IPM KIP 103 0.0000 2:0 104 0.0000 237 105 0.0000 253 106 0.0000
- 69 l
107 0.0000 285 100' O.0000 303 139 0.0000 319 110 0.0000 339 I
III 0.0000 359 11:
0.0000 379 113 0.0000 401 114 0.0000 419 115 0.0000 438 IIS 0.0000 456 117 0.0000 476
!!8 0.0000 496 119 0.0000 516 120 0.0000 536 121 0.0000 555 1:2
.0148 576 l
1:3
.0094 594 1:4
.0144 Eli I:5
.0148 6:7 126
.0150 644 127
.0153 663 18
.0150 6?9 1:9
.0149 695 130
.0154 710 134
.0I53 7:4 13:
.0150 739 133
.015I 751 134
.0149 76:
135
.0151 773 136
.0154 783 137
.0153 793 138
. 0151 801 139
.0151 308 140
.0137 815 141
.0156 821 142
.0152 85 143
.3153 829 I44
.0155 83:
145
.3157 835 146
.0155 837 I47
.0158 838 148
.0160 839 149
.0160 840 ISO
.0161 841 151
.0160 841 IS:
.0158 341 153
.0163 84:
154
.0167 84 155
.0163 84:
156
.0163 84:
157
.3165 84:
158
.0167 84 159
.0163 843 ISO
.0164 843 161
.0164 843 ISO
.0167 843 163
.0166 844 164
.3166 844 165
.0164 844 166
.3164 845 f
167
.0167 845 168
.0163 845 169
.0164 845 170
.0167 846 171
.0168 846 172
.0166 846 173
.0165 346 174
.0169 847 175
.0170 847 176
.3167 847 177
.0868 847 178
.0170 847 179
.017:
848 ISO
.0172 848 181
.0170 848 18:
.0171 848 183
.0171 849 184
.0170 849 185
.0169 849 185
.0171 849 187
.0170 849 188
.0170 849 189
.0169 850 190
.0170 850 191
.017:
850 19:
.0169 850 193
.0169 850 194
.0166 850 195
.017:
850 196
.0171 850 197
.0169 350 198
.3169 951 199
.0173 351 200
.3174 350 l
201
.3170 351 00:
.0169 351 003
.017:
45l 204
.Ji?S 851 I
~ ~.. -
.. _. ~.
Page No. 47 i
Report No.17822 i,
i=
READ.3 IPM MIP READ.8 IPM KIP t
205
.0173 851 206
.0171 851 o
i 37
.J17:
851 208
.0176 851
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.3173 851 210
.0171 851 211
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851 212
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.0175 851 214
.0171 851 215
.3173 851 216
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217
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219
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1 207
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.0179 851 230
.0178 851 231
.3178 851 03:
.6181 851 l
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.0179 851
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240
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(
- 47
.3178 852 248
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)
249
.0190 85:
250
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051
.3180 85:
05:
.3183 85:
253
.3179 85:
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55
.0183 85:
254
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.0177 852 058
.0179 852 259
.3183 853 260
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.0181 853 284
.0178 853 J
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.3181 853
]
- $7
.0181 853 258
.0177 853 i
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.0!?9 853 270
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853 071
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.3182 853 I
j 275
.0184 853 276
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277
.3180 853 278
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- 79
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.0179 853 281
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283
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.0181 853 i
97
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35
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201
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.J13:
883 304
.3181 888 J
- 05
.J185 863 328
.J181 875 1
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4
i l
Page No. 88 l
Report No.17822 i
l REAO.8 IPM K!P READ.4 IPM K!P 307
.3179 884 398
.0179 809 399
.9181 888 319
.9179 888 l
311
.9180 884 312
.9181 883 313
.0184 881 314
.0188 879 315
.3178 879 318
.0185 884 317
.9187 801 318
.4184 882 319
.8188 884 320
.9190 884 3:1
.0185 884 3:2
.8187 884 3:3
.0187 883 324
.0188 882 3:5
.0184 881 3:8
.3185 981 37
.3187 881 328
.3187 881 l
329
.3185 88:
330
.9184 803 i
331
.8188 884 332
.918e 885 l
331
.3100 885 334
.3184 885 335
.0188 885 338
.0185 884 1
337
.4182 883 338
.9187 883 I
339
.3185 882 349
.3188 88 l
341
.0188 882 34:
.0190 88:
l 343
.9187 883 344
.3187 883
[
345
.3187 883 348
.0199 884 347 8.9983 0
348 3.0000 4
i QPERAf0R NAME G. PALMER Si4UO8tR ids VALVE C-4 DATE (YY/MM/00) 88/05/:3
,}
TIME (HH/MM/SS) 191:5: 19 OCRE O!AMETER, IN.
12 t
RCD O!AMETER. IN.
4 CESIGN TYPE 0008LE R00 DESIGN MAf4UFACTURER ANKER/HOLTH I
TEST LCAO 9ee I
TYPE OF TEST 8LEED TEST O!RECTICr4 TEN $10N i
t i
i w
--w
Page No. 69 Report No.178:2 WYtE/AP1 l
In-Place Snubber Testing 1008
..,....o s., - k_* 2, ',,.. 32 1
l s
$04 J.416 i y,v 600 v.412 -
f.'.
n y 4ee c.ca g w
v I
w' 20@
e @94 -
i c
a 8
net <manen CPERATCR NAME G. PALMER StiUSSER 10s VALVE C-4 OATE ( YY/MM/00) 96/05/ 3 TIME (HH/MM/$$ )
19:36 58 20RE DIAMETER, IN.
12-aC0 O!AMETER. IN.
4 CE5tGN TYPE 00U3LE RCO DE5tGN MmNUFACTURER ANKER/HOLTH TEST LOA 0 900 TY8E OF TE37 BLEED l
TEST OIRECTION CCMPRES$!ON TRAN30VCER SPAN 15000 TEMPERATLPE 71.0 deg F AVERAGE CF 4: PEA 0!NG3 AT LOA 0 WAt
.0189 tom l
HIGmE37 VELOCITY ACHIEVED AT SELOW 5 kto LCAO WAS 0.00C0 ton l
l l
l w.R < ia VLW 20 *LM-100 PLi N 30.34
Page Nc6 70 i
Report No.17822 l
'))
REA0.8 IPM KIP READ.8 IPM KIP 1
0.0000 0
2 0.0000 0
3 0.0000 0
4 0.0000 0
5 0.0000 0
6 0.0000 0
7 0.0000 0
8 0.0000 0
l 9
0.0000 0
le 0.0000 0
l 11 0.0000 0
12 0.0000 0
l 13 0.0000 0
14 0.0000 0
15 0.0000 0
16 0.0000 0
17 0.0000 0
18 0.0000 0
19 0.0000 0
20 0.0000 0
21 0.0000 0
22 0.0000 0
23 0.0000 0
24 0.0000 0
25 0.0000 0
26 0.0000 0
27 0.0000 0
28 0.0000 0
29 0.0000 0
30 0.0000 0
31 0.0000 0
32 0.0000 0
33 0.0000 0
34 0.0000 0
35 0.0000 0
36 0.0000 0
37 0.0000 0
38 0.0000 0
39 0.0000 0
40 0.0000 0
41 0.0000 0
42 0.0000 0
l 43 0.0000 0
44 0.0000 0
l 45 0.0000 0
46 0.0000 0
1 47 0.0000 0
48 0.0000 0
l 49 0.0000 0
50 0.0000 0
51 0.0000 0
5 0.0000 0
s/
53 0.0000 0
54 0.0000 0
55 0.0000 0
56 0.0000 0
i 57 0.0000 0
58 0.0000 0
59 0.0000 0
60 0.0000 e
i 61 0.0000 0
62 0.0000 0
63 0.0000 1
64 0.0000 1
65 0.0000 1
66 0.0000 1
67 0.0000 1
60 0.0000 1
69 0.0000 1
70 0.0000 1
71 0.0000 1
7:
0.0000 1
73 0.0000 1
74 0.0000 2
75 0.0000 2
76 0.0000 2
77 0.0000 2
78 0.0000 79 0.0000 3
80 0.0000 3
81 0.0000 3
82 0.0000 4
83 0.0000 5
84 0.0000 7
85 0.0000 9
86 0.0000 13 87 0.0000 18 88 0.0000 24 l
89 0.0000 30 90 0.0000 37 91 0.0000 44 9:
3.0000 54 93 0.0000 66 94 0.0000 77 95 0.0000 98 96 0.0000 99 17 0.0000 til 98 0.0000 124 99 0.J000 133 100 0.0000 154 101 0.0000 171 to:
0.J000 197 l
I
Page No. 71 Report No.17822 READ.s IPM KIP REAO.s IPM KIP 103 0.0000 006 104 0.0000 22 105 0.0000 239 106 0.0000 255 107 0.0000 270 108 0.0000 289 109 0.0000 304 110 0.0000 324 til 0.0099 344 112 0.0000 364 113 0.0099 386 114 0.0000 404 115 0.0000 421 116 0.0000 439 117 0.0000 459 118 0.0000 479 119 0.0000 500 120 0.0000 5:0 121
.0001 540 12:
.0091 561 123
.0091 579 124
.0091 596 1:5
.0091 613 126
.0091 630 127
.0091 649 I:8
.0146 664 129
.314:
680 130
.0137 695 131
.0136 709 13:
.3137 7:4 133
.3139 73F 134
.0137 748 135
.0136 759 136
.0133 770 i
137
.0139 780 138
.0136 788 1
139
.314:
796 140
.0139 803 l
141
.0140 809 14:
.0145 814 l
143
.0145 818 144
.0145 8:1 145
.0147 824 146
.0145 826 147
.0148 827 148
.0150 829 149
.3146 800 ISO
.3148 830 151
.0151 831 152
.0148 831 l
153
.0154 831 154
.0155 831
(
155
.0153 831 156
.0154 832 1
157
.0157 83 158
.0155 83 159
.0153 83:
160
.0151 833 161
.0!55 833 16:
.0154 833 s
163
.0154 833 164
.0154 834 165
.3157 834 166
.0154 834 167
.0157 834 168
.0156 835 169
.0156 935 170
.016:
835 171
.0164 835 17:
.0160 836 173
.0162 836 174
.0164 836 175
.0166 836 176
.0164 837 177
.0164 837 178
.0163 837 179
.0163 837 180
.0167 837 181
.3165 837 18:
.0163 837 183
.0165 337 184
.0164 837 135
.016:
837 186
.0163 837 187
.0166 837 188
.0168 837 189
.0163 837 190
.0165 837 191
.0167 837 192
.0167 837 i
193
.016:
838 194
.0166 838 195
.0169 838 196
.0169 838 i
197
.0166 833 198
.3169 133 199
.3169
$38 200
.3167 338 l
001
.3169 333 00
.3169 8:3 003
.0168 338 004
.0169 3:8 j
}
i 1
Page No. 72 Report No.17822 READ.*
IPPt KIP REAO.s IPM KIP l05
.0171 838 206
.0189 838 207
.3163 838 208
.0168 838 209
.3169 838 210
.0166 839 211
.0166 839 212
.0169 839 213
.0171 839 214
.0168 839 215
.0169 839 216
.0171 839 217
.0170 839 218
.0169 839 219
.0169 839 220
.0176 839 221
.3178 839 222
.0175 839 223
.0176 839 224
.0175 839 225
.0177 839 2:6
.0175 339 227
.0172 839 228
.3175 839 229
.0877 839 230
.0176 839 231
.3174 839 23:
.0175 840 233
.0178 840 234
.0175 840 235
.017:
839 236
.0175 840 237
.0177 848 238
.0173 840 239
.0175 848 240 0176 840 241
.0177 840 242
.0173 840 243
.0175 848 244
.0179 840 245
.0180 840 246
.3177 840 247
.3178 840 248
.0179 840 249
.3182 840 250
.0176 840 251
.3177 848 252
.0179 840 253
.0181 840 254
.3179 840
~3 255
.3175 840 256
.0179 840
/
257
.0178 840 258
.0175 840 259
.3174 840 260
.3178 840 261
.0179 840 26:
.0176 840 63
.0177 840 264
.0181 840 065
.0181 848 266
.0178 848 267
.0178 840 268
.3181 840 269
.018:
848 270
.0182 840 271
.0175 840 272
.0181 840 273
.0181 840 274
.0181 840 275
.0181 840 276
.018:
848 277
.3181 840 278
.0179 840 279
.0180 840 280
.018:
840 291
.0180 840 282
.0178 840 283
.0179 840 224
.0181 840 285
.0179 840 286
.3177 840 087
.0181 840 288
.0181 841 289
.0177 841 290
.3178 841 291
.0184 841 292
.0184 841 093
.018:
841 294
.0181 841 295
.0184 841 296
.0183 846
- 97
.0183 854 298
.0182 861 299
.3194 863 300
.0182 96:
301
.0183 863 30:
.018:
866 303
.0134
$68 304
.0193 37I 205
.0181 971 306
.0184 371
/
Page No. 73 Report No.17822 rtEAD.
.0185 870 308
.0179 870
^
309
.0180 SS9 310
.3184 869 311
.0183 869 3:2
.0184 858
)
313
.0185 858 314
.0188 870 315
.0186 878 316
.0186 88?
317
.0186 892 318
.0190 891 319
.0187 888 320
.0187 886 321
.0150 885 322
.0190 883 323
.~ 0188 881 324
.0187 880 325
.3188
~
881 325 '
.0184 881 327
.31$4 882 328
.3188 883 329
.0189 984 330
.3188 885 331
.0185 885 332
.0192 884 333
.0190 893 334
.0187 883 335
.3190
- - 882 336
.0193 832 337
.0190 881 338
.3191 882 339
.0130 882 340
.0193 884 341
.0190 885 342
.0188 886 343
.3190 985 344
.0190 886
{
345
'0188 885 346
.0190 884
\\
347
.0190 883 348
.3185 883 349
.3187 882 350
.0191 882 351
.0190 882 352
.0190 883 353
.0190 S84 354
.0193 884 355
.3590 885 355
.3190 885 357 0.0000 0
358 0.0000 0
CPERATOR NAME 6.FALMER SNUB 8ER 103 VALVE C-4 CATE (YY/MM/00) 85/05/23 TIME (HH/MM/SS) 19:37:28 BORE DIAMETER, IN. -
12 RCD DIAMETER. IN.
4 CESIGN TYPE DOUBLE RCD DESIGN MANUFACTURER ANKER/HOLTH TEST LCAD E20 TYPE CF TEST BLEED TEST DIRECTION CCMPRESSION J
s e
Y
Page No. 74 Test Report No.17822 TABLE 2 SRWTRR CONFIGURATION Max. LP.M.
Mar. LP.M.
Average Bleed
- Identification 5 kip Thru Ball Chk.
LP.M. @ Load C -11, 2,16, 4
.0
.0240 C 34 kip
.0761 Compression C-11P, 2,16, 4R
.0
.0173 @ 64 kip
.0754 Compression C-4,16, 2,11 Compression
.0155
.0198 C 30 kip
.0767 C-4 PC/16/2/11 RT
.0225
.0295 C 39 kip
.0769 Compression C-4PT/16/2/11RC Tension
.0
.0196 @ 42 kip
.0792 C-4PT/16/2/11 Tension
.0176
.0228 C 28 kip
.0793 l
l
- Average bleed in LP.M. is for all four valves. To approximate individual valve response, divide by four.
WYLE LABORATORIES Huntsville Facility
_a
Page No. 75 Report No.17822 WYLE/Ap1 1*Ce S nub b e r-1 ez t 1%
1000
.j-g h>j D9
... ~.
/
__ _.l.....
a r
w 4Qg 0.04 0 3
~
200 6.c2 g
I!
8" J
e,
.3 4*
=-
7!hE (sw % >
CFERATOR NAME G. PALMER SNUSEER ids C-11 0-2 C-!S C-4 CATE (YY/MM/CO) 85/05/23 TIME (HH/MM/55 )
20:07:40 ECGE DIAMETER, IN.
10 RCO CIAMETER, IN.
4 CESIGN TYPE 00USLE A00 CESIGN MANJFACTURER ANKER/HOLTH TEST LOAC 900 TYPE OF TEST SLEED TE5T DIRECTION COMPRESSION TRAN500CER SPAN lE000 TEMPERATURE 72.0-deg F AUERAGE OF 54 READINGS AT LOAD WAS
.076I inn HIGHEST VELCCITY ACHIEVED AT BELOW 5 kip LOAD WAS 0.0000 ica ff g-- N/... c 4 e
n a se w
e
Page No. 76 Report No.19822 READ.s IPM KIP READ.s IPM KIP I
0.0000 0
2 0.0000 0
3 0.0000 0
4 0.0000 0
5 0.0000 0
6 0.0000 0
7 0.0000 0
8 0.0000 0
9 0.0000 0
10 0.0000 0
11 0.0000 0
12 0.0000 0
13 0.0000 0
14 0.0000 0
15 0.0000 0
16 0.0000 0
17 0.0000 0
18 0.0000 0
19 0.0000 0
20 0.0000 0
21 0.0000 0
2.0000 0
23 0.0000 0
24 0.0000 0
25 0.0000 0
26 0.0000 0
27 0.0000 0
28 0.0000 0
29 0.0000 0
30 0.0000 0
31 0.0000 0
32 0.0000 0
33 0.0000 0
34 0.0000 0
35 0.0000 0
36 0.0000 0
37 0.0000 0
38 0.0000 0
39 0.0000 0
40 C.0000 0
41 0.0000 0
42 0.0000 0
43 0.0000 0
44 0.0000 0
45 0.0000 0
46 0.0000 0
47 0.0000 0
48 0.0000 0
49 0.0000 0
50 0.0000 0
51 0.0000 0
52 0.0000 0
}
53 0.0000 0
54 0.0000 0
/
55 0.0000 0
56 0.0000 0
37 0.0000 1
58 0.0000 1
59 0.0000 1
60 0.0000 1
61 0.0000 1
60 0.0000 1
53 0.0000 1
64 0.0000 1
65 0.0000 1
66 0.0000 1
67 0.0000 1
68 0.0000 1
69 0.0000 1
70 0.0000 1
71 0.0000 1
72 0.0000 1
73 0.0000 1
74 0.0000 1
75 0.0000 1
76 0.0000 1
77 0.0000 2
78 0.0000 2
i 79 0.0000 2
80 0.0000 2
81 0.0000 3
82 0.0000 3
83 0.0000 3
34 0.0000 3
55 0.0000 3
86 0.0000 4
S7 0.0000 4
SS 0.0000 4
89 0.0000 4
30 0.0000 4
91 0.0000 5
92 0.0000 6
93
.3001 8
94
.0188 11 95
.0195 16 96
.0232 24 97%
.0040 en 34 *n 28
.0238 25 39
.0 20 55 100
.2233 67 101
.0226 73
.10
.0235 39
-~
Page No. 77 Report No.17822 l
READ.:
IPM KIP READ.:
IPM KIP 103
.0238 104 104
.0235 122 105
.0235 141 IOS
.0230 ISO 107
.0229 179 108
.0230 201 109
.0232 220 110
.0231 238 111
.0230 255 112
.0230 274 113
.0225 294 114
.0223 311 115
.0224 329 116
.0225 351 117
.0222 371 118
.3225 395 119
.0221 415 120
.0224 434 121
.0229 452 122
.0232 472 123
.0235 490 124
.0239 509 125
.0237 528 125
.0239 546 127
.0246 566 128
.0250 SS3 129
.0254 599 130
.0253 614 131
.0258 530 132
.0253 647 133
.0272 SS2 134
.0273 676 135
.2277 590 135
.0281 702 137
.0236 716 138
.0299 726 139
.0304 735 140
.0309 745 141
.0310 755 142
.03:2 754 143
.0332 771 144
.0339 778 145
.0341 794 146
.0348 790 147
.0358 795 148
.0353 799 149
.0354 803 150
.0372 807 151
.0383 810 152
.0390 812 153
.0390 814 154
.0406 815 155
.0412 817 155
.0414 819 157
.0423 820 158
.0432 821 159
.0436 821 ISO
.2433 822 ISI
.0447 823 152
.0453 823 153
.0446 824 164
.0465 824 155
.3474 825 ISS
.0474 825 167
.0488 825 158
.0495 826 159
.0495 825 170
.0507 827 171
.0511 827 172
.0513 827 173
.0519 828 174
.0520 828 175
.0534 829 176
.0540 829 177
.0535 C29 178
.0551 830 179
.0554 830 180
.0552 830 181
.0557 831 182
.0551 831 183
.0574 831 184
.0571 831 155
.0578 832 185
.2580 S32 197
.0579 832 188
.0591 832 189
.0595 832 190
.0503 832 191
.0509 832 192
.0614 833 193
.0512 833 194
.0610 833 195
.0514 833 195
.0618 S33 197
.0527 333 198
.0537 933 199
.0641 333 200
.0648 933 201
.0651 334 202
.0650 334 1
203
.0551 534 204
.2654 834 j
l
\\
Page No. 78 Report No.17822
)
/
READ.4 IPM KIP READ.*
IPM KIP 205
.0650 834 206
.0852 834 207
.2655 834 208
.0564 835 209
.0657 835 210
.0673 835 211
.0679 835 212
.0680 835 213
.0682 835 214
.0684 835 215
.0685 836 216
.0681 836 217
.0686 836 218
.0688 836 219
.0696 836 220
.0697 836 221
.0700 836 222
.0702 835 223
.0701 835 224
.06 9F:
837 225
.3701 837 225
.0701 837 227
.0700 837 28
.3707 837 229
.0708 837 230
.0704 837 231
.0714 837 232
. 07';8 837 233
.0714 837 234
. 0~ 10 837 235
.0716 837 235
. 0','0 9 837 237
.0711 837 238
.0712 837 239
.0715 837 240
.0715 837 241
.0717 838 242
.0720 838 243
.0723 838 244
.0725 837 245
.0722 838 246
.07:3 838 247
.07 0 838 248
.0723 838 249
.0722 838 250
.0725 838 251
.0727-838 252
.0728 838 253
.0721 838 254
.07:2 838 3
255
.0718 838 256
.0718 838 257
.0718 838 258
.0724 838 259
.07:5 838 250
.0729 838 251
.0731 838 262
.3735 838 253
.0734 838 264
.0735 838 255
.3731 838 256
.3731 838 257
.0732-838 258
.3734 838 259
.0734 838 270
.0735 838 271
.0738 838 272
.0735 838 273
.0735 838 274
.0734 838 275
.0731 838 276
.0734 838 277
.0729 838 278
.0721 838 279
.0729 838 280
.0723 838 281
.0731 838 282
.0729 840 283
.0732 838 284
.3732 833 285
.0731 839 2SS
.0733 840 287
.0725 841 288
.0739 841 289
.374:
84 290
.074 843 291
.0743 843 292
.0738 842 293
.0742 842 294
.0738 842 295
.0741 841 295
.0729 842 297
.0731 848 298
.0731 856 299
.373 951 300
.0742 852 301
.2738 354 302
.374 857 303
.2741 870 304
.3741 873 305
.3746 372 306
.2745 87:
Page No. 79 Report No.17822 READ.*
IPM KIP READ.
IPM K!P 307
.0747 871 308
.3752 870 309
.0753 870 310
.0744 871 311
.0746 879 312
.0747 883 313
.0745 893 314
.0745 891 315
.3755 885 315
.0755 881 317
.0757 879 318
.0763 881 31E
.0758 886 320
.0754 889 321
.0753 891 322
.0753 890 323
.0751 888 324
.0761 885 325
.0752 884 326
.0761 885 327
.0765 886 328
.0765 887 329
.0755 889 330
.0757 859 331
.0754 889 332
.0759 888 333
.0763 887 334
.0762 887 335
.0767 886 336
.2770 886 337
.0789 888 338
.0750 887 339
.0758 888 340
.0760 889 341
.0759 889 342
.0761 890 343
.0754 890 344
.0765 889 345
.0755 889 346
.0763 889 347
.0761 889 348
.0760 889 l
349
.0750 889 350
.0760 889 351
.07ES 889 352
.0767 888 353
.0755 888 354
.0755 888 355
.0757 888 356
.0765 888 357
.0755 888 358
.0753 888 359
.3753 888 350
.3757 888 351
.0755 888 362
.0759 888 363
.0770 889 364
.(' 70 888 3E7 0.0000 0
356 0.0000 0
CPEFATCR NAME
- 6. PALMER SNUB 8ER IDS C-Il C-2 C-16 C-4 Dele (YY/MM/DD) 86/05/23 TIME (HH/MM/SS )
20:09:41 80RE DIAMETER, IN.
12 RCD DIAMETER, IN.
4 CESIGN TYPE DOUBLE RCD DESIGN MANUFACTURER ANKER/HOLTH I
TE57 LCAO 900 TYPE OF TEST BLEED TEST DIFECTION CCMPRE55 ION
Page No. 80 Report No.17822 W Y L. E / A P 1 In-Place S n u b b e r-Temting sees i
l
_~ -
I
-300
.~.#',,,,0.08 i
f 9
a-600 3.06 j
'/
& 400 O.04 O d
8 d
w 20e
- .02 Ag
- ^
=
8 a
i TIME (seconds) iPERATOR NAME
- 6. PALMER SNUESER ID*
C-IIPC/2/IS/4RT CATE (YY/MM/00) 85/05/03 TIME (HH/MM/SS )
20:25:39 SORE DIAMETER, IN.
I' R00 DIAMETER, IN.
4 DESIGN TYPE DOUBLE R00 CESIGN 1
MANUFACTURER ANKER/HOLTH TEST LOAD 900 TYPE OF TEST BLEED TEST DIRECTION COMPRESSION TRANSOUCER SPAN 15000 TEMPERATURE 72.6 deg F AVERAGE OF 33 READINGS AT LOAD WAS
.0754 ipn HIGHEST VELOCITY ACHIEVED AT SELOW E kip LOAD WAS 0.0000 ipm l
LUR/ 200 VLV/ 20 PLM/ SCO FLIPN/ 20.34
Page No. 81 Report No.17822 READ.*
IPM KIP READ.*
IPM KIP 1
0.0000 0
2 0.0000 0
3 0.0000 0
4 0.0000 0
5 0.0000 0
6 0.0000 0
7 0.0000 0
8 0.0000 0
9 0.0000 0
10 0.0000 0
11 0.0000 0
12 0.0000 0
13 0.0000 0
14 0.0000 0
15 0.0000 0
16 0.0000 0
17 0.0000 0
18 0.0000 0
19 0.0000 0
20 0.0000 0
21 0.0000 0
22 0.0000 0
23 0.0000 0
24 0.0000 0
25 0.w000 0
26 0.0000 0
27 0.0000 0
28 0.0000 0
29 0.0000 0
30 0.0000 0
31 0.0000 0
32 0.0000 0
33 0.0000 0
34 0.0000 0
35 0.0000 0
36 0.0000 0
37 0.0000 0
38 0.0000 0
39 0.0000 0
40 0.0000 0
41 0.0000 0
42 0.0000 0
43 0.0000 0
44 0.0000 0
45 0.0000 0
46 0.0000 0
47 0.0000 0
48 0.0000 0
49 0.0000 0
50 0.0000 0
51 0.0000 0
52 0.0000 0
53 0.0000 0
54 0.0000 0
55 0.0000 0
56 0.0000 0
57 0.0000 0
58 0.0000 0
59 0.0000 0
60 0.0000 0
61 0.0000 0
62 0.0000 0
63 0.0000 0
64 0.0000 0
65 0.0000 1
66 0.0000 1
67 0.0000 1
68 0.0000 1
69 0.0000 1
70 0.0000 1
71 0.0000 1
72 0.0000 1
73 0.0000 1
74 0.0000 I
75 0.0000 1
76 0.0000 1
77 0.0000 1
78 0.0000 2
73 0.0000 2
80 0.0000 2
31 0.0000 2
82 0.0000 3
23 0.0000 3
84 0.0000 3
85 0.0000 3
86 0.0000 3
87 0.0000 3
88 0.0000 3
83 0.0000 4
90 0.0000 5
91 0.0000 6
92 0.0000 6
93 0.0000 8
34 0.0000 13 35
.0001 21 36
.0149 30 i
37
.0149 41 36
.3149 53 39
.0173 %
34=
100
.0167 75 101
.0165 36 102
.3166 59
Page No. 82 Report No.17822 READ.4 IPM KIP READ.*
IPM KIP 103
.01ES 112 104
.0163 127 105
.0163 145 106
.0164 164 107
.0138 183 108
.3160 205 109
.0160 224 110
.0160 243 111
.0163 261 112
.0165 279 113
.3163 299 114
.0162 316 115
.0166 332 116
.0167 351 117
.0166 374 118
.0166 394 119
.0158 413 120
.0172 433 121
.3172 452 122
.0176 472 123
.0181 488 124
.0184 505 125
.0184 525 126
.0188 545 127
.3195 565 128
.0199 581 129
.0203 598 130
.0206 616 131
.0213 632 132
.0213 649 133
.0220 654 134
.0229 579 135
.023I 693 136
.0235 707 137
.0244 720 138
.0235 732 139
.0253 742 140
.0259 753 141
.0262 763 142
.3271 772 143
.0277 780 144
.0276 787 145
.0288 794 146
.0292 801 147
.0301 806 148
.0309 810 149
.0311 815 150
.0325 819 151
.0329 822 152
.0339 825 153
.0339 827 154
.0351 829 155
.0352 830 155
.0364 832 157
.0352 833 158
.0379 834 159
.0383 835 ISO
.0394 837 ISI
.0402 838 162
.3409 838 153
.0418 839 154
.0419 839 155
.3431 840 166
.0434 840 IS7
.0438 841 158
.0448 841 189
.0450 842 170
.0456 842 171
.3457 842 172
.0468 843 173
.2475 843 174
.0484 844 175
.0489 844 176
.0492 844 177
.0499 845 178
.0495 845 179
.0498 845 180
.0510 845 181
.2512 845 182
.0514 846 183
.2525 846 184
.0535 845 185
.2541 945 166
.0544 848 187
.3549 847 188
.0557 847 189
.2559 847 190
.0561 847 191
.0550 847 192
.0566 848 193
.0577 848 194
.0585 848 195
.2590 848 196
.2592 848 197
.3593 849 198
.2600 949 ISS
.2502 349 200
.0609 349 201
.3612 949 202
.2612 550 203
.0515 650 204
.2617 850 r
I
Page No. 83 Report No.17822 READ.*
IPM KIP READ.*
IPM KIP 205
.0621 850 206
.0631 350 207
.0635 850 208
.0644 851 209
.0645 851 210
.0647 851 211
.0652 851 212
.0653 851 213
.0652 851 214
.3657 851 215
.0658 851 216
.0657 851 217
.0661 852 218
.0668 852 219
.0659 852 220
.0570 852 221
.0673 852 222
.0679 852 223
.0679 852 224
.0579 852 225.
.3685 852 226
.0688 852 227
.0691 852 228
.0684 85 229
.3695 852 230
.0690 852 231
.0695 852 232
.0590 852 233
.0693 853 234
.2596 853 235
.0695 853 235
.0700 853 237
.0702 853 238
.0707 853 239
.0705 SS3 240
.0700 854 241
.0701 854 24:
.0704 854 a
243
.0709 854 244
.0714 854 245
.0715 854 246
.0721 854 247
.0718 854 248
.0719 855 249
.0715 855 250
.0716 855 251
.0715 855 252
.0715 855 253
.0711 855 254
.0718 855 255
.3718 855 256
.07:2 855 257
.07:4 855 258
.07 7 855 259
.07:8 855 -
25 0_ _ _ _
.0727 855 251
.0727 855 262
.0730 855 263
.07 9 855 264
.0730 855 255
.0735 855 266
.0735 854 257
.07?S 854 258
.0737 854 259
.3732 854 270
.0709 854 271
.0730 854 272
.0732 854 273
.0732 854 274
.0735 854 275
.0734 554 276
.0731 854 277
.0729 854 278
.0727 854 279
.0725 854 280
.0729 854 281
.3728 854 282
.0725 85m 293
.073 855 284
.0729 856 295
.3732 857 286
.0735 858 237
.3740 859 288
.0737 859 259
.0737 860 290
.0735 859 291
.0725 859 292
.0735 858 293
.0739 857 294
.0743 857 295
.0731 856 256
.0732 861 297
.0733 868 298
.0735 875 299
.373:
979 300
.0745 975 301
.3744 87:
302
.0740 253 303
.3747 357 204
.3740-367 205
.0733 57:
305
.07:4 981
Page No. 84 Report No.17822 READ.s IPM KIP READ.*
IPM KIP 307
.0736 988 308
.0744 891 309
.0736 888 310
.0738 882 3Il
.0736 879 312
.0732 879 313
.0739 881 314
.0744 884 315
.0748 886 316
.0750 887
.317
.0750 887 318
.0752 885 319
.0742 883 320
.0744 883 321
.3749 883 322
.0751 884 323
.0752 884 324
.0767 885 325
.0761 886 326
.0771 886 327
.0770 866 328
.0763 887 329
.0763 887 330
.0761 887 331
.0762 885 332
.0759 886 333
.3765 886 334
.0775 886 4
335
.0770 686 336
.0754 885 337
.3766 885 338
.0783 885 339
.0762 885 340
.0767 865 341
.0768 885 342
.0770 885 343 0.0000 0
344 0.0000 0
CPERATOR NAME G. PALMER SNUBBER T'S C-11PC/2/16/4RT DATE (YY/MM/DD )
86/05/23 TIME (HH/MM/SS )
20:25:05 BCRE DIAMETER. IN.
12
}
PCD DIAMETER. IN.
4 l
OESIGN TYPE COUBLE RCD DESIGN MANUFACTURER ANKER/HOLTH TEST LCAO 900 TYPE OF TEST BLEED
'EST DIRE 2 TION COMPRESSION
Page No. 85 Report No.17822 WYLE/ api In-Place S n u b b e r-Testing 1
i 1000 0.1 i
I
^~
=
/
2 c.* 3 i
S 400 6.04 :
I d
,/
3
.l w
1 y 200
- .02 ~
I a
e a
a a-T!r1E (seconos)
OPERATOR NAME G. PALMER 5NUEEER IDS C-4/15/0/11 l
CATE (YY/MM/00) 85/05/23 l
TIME (HH/MM/55 )
- 0:31:E5 SCRE DIAMETER, IN.
12 R00 DIAMETER, IN.
4 CE5IGN TYPE COUSLE RCD DESIGN MANUFACTURER ANKER/HOLTH TEST LOAD 000 TYPE OF TEST ELEED TEST DIRECTION COMPPE55ICN TRANSDUCER SPAN 15000 TEMPERATURE 71.4 deg F AVERAGE OF 58 READINGS AT LOAD WAS
.0757 tcm HIGHEST VELOCITY ACHIEVED AT EELOW 5 kta LOAD WAS.0115 tam 1
4 LL'P/ 200 VLV/ 30 ?LM/ 300 :L5P*l/ 30.54
Page No. 86 Report No.17822 READ.*
IPM KIP READ.*
IPM KIP 1
0.0000 0
2 0.0000 0
3 0.0000 0
4 0.0000 0
5 0.0000 0
6 0.0000 0
7 0.0000 0
0 0.0000 0
9 0.0000 0
10 0.0000 0
11 0.0000 0
12 0.0000 0
13 0.0000 0
14 0.0000 0
15 0.0000 0
16 0.0000 0
17 0.0000 0
IS 0.0000 0
19 0.0000 0
20 0.0000 0
21 0.0000 0
22 0.0000 0
23 0.0000 0
24 0.0000 0
25 0.0000 0
25 0.0000 0
27 0.0000 0
28 0.0000 0
29 0.0000 0
30 0.0000 0
31 0.0000 0
32 0.0000 0
33 0.0000 0
34 0.0000 0
35 0.0000 0
36 0.0000 0
37 0.0000 0
38 0.0000 0
39 0.0000 0
40 0.0000 0
41 0.0000 0
42 0.0000 0
43 0.0000 0
44 0.0000 0
45 0.0000 0
46 0.0000 0
47 0.0000 0
48 0.0000 0
49 0.0000 0
50 0.0000 0
T 51 0.0000 0
52 0.000P O
53 0.0000 0
54 0.0000 0
55 0.0000 1
56 0.0000 1
57 0.0000 1
58 0.0000 1
59 0.0000 1
SO 0.0000 I
51 0.0000 1
62 0.0000 1
53 0.0000 1
64 0.0000 1
SS 3.0000 1
SS 0.0000 1
67 0.0000 1
68 0.0000 1
59 0.0000 1
70 0.0000 1
71 0.0000 1
72 0.0000 1
73 0.0000 1
74 0.0000 1
75 0.0000 2
76 0.0000 2
77 0.0000 2
78 0.0000 2
79 0.0000 2
80 0.0000 2
81 0.0000 2
82 0.0000 2
83 0.0000 3
84 0.0000 3
85 0.0000 3
BS
.0109 4
87
.0115 4
88
.0115 5
89
.0145 6
90
.3159 5
91
.3175 7
92
.3184 10 93
.0190 17 94
.0191 23 95==
.31 Sg am 20.
95
,01gg 33 97
.0!94 El 98
.0195 95 99
.0194 90 100
.3193 95 101
.J194 110 102
.0193 125
,.-r
Page No. 87 Report No.17822 READ.*
IPM KIP READ.*
IPM KIP 103 3194 142 104
.3191 157 105 0189 172 105
.0188 190 107 0189 209 108
.0187 230 109 3190 249 110
.0190 257 Ill 0188 285 112
.3184 305 113 0190 323 114
.0192 345
!!5 0188 366 IIS
.3191 387 117 0197 410 118
.0198 432 119 0199 451 120
.0205 458 4
121 0208 484 122
.0213 502 123 2214 520 124
.3219 539 125 0221 556 126
.02:4 573 127 0230 583 128
.3235 509 129 0238 624 130
.3244 639 131 3244 653 132
.0250 SSS 133 3261 583 134
.0252 597 135 3271 710 136
.0276 723 137 0280 733 138
.0292 744 139 3295 753 I40
.3304 753 141 3310 772 142
.0313 779 I43 0325 786 144
.0326 793 145 3337 799 146
.3337 804 147 0348 808 148
.0349 8:2 4
149 0357 815 150
.3359 818 151 0370 821 152
.0373 823 153 0385 824 154
.0380 825 155 0395 827 155
.0403 829 157 0408 830 158
.0417 831 159 0420 831 ISO
.0429 832 151 0433 833 162
.0435 834 153 0444 834 164
.0445 835 155 0458 8?S ISS
.0470 835 157 3477 837 168
.0481 837 159 0494 838 170
.0494 838 171 5495 839 172
.0509 839 173 05I5 840 174
.0515 840 175 0525 840 176
.0533 840 i?7 0547 841 178
.0549 841 179 0550 841 ISO
.0557 842 181 3553 842 182
.0564 842 133 05S5 242 184
.0585 843 185 0574 843 183
.3582 843 157 3589 843 188
.0594 844 189 3599 844 190
.0500 844 i
191 0606 845 192
.0618 845 193 3513 845 194
.0621 845 195 0621 845 ISS
.0625 948 1
197 0621 946 198
.0624 346 199 0531 845 200
.0541 346 1
201 0548 347 202
.0554 847 203 3559 347 204
.0651 847 l
i e
=
6-a Page No. 88 Report No.17822 READ.*
IPM KIP READ.*
IPM KIP 205
.0665 847 206
.0667 847 1
207
.3670 848 208
.0671 848 209
.0679 848 210
.0682 848 211
.3685 848 212
.0685 848 213
.0691 848 214
.0692 849
{
215
.0692 849 216
.0690 849 217
.0693 849 218
.3699 849 219
.0702 849 220
.0702 849 221
.0704 850 222
.0705 350 223
.3710 850 224
.0708 850 225
.0711 850 226
.0711 850 j
227
.0715 850 228
.3719 850 229
.0720 650 230
.0726 850 1
231
.0723 851 232
.07:2 850 233
.3722 850 234
.0719 850 235
.0721 850 236
.2721 851 237
.2724 850 238
.0727 850 239
.0730 850 240
.3730 850 241
.0732 850 242
.0730 850 243
.0728 850 244
.0727 850 245
.0727 850 246
.0727 850 247
.2726 850 248
.0733 850 249
.0735 850 250
.0735 850 251
.0737 850 252
.0743 850 253
.0740 850 254
.0739 850 1
255
.3743 850 256
.0748 850 4
257
.0744 850 258
.0749 850 259
.0746 850 250
.0748 850 251
.0741 850 2E2
.0735 850 263
.3733 850 264
.0734 850 265
.0737 850 266
.0739 850 267
.0746 850 268
.2746 850 269
.3749 850 270
.2750 850 271
.0751 850 272
.0747 950 273
.0745 850 274
.0747 350 275
.0747 850 276
.2743 850 277
.0742 850 278
.0739 851 279
.0737 851 280
.0741 852 1
281
.0740 853 282
.0741 854 293
.0738 855 284
.2746 856 i
285
.0755 856 286
~. 0759 854 287
.0761 853 288
.3760 852 289
.0757 851 290
.075:
850 291
.0756 850 292
.0754 851 293
.0747 851 294
.0749 852 295
.0750 854 296
.3743 859 297
.0749 866 298
.0749 870 299
.0750 870 300
.0750 866 301
.3748 863 302
.0754 362 303
.2749 862 204
.3743 365 205
.3746 873 206
.0750 381 l
Page No. 89 Report No.17822 READ.*
IPM KIP READ.*
IPM KIP 307
.0756 885 308
.0758 884 309
.0762 879 310
.0762 875 311
.0758 874 312
.0743 875 313
.0754 878 314
.0758 881 315
.0762 883 316
.0753 883 317
.0755 882 318
.0764 881 319
.3760 880 320
.0756 879 321
.0755 879 322
.0757 880 323
.0759 881 324
.0759 882 325
.0762 883 325
.0759 883 327
.0756 883 328
.0761 882 329
.0754 882 330
.0759 881 331
.0781 881 332
.0764 880 333
.0761 881 334
.0770 881 335
.0764 882 336
.0771 883 337
.0751 884 338
.0749 884 339
.0746 884 340
.3755 884 i
341
.0757 884 342
.0769 884 343
.0773 883 344
.0773 883 345
.0774 883 346
.0765 883 347
.0758 883 348
.0768 883 349
.0772 884 350
.0789 884 351
.0778 884 352
.0778 884 353
.0775 885 354
.0778 885 255
.0773 885 355
.0771 885 357
.0774 885 358
.0777 385 359
.0781 885 360
.0783 886 351
.0778 886 352
.0777 885 353
.0772 885 354
.0770 885 365
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.3780 885 357
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.0775 885 371
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.2780 885 375
.0782 585 377 0.0000 0
378 0.0000 0
.i CPERATOR NAME G. PALMER SNUBBER 103 C-4/IS/2/11 DATE (YY/MM/00) 86/05/23 TIME (HH/MM/53 )
20:32:21 i
EDPE DIAMETER, IN.
12 RCD DIAMETER, IN.
4 i
DESIGN TYPE 00UBLE RCD DESIGN MANUFACTURER ANKER/HOLTH TEST LOAD 900 TYPE OF TEST BLEED TEST OIRECTICN COMPRESSION i
a
Page No. 90 Report No.17822 WYLE/AP1 In-Place S n u b b e r-Teating 1000 3.1 3
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CPERATCR NAME G. PALMER SNUBSER ID C-4PC/15/2/11RT
}
CATE (YY/MM/CD )
86/05/03 TIME (hH/MM/SS )
- 0:39:35 SCRE DIAMETER, IN.
12 RCO DIAMETER IN.
4 CESIGN TYFE COUELE ACD DESIGN MANUFACTURER ANKER/HCLTH TEST LOAD 900 TYPE CF TEST ELEED TEST DIRECTION COMPRESSICN TRAN50UCER SPAN 15000 TEMPERATURE 72.3 deg F AVERAGE OF 110 READING 5 AT LCAD WAS
.0769 ir' HIGHEST VELOCITY ACHIEVED AT SELOW 5 kip LOAD WAS.02:5 ipm W
LOR / 200 VLV/ ;3 3LM/ 300 OL5PN/ 23.34 m
Page bkh 91 Report No.17822 2
READ.:
IPM KIP READ.:
IFM KIP 1
0.0000 0
2 0.0000 0
3 0.0000 0
4 0.0000 0
j 5
0.0000 0
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i 31 0.0000 82 0.0000 33 0.0000 3
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36
.0001 4
87
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88
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99
.0169 4
90
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92
.00:5 5
93
.0:43 5
94
.0261 8
95
.0274 9
35
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.0 30 20 39
.0 91 29 39ae
.0035ae 39 ae 100
.0:30 51
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.0290 54 10:
.0:39 77
1 1
Page No. 92 Report No.17822 R5n0.4 IPM KIP READ.4 IPM KIP 103
.0285 93 104
.0287 107 105
.0279 10 106
.0:77 134 107
.0077 148 108
.0273 164 l
109
.0274 178 110
.0268 194 til
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.3270 270 115
.0255 288 IIS
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119
.0270 358 I0
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.0286 557 f
!!1
.0 87 584 132
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133
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.3397 806 15:
.0404 810 3
153
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.0417 820 ISS
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.044:
825 158
.3441 825 159
.0453 8:8 ISO
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.3451 831 IS:
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154
.0475 833 155
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191
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.0640 945 000
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- 01
.2544 946 20:
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- 03
.3559 346 204
.095:
847
.d
Page No. 93 Report No.17822 READ.*
IPM KIP READ.*
IPM KIP 205
.0657 547 205
.0673 847 207
.0575 347 209
.0677 847 009
.0678 848 210
.0681 348 211
.0635 348 21
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.0702 849 219
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.0712 S50 207
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- 9
.0710 350 225
.0713 850 230
.0713 850 231
.0714 850 232
.0718 350 233
.07:4 850 234
.37:7 850 235
.37:9 850 236
.0729 850 037
.0732 850 238
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.07:6 851 240
.07:6 SSI 241
.'0725 851 242
.0727 351 043
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.074:
851 257
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.0739 351 059
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.3735 851 26:
.0735 S5:
263
.0734 652 254
.0735 852 055
.0738 SE:
256
.3738 35:
5 287
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259
.0743 852 270
.3744 352 271
.0747 85:
272
.0748 852 273
.0749 852 074
.0750 85:
275
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077
.374:
853 273
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.0738 853 230
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291
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293
.075:
854 284
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355 290
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!O4
.0755 355 305
.3755 353
!06
.J754 373 i
i i
l
f 1
i Paga No. 94 Report No.17822 READ.*
IPM KIP REAO.4
!PM KIP 307
.0755 887 308
.0755 891 309
.0761 888 310
.3759 88:
311
.0764 878 312
.0759 877 313
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.0767 884 315
.0767 887 316
.0757 887 317
.0769 886 318
.0767 884 319
.0768 882 320
.0767 882 321
.0762 88:
322
.0763 883 3:3
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.3767 883 330
.0771 883 331
.3770 88:
332
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.0767 985 337
.3765 885 338
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.0773 884 34:
.0767 884 343
.0767 883 344
.0770 883 345
.0773 883 346
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.3765 883 352
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.0758 884 359
.0765 884 360
.0770 884 361
.3774 883 36:
.0777 883 363
.0775 883 364
.0776 883 365
.3773 88:
366
.0773 882 367
.0776 882 368
.0776 882 369
.3774 882 370
.0766 88:
371
.0767 882 37
.0773 883 373
.3777 882 374
.0776 88:
375
.0775 883 376
.0773 883 377
.0769 884 378
.0767 884 379
.0767 884 380
.0767 885 381
.3758 885 38:
.0773 885 333
.3775 885 334
.J'74 885 385
.0771 885 386
.0769 865 387
.0769 884 388
.0767 884 389
.0776 884 390
.3779 884 391
.0779 884 392
.0776 884 393
.0775 884 394
.0766 834 395
.0763 884 396
.0766 884 397
.0771 884 398
.0771 884 399
.0765 884 400
.0775 884 401
.3766 384 402
.0773 384 403
.0752 384 404
.0755 884 405
.J760 384 406
.3739 334 407
.J760 384 409
.J765 384 s
i 4
l Page No. 95 l
Report NS.17822 i
l READ.*
IPM KIP READ.*
IPM KIP 409
.3759 884 410
.376E 884 i
411
.0761 884 41:
.075 S84 i
41'
.0755 883 414
.0770 883 i
415
.0775 883 416
.0773 883 417 0.0000 0
418 0.0000 0
t OPERATOR NAME
- 6. PALMER j
SNUBBER IDS C-4PC/IS/2/11RT CATE (YY/MM/CD) 86/05/23 l
TIME (HH/MM/SS )
20:40201 SCRE DIAMETER. IN.
10 RCO CIAMETER, IN.
4 CESIGN TYPE 00UBLE R00 CESIGN MANUFACTURER ANKER/HOLTH TEST LCAD 900 TYPE OF TEST BLEED 1
j TE57 OIRECTICN CCMPRESSION i
i a
4 s
. ~.. -
4 1
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1 i
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Page No. 96 Report No.17822 W Y L.E / A P i In-Place S n u b b e r-Testing 1000 1
I l
f_e.t 800
~
3.48 I m
/
.a< 5 I
400
\\
d 0.04 %
8 u
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- .32 ~
//
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2 3
3 3
@a r tra < s.c ones >
CPERATOR NAME G. PALMER i
SNUSSER ID3 C-4PT/15/2/11RC i
CATE ( YY/MM/00 )
S5/05/23 TIME (HH/MM/53 )
23:46ti:
SCRE DIAMETER, IN.
1:
}
RCD DIAMETER, IN.
4 CESIGN TYPE 00VELE PCD DESIGN MANUFACTURER ANKER/HOLTH TEST LCAO 900 L
TYPE OF TEST ELEED TEST DIRECTION TENSION j
TRAN50UCER SPAN 15000 i
TEMPERATUPE 71.9 de;; F AVERAGE CF SS READING 5 AT LCAO WAS
.0792 ips HIGHEST VELOCITY ACHIEVED AT BELOW 5 kte LOAO WAS 2.0000 ips i
l I
I e
l
/
L'.,R/
30 'JLW 23 ?LM/ 300 FL5F'l/ 20.54 4
Page No. 97 Report No.17822 READ.3 IFM KIP REA0.3 IPM KIP 1
0.0000 0
0 0.0000 0
1 3
0.0000 0
4 0.0000 0
l 5
0.0000 0
6 0.0000 0
7 0.0000 0
0 0.0000 0
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4 57 0.2000 1
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73 0.0000 I
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33 0.J000 2
24 0.0000 2
i 35 0.0000 2
36 0.0000 3
87 0.0000 4
88 0.0000 4
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91
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- ~
Page No. 98 Report No.17822 READ.
.0194 86 104
.0190 101 105
.0188 116 105
.0190 131 107
.3188 147 108
.0185 ISS 109
.3183 180 110
.0184 195 III
.3184 210 112
.3182 229 113
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.3208 521 128
.0214 538 129
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.0:00 574 131
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.0300 748 144
.3306 757 145
.0313 765 146
.0314 773 1
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.0333 785 149
.0338 790 150
.0341 795 151
.0353 799 IS:
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.0356 813 157
.0405 815 158
.0399 816.. _ _
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.3419 819 161
.04:2 800 162
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.0435 822 164
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.0488 826 171
.3490 827 172
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.3523 829 178
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.0549 831 IS:
.0555 831 193
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.0585 931 185
.0574 83 187
.0577 832 188
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.0594 832 190
.0599 833 191
.0601 833 192
.0613 833 i
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.0622 633 134
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.0630 834 196
.0633 834 197
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.0631 825 000
.06 8 835
- 1
.J648 335 20:
.0655 835 203
.0553 835 004
.2665 35 s
1 i._,
Page No. 99 Report No.17822 l
RSAD.*
IPM KIP REAO.*
IPM KIP 205
.0669 836 206
.0669 836 j
207
.0675 836 208
.0676 836 i
209
.0684 836 210
.0689 836 211
.0693 836 212
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.0698 837 214
.0699 837 215
.0700 837 216
.0703 837 217
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.0706 837 219
.0711 837 20
.0711 838 221
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.0707 833 236
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.0730 839 240
.3734 840 241
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.0760 848 257
.0765 648 258
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.0789 848 260
.0768 849 I
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.0767 848 262
.0764 848 262
.2758 847 264
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.0760 646 266
.0767 845 1
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.3772 845 268
.0775 845 069
.0777 845 270
.0778 846 271
.0776 947 272
.0771 847 273
.3766 847 274
.0766 848 275
.0763 848 276
.0769 848 277
.0773 848 278
.0776 849 279
.0779 849 290
.3775 849 281
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.0770 849 1
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379 205
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s.
Page No.100 Report No.17822 REAO.*
IPM KIP READ.*
IPM KIP 307
.0775 875 308
.3764 874 309
.0781 874 310
.0781 875 311
.3781 877 312
.0784 880 313
.0782 881 314
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.0779 879 316
.0779 878 317
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.0784 878 319
.0790 880 320
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.0788 833 331
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.0791 885 341
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.0797 886 343
.0793 885 344
.0793 884 345
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.0792 885 355
.0794 885 356
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.0794 884 358
.0793 984 359
.0796 S84 360
.0804 984 ISI
.0805 884 352
.0802 885 363
.0756 885 364
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.080; 885 366
.0804 886 367
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.0803 887 378
.2804 888 379-0.0000 0
380 0.00C0 0
CPERATOR NAME G. PALMER SNUSSER IDS C-4PT/16/2/IIRC CATE (YY/MM/00) 86/05/23 TIME (HH/MM/SS )
20:47:32 SCRE DIAMETER. IN.
12 RCO DIAMETER, IN.
4 CESIGN TYPE DOUBLE RCD GE3IGN MANUFACTURER ANKER/HOLTH TEST LCAO 900 TvPE OF TEST SLEED TEST CIRECTICH 7ENSICN
+
Page No.101 Report No.17822 f
WYLE/ api s
.In-Place bnt bber Testing i
e 3300-l 0.1 3
l
,[
i
~-
l
.d^*~
Q m
- .os 5 f
l i 400 0.04 O d
L' 3
w s
g gng 3,gg a
e
' /
8 i/
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'8
., 3 8
2 3
'rtrE <reconos) l l
OPERATOR NA.ME 6.FALMER SNUEBER IC:
C-4PT/16/2/1I i
GATE (YY/MM/DO) 53/05/23 TIME (HHiMM/33 )
20:56:01 l
BORE DIAMETER, IN.
t*
l RCD DIAMETER, IN.
4 CESIGN TYPE 00USLE RCD DESIGN MANUFACTURER ANKER/HOLTH TE5T LOAD 500 TYPE OF TEST ELEnD TEST DIRECTICN TENSION TRANSOUCER SPAN 1E020 TEMPERATURE 72.5 deg F AVERAGE OF 73 FEADINGE AT LOAD WAS
.07S3 i=m HIGHEST VELOCITY ACHIEVED AT BELGu E kip LCAO WAS.3175 1pm 4
\\
LUR / '00 '1L'J/ 20 PLM,( !?O :L3FPU 30.34 e
I V
Page No.102 Report No.17822 READ.3 IPM KIP RSAD 3 IPM KIP I
0.0000 0
2 0.0000 0
3 0.0000 0
4 0.0000 0
5 0.0000 0
6 0.0000 0
7 0.0000 0
8 0.0000 0
9 0.0000 0
10 0.0000 0
11 0.0000 0
12 0.0000 0
13 0.0000 0
14 0.0000 0
15 0.0000 0
16 0.0000 0
17 0.0000 0
18 0.0000 0
IS 3.0000 0
20 0.2000 0
21 0.2000 0
22 0.0000 0
23 0.0000 0
24 0.0000 0
25 0.0000 0
25 0.0000 0
27 0.0000 0
28 0.0000 0
29 0.0000 0
30 0.0000 0
31 0.0000 0
32 0.0000 0
33 0.0000 0
34 0.0000 0
35 0.0000 0
35 0.0000 0
37 0.0000 0
38 0.0000 0
39 0.0000 0
40 0.0000 0
41 0.0000 0
42 0.0000 0
k 23 0.0000 0
44 0.0000 0
45 0.0000 0
46 0.0000 0
47 0.0000 0
48 0.0000 0
49 0.0000 0
50 0.0000 0
51 0.0000 0
52 0.0000 0
53 0.0000 0
54 0.0000 0
55 0.0000 0
55 0.0000 0
57 0.0000 0
58 0.0000 0
59 0.0000 0
50 0.0000 0
St 0.0000 0
62 0.0000 0
53 0.0000 0
64 0.0000 0
55 0.0000 1
65 0.0000 1
57 0.0000 1
68 0.0000 1
59 0.0000 1
70 0.0000 1
71 0.0000 1
72 0.0000 1
73 0.0000 1
74 0.0000 1
75 0.0000 1
75 0.0000 1
77 0.0000 1
78 0.0000 1
79 0.0000 1
80 0.0000 1
81 0.0000 2
92 0.0000 2
33 0.0000 2
84 0.0000 2
85 0.0000 2
86 0.0000 3
87 0.0000 3
68 0.0000 3
89 0.0000 3
90 0.0000 3
91 0.0000 3
92
.0001 4
33
.0014 4
94
.0175 5
35
.0197 5
95
.3192 37
.0 11 3
93
.0 21 13 39
.02:3 20 100a=
. 22 3 ame 25
- 101
.32 2 37 10:
.22:1 47
Page No.103 Report No.17822 READ.:
IPM KIP READ.:
IPM KIP 103
.022:
58 104
.02:2 53 105
.02:0 79 106
.0223 90 107
.0220 104 108
.0219 121 109
.0215 138 110
.0218 155
.0217 174 112
.0217 194 4
113
.3217 211 114
.3214 229 115
.0211 246 116
.0214 262
!!7
.0216 280 118
.0214 296 119
.0217 312 1:0
.0218 330 121
.0215 351 12:
.0217 373 123
.0223 392 124
.3217 410 125
.02:3 428 125
.3229 445 127
.3231 485 129
.0235 485 1:9
.0239 505 130
.0241 524 131
.0247 543 13
.2253 553 133
.0255 579 134
.0258 595 135
.0255 510 138
.0256 525 137
.0274 541 138
.0277 657 i
l 139
.02S1 571 140
.0291 585 141
.0296 701 142
.0304 713 143
.0309 724 144
.3316 734 145
.33 3 744 146
.0330 755 147
.0335 753 148
.0337 772 149
.0349 780 150
.3350 787 151
.3351 793 15:
.0369 798 153
.0372 803 154
.0381 807 155
.3355 812 155
.0395 815 157
.3400 818 158
.0411 820 159
.w411 823 150
.3420 825
'i
.0427 827 152
.0426 828 163
.0438 829 164
.0441 831 155
.0448 83:
ISS
.0458 832 187
.3450 833 168
.0459 833 159
.0480 834 170
.0484 835 171
.3491 835 172
.0498 836 173
.0500 8!S 174
.3501 837 175
.0513 838 176
.3521 838 177
.0523 338 178
.0530 839 179
.0542 839 180
.0552 840 181
.0554 840 la:
.3553 841 133
.3553 841 184
.0569 841 135
.0575 341 135
.3575 342 157
.3575 842 las
.0585 84:
159
.0535 543 190
.0603 843 191
.0509 843 192
.3513 843 193
.3613 844 194
.0516 844 195
.0515 844 195
.3518 844 197
.0529 844 193
.JS37 345 199
.3842 945 200
.0549 545 201
.365:
345 20:
.0659 848
- 03
.0557 845
- 04
.0561 345
Page No.104 Report No.17822 READ.4 IPM KIP READ.*
IPM KIP 205
.0659 846 206
.3555 846 207
.0558 848 208
.0666 847 009
.0669 847 210
.0673 847 211
.0679 847 212
.0687 847 213
.2685 847 214
.2689 848 215
.0692 848 216
.0696 848 217
.070I 848 218
.0704 848 219
.0710 848 220
.0713 848 221
.07!5 849 222
.3716 849 i
223
.0709 849 24
.0712 849 225
.071:
849 225
.3712 849 227
.0718 849 228
.07:0 849
- S
.0719 850 220
.07:4 850 231
.07 8 850 232
.0730 850 233
.0725 850 234
.0739 850 235
.3743 850 235
.3745 850 237
.0750 850 238
.3750 S50 239
.0752 850 240
.0751 851 241
.0750 851 242
.0740 851 243
.3738 851 244
.0743 SSI 245
.0742 851 246
.0750 851 247
.0749 851 248
.0755 851 249
.0759 851 250
.3758 851 251
.3759 851 252
.0755 851 253
.0750 552 054
.0753 SS:
255
.0755 852 255
.0755 852 257
.3758 852 258
.0750 852 259
.0758 852 250
.0756 8 5 2 __ __.
251
.0754 85:
262
.0751 852 253
.3759 852 264
.0757 85 255
.0759 952 255
.3754 852 257
.0783 952 268
.0784 852 259
.0754 852 270
.0757 853 271
.0771 853 272
.0767 853 273
.0759 853 274
.3774 853 275
.077:
853 275
.0755 853 1
277
.0753 853 278
.0786 853 279
.0759 853 280
.0773 853 281
.0771 853 282
.0773 853 283
.0775 353 284
.0776 853 235
.0759 853 285
.0771 853 237
.0775 553 298
.0764 -
853 289
.3775 953 290
.0773 853
)
291
.0776 853 292
.0777 853 293
.3777 853 294
.0775 853' 295
.0781 354 296
.0778 859 097
.0781 867 298
.0775 873 299
.0771 972
!?9
.3774 371 301
.377:
857 20:
.0770 964 303
.0774 35 304
.3781 365 205
.37 7 875 205
.0780 985 6
~
y
Page No.105 Report No.17822 READ.:
.0779 889 308
.0780 888 309
.0784 881 310
.0786 877 311
.0790 875 312
.0792 877 313
.0781 881 314
.0778 884 315
.0781 885 316
.0780 885 317
.0784 883 318
.0794 881 319
.0791 880 320
.0792 880 321
.0787 881 322
.0786 882 323
.0794 884 324
.0794 984 325
.0793 885 325
.0790 885 327
.0790 884 328
.0794 883 329
.0795 883 330
.0797 882 331
.0798 882 332
.0785 882 333
.0785 883 334
.0791 384 335
.0797 885 336
.0798 886 337
.0795 986 338
.0732 885 339
.0788 8S5 340
.0791 885 341
.0795 884 342
.0794 884 343
.0797 884 344
.0795 884 345
.0795 884 346
.0794 884 347
.0797 885 348
.0799 885 349
.0800 885 350
.0734 885 351
.0789 885 352
.0793 885 353
.0795 885 354
.3802 855 355
.0803 884 355
.0789 384 357
.0788 884 358
.0790 883 359
.0790 883 350
.3798 883 351
.0795 883 362
.0797 883 353
.2798 884 354
.0792 894 365
.2805 885 365
.2802 885 357
.3799 885 358
.3799 385 359
.0792 885 370
.3799 885 371
.2804 885 372
.0804 184 373
.0804 884 374
.0794 884 375
.0794 884 376
.0798 884 377
.0738 384 378
.0802 885 373
.0794 885 380
.0795 885 381
.0802 885 382 0.0000 0
CFERATCR NAME G. PALMER SNUSEER ID:
C-4PT/16/2/11 OATE ( YY/MM/DD )
86/05/23 TIME (HH/MM/55) 20:55:47 SORE DIAMETER, IN.
12 RCD DIAMETER, IN.
4 CE5IGN TYPE DOU8LE RCD DESIGN MANUFACTURER ANKER/HOLTH TEST LCAO SLEED 900 TYPE OF TE5T TEST OIRECTION TEN 5 ION i
Page No.106 Test Report No.17822 TABLE 3 SRRIFR CONFIGURATION WITH ALT. SPRINGS Max. LP.M.
Max. LP.M.
Average Bleed
- Identification 5 kip Thru Ball Chk.
LP.M. @ Load C-11T-2 4SP2
.0224
.0547 C 11 kip
.0728 Tension C-11T-2 4RSP2 Tension
.0197
.0373 @ 33 kip
.0734 C-4T-16 11SP2 Tension
.0143
.0300 @ 26 kip
.0743 C-4C-16 11SP2
.0125
.0307 @ 23 kip
.0749 Compression C -4C 2 -11RSP2
.0184
.0354 C 23 kip
.0729 Compression C-11C-2 4SP2
.0101
.0540 @ 11 kip
.0737 Compression C-11C-2-16-4RSP2
.0140
.0402 @ 24 kip
.0741 Compression
- Average Meed in LP.M. is for all four valves. To approximate individual valve response, divide by four.
WYLE I.A50RATORIES Huntsville Facility
LUR/ 200 VLV/ 20 PLM/ 500 FL5PN/ 30.34 Repor N.17822 WYLE/AP1 In-Place S n u b b e r-Temting 1063
- .1 i
i
~
1 d
'~
-39 3,09 l
,,,,s.-.
...'*~ **'
,.. ~ =
s 600
-3.06 2
1., -'
l '-.. ^*"4*
s d
400 6.34 l
l 8
r c
mw zee e.c2 -
6 4 )
3 s
1 3
3 3
3 itrs (z.cenez)
CPERATCR NAME G. PALMER SNUESER IDS C-1:T-45P2 CATE (YY/MM/CO )
35/05/23 TIME (HH/MM/55 )
16:10:41 SCRE DIAMETER, IN.
12 RCO CIAMETEP, IN.
4 CESIGN TYPE CCUELE RCD CESIGT4 MANUFACTURER ANKER/HCLTH TEST LCAD 500 TYPE OF TEST ELEED TEST DIRECTION TEN 5ICN TRANSCUCER 5 PAN 15000 TEMPERATURE ^
70.7 deg F.
%EFAGE CF 35 READING 5 AT LCAO WAS
.07:5 :::n HIGHEST VELCCITY ACHIEVED AT EELOW 5 kis LCAD WAS.3:04 tem i
t i
Page No.108 Report No.17822 READ.*
IPM KIP READ.*
IPM KIP 1
0.0000 2
0.0000 3
0.0000 4
0.0000 5
0.0000 6
0.0000 7
0.0000 8
0.0000 9
0.0000 10 0.0000 11 0.0000 12 0.0000 13 0.0000 14 0.0000 15 0.0000 15 0.0000 17 0.0000 18 0.0000 19 0.2000 20 0.0000 21 0.0000 22 0.0000 23 0.0000 24 0.0000 25 0.0000 25 0.0000 27 0.0000 28 0.0000 29 0.0000 30 0.0000 31 0.0000 32 0.0000 33 0.00PO 34 0.0000 35 0.0000 35 0.0000 37 0.0000 38 0.0000 39 0.0000 40 0.0000 41 0.0000 42 0.0000 43 0.0000 44 0.0000 45 0.0000 46 0.0000 47 0.0000 48 0.0000 49 0.0000 50 0.0000 N
52 0.0000 I
51 0.0000 53 0.0000 54 0.0000 55 0.0000 55 0.0000 57 0.0000 59 0.0000 53 0.0000 60 0.0000 51 0.0000 62 0.0000 63 0.0000 64 0.0000 0
55 0.0000 0
65 0.0000 0
57 0.0000 0
00 0.0000 0
69 0.0000 0
70 0.0000 0
71 0.0000 0
72 0.0000 0
73 0.0000 1
74 0.0000 1
75 0.0000 1
76 0.0009 1
77 0.0000 1
78 0.0000 1
79 0.0000 1
80 0.0000 2
81 0.0000 2
8 0.0000 2
83 0.0000 2
84
.0001 3
35
.0!!G 3
86
.0137 3
87
.3142 4
88
.0166 4
39
.0135 4
90
.0193 4
l 9!
.0211 4
92
.0224 4
93
.3237 5
94
.0259 5
1 35
.0291 5
95
.0319 7
37
.335:
7 39
.3339 7
99
.0430 3
100
.3473 3
Of
.0505 9
10:.
. 3547 =
11 as
]
i Page No.109 Report No.17822 1
i t
READ.*
IPM KIP READ.:
IPM KIP 103
.0540 19 104
.0532 32 105
.05:5 48 IC6
.0519 56 107
.0516 85 108
.0507 110 109
.0490 128 110
.3488 148 til
.0480 168 112
.0466 190 l
113
.0463 210 114
.0459 2:9 1
115
.0444 248 116
.0445 259
}
l!?
.0439 295 IIS
.0427 318 i
119
.3427 341 1:3
.3407 364 11
.04:1 366 10:
.04:2 411 j
I:3
.0416 43 124
.0418 456 15
.0415 479 125
.0415 501 127
.3415 524 13
.3410 544 i
129
.3415 563 130
.0413 58 1:1
.0418 601 132
.04:0 61 133
.04:0 638 134
.04:3 656 I
135
.04:5 673 136
.043 650 137
.3438 704 138
.0435 718 i
139
.0444 73:
140
.0447 744 I
141
.0446 757 14
.0454 766 143
.0455 775 144
.0460 784 145
.0469 792 146
.0473 799 2
147
.0480 805 148
.0488 810 149
.043 SIS 150
.0498 819 151
.2505 823 15:
.0511 8:5 153
.3505 827 154
.05:6 829 155
.05::
831 156
.05:7 833 l
157
.053:
834 158
.0535 834 l
155
.0545 835 160
.055:
836 l
161
.0557 837 162
.0555 837 163
.0564 838 164
.0569 832 165
.0575 839 166
.0578 839 167
.0579 839 ISS
.0579 840 169
.0590 840 170
.0595 841 171
.0603 341 17
.0507 841 j
173
.0610 84 174
.0505 842 175
.0609 84 175
.061 843 177
.0618 843 178
.0619 843 179
.0524 843 180
.06:7 843 1
181
.0630 843 18:
.063 843 133
.0630 844 194
.0635 844
}
185
.0638 844 136
.0643 844 187
.0649 844 188
.0649 844 189
.0651 844 190
.0652 845 191
.0655 845 192
.0656 845 1
193
.0660 845 194
.066:
845 195
.066:
845 196
.0660 846 197
.0659 246 199
.0660 346 199
.0660 346 000
.0663 346 j
201
.06"!
346 20
.0673 946 4
20!
.0573 346 204
.0677 347 1
1
~ - -.
Page No.110 Report No.17822 i
}
)
READ.*
IPM KIP
' READ.4 IPM KIP 205 0680 847 206
.068:
847 207 0685 847' 208
.0678 847
- 209 0678 847 210
.0681 947 211 0683 847 212
.0684 847 213 0686 848 214
.0689 848 215 0687 848 216
.0686 848 i
i 217 0687 848 218 0688 848 219 3599 548 20 0693 848 221 0695 848 22 0697 848
{
2:3 3700 848 24 0701 848
- 5 3701 849 2:6 0701 849 i
227 0699 849 228 0599 849 i
{
- 29 0698 849 230 0700 849 1
231' 0704 849 232 0705 849 233 0706 849 234 0706 849 235 0707 849 226 0705 849 237 3708 849 238 0706 849
- 39 3706 849 240 0707 849 241 3705 849 24:
0708 849
)
243 0709 849 244 0709 849' 1
245 0714 849 246 0710 849 247 0709 849 248 0709 849
}
249 0709 SAS 250 0710 848 l
251 0710 848 25:
0713 848 253 0716 848 254 0715 849 255 0715 950 256 0717 95:
1 257 3713 853 258 3713 853
.)
259 0711 853 250 0714 85:
251 0713 85I 25 0?!7 851 253 3716 851 254 3714 850 1
265 37f5 650 266 071:
850 067 071:
850 268 0710 849
{
259 0?!3 850 270 3716 850 l
271 3719 850 27:
0715 850 l
073 07t?
850 274 0715 851 1
275 0714 851 276 07tl 852 l
277 0710 85 278 071:
852 279 0715 853 290 3721 853 1
- 81 07:1 853 292 07:3 85 293 0723 85 284 0720 852 285 07:1-851
- 86 07f7 851
{
287 3718 851 288 07:3 850 i
299 07:2 850 290 072:
850 291 0715 850 292 07tl 850 1
293 0714 850 294 071:
850 j
095 071 850 296 0711 854
}
297 0708 86 298 07tl 869 299 0714 973 320 07:5 871 1
i 201 37 :
367 30 07:1 853
!O:
37t?
360 204 07t3 361
!a5 3719 367 006 37:3 377
.J i
i l
i
- w-+-m-,--
p-rgy.-,
w-gi.--g..g
.-a-e p3
%v y
sa-m g
w-.--
y y, - -.-_,p.mm
.gww, 1.#gy.-
m i w-wp-i-
w----r
,yw-ee-<
t-mrw--
t w-'
W
'T~M
Page No.111 Report No.19822 READ.4 IPM KIP READ.*
IPM KIP 307
.07:5 886 308
.0727 890 309
.0731 888 3fJ
.0725 881 311
.3727 876 312
.0729 874 313
.0730 875 314
.07:2 88:
315
.07:4 885 316
.0725 887 317
.0722 886 318
.0729 883 319
.0728 880 320
.07:5 879 3:1
.0728 879 322
.37:3 880 323
.07:5 882 324
.07:5 885 325
.3727 885 325
.07:5 884 327
.073:
883 328
.0733 831 329
.07:8 880 330
.3731 881 331
.0727 882 332
.0731 884 333
.0721 885 334
.37;S 886 335
.0727 885 335
.0723 884 337
.0729 883 338
.37:9 88:
339
.0728 882 340
.0709 882 341
.0725 883 34:
.0728 8S4 343
.0730 885 344
.0735 885 345
.0725 885 345
.0741 884 347
.073:
894 348
.073:
883 349 0.0000 0
350 0.0000 0
OPERATOR NAME G. PALMER SNUB 8ER 102 C-IIT-2-16-4SP2 CATE ( YY/MM/00 )
88/05/:S TIME (MH/MM/SS )
16:11:10 50RE CIAMETER, IN.
12 200 GIAMETER, IN.
4 CESIGtJ 7YPE COUBLE R00 CESIGN MANUFACTURER Ar4KER/HOLTH TEST LOAO 900 TYPE CF TEST 8LEED TEST DIRECTICH TENSION I
1
LUR/ 500 VLV/ 30 ?LM/ 900 FLSPL,,PpSo.17822 No.112 Report WYLE/AP1
-In-Place Snubber Testing I
.1 i
t
~
~
- .m i
'~*s.-
o
,,,.,,e...
~
s
- .a4 b f#
l g,,
s=
-/
?
w w
u.62
/
g s
6*
^^
8 3
8 8-
.3 5
l 7tt'E (swones>
CPERATOR tlAME G. PALMER StJUSSER ID:
C-!!T-2-I6-4RSP2 CeTE (YY/MM/00) 86/05/28 TIME (HH/MM/SS)
IS!!8:37 ECRE DIAMETER, IN.
12 RCO DIAMETER, IN.
4 CESIGN TYPE 00UBLE R00 DESIGN MANUFACTURER ANKER/HCLTH TEST LCAD 900 TYPE OF TEST BLEED TEST DIRECTION TENSION 4
TRANSOUCER SPAN 15000 TEMPERATURE 70.9 deq F AVERAGE OF !!S READINGS AT LOAD UAS
.0734 ton HI5 HEST VELOCITY ACHIEVED AT EELOW 5 kip LOAD 'JAS
.0197 ica 0
m Page No.113 Report No.17822 4
READ.*
IPM KIP READ.*
IPM KIP 1
.3128
.0122 3
.01:2 4
.0121 5
.3121 5
.01:1 7
.0120 S
.0116 9
.0115 10
.0115 11
.0113 12
.3115 13
.3113 14
.0112 15
.0110 IS
.0111 17
.0112 la
.0112 i
19
.0111 20
.0111 l
21
.0103 20
.0109 23
.0104 21
.3108 25
.0095 26
.0106 27
.3103 28
.0I04 29
.3103 30
.0103 31
.010 3:
.0101 23
.0103 34
.0097 35
.0099 35
.0099 37
.0097 38
.0097 39
.0097 40
.0096 4f
.0095 4
.0093 43
.0031 44
.0092 4
45
.0087 45
.0091 j
47
.0086 48
.0089 49
.0090 50
.0086 4
51
.0085 52
.0085 53
.0085 54
.0067 55
.0067 56
.0085 57
.0084 58
.0078 53
.00S2 0
.0082 51
.0079 82
.0083 0
63
.0083 0
64
.008:
0 ES
.008 0
66
.0078 0
67
.3081 0
68
.0083 0
59
.0080 1
70
.0083 1
?!
.0084 1
72
.0074 1
73
.0088 I
74
.0087 1
75
.0088 1
75
.0094 2
1 77
.0093 78
.0099 73
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$NU88ER ICs C-IIT-2-IS-4RSP CATE (YY/MM/00)
SS/05/ S TIME (HH/MM/SS )
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.0743 tom HIGHEST VELCCITY ACHIEVED AT SELOW 5 kip LOA 0 WAS.3143 ton
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Page No.119 Report No.17822 l
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Page No. 221 Report No.17822 READ.:
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1 CPERATOR NAME
- 6. PALMER SNUSSER 108 C-4T-16-2-IISP:
CATE (YY/MM/CD )
86/05/08 TIME (HH/MM/SS) 16:48:29 80RE DIAMETER, IN.
12 RCD DIAMETER, IN.
4 CESIGN TYPE COUBLE ROC CESIGN NANUFACTURER ANKER/HOLTH TEST LOAO 900 TYPE CF TEST SLEE0 TEST OIRECTION TENSION
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4 CESIGN TYPE COUBLE ROO DESIGN MANUFACTURER ANKER/HOLTH TEST LCAO 900 TYPE OF TEST BLEE0 TEST DIRECTICN COMPRESSION TRANSOUCER SPAN 15300 TEMPERATURE 71.2 ceg F AVERAGE CF 38 PEA 0!NGS AT LOAO WAS
.0749 tem HIGHEST VELOCITY ACHIEVED AT BELOW 5 kip LCAO WAS.0125 tem l
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Page No.126 Report No.17822
]
i READ.*
IPM K!P READ.
IPM KIP 205
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Page No.127 l
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1 CPERATCR NAME G. PALMER j
SNU88ER 10s C-40-1S-:-l1SP2 i
CATE (YY/MM/00) 86/05/28 l
TIME (HH/MM/SS) 16:54:10 l
80RE DIAMETER, IN.
12 i
{
RCD O!AMETER. IN.
4 CESIGN TYPE 00U8LE R00 CESIGN MANUFACTURER ANKER/HOLTH
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12 R00 0IAMETER, IN.
4 DESIGN TYPE 00V8LE RCD CESIGN MANUFACTURER ANNER/HOLTH TEST LOAD 900 TYPE OF TEST BLEED TEST OIRECTION CCMPRESSION TRANSOUCER SPAN 15000 TEMPERATURE 71.4 coq F AVERAGE CF 70 READINGS AT LOAD WAS
.07 9 tom MI3 HEST VELCCITY ACHIEVED AT GELOU 5 kts LOAD WAS.0184 tsn J
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Page No.130 Report No.17822
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Page No.131 Report No.17822 READ.*
IPM KIP READ.*
IFM KIP 205
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Page No.132 Report No.17822
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READ.*
IPM KIP REAO.*
IPM MIP 307
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396 0.0000 0
CPERATCR NAME G. PALMER 3NU85ER l0 C-4C-15-:-1!RSP:
CATE (YY/MM/00) 85/05/03 TIME (HH/Mf1/55) 17:00:25 i
SOFE DI? METER, !N.
1:
?CO DIAMETER, Irl.
4 255 ~3fJ ?'iFE 20USL3 :CD OESIGN MANUFAC7URER ANKER / HCL 7rt TE!! L0A0 300 TYFE OF TEST ELIED TE3T O!PECTION 00MPCESSION
LUR/ 200 VLV/ 30 PLM/ 900 FLSPN/ 30.34 Pag 3 No.133 Report No.17822 i
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$NUESER IDS C-11C-2-IS-4SP2 CATE ( YY/MM/CD) 8S/05/28 TIME (HH/MM/SS )
!?:08:05 BCRE CIAMETER, IN.
12 RCD DIAMETER, IN.
4 CESIGN TYPE DCUBLE RCD CESIGN MANUFACTURER ANKER/HCLTH TEST LCAD 900 TYPE CF TEST SLEED TEST DIRECTICN COMPRESSION TRANSCUCER SPAN 15000 TEMPERATURE 71.5 des F AVERAGE CF 57 READINGS AT LCAD WA5
.0737 ion HIGHEST VELCCITY ACHIEVED AT BELOW 5 kto LCAD WAS
.3101 tom i
i
Page No.134 Report No.17822 READ.*
IPM KIP READ.*
IPM KIP 1
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Page No.135 Report No.17822 READ.4 IPM KIP READ.*
IPM KIP 103
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Page No.136 Report No.17822
.)
READ.
IFM KIP READ.
IPM KIP 205
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.0705 955 305
.0705 355 305
.3704 3Si s
Page No.137 Report No.17822 READ.*
.0708 865 308
.0707 871 309
.071!
871 310
.0710 859 311
.0710 DSS 312
.0708 854 313
.0713 863 314
.0717 863 315
.3714 871 316
.3715 881 317
.0718 889 318
.0718 890 319
.0715 883 320
.0713 877 321
.0713 873 322
.0709 874 323
.3716 878 324
.0724 885 325
.3726 888 325
.3728 888 327
.0729 885 328 30728 881 329
.0730 878 330
.0732 878 331
.0733 880 332
.3736 882 333
.0731 885 334
.0731 885 335
.0729 855 335
.0733 884 337
.0731 882 338
.0742 880 339
.3739 880 340
.0740 880 341
.0742 881 342
.0746 882 343
.0743 883 344
.0744 884 345
.0741 885 346
.0742 885 347
.2740 885 348
.0741 885 349
.0741 884 350
.0744 884 35!
.0745 884 352
.0745 884 353
.0745 883 354
.3743 883 355
.0739 883 356
.0733 883 357
.0732 883 358
.0733 883 359
.3735 883 360
.0736 883 361
.3746 883 362
.3747 884 353
.0750 884 364
.3749 884 355
.3745 884 3SS
.2741 884 367
.3744 884 358
.3742 885 3SS
.0745 885 370
.3745 885 371
.3746 885 372
.0744' 885 373
.0743 885 374
.0743 885 375
.0746 885 376 0.0000 0
CPERATOR NAME G. PALMER SNUB 8ER ids C-110-2-15-45P2 OATE (YY/MM/00)
SS/05/28 TIME (HH/MM/55 )
17:08:38 BORE CIAMETER, IN.
12 RCD DIAMETER, IN.
4 OE5IGN TYPE 00U8LE RCD CESIGN MANUFACTURER ANKER/MOLTH TEST LCAD 900 TYPE OF TEST BLEED TEST DIRECTION COMPRESSION I
LUR/ 200 VLV/ 20 PLM/ 990 FLSPN/ 30.34 Report No.17822
'.)
WYLE/AP1 In-Place Snubber Testing 3 1000
.1 1
l 500
~ ~ -
G.00 l i
1
,... ~ ' ' ~ ~ ~'
/
.>.Os 1
m
/
.g-
- .u g wgm a.n -
/
1
- a g
3 3
3 2
- 3. "
T!!"E (seconds)
)
CPERATCR NAME G. PALMER 5NU29ER ICS C-IIC-2-16-4RSP2 CATE (YY/MM/CD) 86/0E/29 TIME (HH/MM/55 )
17:20:14 ECRE DIAMETER, IN.
12 RCD DIAMETER, IN.
4 CESIGN TYPE 00UELE RCO CESIGN MANUFACTURER ANKER/HCLTH TEST LCAO 900 i
TYPE CF TEST BLEED TEST DIRECTION COMPRE55ICN TRANSCUCER SPAN 1E000 TEMPERATURE 71.6 deg F AVERAGE OF 47 READINGS AT LCAO WAS
.0741 1pm HIGHEST VELCCITY ACHIEVED AT SELOW 5 kip LCAD WAS
.0140 1pm i
)
)
1
Pag 3 No.139 Report No.17822 READ.:
IPM KIP READ.:
IPM KIP I
0.0000 2
0.0000 3
0.0000 4
0.0000 5
0.0000 5
0.0000 7
0.0000 8
0.0000 9
0.0000 10 0.0000 11 0.0000 12 0.0000 13 0.0000 14 0.0000 15 0.0000 15 0.0000 17 0.0000 18 0.0000 19 0.0000 20 0.0000 21 0.0000 22 0.0000 23 0.0000 24 0.0000 25 0.0000 25 0.0000 27 0.0000 28 0.0000 29 0.0000 30 0.0000 31 0.0000 32 0.0000 33 0.0000 34 0.0000 35 0.0000 35 0.0000 37 0.0000 38 0.0000 39 0.0000 40 0.0000 41 0.0000 4
0.0000 43 0.0000 44 0.0000 45 0.0000 45 0.0000 47 0.0000 48 0.0000 49 0.0000 50 0.0000 51 0.0000 52 0.0000 53 0.0000 54 0.0000 55 0.0000 0
56 0.0000 0
57 0.0000 0
58 0.0000 0
59 0.0000 0
80 0.0000 0
51 0.0000 0
52 0.0000 0
53 0.0000 0
64 0.0000 0
55 0.0000 0
SG 0.0000 0
57 0.0000 0
58 0.0000 0
59 0.0000 0
70 0.0000 1
71 0.0000 1
72 0.0000 1
73 0.0000 1
74 0.0000 1
75 0.0000 1
75 0.0000 1
77 0.0000 1
78 0.0000 1
79 0.0000 1
80 0.0000 2
91 0.0000 2
82 0.0000 3
53 3.0000 3
84 0.0000 3
35 0.0000 3
85
.0001 3
S7
.0257 3
88
.0067 3
89
.0102 3
90
.0103 4
91
.0140 4
92
.0169 5
93
.0193 6
94
.0210 5
95
.020 5
95
.0 45 7
97
.0 51 7
.22S3 8
99
.0310 9
100
.0333 9
101
.0355 10:
.0379 12 l
Page No.140 Report No.17822
)
READ.
IPM KIP READ.*
IPM KIP 103 =
.0402,
24 =
104
.3399 38 105
.0393 53 106
.0387 88 107
.0385 84 108
.3384 10 109
.0376 118 110
.0373 134 111
.0373 155 112
.0372 175 113
.0360 201 114
.0362 2:3 115
.0355 247 116
.0355 258 117
.0345 291 118
.0348 315 119
.0345 340 100 0346 354 121
.0341 388 122
.0343 413 123
.3344 434 1:4 0345 454 125
.0343 474 125 0343 49:
127
.0347 515 128 0352 534 19
.0343 554 130 0349 574 131
.3347 593 132 0355 513 133
.0351 529 134 0358 545 135
.0350 659 135 0372 574 137
.0368 690 138 0378 703 139
.0376 716 140 0385 728 141
.0382 739 142 0396 750 143
.040:
758 144 0404 765 145
.0409 773 145 0415 780 147
.3422 786 148 0421 792 149
.0430 797 150 0440 501 151
.0438 805 152 3449 808 3
153
.0453 811 154 0458 614 5
155
.3464 815 155 0471 818 157
.0472 819 158 0479 820 159
.2483 821 ISO 0479 922 161
.0486 823 162 0496 824 153
.3495 824 154 0501 3:5 l
155
.0510 825 ISS 2514 825 167
.3515 827 158 0529 827 159
.0534 828 170 3538 828 171
.0540 829 172 0546 8:9 173
.0555 830 174 0554 830 175
.0552 831 175 0554 832 177
.0573 832 178 0580 833 179
.0583 833 ISO 0582 833 181
.0590 834 182 058S 834 183
.0593 834 184 0598 835 4
185
.0500 335 185 3504 835 187
.0804 835 188 2505 838 189
.0612 836 190 0618 836 191
.06:3 835 192 06 7 836 193
.0631 835 194 0530 835 195
.0531 835 196 0633 835 197
.0530 33S 198 0635 835 ISS
.0539 935 000 0645 936 201
.0553 337 20 0558 537
- 03
.0551 337 204 0651 337 I
-._.y_
Page No.141 Report No.17822 READ.*
IPM KIP READ.*
IPM KIP 205
.0553 838 006
.0653 838 207
.0552 838 208
.0665 838 009
.0659 839 210
.0672 839 211
.0572 839 212
.0670 840 213
.0669 840 214
.0673 840 215
.0673 840 216
.0675 840 217
.0674 841 218
.0677 841 219
.0678 841 220
.0683 841 221
.0587 841 222
.0688 841 223
.0682 841 2:4
.2688 841 225
.0591 842 226
.0693 842 227
.0694 842 228
.0595 842 229 0695 842 230
.070I 842 3
231
.0702 842 232
.0703 84:
233
.0705 842 234
.0700 84 235
.070S 842 235
.0704 843 237
.0703 843 238
.0702 843 239
.0704 844 240
.0706 844 241
.0710 844 242
.0710 844 243
.0707 844 244
.0705 844 245
.0705 844 246
.0704 844 247
.0701 844 248
.0701 844 249
.0705 844 250
.0710 844 251
.0711 844 252
.0704 844 253
.0705 844 254
.3705 844 255
.0708 844 255
.0706 844 057
.2705 844 258
.0708 844 259
.3710 844 250
.0711 844 25!
.0715 844 252
.3719 844 253
.0717 844 254
.3717 844 255
.0715 844 055
.0714 844 257
.0716 844 258
.0716 844 259
.0717 844 270
.0717 844 271
.0723 844 272
.07:3 845 273
.07:4 845 274
.0719 845 275
.2715 845 275
.3719 845 j
077
.0716 845 278
.0713 845 279
.07:1 845 280
.0718 845 081
.3719 845 282
.0720 845 283
.07 0 845 284
.0718 845 285
.0718 845 286
.0717 845 287
.0717 845 088
.0715 845 Z89
.3719 845 290
.0718 845 291
.3720 845 292
.0718 845 293
.0718 845 294
.0719 845 295
.0712 845 296
.0711 849 297
.3713 855 298
.0714 SS2 299
.07t5 555 300
.07:3 853 201
.07:2 354 302
.37:1 858 203
.07:5 373 304
.07:0 875 205
.37:8 875 205
.3733 574
_ =,
Paga No.142 Report No.17822 READ.4 IFM KIP READ.*
IPM KIP
-b 307
.0733 872 308
.0733 871 209
.3735 870 310
.0734 871 311
.0731 873 312
.0731 876 313
.0730 877 314
.272S 8??
315
.3730 877 315
.0732 875 317
.0733 875 318
.3734 875 319
.0736 875 320
.0737 877 321
.0736 879 322
.0739 880 323
.0733-882 324
.0734 882 325
.3733 882 325
.3733 882 327
.0735 882 328
.0741 881 329
.0742 880 330
.0739 880 331
.3738 882 332
.0739 883 333
.2740 884 334
.0741 884 335
.3744 883 335
.0744 882 337
.2745 881 338
.0735 880 339
.3733 880 340
.0735 881 341
.0735 882 342
.0743 884 343
.0747 885 344
.0747 885 345
.0749 884 346
.0748 883 347
.0739 882 348
.0737 881 349
.0740 881 350
.0739 381 35!
.0738 881 352
.0745 882 353
.2748 883 354
.0746 883 355
.3745 884 355
.0748 885
)
357
.0745 885 358
.0743 885 3E9
.3747 885 360
.0747 885 351
.2729 884 362
.0739 884 383
.0733 883 384
.3740 883 355
.2742 883 355
.0748 883 357
.0748 883 358 0.0000 0
CPERATOR NAME
- 6. PALMER SNUSSER ICS C-IIC-2-16-4RSP2 CATE (YY/MM/DD) 85/05/28 TIME (HH/MM/SS) 17:20:58 80RE DIAMETER, IN.
12 RCD DIAMETER, IN.
4 DESIGN TYPE 000 ELE RCD DESIGN MANUFACTURER ANKER/HOLTH TEST LOAD 900 TYFE OF TE5T SLEED TE57 DIRECTICN COMPRESSION
-,,--7
Page No.143 Test Report No.17822 TABLE 4 AS FOUND INDIVIDUAL VALVE BLEED TEST Max. LP.M.
Max. LP.M.
Average Bleed Identification 5 kip Thru Ball Chk.
I.P.M. @ Load C-11, Tension
.0132 Same
.0161 C-11, Compression
.0046
.0232 @ 9 kip
.0174 C-2, Tension
.0
.0359 @ 232 kip
.0181 C-2, Compression
.0226 Same
.0181 l
C-16, Tension
.0133 Same
.0155 C-16, Compression
.0271
.1621 @ 865 kip
.1385 C-4, Tension
.0348 Same
.0165 C-4, Compression
.0240 Same
.0163 l
WYLE LABORATORIES Huritsville Facility
Page Na 144 Report Na 17822 l
WYLE/ API In-Place S n u b b e r-TestinC2 i
tese e.02 :
/._-
l 1
1
, g,- o,<, 016 y 1
800 3- - ;c,. y -
v.
~
(
lI
\\,,
}
sr EM i.
,j v.012; I
,1 s, q" l
~
a S
400 e.oes :
i.
~
?
l M
w g
y 200 0.004 ty a.
3 e
TIrif (seconcs) 4 CPERATOR NAME G. PALMER SNUESER ID:
S/G C-11 AS FND DATE (YY/MM/DD) 85/05/10 TIME (HH/MM/SS) 14:07:46 80RE DIAMETER. IN.
12 R00 DIAMETER, IN.
4 i
DESIGN TYPE DOUBLE ROD DESIGN r
MANUFACTURER ANKER/HOLTH TEST LOAD 900 TYPE OF TEST SLEED TEST DIRECTION TENSION TEMPERATURE 71.0 deg F AVERAGE OF 57 READINGS AT LCAD WAS
.0161 1pm HIGHEST UELOCITY ACHIEVED BELOW 5 kip LOAD WAS
.0132 lam j
.n
Paga Na 145 Report No.17822 READ.*
IPM KIP READ.*
IPM KIP 1
.0051
-1 2
.0051
-1 3
.0051
-1 4
.0051
-1 5
.0051
-1 6
.0051
-1 7
.0051
-1 8
.0051
-l 9
.0051
-1 10
.0051
-1 11
.0051
-1 12
.0051
-1 13
.0051
-1 14
.0051
-1 15 0.0000
-1 16 0.0000
-1 17 0.0000
-1 18 0.0000
-1 19 0.0000
-1 20 0.0000
-1 21 0.0000
-1 22 0.0000
-1 23 0.0000 24 0.0000 0
25 0.0000 1
26
.0127 2
27
.0130 3
28
.0132 5
29
.0130 8
30
.0125 11 31
.0121 IS 32
.0120 20 33
.0115 25 34
.3111 31 35
.0107 38 35
.0102 44 37
.0098 52 38
.0096 50 39
.0097 58 40
.0092 77 41
.0080 85 42
.0085 95 43
.0082 106 44
.0077 116 45
.0077 128 46
.0074 140 47
.0074 153 48
.0071 ISS 49
.0070 179 50
.0054 192 51
.0057 205 52
.0055 219 53
.0065 233 54
.0065 246 55
.0054 259 55
.0063 272 57
.0062 288 58
.0062 301 53
.0062 315 60
.0062 331 61
.0052 347 62
.0082 362 53
.0062 378 64
.0062 392 55
.0088 400 65
.0087 420 57
.0078 439 68
.0076 455 SS
.0082 476 70
.0085 494 71
.0088 514 72
.0088 535 73
.0091 554 74
.0092 570 75
.0081 585 76
.0072 600 77
.0097 615 78
.0100 630 1
79
.0100 544 80
.0105 555 83
.0106 E58 82
.3108 681 93
.0118 693 84
.0143 706 85
.0149 716 85
.0152 725 87
.0166 737 88
.0152 749 89
.0157 759 90
.0155 768 91
.0151 777 92
.0158 784 33
.0155 792 34
.0154 797 35
.0155 301 SG
.0161 305 37
.3159 308 98
.0157 311 33
.0153 813 100
.0081 315 101
.0180 317 102
.0151 320
Paga No.146 Report No.17822 READ.4 IPM KIP READ.3 IPM KIP
^}
103
.0153 823 104
.0157 626 105
.0160 829 106
.0152 831 107
.0154 832 108
.0154 833 109
.0154 834 110
.0154 836 til
.0154 838 112
.0155 841 113
.0157 844 114
.0160 847 115
.0152 851 116
.0155 854 117
.0158 858 118
.0139 861 119
.0135 865 120
.0128 868 121
.0123 871 122
.0128 673 123
.0130 876 124
.0131 878 125
.0129 880 126
.0133 882 127
.0134 882 128
.0138 881 129
.0139 880 130
.0136 879 131
.0139 878 132
.0143 877 133
.0145 876 134
.0146 676 135
.0151 876 136
.0150 876 137
.0153 877 138
.0157 878 139
.0154 879 140
.0157 880 141
.0160 880 142
.0163 881 143
.0162 881 144
.0162 881 145
.0164 881 146
.0162 881 147
.0163 881 148
.0162 880 149-
.0162 880 150
.0164 880 151
.0166 880 152
.0166 880 153
.0163 879 154
.0164 879 155
.0163 879 156
.0163 880 157
.0161 881 158
.0164 881 159
.0166 883 160
.0164 884 161
.0166 884 162
.0167 885 163
.0167 886 164
.0163 887 165
.0166 887 ISS
.0169 887 167
.0172 886 168
.0169 986 169
.0172 885 170
.0172 885 171
.0170 884 172
.0169 884 173
.0168 883 174
.0169 883 175
.0172 882 176
.0170 892 177
.0166 882 178
.0166 881 179
.0165 881 180
.0167 881 181
.0166 882 182
.0167 883 183
.0171 983 184
.0169 884 185
.0169 685 186
.0169 885 187 0.0000 0
188 0.0000 0
OPERATOR NAME G. PALMER SNU86ER ID4 S/6 C-Il AS FNO DATE (YY/MM/CD) 86/05/10 TIME (HH/MM/56) 14:07:46 SCRE DIAMETER. IN.
12 ROC DIAME7ER, IN.
4 1
CE5IGN TYPE COUSLE ROC OE5I5N MANUFACTURER ANKER/HOLTH TE57 LOAD 300 l
TYPE OF TE57 3LEED TE57 OIREC7!CN TENSICN
Paga No.147 Report No.17822 WYLE/ API In-Place S n u b b e r-Testing 1000 0.05 3 l
800 0.04 1 600 g
0.03 ;
l C
i
/
-~;-
l
~
, ~.
200
.~
-a-t_ s,, 's 0.01 s
9 0
T!r1E Cseconds)
OPERATOR NAME G. PALMER SNUBEER ID*
S/G C-11 AS FND DATE (YY/MM/DD) 85/05/10 TIME (HH/MM/SS )
14:29:43 SCRE DIAMETER, IN.
12 RCD DIAMETER, IN.
4 DESIGN TYPE DOUBLE' ROD DESIGN MANUFACTURER ANKER/HOLTH TEST LOAD S00 TYPE OF TEST BLEED TEST DIRECTION COMPRESSION TEMPERATURE 71.0 deo F AVERAGE OF 30 READINGS AT LOAD WAS
.0174 ipm HIGHEST VELOCITY ACHIEVED SELOW 5 kip LOAD WAS
.0046 ipm
Page No.148 Report No.17822 READ.3 IPM KIP READ.3 IPM KIP g
1 0.0000 0
2 0.0000 0
3 0.0000 0
4 0.0000 0
5 0.0000 0
6 0.0000 0
7 0.0000 0
8 0.0000 0
)
9 0.0000 0
10 0.0000 0
i 11 0.0000 0
12 0.0000 0
j 13 0.0000 0
14 0.0000 0
t 15 0.0000 0
16 0.0000 0
17 0.0000 0
18 0.0000 0
19 0.0000 0
20 0.0000 0
1 21 0.0000 0
22 0.0000 1
23 0.0000 1
24 0.0000 1
25 0.0000 1
26 0.0000 e
i 27
.0001 2
28
.0046 4
29
.0116 6
30
.0232 9
31
.0229 12 32
.0209 17 33
.0201 23 34
.0186 29 35
.0178 36 35
.3188 42 37
.0157 51 38
.0151 59 39
.0148 67 40
.3134 76 41
.0129 85 42
.0118 SS 43
.0115 107 44
.0062 117 45
.0106 129 46
.0089 140 47
.0091 153 48
.0085 167 49
.0077 179 50
.0080 193
)
51
.0080 205 52
.0079 222 53
.0075 235 54
.3070 252 55
.0070 259 56
.0069 283 57
.0070 297 58
.0057 313 59
.0056 329 60
.0058 344 61
.0057 360 62
.0067 375 63
.0057 391 64
.0067 401 55
.0067 420 66
.0067 440 57
.0093 459 68
.3087 480 69
.0083 502 70
.0084 523 71
.0090 544 72
.0091 554 73
.0083 581 74
.0091 598 75
.0088 613 76
.0087 629 1
77
.0085 545 78
.0101 658 79
.3106 572 80
.0107 582 81
.0112 591 82
.0079 701 83
.0118 711 84
.0114 721 l
85
.0118 737 86
.3118 754 87
.0124 772 88
.0127 790 89
.0128 805 90
.0128 818 91
.0133 328 92
.0139 835 93
.0142 939 34
.0146 339 95
.3145 337 95
.0145 934 97
.0150 831 39
.0152 927 39
.0154 325 100
.0155 323 101
.3156 323 102
.3154 323
Pag] No.149 Report N% 17822 READ.3 IPM KIP READ.*
IPM KIP 103
.0151 825 104
.0157 829 105
.3156 834 106
.0156 839 107
.0160 843 108
.0160 847 109
.0161 850 110
.0160 854 111
.0162 857 112
.0163 850 113
.0162 862 114
.0162 865 115
.0165 868 116
.0167 870 117
.0165 871 118
.0168 871 119
.0169 871 120
.0171 870 121
.0169 869 122
.0168 858 123
.0170 870 124
.0172 874 125
.0172 878 126
.0169 883 127
.0171 886 128
.0176 888 129
.0189 888 130
.0169 887 131
.0172 885 132
.0175 885 133
.0173 884 134
.0172 883 135
.0175 882 136
.0175 880 137
.0172 880 138
.3173 880 139
.0175 881 140
.0177 882 141
.3177 883 142
.0178 884 143
.0178 885 144
.0178 885 145
.0178 888 145
.0133 887 147
.0182 886 148
.0185 886 149
.0184 885 150
.0177 885 151
.0138 884 152
.0181 884 153
.0170 883 154
.0170 883 155 0.0000 0
ISS 0.0000 0
CPERATOR NAME G. PALMER SNUEBER IDS S/G C-11 AS FND DATE (YY/MM/00) 86/05/10 TIME (HH/MM/SS) 14:29:43 80RE DIAMETER, IN.
12 RCD DIAMETER, IN.
4 CESIGN TYPE DOUBLE ROD DESIGN MANUFACTURER ANKER/HOLTH TEST LOAD 900 TYPE OF TEST BLEED TEST DIRECTION COMPRESSION 1
Paga NA 150 i
Report NA 17822 WYLE/ API In-Place S n u b b e r-Testing 1000 0.05 i I
s See 3.04 3 g
j' e
J 0.03 ;l 600 i
Y,'
a gi j
4ee
,,,,J. a2 :
g
.. ~ ~ ",,,,.
~
20e 0.e1 g
l 0
a s
a a
a*
Tir1E (seconds)
CPERATOR NAME D. POTTER SNUEBER IDS S/S C-2 AS FND DATE (YY/MM/00) 85/05/07 TIME (HH/MM/SS )
23:00:35 BORE DIAMETER, IN.
12 RCD DIAMETER, IN.
4 CESIGN TYPE DOUBLE RCD DESIGN MANUFACTURER ANKER/HOLTH TEST LOAD S00 TYPE OF TEST BLEED TEST DIRECTION TENSION TEMPERATURE 72.6 deg F AVERAGE OF 75 READINGS AT LOAD WAS
.0181 ipm HIGHEST VELOCITY ACHIEVED SELOW 5 kip LOAD WAS 0.0000 1pm a
Paga N% 151 Report No.17822 READ.*
IPM KIP READ.*
IPM KIP 1
0.0000
-1 2
0.0000 3
0.0000 4
0.0000
-1 5
0.0000
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Paga No.155 Report No.17822 i
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Page No.158 Report No.17822 2
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Page N;6159 Report No.17822 READ.4 IPM KIP READ.*
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- 0. POTTER SNU88ER 102 5/5 C-2 AS FNC OATE (YY/MM/00) 88/05/07 TIME (HH/MM/55 )
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Paga No.160 Report No.17822 l
WYLE/ API I n - P.1. a c e S n u b b e r-Testing 1000 0.2
[\\'
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a f
600 0.12 ;
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OPERATOR NAME D. POTTER
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SNUESER ID2 S/S C-IS AS FND DATE (YY/MM/DD )
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Page No.161 Report No.17822 READ.3 IPM KIP READ.3 IPM KIP 1
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Page No.163 Report No.17822 READ.4 IPM KIP READ.4 IPM KIP
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.0480 22S 184
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.0493 233 ISS
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.0522 244 189
.0622 250 189
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.0591 281 195
.0500 295 ISS
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.0516 294 198
.3625 300 199
.0623 303 200
.0631 305 201
.0536 310 202
.084!
313 203
.0542 316 204
.0951 318
Page Na 163 Report No.17822 READ.4 IPM KIP READ.4 IPM KIP 205
.0649 321 206
.0655 324 207
.0649 330 208
.0651 337 209
.0645 344 210
.0638 351 211
.0637 358 212
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.1491 846 261
.1485 849 262
.1515 852 263
.1502 854 264
.1522 857 265
.1547 859 266
.1581 861 267
.1608 862 268 =
.1621 865 e 269
.1582 868 270
.1567 871 271
.1572 874 272
.1551 876 273
.1534 877 274
.1516 875 275
.1512 880 276
.1484 880 277
.1471 881 278
.1451 881 279
.1435 881 280
.1424 881 281
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.1338 882 283
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.1273 883 285
.1238 882 286
.1190 879 287
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.3040 869 291
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.1057 863 293
.1064 861 294
.1064 858 295
.1054 854 296
.1027 852 297
.1041 949 298 1031 847 299
.1018 344 300
.0999 941 301
.0999 839 300
.0987 337 303
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.1004 329
!OS
. 010 825
Page No.164 Report No.17822 READ.*
IPM KIP READ.*
IPM KIP
'l 307
.1000 822 308
.1022 819 309
.3014 816 310
.1025 813 311
.!008 811 312
.3000 808 313
.0987 806 314
.0967 804 315
.0951 802 316
.0926 800 317
.0908 798 318
.0902 796 319
.0866 794 320
.0862 792 321
.3852 790 322
.0841 788 323
.0822 787 324
.0798 785 325
.0787 783 326
.0788 781 327
.0783 780 328
.0772 777 329
.0758 776 330
.0751 775 331
.0738 773 332
.0730 772 333
.0711 770 334
.0705 769 335
.0708 767 336
.0710 765 337
.0721 763 338
.0708 761 339
.0708 759 340
.0705 757 341
.0705 755 342
.0705 753 343
.0706 751 344
.0704 749 345
.0708 748 346
.0700 746 347
.0704 744 348
.0696 742 349
.0691 741 350
.0678 739 351
.0674 738 352 0.0000 0
CPERATOR NAME
88/05/09
-74N E ' "" ' "" / S S )
00:16:56 BCRE DIAMETER, IN.
12 RCD DIAMETER, IN.
4 CESIGN TYPE DOUBLE R00 DESIGN MANUFACTURER ANKER/HOLTH TEST LOAD 900 TYPE OF TEST 8LEED TEST DIRECTION COMPRESSION
-s
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OPERATOR NAME
00:35:37 BORE DIAMETER, IN.
12 ROD DIAMETER, IN.
A CESIGN TYPE DOUBLE R00 CESIGN MANUFACTURER ANKER/HOLTH j
TEST LOAD 900 TYPE OF TEST BLEED TEST DIRECTION TENSION TEMPERATURE 72.4 deg F AVERAGE OF 79 READINGS AT LOAD WAS
.0155 ipn HIGHEST VELOCITY ACHIEVED BELOW 5 kip LOAD WAS 0133 1pm i
- - - - - ~. -, - - - -.
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Page N2b 166 Report No.17822 READ.*
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87
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88
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90
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93
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Page No.167 Report No.17822 READ.s IPM KIP READ.s IPM KIP 103
.0116 21 104
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.0005 417
Paga No.168 Report No.17822 RSAD.4 IPM MIP RSAD.4 IPM KIP
^)
205
.0086 421 206
.0085 426 207
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(
221
.0090 500 222
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227
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229
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231
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l 255
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Page Na 169 Report No.17822 READ.*
IPM KIP READ.*
IPM KIP 307
.0154 883 308
.0151 883 309
.0151 883 310
.0153 883 311
.3153 883 312
.3155 883 313
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.3158 883 316
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.0152 883 318
.0156 883 319
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.3159 882 323
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.0163 882 329
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.0163 886 362 0.0000 0
OPERATOR NAME
00:39:37 BORE DIAMETER, IN.
12 R00 OIAMETER, IN.
4 DESIGN TYPE 000BLE R00 DESIGN MANUFACTURER ANKER/HOLTH TEST LOA 0 900 TYPE OF TEST BLEED TEST DIRECTION TENSION 4
h-
Page Na 170 Report No.17822
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WYLE/ API In-Place S n u b b e r-Testinca 1000 6.05 l I
800 6.04 I 680 O.03 S 400
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OPERATOR NAME G. PALMER SNUSSER ID*
S/G C-4 AS FND l
OATE (YY/MM/DD) 86/05/07 j
TIME ' PF / MM / S S )
19:22:00 80RE DIAMETER, IN.
12 RCD DIAMETER, IN.
4 CESIGN TYPE DOUBLE R00 DESIGN MANUFACTURER ANKER/HOLTH TEST LOAD 900 TYPE OF TEST BLEED TEST DIRECTION TENSION TEMPERATURE 73.0 deo F AVERAGE OF 45 READINGS AT LOAD WAS
.0165 ton HIGHEST VELOCITY ACHIEVED BELOW 5 kic LOAD WAS.0348 1pm
Page No.171 Report No.17822 READ.4 IPM KIP READ.*
IPM KIP 1
0.0000
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0.0000
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36 97
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Paga Ns 172 Report No.17822 READ.*
IPM KIP READ.*
IPM KIP
-}
103
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116
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133
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147
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149
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)
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155
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157
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'159
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163
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.005:
257 165
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Page bkb 173 Report No.17822 REAO.*
IPM KIP REAO.*
IPM KIP 205
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298
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!OS
.3154 352
Page No.174 Report No.17822 REAO.*
IPM KIP READ.*
IPM KIP
'}
307
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)
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OPERATOR NAME G. PALMER SNUBSER ID S/G C-4 AS FNO DATE (YY/MM/00) 86/05/07 TIME (HH/MM/SS )
19:22:00 BCRE DIAMETER. IN.
12 RCO DIAMETER, IN.
4 CESIGN TYPE DOUBLE RCD DESIGN MANUFACTURER ANKER/HOLTH TEST LCAD 900 TYPE OF TEST 8LEED TEST DIRECTION TENSION
Paga No.175 Report No.17822 WYLE/ API In-Place S n u b b e r-Temting im l
8
- . 4 I
/
1 h
^a =
- .a l, ',
l l
.... -r *~
r"
[=
- ..i -
I.
I a
3 s
=
3 r
T!?E (seconds)
OPERATOR NAME G. PALMER SNUGBER 108 S/6 C-4 AS FND DATE (YY/MM/00 )
86/05/07 TIME (HH/MM/SS )
19:46 48 SORE DIAMETER, IN.
12 R00 DIAMETER, IN.
4 DESIGN TYPE COUBLE R00 CESIGN MANUFACTURER ANKER/HOLTH TEST LOAD 900 TYPE OF TEST BLEED TEST DIRECTION COMPRESSION TEMPERATURE 72.6 deg F AVERAGE OF 72 READINGS AT LOAD WAS
.0163 tom HIGHEST VELOCITY ACHIEVED BELOW 5 kip LOAD WAS
.0240 1pm w
Page No. lf6 Report No.17822 READ.*
IPM KIP RSAO.*
IPM KIP
]
I
.0054
-1 2
.0054
-I 3
.0054
-1 4
.0054
-1 5
.0054
-1 6
.0054
-1 7
.0054
-l 8
.0054
-l 9
.0054
-1 10
.0054
-1 11
.0054
-1 12
.0054
-1 13
.0054
-1 14
.0054
-1 IS
.0054
-1 16
.0054
-1 17
.0054
-l 18
.0054
-l 19
.0054
-1 20
.0054
-1 21
.0054
-1 22
.0054
-1 23
.0054
-1 24
.0054
-1 25
.0054
-1 26
.0054
-1 27 0.0000-
-1 28 0.0000
-1 29 0.0000
-1 30 0.0000
-1 31 0.0000
-1 32 0.0000
-1 33 0.0000
-1 34 0.0000
-I 35 0.0000
-1 36 0.0000
-1 37 0.0000
-1 38 0.0000
-1 39 0.0000
-1 40 0.0000
-l 41 0.0000
-I 42 0.0000
-1 43 0.0000
-1 44 0.0000
-l 45 0.0000
-1 46 0.0000
-1 47 0.0000
-1 48 0.0000
-1 49 0.0000
-1 50 0.0000
-1 51 0.0000
-1 52 0.0000
-1 53 0.0000
-1 54 0.0000
-l
- - - -55
?.0000
-1 56 0.0000
-1 57 0.0000
-1 58 0.0000
-1 53 0.0000
-l 60 0.0000
-l 61 0.0000
-l 62 0.0000
-l 63 0.0000
-l 64 0.0000
-1 65 0.0000
-l 66
.0131
-1 67
.0127 68
.0127 69
.0127 70
.0188 71
.3184 72
.0193 0
73
.0208 1
74
.0232 1
75
.0240 1
76
.0219 2
77
.3201 3
78
.0186 4
79
.0174 5
80
.0166 6
91
.0160 7
82
.0148 8
83
.0139 9
84
.0137 10 85
.0084 12 86
.0131 14 87
.0125 16 88
.0119 18 89
.0118 20 90
.0118 22 31
.0110 24 92
.0110 25 93
.0098 27 34
.0100 28 35
.0087 20 96
.0082 31 37
.0079 23 38
.0074 26 39
.0074 28 100
.0074 40
!Of
.0074 42
'02
.0074 44
Page No.177 Report No.17822 RSAO.*
IPM KIP REAO.*
IPM KIP 103
.0074 46 104
.0074 48 105
.0074 50 106
.0074 52 107
.0074 55 108
.0074 58 109
.0074 60 110
.0074 62 111
.0074 64 112
.0074 66 113
.0074 69 114
.0074 71 115
.0074 73 116
.0074 76 117
.0074 79 118
.0074 82 119
.0074 85 120
.0074 87 121
.0074 90 122
.0074 92 123
.0074 95 124
.0074 97 125
.0074 100 126
.0074 104 127
.0074 107 128
.0074 110 129
.0074 113 130
.0074 116 131
.0074 119 132
.0074 122 133
.0074 125 134
.0074 129 135
.0074
!31 136
.0074 134 137
.0074 137 138
.0074 140 139
.0074 I42 140
.0074 143 141
.0074 144 142
.0074 145 143
.0074 146 144
.0074 148 145
.0074 150 146
.0074 153 147
.0074 156 140 0.0000 160 149 0.0000 164 150 0.0000 168 151 0.0000 172 152 0.0000 176 153 0.0000 180 154 0.0000 184 155 0.0000 188 155 0.0000 192 157 0.0000 196 158 0.0000 199 159 0.0000 203 160 0.0000 207 161 0.0000 220 162 0.0000 236 163 0.0000 253 164 0.0000 270 165 0.0000 287 166 0.0000 306 157 0.0000 322 168 0.0000 339 169 0.0000 354 170 0.0000 370 171 0.0000 386 172 0.0000 399 173 0.0000 415 174 0.0000 430 175 0.0000 445 176 0.0000 460 177 0.0000 475 178 0.0000 489 179 0.0000 504 180 0.0000 518 ISI 0.0000 531 182 0.0000 545 183 0.0000 558 184 0.0000 570 185 0.0000 585 186 0.0000 597 187 0.0000 609 188 0.0000 622 189 0.0000 634 190 0.0000 643 191 0.0000 65 192 0.0000 662 193 0.0000 572 194 0.0000 682 195 0.0000 592 196 0.0000 701 197 0.0000 709 198 0.0000 716 199 0.0000 723 200 0.J000 720 201 0.0000 735 202 0.0000 740 203 0.0000 743 204 0.0003 747
Page Na 178 Report No.17822 READ.4 IPM KIP READ.*
IPM KIP
~}
205
.0001 750 206
.0104 752 207
.0096 754 208
.0096 755 209
.3121 756 210
.0119 757 211
.0123 757 212
.0121 758 213
.0127 758 2I4
.0124 758 215
.0128 758 216
.0127 758 217
.0133 758 218
.0130 758 219
.0130 758
-220
.0130 757 221
.0127 757 222
.0129 757 223
.0129 757 224
.0132 757 225
.0132 757 226
.0134 757 227
.0131 757 228
.0136 757 229
.3135 757 230
.0139 757 231
.0134 757 232
.0136 756 233
.0139 756 234
.0136 756 235
.0140 756 236
.0136 756 237
.0141 756 238
.014!
756 239
.0142 756 240
.0140 756 241
.0I39 756 242
.0139 755 243
.3143 755 244
.3140 755 245
.3140 755 246
.0140 755 247
.0140 755 248
.0138 755 249
.0140 755 250
.0139 755 251
.0137 755 252
.0134 755 253
.0137 755 254
.0138 755 255
.0136 755 256
.0136 755 257
.0138 755 258
.0138 755 259
.017c 755 260
.0138 755 261
.0133 755 262
.0136 755 263
.0136 755 264
.0137 755 265
.0137 755 266
.0135 755 267
.0139 754 268
.0139 754 269
.0140 754 270
.0140 754 271
.0136 754 272
.0136 754 273
.0135 754 274
.0137 754 275
.0137 754 276
.0136 754 277
.0137 754 278
.0136 754 279
.0135 754 280
.0137 754 281
.0133 754 282
.0137 754 283
.0132 754
-234
.0134 754 285
.0136 754 286
.0!!6 754 287
.3135 754 288
.0133 754 289
.0136 754 290
.0125 754 291
.0136 754 292
.0133 754 293
.0135 754 294
.3136 754 295
.3136 754 296
.0137 754 297
.at!8 755 298
.3136 758 299
.3139 751 300
.3I36 754 201
.J141 768 202
.3135 772 303
.0139 777 304
.3136 791 205
.4127 735 306
.3144 789
Page N a 179 o
Report No.17822 READ.*
IPM KIP READ.*
IPM KIP 307
.0142 793 308
.0142 797 309
.0142 800 310
.0139 804 311
.0152 807 312
.0146 810 313
.0144 814 314
.0145 817 315
.3146 819 316
.0146 822 317
.0145 825 318
.0146 828 319
.0148 831 320
.0073 834 321
.3151 837 322
.0149 840 3:3
.0150 843 324
.3154 846 35
.0155 848 326
.0153 851 327
.3155 854 328
.0156 857 329
.0156 860 330
.0161 863 331
.0160 866 332
.0158 869 333
.0158 872 334
.0159 874 335
.0159 875 336
.0160 875 337
.0160 875 338
.0158 874 1
339
.0157 874 340
.0156 874 341
.0156 874 342
.0159 87!
343
.0160 873 344
.0757 873 345
.0159 873 346
.0160 873 347
.0158 872 348
.3155 87:
349
.0157 872 350
.0158 873 351
.0159 873 35:
.0153 874 353
.0160 874 354
.0160 374 355
.0162 875 356
.0166 875 357
.0161 876 358
.0161 876 359
.3165 876 360
.0164
'877 361
.016:
877 362
.0162 877 363
.0163 878 364
.0163 878 365
.0163 878 366
.0160 879 367
.0161 879 368
.0163 879 369
.0163 879 370
.0161 880 371
.0160 880 372
.3163 880 373
.0166 881 374
.0163 881 375
.0163 881 376
.0163 88:
377
.0163 882 378
.0164 882 379
.0165 882 380
.0164 882 j
381
.0153 883 382
.0163 883 383
.0163 883 384
.0161 883 385
.0165 883 386
.0164 88:
387
.0163 882 388
.0166 882 389
.0165 882 390
.0164 882 391
.0160 882 392
.0161 881 333
.0161 381 394
.0162 981 395
.Jf63 881 396
.JIS:
881 397
.J141 381 398
.JI63 381 j
399
.J167 38!
400
.316:
380 401
.3158 381 402
.JISO 381 40:
.J164 381 404
.JI64 36:
405
.3155 38:
406
.3166 38:
407
.J169 383 408
.J163 383
Page Noa 180 Report No.17822
)
READ.*
IPM KIP READ.*
IPM KIP 4
409
.0163 883 410
.0167 884 411
.0167 884 412
.0167 884 413
.0166 885 414
.3164 885 415
.0151 885 416
.0163 885 417
.0163 885 418
.0163 885 419
.0163 885 420
.0165 885 421
.0163 885 422
.0163 885 423
.0165 884 424
.0166 884 425
.0158 884 426
.0159 884 427
.0164 883 428
.0164 883 429
.0162 883 430
.0166 883 431
.0167 883 432
.0167 883 433
.0158 882 434
.0160 882 435 0.0000 0
436 0.0000 0
OPERATCR NAME G. PALMER SNUB 6ER 103 S/G C-4 AS FNO DATE (YY/MM/00) 86/05/07 TIME (HH/MM/SS )
19:48:48 80RE DIAMETER, IN.
12 R00 OIAMETER. IN.
4 CESIGN TYPE COUBLE ROD DESIGN MANUFACTURER ANKER/HOLTH TEST LOAD 900 TYPE OF TEST BLEED i
TEST DIRECTION COMPRESSION 1
O
l Page No. 181 Test Report No.17822 INTERCONNECTING BALL CHECK TEST A flow test run was first in order to confirm the interconnecting ball check valves were operational prior to series testing. 'Ihe results of this test demonstrated satisfactory flow through the ball checks to allow the interconnects to perform their intended function. The following printouts show a flow rate equivalent to 0.31 LP.M. before these ball checks closed.
1 i
i WYLE LAstHIATORIES Nuntsv He Facility
LUR/ 200 VLV/ 33 PLM/ 900 FLSPN/ 30.84 Page No.182 Report No.17822 WYLE/AP1 In-Place S n u b b e r--
Testing 506 J.5 I
I 400 3.4 1
ggg
}
1 j
l a
j 200
--0.2 O
g i
r W
8 W
g tee e.1 l
l j
.r*
8 3
3 rtts esconos)
OPERATOR NAME G. PALMER SNUBBER IO*
C-16 BALL CK l
DATE (YY/MM/00 )
85/05/23 TIME (HH/MM/SS) 18:45:08 BORE DIAMETER, IN.
12 R00 DIAMETER, IN.
4 DESIGN TYPE 0008LE ROD DESIGN MANUFACTURER ANKER/HOLTH TEST LOAD 250 TYPE OF TEST SLEED TEST OIRECTION COMPRESSION TRANSOUCER SPAN 15000 TEMPERATURE 71.6 deg F AVERAGE OF 1 READINGS AT LOAD WAS
.1004 Apn HIGHEST VELOCITY ACHIEVED AT SELOW 5 kip LOAD WAS
.306S inn J
i T
LUR/ 200 VLV/ 30 PLM/ 900 FL5PN/ 30.34 Page No.183 Report No.17822 W Y L.E / A P 1 In-Place Snubber-Teating 200000 0.5 g
l 16M30 0.4 8
2
- 8000 e.a 2
/
\\
w l
a
-(
e.2 j 4000e 8
w s
i w
c
^
e.t 2<eeee
)
1 a
8
'o e
3 f trs c,=enomy -
OPERATOR NAME G. PALMER SNUEEER IDS C-16 BALL CK CATE (YY/MM/00) 36/05/03 TIME (HH/MM/55 )
18:50:20 ECRE DIAMETER, IN.
12 i
ROD DIAMETER, IN.
4 CESIGN TYPE 00VGLE R00 DESIGN MANUFACTURER ANKER/HOLTH TEST LOA 0 900 TYPE OF TEST LOCKUP TEST OIRECTION COMPRESSION TRANSCUCER SPAN 15000 TEMPERATURE 71.7 dec F MAXIMUM VELOCITY ACHIEVED WA5
.31 1pm s
LUR/ Sd VLV/ 40 PLM/ S00 PLbPN/ 30.04 Page No.184 Report No.17822 s
WYLE/ api In-Place Snubber-Testinga see e.s i I
400 0.4 I
e 300 v..
,(\\ n 1
200 0.2
/
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c w
y 100 e.1
./
)'........
t t
a g
?!?it (reconds) t OPERATOR NAME G. PALMER SNUSSER IO3 C-IS BALL CK CATE (YY/MM/00) 86/05/03 TIME (HH/MM/SS )
19:01:13 BORE DIAMETER, IN.
12 R00 OIAMETER, IN.
4 i
DESIGN TYPE 00VELE ROD DESIGN MANUFACTURER ANKER/HOLTH TEST LOAD 2E0 TYPE OF TEST SLEED TEST OIRECTION COMPRESSION TRANSOUCER SPAN IE000 TEMPERATURE 70.3 deg F AVERAGd 0F 1 READINGS AT LOAD WAS 1138 Apn HIGHEST VELOCITY ACHIEVED AT EELOW E kip LCAD WAS
.3069 ipn J
Attachment B Eaclosure 2 M
tasonatomes SCENTiFIC SERVICES & SYSTEus GROUP May.15,1986 Mr. Arlen Wogen Portland General Electric 121 S.W. Salmon Street Portland, Oregon 97204
Subject:
Snubber Valve Descriptions
Dear Mr. Wogen:
The following description of the control valves originally supplied with your Anker/Holth snubbers and the replacement valves now in place is provided as you have requested.
Although it is brief, I believe it identifies the important characteristics and differences between the two valves.
Description of Hydraulic Suppressor The hydraulic suppressor is a unique hydraulic device that functions to provide restraint to its maximum capacity to sudden or shock loads yet allowing gradual movement, such as natural thermal expansion, to occur with a minimum of restraint. The suppressor is a double rod end type hydraulic cylinder that presents equal pressure areas to tension or compressive loads.
The reaction of the suppressor'to a tension or compression load is controlled by a l
Control Valve. This unit is manifold mounted directly on the top of th'e suppressor assembly.
l The Control Valve controls the flow of hydraulic fluid from one side of the suppressor's piston to the other.
Normal loads such as natural thermal expansions are gradual in nature and pres'ent very low loads to the suppressor. The control valve allows the hydraulic fluid in the suppressor to
" bypass" the piston.under these conditions'. The usual rcsistive force to these movements is only the frictional resistance of the components in the suppressor. When the suppressor'is subjected to a sudden or shock Icad, the control valve is actuated automatically. Theiaad is then opposed by the fluid " trapped" in the suppressor. Under load' conditions the suppressor is a pressure vessel. The hydraulic fluid in the suppressor is compressed and pressurized to oppose the applied load.
The Original Control Valve The original control valve is a hydraulic circuit consisting of an arrangement of ball checks and orifices which controls the flow of hydraulic fluid from one side of the suppresser piston to the opposite side. A schematic diagram showing the components and arrangement of the hydraulic circuit is presented in Figure 1.
C1 and C2 are ball checks, spring biased open.
R1 and R2 are orifices, non-a.djustable. VI and V2 are vents, straight thread plugs with O-ring seals. The reservoir is common to four snubbers and gravity fed.
7800 Governors Drive West. P.o. Bow 1008 %,rt.wm. as. hem **anmm "'*'w" a
The " normal" operating condition of the suppressor is that of gradual movement of the piston reacting to natural thermal expansions and contractions of the structure to which it is mechanically attached. Gradual movement of the suppressor piston creates relatively low differential pressure in the suppressor. Under this condition, the control valve allows the hydraulle fluid to " bypass" from one side of the piston to the other through ball checks C1 and C2 which are spring biased open. Operating under very low differential pressure creates a very sensitive control valve. Reactions to sudden or shock loads are instantaneous. When the suppressor is subjected to a sudden movement which creates a load condition which exceeds the allowable normal operating condition, the ball check is forced to close, trapping the fluid in one end of the suppressor causing suppression of that movement. El is a high resistance orifice which, when subjected to high pressure, allows some fluid bypass and controls the movement of the suppressor piston under load conditions. Flow through R1 is negligible under " normal" operating conditions. R2 is a restricted orifice through which reservoir fluid is allowed to enter the suppressor. It is " sized" to prevent surges. VI and V2 are vents used to " bleed" the hydraulic circuits.
The Replacement Control Valve The replacement control valve is a hydraulic circuit consisting of poppets with integral self-cleaning bleed grooves which control the flow of fluid from one side of the suppressor piston to the opposite side. An assembly drawing showing the grooved poppet is presented in Figure 2. The poppet, Item 11, is spring biased open. The two bleed grooves in the cone of the poppet become the flow path when the poppet seats. Both poppet and poppet seat are case hardened for prolonged life. Normal movement of the suppressor during heat up and cool down is accommodated with the poppet in the open position with Duid Gow through l
large flow paths. This eliminates the potential for small particulate restricting flow. The bleed grooves allow flow only when the poppet is seated; otherwise they are in a self-cleaning mode not subject to potential restrictions which are inherent in the original control valve.
Sincerely, WYLE LABORATORIES Eas/fn Operati Glen R. Palmer Senior Staff Engineer GRP:oc i
+
M L-
i RESERVOIR
=___ w _-
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FIGURE 1.
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FIGURE 2
Attachment B l
EM _ _.. e.e,..e._.
May 30,1986 Mr. Roger Wehage Portland General Electrie lil R.W. Salmon Street Portland, Oregon 97204
Subject:
Anker Holth Snubber Valves
Dear Roger:
Confirming our discussion of earlier today, I submit the following:
1.
The performance specifications on PGE old snubber valves is tighter by far than most that the writer has experienced. - De blood speelfication of less than 0.050 LP.M. being controlled through a Lee torturous path orifice is 1
subject to malfunction at the slightest introduction of foreign material into the hydraulic system. he tolerances surrounding the ball check circuit are also very tight producing a check valve that will activate at the alightest movement of fluid.
2.
The poppet style replacement valve is of the type used by the majority of snubber manufacturers, including Paul Munroe, ITT Grinnel, and Bergen-
]
Paterson who coUectively have supplied over 75 percent of the hydraulio 1
anubbers installed today. De style of poppet used in the PGE replacement valve incorporates the bleed grooves in the conical seating surface of the poppet itself. When the poppet seats or closes, thermal growth or movement is accommodated by flow through these grooven.
Should direction of movement change or load dissipate, the poppet will unseat and return to its original position. Both the seat and surface of the poppet have been hardened for extended life.
his design has a proven track record of consistent service.
Unlike the fixed orifice, the bleed grooves are not subject to plugging or holding onto any foreign matter that may have inadvertently entered the hydraulic system.
3.
The following information is to summarize the findings of the fallure analysis on the original valves. The criteria of the original valves is very tight and results in valves which do not produce repeatable data. 21s is a function of tight criteria, close tolerances, and less than ideal conditions. De change in viscosity of snubber fluid from 70 to 190 centistokes may also have had some effect on performance.
Although individual valves may have perfermed slightly out of specification, collectively in series the system may have 7300 oovernors Detve West P,0. ses 100s, Huntsville, Alahoma 380074101 G0515374411
~
Mr. Roger Wehage May 30,1986 Page 2 performed within acceptable limits. 'Ihe change of acceptance erl:erla and replacement of the valves will undoubtedly result in improved servlee.
Very truly yours, WYLE LABORATORIM Ens rations Glen R. Palmer Senior Staff Engineer ORP/ow een File l
Attachment B
.EB4UL-A4UNROE
=,2 Energy Products
- "4 p $$$
ts:
"-Gi 30 May 1986 Portland General Electric Mr. Arlen Wogen 121 South West Salmon Street Portland, Oregon 97204
Dear Arlen:
The purpose of this letter is to document our several discussions during the past year regarding the industry design philosphy of snubber control valve performance.
One school of design philosophy in the early 1970's, as I understand it, was to design control valves with a low lock-up velocity characteristic to ensure that snubbers in parallel would act together.
Test experience and better i
control valve design proved that a low velocity control valve was not necessary to achieve a near simultaneous lock-up of parallel snubbers.
Further it was determined that thermal movements while, on the average, are at low velocity they are comprised of a series of jerks which can have very high instantaneous velocities sufficient to lock up a snubber equiped with low velocity control valves.
Since the mid-1970's, Paul-Munroe has exclusively used a poppet control valve on large bore equipment snubbers, the vast majority of which have been designed to lock up at snubber rod velocities of 6 to 10 in/ min.
These poppet valves have been subjected to qualification tests which include shock loading and vibration at 3 to 33 Hertz.
Paul-Munroe poppet control valves have been used in equipment around the world and, to my knowledge, there has never been a reported case where a Paul-Munroe snubber control valve has inadvertantly locked up or malfunctioned during normal operating conditions.
If you have any further questions please do not hesitate to contact me.
PAUL-MUNROE, INC.
Energy Products Division g
Ray Galantine Manager Engineering / Services pc: T. McCord R. Fisher P. Gant RG:ked 4219K umuneu%o coveoNENTS e
SYS TEMS st4 fait.AT;ON SERV 6CE