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KAERI/TR-2141/2002
Construction of The Two-Phase Critical Flow Test Facility
KAERI2002. 3.
% ^ 4S 4 ^ y ^ ^
Korea Atomic Energy Research Institute
4 4 43%4# 2001 4^ 4^444& 444)4 4#7H4 #44 "44#4
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2002. 3.
4 4: 44#, 444, 44444^, 44# (##444444) 444 (MMIS4)44^. (^#4444)
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SMART #%}g-4 ##^44 ##4z44 44##4 444# ### S#
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#4 44 #4444. SMART #%}&# 4444 444 ##4z4 44 44
44# 4&44 44444 #s# 44 444 44 44 20 mm, 44 4444
12 MPa, 44^ 0 - 60 o C 4 4444^ ^4 #4 0.5 kg/s & 4^ ### 4
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Summary
The two-phase critical test loop facility has been constructed in the KAERI
engineering laboratory for the simulation of small break loss of coolant accident
entrained with non-condensible gas of SMART. The test facility can operate at
12 MPa of pressure and 0 to 60 0 C of sub-cooling with 0.5 kg/s of non
condensible gas injection into break flow, and simulate up to 20 mm of pipe
break. Major components of the test facility were arranged such that the
pressure vessel containing coolant, a test section simulating pipe break and a
suppression tank were installed vertically with inter-connected pipings. As quick
opening valve opens, high pres sure/temperature coolant flows through the test
section forming critical two-phase flow into the suppression tank. The pressure
vessel was connected to two high pressure N2 gas tanks through a control
valve to control pressure in the pressure vessel. Another N2 gas tank was also
connected to the test section for the non-condensible gas injection. The test
facility operation was performed on computers supported with PLC systems
installed in the control room, and test data such as temperature, break flow rate,
pressure drop across test section, gas injection flow rate were all together
gathered in the data acquisition system for further data analysis. This test
facility was classified as a safety related high pressure gas facility in law. Thus
the test facility design documentation was reviewed, and the test facility was
also inspected during it's construction by the regulatory body. The regulatory
body issued permission for the operation of the test facility after final
construction inspection.
n
4 4
-9-4 i
Summary.....................................................................................................................................ii
a 4# xiii
si 4 4# ix
414 44444 4-8-....................................................................................................1
414 444 44 ......................................................................................................1
424 444 4^ ..................................................................................................... 2
434 m4 ......................................................................................................... 4
424 44 4#...............................................................................................................5
414 4-8-.................................................................................................................. 5
424 44# 4#..................................................................................................... 6
1. Systems] 44 ...........................................................................................................6
2. Pressure Vessel (PV-110)...........................................................................................6
3. Ham Heater (HT-110/120/130)................................................................................... 7
4. Circulation Pump (CP-110) ......................................................................................... 8
5. Cooler (HX-110)........................................................................................................... 9
6. Mixing Tank (MK-110).............................................................................................10
434 4^7}^ 11
1. System^! SL4 ......................................................................................................... 11
2. Pressure Control Valve System (PCV-201) ............................................................ 11
3. N2 Gas Flow Control Valve System (FCV-201)................................................... 12
4. N2 Gas Flowmeter (FT-202).................................................................................... 13
5. N2 Gas Heater (HE-210/220)....................................................................................13
6. N2 Gas Injection Line Heater (HE-230)..................................................................14
444 ^44 4#44............................................................................................ 15
1. Systems] SL4 ......................................................................................................... 15
2. Coolant Flowmeter (FT-301) .................................................................................... 15
3. Gas/Coolant Mixer......................................................................................................16
4. Test Section................................................................................................................ 16
in
5. Quick Opening Valve (QOV-301).............................................................................17
6. Suppression Tank (ST-310) ......................................................................................18
45# inyj-Ai #44#.................................................................................................... 19
1. System# ## ......................................................................................................... 19
2. N2 Gas Supply Tank (GT-210/220)........................................................................ 19
3. N2 Gas Injection Tank (GT-230)............................................................................ 20
4. Gas Booster (GB-210)............................................................................................... 21
5. Air Compressor (AC-210)......................................................................................... 22
43# ##4 #4 4#.................................................................................. 45
41# 4-8-...........................................................................................................................45
42# #4 ^ 4#...........................................................................................................45
43# ##4 #4 .............................................................................................................46
44# S# # 44 47
41# 4-8-...........................................................................................................................47
45# 44 ^ 444#.........................................................................................................48
41# 447] # 1M........................................................................................................48
1. 444.........................................................................................................................49
4. #4 444..................................................................................49
4. 4# 444........................................................................................................ 49
4. 4# 444..................................................................................50
4. 4^ 444........................................................................................................ 51
2. 44 in...................................................................................................................51
7>. 4# 4 4 in n44 (PCV-201)................................................................................51
4-. #444 in (pcv-ioi)............................................................................. 53
4. #n/M: m44 (FCV-201).......................................... 54
4. On/Off in...................................................................................................... 56
4. Quick Opening Valve (QOV-301)...............................................................56
3. Safety Valve............................................................................................................ 56
42# 444#..........................................................................................62
- iv -
1. 44#.........................................................................................................................62
y}. Overview #4 ........................................................................................................... 62
4. 444 444 ................................................................................................... 64
4. 444 4^3...............................................................................652. PLC 4444 ...........................................................................................................66
7}. PLC 4^44 #4......................................................................................... 66
4. CPU 2.#..................................................................................................69
4. 44^71 4^ 2.4......................................................................................... 69
4. 44&zi #4 it......................................................................................... 70
4. 444 4/# 4 s#................................................................................ 70
3. 442.4 71
44-0-7] 4 44#4................................................................ 71
4. 7}# ^4.................................................................................................. 72
4. 44 44........................................................................................................... 73
4. 44/444 4444......................................................................................74
4. 444 4444 44.........................................................................747h MMI #4 ................................................................................. 74
4. 444 44....................................................................................................... 75
4134 DAS 44 ................................................................................................................78
1. DAS 44 44 ........................................................................................................78
2. DAS 444- 80
7}. DAS 444 44 44.......................................................................................................80
4. 4444...............................................................................................................81
4. Trend #444 ..................................................................................................82
464 44 4#............................................................................................. 84
4114 44 4 44....................................................................................841. 44 44-................................................................................................................. 84
2. 44.............................................................................................................................85
3. 44 44.........................................................................................86424 44# 4 m44...................................................................................................87
1. 44#.........................................................................................................................87
V -
2. msiM 87
4174 444 4^7% ..................................................................................................................... 91
4U4 44 91
7%24 44 44 .................................................................................................................91
1. 4444........................................................................................................................... 93
7}. #4# 4^7iM 444^1............................................................................. 93
4. 4444^1 417] .............................................................................................. 94
4. 4444^1 4^1....................................................................................................94
4. 4444^1 44................................................................................................... 95
4. 44444 4444........................................................................................... 95
4. 44444 ^4.............................................................................................. 95
4. 44444 44................................................................................................... 98
2. 43% 44......................................................................................................................... 98
7}. 44 4 4#7]4 43%?I14................................................................................98
4. 4444^7% 4 4^1 4^1................................................................................100
3. 444 4#44 4^44 44.............................................................................103
7}. 444 4 #4................................................................................................. 103
4. z44 4444...................................................................................................103
4. Scintillation Preamplifier................................................................................... 104
4. Amplifier and Single-Channel Analyzer.............................................................104
4. Timer and Counter............................................................................................104
4. MCA Analyzer.........................................................................................................104
4. Minibin and Power Supply................................................................................... 104
4. Counters] Ml 4 .........................................................................................................104
4. 4444^7114 4444.....................................................................................105
434 444 4^7114 314..............................................................................................105
1. 444 4 #4 4 4^44........................................................................................105
2. 444 4 #4 4 31444................................................................. 1074144 444 4^44 444..........................................................................................108
4184 44444 447}...........................................................................................................110
- vi -
4W 4-0-...........................................................................................................no
424 447} 44 44 ^ 4#.................................................................................no
434 447} #4 ...........................................................................................................Ill
494 #Zg-4.......................................................................................................................112
4# 1-1 N2 Gas Flowmeter (FT-202) a4x}&........................................................ 114
4# 1-2 Coolant Flowmeter (FT-301) -HTj x}jg_........................................................117
4# n-1 44 4444 A}^ ............................................................................................H8
4# 0-2 44 4444 A}^ ........................................................................ 1204# n-3 44 4444 A}^: ........................................................................ 122
4# n-4 4^ 4444 A}%........................................................................ 125
- vii -
20
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# 2.1 434 #4 4^## 4^7}a4 34..................
a 2.2 4^7j-a##3a 3 Gas Injection 3^4 7]# xj-g.
It 2.3 4y-^a 5 Gas Injection 4a4 44...................
It 2.4 4^h Gas BoosterSj #_£L7l 7] a}-4..............................................
a 5.1 34 4444 44 444 44 44..................................
a 5.2 4344 443 34444....................................................
a 5.3 #3 4444 #4 444 #4 #4 ...................................
a 5.4 43 4444 44 444 44 44...................................
a 5.5 4^ 4444 44 444 44 44...................................
a 5.6 4444 443 4^444....................................................
a 5.7 43^34 4# 444444 44 34............................
a 5.8 FCV-201 4444 444 FT-202 44= 44M4 4:4
a 5.9 On/Off #H4 4444, ^43, 4^4 3 s#..........
a 5.10 444 34#n 44 3 #4 44......................................
a 5.11 PLC 4 #4 s#4 44...........................................................
a 7.0 44344 44# 3444 4434.........................................
a 7.0 34434 43 43344 44..........................................
3 7.3 4&# &4 #4434 phantom4 44............................
21
21
22
57
57
58
58
58
59
59
60
61
61
68
94
95
107
44
71^ 2.1 MM 7l]^ .......................................23
M 2.2 H]-§-47^ oj^M MM P&ID .........................................24
Ti^l 2.3 Pressure Vessel PV-110 ASS'Y .................................................................... 25
71 ^3 2.4 Pressure Vessel PV-110 Head & nozzle Detail ......................................... 26
TZ.*g 2.5 Electric Heater HE-110/120/130 ASS'Y .....................................................27
71^3 2.6 Non-Seal Canned Pump CP-110 ..................................................................28
71^ 2.7 Line Cooler HX-110 ASS'Y ..........................................................................29
71^ 2.8 Mixing Tank MK-110 ASS'Y ......................................................................30
71^3 2.9 Pressure Control Valve PCV-201 ASS'Y ....................................................31
71 ^3 2.10 Pressure Control Valve Installation .............................................................32
71^ 2.11 N2 Gas Heater Vessel HE-210/220 ASS'Y ............................................... 33
71^3 2.12 N2 Gas Head & Injection Section ............................................................. 34
71^3 2.13 Test Section (4*20 mm, L=300 mm) .......................................................... 35
71^3 2.14 Test Section (4*10.9 mm, L=1000 mm) ..................................................... 36
71^3 2.15 /] Test Section (4*10.9 mm, L=1000 mm) ............................... 37
71^3 2.16 Quick Opening Valve QOV-301 ASS'Y ....................................................38
71^3 2.17 Suppression Tank ST-310 ASS'Y ............................................................. 39
71^3 2.18 Sparger in Suppression Tank ....................................................................... 40
71^ 2.19 WMTll# 71]^ ........................................................................................ 41
M 2.20 ^a(GT-210/220)^3 7lj^ ..........................................................42
71^ 2.21 Gas Injection Tank(GT-230M 7lj^.........................................................43
71^ 2.22 Gas Booster (GB-210)^| ............................................................ 44
71^ 5.1 ^ .....................................................................................52
M 5.2 FCV-201 ^^1 ^ MW ................................................................................ 56
71^3 5.3 Overview sj-Vl ....................................................................................................... 63
71^ 5.4 ^ .....................................................................64
7i^ 5.5 65
- ix -
3^ 5.6 PLC 44^4(444 4-r4 D Panel)..........................................................67
3^ 5.7 444 PLC4 44^..........................................................................................68
3^ 5.8 f 44 44 #444......................................................................................... 77
3 4 5.9 444 Trend 44 ....................................................................................................................77
3 4 5.10 DAS 444 4 #44 .........................................................................................81
3 4 5.11 DAS 4444..............................................................................................................................82
3 4 5.12 DAS Trend #4##..............................................................................................................83
3^ 6.1 ## 44 4 44 #4^.................................................................................. 84
3^ 6.2 44 4 43 44 7%^...................................................................................85
3^ 6.3 44414 ^4 4 f4 ....................................................................................... 86
3^ 6.4 44# ^ 34^4 44....................................................................................88
3 4 6.5 1# 4 2#4 Me]] 4 4#4 ...............................................................................................89
3 4 6.6 3#, 4#, 5# 4 me]] 4 4#4 ..........................................................................................90
34 7.1 444444444 4-8-4 4&# #4-8- 444 4m4........................92
3 4 7.2 444 4^44 7#m.......................................................................................... 93
3^ 7.3 44444 444 4444 44444 44 7i]#m.................................. %
3^ 7.4 44444 444 4444 44444 24 44m.................................. 97
3.4 7.5 444 4^44 44mm ^4m................................................................... 97
34 7.6 4#4 4^1#4 4#44 444 MCNP 444 44 Nodalizadon....99
34 o.7 44444 4^..............................................................................................101
34 7.8 444 4#44 44 44] 44....................................................................102
34 7.9 MCA# 444 4^44 44........................................................................ 106
34 7.10 444 44 #4 #4 444 4# 43444 4444..........................106
34 7.11 4&# 44-8- 4444 44^...................................................................... 109
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4444. 4444 44### #44 4#7l-5:# 4444 4 #4 444z 4
55 #44444 Main Heater4 Cooler# 44, 444 -444—5-4 5.45.4
4^H4 #^^44 #4, 444444. ### 444 ## 44144 441 4 414
444 444 44.
2. Pressure Vessel (PV-110)
4. ## 4 4^1
Pressure Vessel! #4 #4 )# 44 444 44 44 4441# 44#4
4 #^ 4 44 #5. 44/444 4444 ^44# 4445 44 4 4444#
44444 4444 444 444 4M4# #44 ^44# 4#4# 44
component0!4. 4444V 4444]#, 44444# 4 4444#4#4 44
4444 ^444 4V4V71- #444 4#4 ^444 4V4V4 drain 4
vent# 44 4144 ### #4/1- 4444 44. 44#4 44 44# 444
4444. s4 #444 4# 44#4 4 ##71-5:71- 54#5. #44 44#4
#4#44, 444 spool piece, 44 tap ## 444 4 4v# 5## #4, 4
4 44 ###55.4 #44 ###5. 4# #4 #4 4-4 44 4 ^4^ 4 4
5:71-5: #4 #4 #4## 44 444 baffle# #4# 444. 44#44 44
4 5### 4444 444- 4#4 444 44# 5.4 2.3, 2.44 444 44.
- 447H4#4# 44: PV-110 44, 4 ", N2 (flange)
- 6 -
- m##4# 332# : PV-110 1-1/2 ",Sl(3,3ea), S2(#) (Fange)
- 327}2^-#4# 332# : PV-110 34, 2", N1 (Fange)
- T/C spool piece 432# : PV-110 34, 3 ", G1 (flange)
- Level Transmeter 432# : PV-110 34, 1-1/2", G2 (flange)
- Safety Valve 432# : PV-110 34, 3/4", VI (boss)
- P, T tap 432# : PV-110 #4, 1/2", G3-G7 (boss)
4. 44 4 34
Pressure Vessel!/- 2.42.43 3 44 3 4 34-4—2 3 443 4 42
2 437}244#43 44 44 34/43344. 42444 ASME 224 Sec.
vm Div. 2 33# 444. 42444 4# 443 m# 44 4 4# 44 44
4 443 44.
- 4424 : 43 172 bar, 42 353 °C
- 4444 : #, N2 42
- 44 : #4, 4443 -+ A240-Ty304 (STS304)
4443, 2# -+ A182-F304 (STSF304)
- 44 (shell) 44 : 58.1 mm
- 444 3(top head) 44 : 180 mm
- 3334 43(head) 44 : 60 mm
- 4 4 : 3 4 600 mm, 4 °] 4975 mm
- 44 : 4434(316 bar), 33344(RT/MT), 332/432 #4
3. Main Heater (HT-110/120/130)
42 ^ 44
Main Heater# 4344(PV-110) 43 ^34# 44233 #22 7}
#44 33 4434^. 3#343 ## 643 444 120 bar 323 °C3 2322
7}#444 34. Heater3 #3# 3344 344 4344 34 #444 43
3443 #4, 434 loop #433 3#3# 23334. 24 3443 #4#
4# 234 43 33# 33334. Heater3 44# #344# #444 42
333# #44 344 34 heater# 4 #2 43334. Heater3 m2 44# 4
#3 424 444 4## 23 2.54 4 44 44.
- 7 -
- 444P4 #42# : Heater Vessel #4, 1-1/2", N1~N6 (flange)
- Drain : Heater Vessel 44, 1/2 ", N7 (flange)
4. 44 4 44Heater Vessel V| #5171144- AS ME 2Mp Sec. VIII Div. 1 & Sec. II
Part D ^4# 444. #^P4P 4# 444 4# 44 4 4# 44 444 4
44 44.
- %i]44 : 444#
- 4P^4 : #P 172 bar, 4^ 353 °C
- 4444 : 4
- Heater ##p : 150 kW (50 kW x 3 ea)
- Heater Rod : <pl8xl500L mm
- Heater Vessel : 8 " SCH. 160S, 1674 mm,
12 Heater Rods included (50 KW for each vessel)
- Round Cap : 8 " SCH. 160
- 4 # : SheU, Nozzle A312-TP304
Cap A240-TY304
Flange —*■ A182-F304
- 44 : 444^(267 bar), P4P44(RT)
4. Circulation Pump (CP-110)
4. P 4p
Circulation Pump# P4P 4#A1 4444 * * 71 PI 44 Main Heater# 4
P 7}#p^# 444 pp ##47] P 444P 44# 44
P4# 44. Pumpp 444 heaterp 444 4P4P P 4^44 44 Zp4P
5 m'/hrg. 4#4#4. P4 4P4P P WW 1544 IP 444# 44PP
444 44 size# 1-1/2 "4 44P44. Pumpp 444 444 4# pp##p
4444 4 heaterp 4444# nlppp 25 m# 444914. Pumpp type# 2
42.4 #4# 2pp-p 7] 4 aj o] #4#2 2#p 4 4 non-seal canned type#
- 8 -
4^444. 2.6 4^)
- 4443]# # : Impeller #, #4, 1-1/2", Nl, N2 (flange)
- Cooling Line : Casing #4, 1/2", N3, N4 (flange)
4. 314 4 44
44444 44^43] 44 ^^4 43] 4 ^^314431(44)
44 4^444. 444 #_& 44 4 4# 44 444 444 44.
- 444 : 44
- 43]^4 : 44 172 bar, 4^ 325 °C
- 4444 : 4
- Pump Type : Non-seal Canned
- Flow Rate : 5 nf/hr
- Head : 25 m,
- Power : 440 V, 3 <p, 60 Hz
- Material : Casing, Shaft, Impeller STS304
- 44 : 4444(258 bar), 44444, ^#^A}
5. Cooler (HX-110)
4. 4^ 4 43]
Cooler# 4^4/14 ^4A]]7]- 7]-#A] #4^# 4
4 ^44 444 4^# ^44 44 ^4444 20 CAirg. ^4#4.
Cooler^] type4 shell & tube type0] 3. 44s] 45, 4 44 s] 44# 447] 44
4 #44 444 43]4#4. (zz.4 2.7 4^)
- #^43]# 44^# : Tube side 4, #4, 1-1/2", Tl, T2 (flange)
- Cooling Line 44°c# : Shell side 4, #4, 1", SI, S2 (flange)
4. 314 4 444^3144 ASME a^4 Sec. VIE Div. 1 ^4# 444. 4^3] 43]
- 9 -
4# 4314 4-0- 4 44 4## 4#4 44.
- 431^4 : 44 172 bar, #S 353 °C (tube side),
44 10 bar, 100 °C (sheU side)
- 4 "o'44 : #
- 44 : Inner & Outer Pipe —► A312-TP304
- Tube : 1-1/2 ", SCH. 160S, 1422.6 mm, 2500# WNRF flange
- SheU : 2-1/2 ", SCH. 80S, 1000 mm
- 44 : 4444(8 bar), 44444(RT)
6. Mixing Tank (MK-110)
4. #s 4 431
Mixing Tank# 44"o"4 44 444 444(demi-water)4 4444
444# #44s# 4444 444 #44# 44#4# #4431 44 44 s
S-g-4 44. Tank 444 44444 4444 44 injection line# 4444P-4
tank size# 20 liters. 44444. (s_4 2.8 #S)
- ^4# #4 Line 44^# : Tank 4, #4, 1", Nl, N2 (flange)
- 4444 444 : Tank 44, 1", Cl, (hatch)
- Drain : Tank 44, 1/2 " , Dl, (boss)
4. 314 4 44
4^314# ASME Sec. VIE Div. 1 44# 444. 443144
4# 4314 #_& 44 4 31# 44 4## 4#4 44.
- 431S4 : 44 5 bar, 50 °C
- 4 "o'#31 : #
- 3] 4 : SheU A312-TP304
Head, Bottom —► A240-TY304
- SheU : 12 ", SCH. 10S, 320 mm
- 44 : 4444(7.5 bar), 44444(RT)
- 10 -
4]3^
1. System# #4
##7}^ ##^]## #4#7] 44 ^ZM# 44# #4#& 7}°}e}7] #
44 Z#4 ##7}^# ^-#47] 4 ^#a^4 #^7}^# ^4#°_g.44##?}^: 4^] #4 4^# 4^47] #4 444- #4 #4# 7}°}e}7] #4 #A] #.# Pressure Control Valve System0] 4 a] 5] Si—13] 4#4 4 4##7}Ai #4
#44 4^1## N2 Gas Flow Control Valve System0] 44s] 44. 4#4 44
4444 4 ##7}^ 44### 4444 4 s# 4# 44 7} 4 heaterg.^] 4
h 444 44 N2 Gas Heater4 4444 444 4 4 N2 Gas Injection Line
Heater?} 44444. ##7#s 4#^] #4 4^] 44 44] 4 414 444 4
44 44.
2. Pressure Control Valve System (PCV-201)
7}. #s ^ 44
Pressure Control Valve System4 4 ### 4444 44 4 4#44
1344& 444 4444 4 #44 4^4 4#4# 44 4 system# 4444
444 3.47}^# ^4^ 444S& 44# s#4#g.4 444^4 44 44# :&444 444. #444 #s&# #4 #7] 444 4^ 4^# 4444 444
444 4-4# 4-4# 7] #4 #^44. 4444^4(120 bar, 251 CM4 7}^
##4 ##44# #444 444 44S44 4#444 444 44 44#
2"& 444^^4 PCV4 4#4# 44 valves 44 #44 #44^4.
1) Valve Size #41
44]#4 4^^4# 3. 447} ^4 4]#4 4# 44#44 4^4
4# # valveg. 444 #4447} 44-#s.g. 444# 44#4 44# v.44
4 47} °] a] V, 4# #44 valve# 4 4 4444 system# #4 444. Valve4
size #4# 444 4# 4^]#4, 4#?}^ #4, #44444 ## z
444 444 #44# valve #4^]#(Cv)# 4#444. ^144 Cv 44##4
47} 4 valve size(40, 25, 20, 15 mm)# 4 4 44#4 valve body type# Modified
EQ% Globe valve# 44444.
2) 41444
- 11
44 XH 4 4 7l#5] # valve 7]] 3l] °] 5544 # controller0!] 73 #45#
•o-7]*]-(max. 5 kg/m!M 45 spring/diaphragm4 134 54 °!l 4 44 valve 4°]
## 4 55-4 cone4 valve seat4 45-4 4 4 44. Controller# 444°] 444
#5#:(4#44, 4-20mA)4 #545 ^444 44#7](pv-ll0)4 444 44
444 44 4444 47] 44" actuator4 4444. IP converter5 controller4
###4 444 #5#M 4444 4444 4 4 5# 54444ag.^44 54
444 4444. 44 4 4444 5 bar #54 444 5445# 4444
45- 4444. 444 7]] 4 valve# 45 4 system 444 a^ 2.9, 2.104 44
4 44.
3. N2 Gas Flow Control Valve System (FCV-201)
/}. #5 4 44
N2 Gas Flow Control Valve System// 44 4 4#414414 test
section 44 4444 4454 N2 7]-a# 44 #45-4 4447]-^:7]- 5## 4
455 4455 44# 71544 44 44 4444 system44. 4^4 N2 7}
a 5444 544 54444 4, 54 544 444 444as. 5544734
54M 44 44W 4aaM 445#55 5445# valve 7^]# ^4%
4. 44445554(120 bar, 251 CM4 7}^ 550] ##o]el# 5444 47]
4 55544 45444 444 a^ 4## l"5 #44454 4 system0!]
4-545 valve size# °] °1] 544 44454.
1) Valve Size 44
N2 7>a 54554 44554 44 a 447> 4 4 454 44 54
554 544 44554 444 55 5 valve5 444 444471 445^5
4445 4455 44# a454 44 7i]°] 73^. 4# 554 valve# 44 4
#44 system# 4445# 44444. Valve4 size 44# 444 4# 4 4]5
4, #57^: ##5a 4-4, 444544 55 a444 444 #445 valve
5545(Cv)# 45454. 444 Cv 44#54 47]] °] valve size# 4444#
4 valve body type# Modified EQ% Globe valve# 44445. 44 4 4°!] 7] 5
valve 4554 4# #5 444 444 valve(3/8")# 44/715544.
- 12 -
2) ##44
55# 4 4 454# valve # # S] ##44 o_ controllers] # 44:4#
-§L7]<^(max. 5 kg/mlS] 45 spring/diaphragm 4 134 54 S] 4 44 valve 5#
44 4 55-4 cone4 valve seat4 45# 4 4 #4. Controller# #444 4 44
4531(4444, 4-20mA)S] #445 544-4 Orifice 55##-54 #4% 44"
S] 4# 444# 544-4: actuatorS] 4554-. IP transducer# controllers] #
444 444 4531# #555 544"4 445# 44 4 4# a#.## 4 545
55 #445. 54444a# 44- 5 bar 45# 444 54 #5# 544-54
#. 5444. 544 #4 valve# 5^5 a4 2.9S] 454 44.
4. N2 Gas Flowmeter (FT-202)
7}. 5^
N2 gas flowmeter# 4557]-## 5£#4 4455 44 4 N2 7/# #
4#45 554 test section# 5445 N2 7]-## 55# 5454 44 #54
44. N2 7]-# 55# 44^44 5-8-4 45#ag. 445a 4444 55 #5
47} -S-444. #5#4 55445 44 230 bar, 5^ 100 °C4 ^4# 5554
a# l"4 N2 7]-# 54#44 45544.
5. #445
44 #5 S] 444 55## Hoffer Flow Controls44 turbine type#
44544. Turbine type 45## 454 turbine 4 444- a] #5# 44 # °]5
4 5 44# 454# #4a#4 5444^# 4# 4454. #54 4
#4 555 4#4 45# #5# a4A]-&# 5# 1-1# 455^4.
- #45 : Turbine Flowmeter H01X1-30-B-1(RPR51S)-F25CS-CE
- # 55 : Hoffer Flow Controls Inc.
- 5544 : 0.012 - 0.67 kg/s at 175 bar, 87 °C
- 5555 : ±2 %
- 4 5# 4 : 1" sch. 160
5. N2 Gas Heater (HE-210/220)
- 13 -
7}. -0-3E ^ -#71]N2 Gas Heater4 4 #47^7]-  444^ 4444 444 test
section 44 444 4444 N2 7^# 444^(^4 80 °C)& 7}#?}^ 444
47] 31% 4444. Heater^ 444 447}^ 44"^a(GT-230) xM4 44 4
44 ^4444 4444 444 4^4 4^ 444 2^7}^ 4-4444 heater
# 44 44# m 44 44 44 m4^4 44 444^# ej-^c]-. Heater^ 4
44 4 4# 43=4(0.5 kg/s)-5-5, ^4 4 H N2 y}^y} heater vessel# #444
44/LV(4i:1| 80 °C)44 7]-‘jt4(V# a]4444. Heater Vessel 4 7} 4=^- t\
#4 ##4 444- tfl## 7i5l 2.114 444 44.
- N2 Gas 4444 44i=# : Heater Vessel #4, 1", N1~N4 (flange)
- Drain : Heater Vessel 44, 1/2 ", N5 (flange)
4. 44 4 44
Heater Vessel 4 4 (V 7)144 AS ME HAS) Sec. VIII Div. 1 & Sec. II
Part D 44# 444. 4^444] 4# 444 ^_s_ 4# ^ 4# 4^4 4
44 44.
- 44^4 : 44 250 bar, 150 °C
- 4447)1 : N2 Gas
- Heater : 30 kW (15 kW x 2 ea)
- Heater Rod : <pl8x2895L mm (Watlow)
- Heater Vessel : sell. XXS, 3225 mm,
- Round Cap : sch. XXS
- 71] 4 : SheH A106-Gr.B
Cap -+ A234-WPB
Flange, Nozzle —»• A105
- 44 : 4444(295 bar), 44444(RT)
6. N2 Gas Injection Line Heater (HE-230)
-0-^ 4 44
- 14 -
N2 Gas Injection Line Heater4 #2# 4 it## 4 ###
44## 4#4 N2 Gas 7}# heater(HE-210/220)4# 4##2(80 °C)2 7}#4
4# ## N2 # 7]-#45i44- ###4 4 #4 #44# #2# 2#4
#7] 4 % #22 7>2 #444 444 heating wire# #4 #4 44-.
4]4^ ##41#
1. System# #4
##7]] ##4## 4-4-0-7] 4 2#2## ^#4# 4444# 2###
test section# ##4 ##4-44 ig### 444#44-. 4471] ##
a] 4# N2 #-2# test section4 th47] 4# 7]/4 ###7]- #444
912 ##### #W4 4# ##4 4 ##444 4## 7% 4# 4# quick
opening valve7]- test section4 4, #44 ##44 $14. Test section# 4# ##
4 ##4 4 47]]^ ##4 4# #44 suppression tank4 4 4444 4 44 #
44# 4#44.
2. Coolant Flowmeter (FT-301)
7F #2
Coolant flowmeter# #4 #7] tfl 2#2## 4#7]]y\ test section#
##4 44 ### 4 #### 44### #4## 4#444. #4### 4 4#4 4424^ #44- ##44# 22, 4#4-4 #24 e ### #222
4#44 #44 ##244 44# 4## 2.444# 44-. #4-4 44 444
4 ##44 2#24# 2#2#(172 bar, 353 °C) 24# 44444 #2# 2
### #4# # #44 #2 ####4 ^4# 42## ^24 #4#4# 4
4444.
4. 4 #7]-#
44#44 4#4 ##4# Fisher Rosemount## Probar type# #4
#914-. Probar type ###|# Pitot tube4 44# 4## 422 44444 2
##4 4##4 44#44 4# 44-# #4# 7M2 44-. ###
4 424 4#4 a4x]-&# ## 1-24 4 ##914-.
- 15 -
- 444 : Probar Flowmeter PBR+26S
- 4 4" 4 : Fisher Rosemount (SG)
- ^444 : 42 kg/s at 120 bar, 320 °C
-: +0.5, -0.7 %
- 4-§-44 : 4" sch. 160 (ID-87.32 mm)
3. N2 Gas/Coolant Mixer
#T 4 44
N2 Gas/coolant mixer# 4#^7j-A7j- #44 4 4## 44#4 444
test section 44 4444 44-§-7] #44 4 4 4" 4 4 N2 7j-A 44 4 4##44
4 N2 7}## ggej-4 #44# 44# 44. 4"#% 4^#4## 444 4#
^47W 4^7}# ^^7} ^#2.# 41i44 4 444 44
444 44. 44 44 4444 444444 60°444 4 44444 4 444
& 44444. 4^44 a4# 41i##4 44 #440.# xj.#ej-7] 4>3
mm 44, <P6 mm 44, <t>9 mm 444 44444-
4. 7l#A}^=
44/444 N2 gas/coolant mixer4 7) 4444 444 4—4 444
444 ti4 2.124 4 44 44.
- Injection Hole Size : <t>3 x 4 ea, (|>6 x 4 ea, <t>9 x 4 ea
- Hole Injection Angle : 444444 60°
- Injection Hole Location : T/S 44 4 770 mm
- Head4 Injection Hole 4444 : 1/4 "x 12 ea
4. Test Section
7}. ## 4 #4
Test Section 4444 4444# 4444 #444 4^444
4-o-4 4 ### 1600 mm 4 Taj T4# 4S-444. Test section# 7]/4 #4
444 quick opening valve 44 4 #4144 444 44 point# 444 4 $1#
4 44444. 444 444 test section# sharp edged pipe 4 4# 44 20
- 16 -
mm°l] 4 °1 300 mm (Tl)4 4 4 10.9 mm°l] 3=°] 1000 mm (T2)# 4444 4
^4 4#4^4. 5# 44#44 7]&& #^g# 444 T2 test section# 44#
5 7]&# #4# test section# ###. 4144^4.
4. 4 #44
44/#44 test section4 7]#44# ^}4 4 4—4 #414 4## ci 4 2.13, 2.14, 2.154 444 44.
- 4 4 : Sharp edged, Pipe
$20 x 300L (Tl), $10.9 x 1000L (T2) for P, T Measurement
$10.9 x 1000L (T2-u) for Void fraction Measurement
- Flange : ANSI 4 " 2500# WNRF, A182-F304
- T/S : $20 x 300L, $10.9 x 1000L, 3/8 " sch. 80S, A182-F304
- Pipe : 4 " sch. 160S, A182-TP304
5. Quick Opening Valve (QOV-301)
7k #5
Quick opening valve# Test Section #44 4444 444 44#7]
4 447M #^544 ##44 #^?i]4 4444 ^ $}4?} 4^4
44]#4 4^# #^44 4# 4## 44. ci4v.5 valve 444 e
150 bar)44 valve4 44 7^4 4#4z 4444 444 44. 5
4 valve?} 44 44 4 4 # ?] 44 °] ##444 44.
4. 4 #44
44544 4 44 QOV# Globe valve# 44 44#4 ##44#
pneumatic controller# 4#44 4- 4 #44# 4#4 ##4 valve #5# Cl 4
2.164 444 44.
- 445# : 172 bar, 353 °C
- 444 : 4444
- 44?}4 444 4 : 1.0 sec.
- 17 -
- 4 #4 4 : 4" sch. 160S (087.32 mm)
6. Suppression Tank (ST-310)
7l. #3 4
Suppression tank# #4A1 test section# #44 3# #44 # 3.#5)
#, #7] 4 N2 7}3 ## MW ##44 #4 4 4444 # 4 #3 4 #4
#4% 44#7]44. 444 #444 444# 4%4 #7]# MW1 %44
4 #4 #3 #44 ##444 44 444 #4# 444 4# 44## 4 #4sparger #^7} ##W. W] #4 4 3###4 #4# #4# ##4
433 4# 34% 443 #444. ^34 #-§-4 44-4 5 bar# 44 ^3#
MM34 44#% ### 43 4 #4 #3/1 60 °c 4%7l 43# %44.
^34 ^3 44 #444 4444 #^%4 4% ^3 4 ##44
4 44# #7] 444 flexible joint# A>#444. 43 4 ##44# 4Til#4
4## 4 #44 #44# 444 sparger4- 4444 44. #7] ^ 3###4
#433 4% 44#%# 47] 4M 4a ##44 4# ### 44# 444
44.
- %#7]]4-#^# %#3# : ST-310 ## #4, 4", N1 (flange)
- 4# 44 4#3# : ST-310 ##, 8", N3 (flange)
- %4# #4 4%3# : ST-310 44, 4", N4 (flange)
- %4# 4# 4#3# : ST-310 44, 1", N5 (flange)
- Level Transmitter 4 #3# : ST-310 #, 44, 1/2", G1 (boss)
- 3344 4%3# : ST-310 #4, 8", N6 (flange)
- P, T tap 4%3# : ST-310, 1/2", G2-G5 (boss)
4. 44 4 44
#344# ASME 334 Sec. Vfll Div. 1 %4# 444. #3444
4# W14 #3 4# 4 4# 44 4## 4#4 434 444 4## 34
2.17, 2.184 444 44.
- 18 -
- 43M : 43 5 bar, M 323 °C
- 3443 :#,#/]- ^ : 43 SS400, Flange A105
- 43 (shell) 43 : 12 mm
- 3343 33(head) 43 : 12 mm
-34:33 3,000 mm, 43 2,850 mm MM 17,000 liter)
- 34 : 43333(RT)
1. System-3 43
3437}^ 4444 4344 43 3-3333 3^7}^ 43344 434
34 43^33 334 43 3 43 3-z 7}#434 4344# 4343 34
43M 344 44 3A.& 4 150 bar3 9,090 liter 443 447}^ 3ag_3g.
43 4^7}^:# 4444 447}yz# 7}3" 433 3 4 Gas booster 3 Air com
pressor 5. 433 7>4 3—3 3 1,800 liter 443 2 33 3 4 7} >24 4^3.
(GT-210/220) 4 1,400 liter 443 447}34^443a (GT-23014. 4333 4
4. 347MMa34 343 434 4343 34 4333 4^ 434 34 4
333 3-333 343 ^4 447#S 443 200 bar 3444. 7}43^ 447}
^# 43^444. %}444. 3#334 4344.7} 3333 44. ^4 7}^ 44
4434 4444.3 34434 344. 3 4433 4333 33. 3447}^ 3444 3344 43 43333 447}^ 343 34^4 3.3 2.193 334
33.
2. N2 Gas Supply Tank (GT-210/220)
4^7}^4#4a GT-210/2204 Pressure vessel (PV-110M3 434#
Test section# 433 4#4 34 Pressure vessel 43 334 434 344 4
3333 343 3434 4^43 3133# #47}4# PV-1103 #433 33
4343. 4T7}yzir4^a.3 434 Pressure vessel33 33 44434 120
bar# 4^33 44 4333 434 4 4^4, 3^7}^4#^a3 43 434
- 19 -
4# #4 #ayj-a ###a# -§-4# 3.6 m'S # 4# ## 44 444
133.8 bar7}44 PV-110 4 44 ## 44^4 13.7 bar4 44/} 44 ##4 4
#4 4 as 4&44 44 1.8 m'4 44# /j-4# 244 #a44#a [##4^:
44#4(NK)]s 4444 4 #a4##a#4 #4# 3.6 nts 44444.
##4 #a###a# ^a/j-a# 44 200 bar, #S 25 °C#4 44 4 20 mm
4 Test section# 4#4 44 ##S#4 #444 120 bar0!]4 #4# ## #
#44 #4 #a## 4a GT-210/2204 #a/]-a4 #4 4 #a #4 44#
# 2.14 44444. 4##/]-a 44## 44#4 ###444 #a/]-a##^
#44 #44 ##4a##4a 4 as#a#4 ^a4#4s 4 44# # 2.2
4 # 2.34 44 444%4. #a## 4 a (GT-2l0/220)4 #4^4# a^
2-204 44444.
3. N2 Gas Injection Tank (GT-230)
4T.4aklS##4a7l N2 Gas Injection Tank (GT-230)# #4 4 Test
section# #44 4#4# ##44 4##4a# #444 44 #a4a4#^a #4 ### 4#44 4aifl 4a.4a4 44# ###S 444 Pressure vessel
(PV-110) 44 4# #-4 ## 4## #4 4a Test section 4# 44 #a 74
°c 4 44#4 0.5 kg/s# #4# # 4a# 444%a, #ass#a# #4 4
4# 44 44 44 #a# #4# 1.4 m'S 44444. 4##/]-a 4### #
4#4 ###44 #ayj-a#44#4 444 N2 Gas Injection Tank (GT-230)
4 4#4& 4 44# # 2.2 4 # 2.34 44 44444. a# N2 Gas
Injection Tank (GT-230)4 #4^4# 2.214 44444.
# 2.1. ### #4 #a## #a4 ^a/j-a# 44
# # 4 # # #
4 4 (bar) 200 133.68
# a (°C) 25 -18.76
4 a (kg/i#) 226.17 177.17
# 4 (kg) 814.2 637.8
- 20 -
a 2.2. ^ Gas Injection ## 4# %J&
GT-210/220 GT-230
Volume 1.8nf 1.4 m3
Dimension V609.5mmx7,755mm L 'l'609.5mmx6,150mm L
Max. filling pressure 250 bar 250 bar
Hydraulic test pressure 417 bar 417 bar
Total weight!approx.) 2,655 kg 2,125 kg
Material Cr-Mo steel Cr-Mo steel
it 2.3. 4 #.43# #43 5 Gas Injection 43# 7}^
4 4No GAS SUPPLY TANK
(GT-210/220)Nz GAS INJECT TANK
(GT-230)
^ 4 41 ^ 41 ^
4 # 4 (# 4)
3,600 liter (1,800 literx2)
1400 liter
44(44)4 4
3.6 m3 1.4 m3
43
4# 44200 kg/cm2 200 kg/cm2
4 a %J 4444 (NK) 4444(NK)
4. Gas Booster (GB-210)
4# Gas Booster (GB-210, Model: AGD-32, HASKEL INC.))# ## #4
44 °1 150 bar'll 4 #4# Tank Lorry## Bj 4#7j-a# ##4°}- 4#ir#4#
4 44^ 2^4 4#/J##4^3 (GT-210/220) 4 Nz Gas Injection Tank (GT-230)
4 44 200bar4 4#4## #4444 444 4#/J## #444# 4444.
4# Gas Booster0!!4 4444 4 1= 4T4—4 4 41444 145- PressureVessel (PV-110M4 44#4 44# 120 bar# 444 4#4 4#/J##4^3
GT-210/2204 #4444 4 4#/J# #4 443# #444 # 4# 4#4 4 5.43. 44. 4 4 444 4444 44.43 Tank Lorry# 44.4^43.44 4
- 21
4?}4 444 9090 liter (505 liter x 18 bottle)44 44 4^7}^: 44 #44
200 bar#4 7}4# 444. 4^ Gas Booster# 4-&- 71?! A}^^- a 2.44 444
%4. S# Gas Booster (GB-210)# #4^44 zi# 2.224 444^4.
4 2.4. Gas Booster4 44 7] 7] A} a}
4 4 GAS BOOSTER(GB-210)
^ 44444
(AIR 444)
44(44) 4 4 181 Nm3/day
#z A}4 200 kg/cm2
4 HASKEL
5. Air Compressor (AC-210)
Air Compressor (AC-210)4 Gas Booster (GB-210)# 4444 447}
4# 7}## 7] 7] 7]7]g. 21 444 Gas Booster (GB-210)# 444
44# £444 4444 4 7 kg/cm2g4 5. -fr44r 2.1 Nm3/min. 444 Air
Compressor -§-44 -8-44 AS, 44 444 Air Compressor (AC-210)4 444
4# 44# 444 4 4^4 44444 7.1 kg/cm2g4z 44 44 444
9.91 kg/cm2g5L 443. 444 2.518 Nm3/min.# 444 7}x]^ Air Compressor
# 44444. Air Compressor (AC-210)4 4 44 50/4 Air receive tank
(AK-210)7} 4444 #4 44 Gas Booster(GB-210)# 44# 4
4444 #4.
- 22 -
1w
nm 2.1
: -'S-e
SCT JEONCWOO INDUSTRIAL MACHINE CO., UP.PIPING AND INSTRUMENT DIAGRAM
CONTPliTOtt (J’«. NO.
2.2 Him#]I± gj^l%W a8§11 P&ID
aswiGiwjf«ej wn.t >r<»)
jconcwqo gw machine c&, no.gntSSOT VtSSEL PV-I1Q AS5*>
3iy 2.3 Pressure Vessel PV-110 ASS'Y
QUAIL V
BOTTOM HEADdetail of n:
DETAIL Or LUG
DETAIL OE G5
DETAIL OF VIDETAIL OF SI & S2
CONNECTION DETAIL OF NOZZLE G!
DETAIL Of LUG
JfONGWOO INDUSTRIAL MACH1NC CO., LTD.
DETAIL OF BAFFLE MS 5I> RB tipisXI tiINSULATION SUPPORT RING
3H 2.4 Pressure Vessel PV-110 Head & Nozzle Detail
NOZZLE Uf.T
ncuu "a"tiayaaeissAM stC.VHI Div,! (im EDITION WQ. I-I'M ADDENDA)
,10101 err. CVH) ( % )
PWEUH. 1151 ME& (kii/cin^}
vwm Tpa
MB JEONGWOQ INDUSTRIAL MACHINE CO.. LID.imm PRE% (kq/nn7)
A SHtfjHWA ELECTRIC HEATING.OPER. PRESS. (kg/cm*) ELECtRIC HEATER K-UO/m/lSO ASST
1MM-6-t>-OC2(loM)
DATADESIGN
3S 2.5 Electric Heater HE-110/120/130 ASS'Y
8
18 1IM mi I III—sHI IF -(I 11 dl IMOH 4IH IIP* H» M~AA
------- _ . -
lltajLATIOJ WA9@coacraxf
TreitAnamiOT
8AKEHTEas»<
~ BWELITE- ...........
warnSLEEVE
a$3K>ncSLS3(6»rcSIC
>fD 1655miles ire 1544 ~ ---
»>'.*» >..x. ii. i*i.iiI)2i;.uii1 1-1- sotir».J4«!MJtfiO*l»LIL
a*a mi a ea Mt asa ms28
27 TSWWL ADAPTS? 5US304 EOTCR ASS'Y SUS31626 THUINAL HUSIM3 SJS3M STATER ASS’Y SUS31625 CAP 3S3M R.B KXJSINC24 imCHBCLT HBX3XX15S F.B HOUSING23 GKKET SPIRAL WETK. T/#1B0C.-Cft #VR1y-Mt>4,4.FA iwem
-ire-1442
— ,1140 asa ms
.............. ............. - - ' .............. . ■ - .... -... 22Tf
«3<ET SPIRAL ETAL r/#iHon-(.R IAlK.xV!2!lx4.r,1vm.................
/OAPT®USINGSWING WISER aw m«>
4d SET SCREW SUS334 Mm 20 «X NUT S5400 AGO l it M DEV Ml'him MAN RIAL 1)1*0 H 0 ti'i- REMARKN O-flllti mm P12 stmexT 3633-2 M20XI06L um-t .11 HliKIAl-H M-.VI-I-2S H-iM-ttr WV
SVA3C-40/40UP-S6
DWG KM* ;
NONSEA.L CANNED MOTOR PUMPS8 O-RIM WTOV pis SWK3WMR aw AG4mNilrVITW G120 HEX HIT SS400 M24 i
“! Third anglePROiECTION 1-CALL DATE | 2000. 10 . 09VITCM GBO M24X220LX5OS\a ir "-Fl
saw*: warn S45C mo SUS3M 6X6X15L APPRDV Check OE‘;n>j DkAWN
1W1V- M1»|
W8CKBXT SUSS* 1110X50X255 retiur SUS3M M1233 waei SUK304 13 LCWIIO DEVICE ASS'Y 3JS3IS 166-064 M12 asa ms
,r HPC - 10543? hex m susm* 12 LOWING DEVICE ASS Y SUS3« V6E-OWOM KVSHSIM ILT=a ass Mg
'M1; ;•* Va31 0-RIN3 VITCN 11 CCUXfl 3JS3I6 .n2ii.t*,I.V1„<lML
ktUAkuw HAMA INDUSTRIAL VO.,LTD.
I'11'.AN.KIKCADEXRlMlllN ma rrwAL DVKI.Wl -utiL rif SCRIP 1)ON M AERIAL n«. tv> O-IY
US 2.6 Non-Seal Canned Pump CP-110
18
put riii r'.f-f-iMi1 ii-Mf;n
DETAIL OF PLIT PIN
DETAIL Qi
FOR Mlc U-BOLT/rjut-
m JEONOWOO INDUSTRIAL MACHINE CO., LTD.rr: LINE COOLER HX-110 ASS'YLIST or no:die
TP—10P*-O-D—00311 /g)
US 2.7 Line Cooler HX-110 ASS'Y
f M ■
BASE PLATE OPffiEtJfATiqM DTA1L OF CAPPLAN VlCW
detail or A
DETAIL OF BASE PLATE
Bffll JEOHGWOO INDUSTRIAL MACHINE COM LTD.
MO'INC TANK MK-1 ID ASSLNBLi
W\± 0i§S5 8)m?aw iut*Q«ic isic puirtj'd JtfWK PliGKB K*fL*?EiHiNt ijKjii y!-;j5i 5£ - ;/i;|
NOZZLE LISTDESIGN OAT*
3H 2.8 Mixing Tank MK-110 ASS'Y
ICO
I
ACTUATOR VALVE
TechnicalDATA
SiZE(tW> 15/20/25/40 AOperating type Thrust forceEnd. connection ANCl Ctass2500 FLANGE
Opr, Pressure 200 Kgf/cm2 (M*x)Opr. Temterattiti 601 me*
----- --------- -----------------
Housing f Body AC4C-T6 BUS-304MATERIAI piston / disc AC8A-T6 SUS-304
Output shaft S US-304Seat r-TFE
AIR INLET RC1/4 (Air Supply: 3.6 Kgf/cntf)
SIZE/A) hi 015/20Z25A 515 144 104 265 0 250 310
40A 545 179 134 265 0 250 310
I/P ConverterController S45CCone SUS-304
Piston SUS-304Body SUS-304
Bonnet SUS-304
Shaft SUS-304
Bracket FCD400
Diaphragm NBR
ACTUATOR AC4C-T6
DESCRIPTION SPECIFICATION
DeSXBY j CKO BY APPROVED PRMCT
2001.04^24 | SCALE
AGEDAEGI IND.CUSTOMER a?±
PCV-201.1~4APPR.DW3.
36' 2.9 Pressure Control Valve PCV-201 ASS'Y
INSTALLATIONrV
"X
4-20 mA ------Daegi Train Scope
Customer Scope!
With inimAir Supply(4~6 Kg/crft ^
11TCustomer Scope
PCV201-1IDaegi Train
Cuslof
"A
ner Scope
i1
PT-101
0
ITE-101-1 j5
"A'(7^ff
PT-102
Customer Scopi
SYMBOL
S Converter
Controller
PRV
* *
PCV-201(CUSTOMER)
Signal Cable (CUSTOMER)
Customer Piping
Air Tutting (DAEGI IND.) TEE(CUSTOMER)
Block Valve 1/2" (CUSTOMER)
(mm)
\ DEMENSION
200La 300
§55Lv 1056Lb §63
: PT-101pm>3) PT-102(QI|«1^)OI|
tfXISUI SSC(|tC|2*£9|A|g.* NOTE : Train 5m OlUI.*
ccecnipnoN aPECtf (CATION REMARK
AWROVIb
?001 04 SCALE 1 g aAGE
DAEGI IND.
axmInstallation DWG,
PI -WtH
HU 2.10 Pressure Control Valve Installation
1COCO
HU 2.11 N2 Gas Heater Vessel HE-210/220 ASS'Y
w4^
N2 CAS INJECTION NOZZLE 1/4"- 12 EA
I Inlei) Outlet)
N2 GAS INJECTICII SECTION
DETAIL OF A
44
SLCTiOM"-<t—> 1" SECTIOfl"X2-X2"
"W
DETAIL 8
DETAIL "C”(GTAW)
,4-
SECnON"X3-<3"
NOTE ; INCLUDE TUBING MATERIAL T.C. : 2 EA
A226-81'l«-a Ij7; 6‘ l=U0JtiFSSfGliPXH V 2303* r, AST
A1E-F5M ins' v iMo# *«rP?t AS12-TP3C4
THPiiMin !/<•■ <MCf KPTA5I2-TP3W
rvict MSi i‘ ZSM# *SRfM* OF PART MWPIPl sm. IHT M
ft roe cMsrwcnw2O0f.0l.11 >4 ISSUE FOP APPSOVAI B.I.CIIUN I.S.&OO .5.800,1 Ml.01.tl 1st ISSUE roe APPROVAL fiJ.CNUII 11800 .1800
NO. DATE OESceiPItON IrTTocT a. 1 w. *PP.JR KOREA ATOMIC ENERGY RESEARCH INSTITUTE
g/21 JEONGWOO INDUSTRIAL MACHINE CO.. LTD.
T|1U N2 GAS HEAD & INJECTION SECTION
NMB516LE GAS WJ-F-ASE C8 1CAL RSM
CCtllPACW Owe. NO. TR-JIA-IS-O05?rSWK %E°'. °CM* %
NOSE 0
31! 2.12 N2 Gas Head & Injection Section
jL JL 4
IwOl
-+:'|- ' I- '
- - - - - - - - - , ,—l- - - - - - - - - - - - - - >11— _10 | 31 | s l ?o
" ! ,—l- - - - - -- - - - 4-- - - - - -.1 -. i: 1 1- 1
i=:i nz =13 p;»-J- - - - - - - - - - - - i- - - - - - - S—i—i—-1 : 1 5 . -j- 1 1. 1 1 1
DIMENSION OF PRESSURE GAUGE k THERMOCOUPLE HOLES-V
~l1 —fij
/— v..
DETAIL OF PO & PL DETAIL OF TO
/l / L
I.C. SIZE. : 1/16"
PIP5
i
DETAIL OF PRESS. GAUGE
NOTE : INCLUDE TUBING MATERIALS
CEWEF
Id01
HOLEPI - PI6
DETAIL OFTHERMOCOUPLE HOLE
T1,T2,T3,T4,TL
POSITION OF PRESSURE GAUGE k THERMOCOUPLE HOLES
?C01,II}.1‘. TOR CONSUUCIICH:M1.DI01 FOR CON5IBUCIBH
roe CDNsnuciiuHa. tmun.ift i»t ssur top apppovu
•*19 LkXO a» MSI »■ ibCQj mg i;a
1,5.600 I.S.BOO
DESCRIPTION i tPN. I OGN. 1 CK. I (Xi.S.BOC I.S.BOO
KOREA ATOMIC ENERGY RESEARCH INSTITUTE
Effl JEONGWOO INDUSTRIAL MACHINE CO., LTD.
TEST 5ECTI0N(620 mm, L=300 mm)
WMOMBJS BL£ GAS MO-fWSE CilTICAl -MCONTRACTOR OWC. NO.
HU 2.13 Test Section (ID=20mm, L=300mm)
4 A 1
l - lT- i -i T a..............................................................-I. jV’T. I. •* A ~ t. -.; 4- '*-+ 4- 4. 4- ■.4. M + Vl ■ 4- v -4-Jt .k
DIMEIISIOIJ OF PRESSURE GAUGE=fi -/ \ v '5
; :DETAIL V DETAIL OF PQ & PL DETAIL OF TO
DIMENSION OF THERMOCOUPLE HOLES
T.C. SIZE.: 1/16"
PL Pt 6
P3-P14PiPO
NOTE : INCLUDE TUBING MATERIALS
CENTER
DETAIL OF DETAIL OFPRESS. GAUGE HOLE THERMOCOUPLE HOLE
PI - P16 T1J2J3J4JL
*<>13
POSITION OF PRESSURE GAUGE & THERMOCOUPLE HOLES
DETAIL OF A
ne-wiF-f 1.1/2'. l=K5$ v, ;w. fir. j 511 nsr acTos 1:10 mm, l=|£$0 mn
AI32-F.JM *’ 2530/ WI. 5CH3CUVi OF P48T SPiSE KOCHI
m)nn cca
FOP APPPCVAl 8.i.CHurf 5.J.0H 5.J.0HOiJE DESCRIPTION DPS. i DON. CK. 1 CK. APP.
W KOREA ATOMIC ENERGY RESEARCH INSTITUTE
KS JCONOWOO WtWSWAl MACHINE CO.. UP.,,,lL TEST SECTION A?o10.7mm, 1=1000 mm)
\3H-MSIB.E ys TltHWSE CP TICAL M,
CON1P1C1QP DWG. »:0. I TP-JM-T5-161 4*“w y % mil v .w e
2.14 Test Section (ID=10.9mm, 1=1 OOOmm)
1.1/r 1=261.are* t‘. zsm#.«.
S88INO UNGERTTMSI0N MR5UPWJI PUIC :aW SECTIO* A51H?3D< 3/r. 5CH50S«£T 'ECHOS V, IS 1»
i* 2XXH WKPf. S3M**« tl P*»T
hr^W. APfWVU. M.CHVN 5.J.OH .
OtSCPlPtiOli OHM. | OCK. CS. | O'.
KOREA ATOMIC ENERGY RESEARCH INSTITUTE
JECKGtOO INDUSTRIAL MACHINE CO.. LTD.
TEST SECTION 8(010.7 mm, L= 1000 mm)
HGHONKNS IE QW mWz CUICL FJIi
caiiTiwcTosi m. mo.
IEE
HU 2.15 Test Section (ID=10.8mm, L=1 OOOmm)
.1 i
OUTLINE DIMENSION \ wSIZE GLOBE- 4"
794
650267
hi 215h2 168.5
h3 410.50 (A 210
HEAD OFFICE AND FACTORY
1
10V*tn Cover 9Ut-304
SPRING SUP10 Vain Plat Sus-420J2(TS
SHAFT aus-304Valve Body sus-304Vein Piston sus-304Valve Bonnet aus-304AetMtorOiK Sua-420J2(T6ActuabrBody SUS-304AcbibrBonnet sus-304INDICATOR SS41ACTUATOR AC4C-n_
uartJS)
CAGE :
DA EG/ INO.
--—
..A
1
Prc#Kl#*T» HfJWmecusmitH
Title: QOV-301 ASS'Y
lOOUDStU____
DWG.
NO. MODEL NO. Tag No.
DS30M54S QOV-301
ACTUATOR VALVESIZEfmm) Cfahe • 100*
DATA Ttrust faceMO250GRFKgVCm2 KSfaS)
Opr. Pressure ZOONztonZOpr. Temferetvre 400'Crnas
packingAC4C-TB SUS-304
MATERIAL platan /disc AC4C-T6 SUS-304Shaft SUS-304
Seal SUS-420AIR INLET RC3M (Air Supply: 3 - 5Kg(/cm2)
T
2.16 Quicking Opening Valve QOV-301 ASS'YT
1s
I
NOZZLE QWNT&TKN
DETAIL "A"
(MfrSS4?^6iesa
Hg 2. 17 Suppression Tank ST-310 ASS'Y
DETAIL Of SPARGE 42 HOLES jis*3i± ms stops mm
US 2.18 Sparger in Suppression Tank
DE-210/220
K2GASSUPR.T Bl TANK LORRY
3.^ 2.19. 71]^.
- 41
in. 19.9
7755
3.^ 2.20 tga(GT-210/220)^ 7l]^
- 42 -
3.^ 2.21 Gas Injection Tank (GT-23(M 7j]^_
- 43 -
Net weight n kg
9ma 27 kfi0S*. 91 X 52 i 39 cm
AHh 17n Tim
3.^ 2.22 Gas Booster (GB-2MM
44 -
nas- Aim m xim
411 7HS.
Test Section# #°] ##^Pb# 5.S]#°] A3
### #### «lj a] *] component0] #. 7}## # ### ##4] Pb# 5-S] 7]
^]?M #^1# 1600 mm #7] 7]-#?]-^# #^]e]-^Z4 ^#tb ^
# ### til] Pb bUb! —5, c]# # test section# ##°] 7b#### ZB] ###.
Test Section^] "%] #### #°b°]: ## ##t]] ## s]- test section ^
^ 7]-#^# ZB] a}7] ^]#7]# ^#tb# Z#7b #7M ebc]-. o]5]tb #7}# #°]
7] 3]aM #^#7] ### #^A]B]e]-z 4#^(4")Z# ab^zn] #^^]
# tb1]##0] tffl-T- ^]# Probar type# 7]-####. Test section0!]# #^A] ibA<§
4# 1M ^ #### 7}&# #^?b7] 3]aM ^^tb 4m#
point# ti]]T|###. #§] #Aj point# # # #°1] #### Pb##°] test sections]
n #S} ## # ## #til] 7b # 7] ^ oj] ###71] ###### sensing line# ##
### #X1 #°] ## transmitter0!] #####. ## ## point# 7] ## 7b #°]
#### ## sensing #7bA]^Z# ###7]# ##a] Z#Z## Ab#4
#4. Test section# 7]/°i] #%#!] 44 quick opening valve Ab°l °!l 5# #4. 4#
°ll Ab## test section# sharp edged pipe # ## # # 20 mm0!] 4°] 300 mm
(Tl)4 4^ 10.9 mm°]] 4°] 1,000 mm (T2)# 4444 #^4 ##444. #4
#4 #4# 7]&& #^# #44 T2 test section# 44## 7]&& test
section# ### 44444.
42^ ^ 44
7b. Test Section I
Test section I# # # 20 mm, 4°] 300 mmS] sharp edged pipe 44
(L/D - 15)# 7M^ ## pipe44# 44#4# 4^47] #44 47]/7]444
4. #Aj4## ##4 #z #S°M °1# #44 test section 4, ## ## ##
444 187]], #Z #4 #44 ### 57]]# 7b#4#4. ## 444# 4^4#
#o]7] ### #4 0.3 mmS] ### ##Z# 447b# 4#4. ##4 #7] A}
- 45 -
4# #4 2.134 #4.
4. Test Section II
Test section 114 44 10.9 mm, 44 1,000 mmS] sharp edged pipe 4
4XL/D - 91)# 444 ## pipe444 4444# #444 444 #4/%M4
44. #444# 444 ## #&44 4# 444 test section 4, ## 4
4 #44 187D, ## #4 #44 444 57%# 7}44#4. 44#44# 444
# #44 444 44 0.3 mm4 44# #4## 4444 444. 444 #31
44# 3.4 2.144 #4.
4. Test Section II-u
Test section II-u# test section II4 44 7]4# #4# 444 44/
%M4 4## 44 4 44# 4#4 #4# 44 ^4 #4# 444 test
section-4 #4# SM] 44(3.2 mm)444. 4# #45, 44 444 4#44#
#444 444 test section4 44 #444 spring hanger# 4444 test
section# 444## 44444. Test section4 4#4 4444# #4 2.154
#4.
4]3^ #^7] ^4]
y\. Pressure Transmitter
Test section##44 4444# #444 444 pressure tap4 44
4 4M#4 44(1/4 "tube)# pressure transmitter0!] 4444 4#4 444 4
444(1-5 V)# 44 # DAS# #444 #4, 4444.
4. Thermocouple
Test section# 44 ### #444 444 ## #444 #44 #
44# ## 444# 4#44 444 spring## #4, 4]#4^# %M4%#4
noise# 4444 444 #4 #4## DAS44 444^4.
4. v-Densitometer
- 46 -
444 test section RM 444# 444-44 4&&# #444 44
4 4a 44% test section (T2-u)# %#4%4 44, ^444. 4&# #4#
4 % Y-densitometerfe- test section-4 &4 4 4 44 44 source 4 traverse 4
4 44%4 4%4. 444 44% #44^]# 444a# 44 44% ^44
(source)4" 4% 4(detector) 444 test section0] 44 AS. 44444 444 a#
4#%4. 44 444 44 44 4^4 4-44a# 4^a4 test section 444
44 44# ^4 4a# 444^4.
m# ^ ^ ?|7|R5t
4]1^ 7H^L
4##/]-a 444# 4444 444-4# 44# 4 4444444 44
44 4444. 444 444 44 44444 4444 44 4#aa 44 4a.
4a 44 44# 4&4 #4 4^44. 4 4%44# 4444 444 44 4
a# 4a#^A4 4444 4 component ^ ^44## 4444 44 4 4#
# 44# 4^4^4. 4##4 4a 444 44 44 ^ 444 44 44a a
4444. #a# 444 44 444 444 4#4 44.
- Design Code & Standards
steel : 443= 444# 4 44 (444444)
Concrete : 4id a## 44 #a4m #^44 4#
- Strength of Material
Concrete : 210 kg/cnf
Re-bar : 4000 kg/cnf
Steel : 2400 kg/cnf
Connecting Bolt : High Strength Bolt(FlOT), Anchor Bolt(SS400)
- 47 -
*i| 5^ 7414 ^ ^1 o-| 74| #
4W 447] ^
#4444 2.^ ^]&7] Al^ PLC #4#3^33 ###3,
#44444 ##44. 3#, #3 #3# PLC si 4#3±i ##3## ## tflt§
4 #44 4 a# #3# ajtii^H #444 #4444 #4 #4 444 4# 4#
# # 43# 44444. 44 # 444 ### 44 4#4# 4#4# 444
4##34(DAS)33 4444 #44 4444 ##433 #443# 4^4.
444 ###344 4444: 4444 44, #3 4444 PLC 4 444 4
##34 44^ 44 ##4#4. zi#4 44, #4, 343 44 4444 4
3 47144 43 45:44 71 (Signal Conditioner & Isolator)# #4 DAS 4 PLC
4- ^## 4 43# 444SS4. ## #444 444 444 4 44 #44 71
44, 44##- 4-20mA 4##3# 4:44 4# ## 444 # 44# 4~20mA
4# 4 l-5Vdc 4433 #4# #4444. 4s #44 44# 4#4 #4.
- Model : MS-2904 (Maker : Mtt)
- Input : 4 ~ 20mA
- Output 1 : l~5Vdc for PLC Analog Input Module
- Output 2 : 4 ~ 20mA for DAS Analog Input Module
- Accuracy : ±0.1% less
- Response Time : 30Hz - 3dB (99% - 25ms)
#4#44 #4# #3# 44 44# #3, On/Off #3, 44 #3(Safety
Valve)/} 4-4- #44 44- #444 #4. 44 44# #3# #4#4 #4 4
4#4 #4 43/1-3# 4## 33 4444 44 ##44. 4# #3# ## 3
#4 44- 4 4# 344 #3# #444 #4# # 43# 1# #±1143# 44
444. On/Off #3# 4# 7134 444# 7}# 3# ##44 44 #44 #
33 #44 4## 4# 44 444 4444 #4 344 4444# 44 4#
#3# #4444. 4443# #4 #44 444 444# %1#33 4#3#
- 48 -
Tj)## l## ## 7}^3.Q #4#4 ##5)# A>J15. o]§fl #7|14 4
4# a#Ag. 44## 4# 4444- 44 #4^-4# ## ^44^4-
1. 4471
4. 44 4471
^^4447^ #^7)-a^a 44, 4444 44, 44# #s 4#4
# 44, 44711 4## ##4 44, 444 4a ## ## 4444 44 #4#
44 44 4144# 44444. 4 5.14 44 41444 44 444 44 44#
444a, 44 n-14 444 444444 44# 4444. 5 5.144 pt-102#44#4 444 #44 ##^l#4s ###4 44711 4# ### 44#4 4#
4M4 4444. PT-102, ##4 #^7}a 44(PT-205), ae)a ##4 4-
##a## ## 4144 #4# 4# 444 4###4(DAS)AS 4444. ae)
a 4# #a# a## a# 444a# PLCS 4444 #444 #4#4 4#
# 444 # 44. a 5.24 4444 #44 44444# 4444.
4# 4444 a## 44 4# 444# #44 44# # #44 4# 4#
# 444 PLC 4 DAS4# ### 444# a#4#4. a##m# Inspection
Report Vol. 24 4#44a, 4Si)44 44 #### Test & Inspection Report
Vol. 24 44444.
4. #4 444
^^4^MlA)# 4## #s ##4# #4, ##44 #44# ##7}
# ##, 447H 4## 4^ 44 #444 #4 #4 444# #44^
4. #4-711 4#### ##4# #4# ##-#4 #4# Probar 4# #44# 4
#44 44 44. Probar 44 #44# #4#S4 b)# 4*144 44 #4#4
a## 44444 44 4## #4#44 44 4#44. a#a, 4#7>a 44
###4 ^*1#^ 4S7}a# ^4 #### 0.56mVs #7114 #
#4 aSTii 44. 4474 o)# #37#41 ##44 44 44 4# #441# #4
444. 44 4# #44# 4# ##ss 4#4 #44# 4# #4
- 49 -
314/1# 444^4.
a 5.3# #4 314/M 4^ 3144 44 #4# 443M, 44 n-2# 444
44 314/M 44# 4444. a 5.3314 FT-202# 44 444 4#
?M #431431 4444. ##7}2 #4444# FT-202 4^4 4444 44
#4 44 4# 4444 #43l4!^-(FCV-202)# %}#2g. %44. FT-202
4#4 444 #4(FT-30l) 4## 444 444^4, PLC 4#4, M2 44
45.4431 #444.
#44# 4-4 #4 31444 214# 4# #4 3144# 44-31 444 4 44
31 4# 44# 444 PLC ^ DAS314 444 444# 244^4. #42 4
4 #431# 4#4# 4a<§44 4# 4# 4## 4444 #44# 4##
444. -24 4## Inspection Report Vol. 231 4 444 2, 31#4 44 44 4 4
4# Test & Inspection Report Vol. 231 44444.
4. 44 3144
4444314# 44#4 444 ##4 !a4 44# #4471 44
444 #4# 443144# 444^4. #4, 44#431# 3l44(Radar) 44
4431444 44 4 4444 44. 44#44 44 #4# 44 #44 44
#231 44 44 4# 44# #44#4 4#44. #44 444 443144#
## ^ #431 44 #44 44 3M 5.44# 31444 444 44# 4##
4 444, 3144 44# 5.4 3144 4# 44 44% 44% #4# 4 44
#4-4# 444.
4M#/|31 444 LT-10K444)4 LT-102(3144 4) 4s# 3144 4#4
4444 #4 4 444 4#3l 4# 4431 #4 4 #4 44# #4
4#31 4#44. s4, 3144 444 #4 #4% 44314 #44###
(QOV-30D4 4#44 44. !4# 4# 444 44#4 31 ^444 2# 4#
4z 44 44#431 ##4271- ### 3M31 #4# %# z# z#4 4#7}
#5. 4# #445.5. ##4 3M4 #44 #44 44(baUoon
effect)*! #4# #2 44. 44# 4444 3144 44 4431444 #447}
44 4(4 70crn) 442 4244 #44#!## 444^# 4#44 44 42
31 314444. a 5.4# #431#7M #4 3144 #4 #4# 4431z, ##
n-3# #44 #431#7M 44# 4444.
- 50 -
44# 441444 ^4# 41 44144# #4! #4# f #4! ##
#4# 7M-4 PLC ^ DAS14 ### 144# a##^#
Inspection Report Vol. 21 #1443., 152 5#}-# 44 # # a] ^ Test &
Inspection Report Vol. 24 41444.
4. #£ 4#4
#444! #41 S# #^1#4# #44(Thermocouple) K 4# 4
JL, #^l#44 PLC 4^14 224 444 4444 5.#-£#(kx-hs, 4#4
4)# 4-0-44 41444.
44-0-44 #^# 4444 44 T/C Spool Piece(TE-101-106)# #4444.
#4#4# 1&& 4 4##4v.& #^ ##44 14 44 44 44-0-444
#^#&# 44 4z, 4444 4^# 44 414 44# 4##& i.3m44
5.3m44 80crn 44 s# 644 444# 44444.
DAS 4 PLC4 ###& 444# #^ 444# 44 4444 44. # 5.5#
#^144# #4 444 44 44# 44!z, 4# n-4# #44 #^4444
44# 4444. 5. 5.6# 4411 #44 #^444# 4444.
#^4444 at## 4# #^4#4# 14(Chamber)l #444 4# #^#
#-# 4 44444# PLC 4 DAS! 4 444 444# a#444. a#4##
Inspection Report Vol. 24 4#442., !&# A}# #A} #44# Test &
Inspection Report Vol. 24 44444.
2. 414 ##-
4. 44 441# LL#4 (PCV-201)
444414# 144 4# ### ^##7)1 ### 4^4 #4#
g. #441 #44# 44# #144. 4 14# 44# z4 l#7l-4la.g.#
4 444^.# ##7}^ 4# ^#44 #4#4 4## 144# #44 4114
1444. ##411 44 #4444 1 #44^ 4#(##sii 44 &##
44 #7] 4#)o] 4s# i#i ## 4444# s# 4-0-1 4 44# 41# 1
4# Ml44g. ##44 #4444. 4# 414 #g_# Modified EQ% Globe
valve# 4, 44# 15A(15mm), 20A(20mm), 25A(25mm), 40A(40mm) a}-o]2.# 4
- 51
%4. 1^ 144 Hi 44 47fl4 is. 444 444 #4# 4444
44444 4444n# 44444.
3.^ 5.14 4114in4 44 444 4444. 4114in4 44444 4
44 414444 444 l!4(4-20mA)4 4# 4-444 in 4^44 414
44 444 114n 4444 444 4%nl in44. 4 in# 44% 44
4 pid 44&44 44 44 444% ini 444^4 n42, 4 41m
4 44 l^nl# 7}4 44 4 nil 4# 444 Pm 44" % #4444
44 44 4444.
from control room4~20mA(digital value)
and Valve selection
214 5.1 44 4 4 in 44 44
4 llnll 4# in 114 444 44.
- 4444 41^44 30bar4 80bar 44! 1^1 44
pcv 201-2(20A) #n# 4_W4 44 44144. 4, 44(4#!^
14 4 444nla4 414 4#1^ nil 4144 4144 4)
4 4444 70 - 80bar Inn 44.
- 4444 44^44 90bar4 120bar A}o]! 444 44
PCV 201-3(25A) 4-4 4, 120 bar 1441% 444 80bar 44 44
4% 44 #2, 444 nl 44 1% PCV 202-4M0A)# 1
- 4#!^ 14% 41444 414 target 414 n% 14n 5bar 44
44 4444 %.
- 52 -
441 15 1##4# 441# a 5.74 #4. #11, 10.7mA(11577)4 14
#14 1# 1#4 PCV 154 144# 4444. 444 Is. 44 &#
10.7mA! #444 444 ^}55 4444 444# 44# 4 PLC 3}4 4 ^
# 44#4 44. 4 &# PLC is# 4 441-4152 #4 s#44 10.7mA
5. 4444 45.5. 4^44.
15 444 444 44.
- 445 : ±2.2kg/cm"
- Control Range : 0.1 ~ 200kg/cm2
- Hysteresis : 0.02 x set Pr.
- Flowrate : 36 ~ 20,880kgAi
4. 4414 15 (PCV-101)
441415 PCV-101# 44444 44 4 145154 4541 4
#14 7}### #1 4-4 #4 4 4-4# 4441 15/} 4# 1 4#4# 15
44. 11 41144 PCV-2014 4# #44# 4# 411415444, 4#4
#41 #1# #!#!, 7}# 4 7}4 #4#41 PCV-101# #4 4114 #4
5 #4 4#5 5# #### 4# 15A(15mm) 44^4 #/5# #55 5#el-
44-. ziBil- 41 #4# 445514 5544 4# PT-102 4114 4#14
#444 4# &# 1441 #51- x}#55 157} #/55 #5# #4444-. 4
#4 14 3M -5 bar4 45115115 2444 #57} ###55 #/5#
4# 4# 44444-. 1# #4, #444 4#4 14 4:# I00bar5 14##
4#, 41 #44 44 &4 lOQbar# &444 #5# 4# 7114-42, 41 4:4
95bar 445 4Se}4 x}# 4444-. PCV-1014 #5 #4# 4-#4 44.
- 445 : 15A(l/24
- #544 4144 : 120bar
Shut-Off Pressure : 200bar
- 1544 : Grobe, Quick Open
- Body Material : SUS 304
- Required Seat Tightness : ANSI Class VI
- Power : DC 24V
- Input Signal : Dry Contact
- End Connection & Rating : 2500# RF
4. 157}5 55^115 Ml 4 (FCV-201)
55^115# 157}5 w4 1^ 4 4^1# M
4 4# 4444 157}5# 44 1544.
114114# 11541 44 #454 4# 7] m 54^7} 4# 414
4#l5(MOV)# 51455 4444 44444. Bz.44 4^4 5^1^^ 5^.
4 44 #144 41544.
- 4414 444 5.5 15 7} 5 la 4444 444 I20bar 444 4 1
5.7} 4^44
- 1^541 44 414 #5.4 44 RID 1# 4 515 4^#
- #5.4 #4457} 5^ #^1 7}5# 45 7}5 54# 444 # 4#.
4 44 445. MOV 15 5144- 1442, 44-4 44 444 44 544 4
11415 54# 44454.
- 54^ : 3/8"
- 1554 4144 : 120bar
- Shut-Off Pressure : 200bar
- Max. Flowrate : 0.5kg/s
- 1544 : Grobe, Linear Equal %
- Body Material : SUS 304
- Required Seat Tightness : ANSI Class VI
- 54 -
Power : DC 24V
- Input Signal : 4 ~ 20mA
- End Connection & Rating : 2500# RF
3^ 5.2# FCV-201# 14 ^ #4#1# 4414. 13# PCV-2014 #
4#14 #11 4#1 #4133, PCV-2011 14# 1144 114 44 4 4 44 444 1443# 44444, FCV-201# 444 33# 443 #4(4
#133 44 #4)44 4 3M 44 #4(1# 133 44 444)4 4:44 4 44 4#33 314# 444 1#4. 444, 444 #44# 444 #444 44 FCV-201 44# 3.44 44 3'D 443# 3443# 44444.
a 5.8# FCV-201# 3144 44 4 #1:33 FCV-2014 4444 44 44
4(FT-202)4 44444 44# 4444. #44 44#4 %3 444# 414
4 3^ 441-4433 #13## ## 44# #44# 4#^:33 444
4 13# 4444. 14# 4 444# #44## 4444, 4 44 #44 3
44# 444 444 #44 44133 4# #144. ## #4, #444 4#
4-3 #444# 0.3kg/s3 4#3 4# 444# 40%3 4444 44. 3
44 4 &# 444 &# 33 l#7}3#3(GT-230)4 44# 444 120bar 1
3 444 4 # #44 444.
1444## 13 3#44 44 444 13# 14444 ### 5. 5.84 4
#M 4# 34#4 11# #4# 44# GT-2304 44# 4#44 #44 #
3l#4 4# #444 44. 344 144 FCV-201# #414 433,
111 44# 1 #444 ### 11 # 11344 4# 3133 #41 4#
114# 34 #444 4#1 14# 4433 #41 4 14.
- 55 -
from control room4-20mA(0-100%
0 — 0.67kg/s
Iso. V/VsFCV-201
5.2 FCV-201 41 4 #4#^
4. On/Off lH
a 5.94 4^411 411 On/Off ##1 4141, ##44, 1^4
4 mi 114 414
4. Quick Opening Valve (QOV-301)
QOV-301# 144 #41 4111, 141 4#44! #41 #& 7i]
411 24 nil #1 1411 4414#1#4 44. 1 mi 14
44 4 41 m# 34 544 4^44 14.
3. Safety Valve
41 #n# 41 41141 441 4441# ml! 11 414 relief
#nl4. 1 #n# ## 441 44 4 44 #4 l#7fn^a(GT-2l0/220,
GT-230, #4)1 44 4111 44. 44-0-11# PCV-101! 11 4144 44# 414 4 44. PCV-101# 4441 #41 I20bar& 4#11 ## nl PCV-201# #4 41114 44m# 41414# 41-0-14 441# l#n#l 414 4 44. # 5.10# 411 4!#n 444 #4 44# 444 4.
- 56 -
a 5.1 4^
No. Tag Name Service Description
1 PT-101 323 120 N2 Gas Pressure Vessel Inlet Pr. #4-8-
2 PT-102 323 120 Liquid Pressure Vessel Outlet Pr.DAS
3 PT-103 323 120 Liquid Circulation Pump Pr.
4 PT-201 100 200 N2 Gas N2 Gas Supply Pr.
5 PT-202 100 250 N2 Gas N2 Gas Pr. Booster Outlet
6 PT-203 100 250 N2 Gas N2 Gas Main Tank Pr.
7 PT-204 100 250 N2 Gas N2 Gas Service Tank Pr.
8 PT-205 100 250 N2 GasN2 Gas Test SectionInjection Line Pr DAS
9 PT-301 323 20 Liquid Test Section Outlet Pr. DAS
10 PT-302 100 20 Air Suppression Tank Pr.
a 5.2 4^44
trV! Tag Name Description Connection Remark
1 P0 T/S Entrance Pressure DAS/PLC
2 PI T/S Delta-P at 1st Region DAS
3 P2 T/S Delta-P at 2nd Region DAS
4 P3 T/S Delta-P at 3rd Region DAS
5 P4 T/S Delta P at 4th Region DAS
6 P5 T/S Delta P at 5th Region DAS
7 P6 T/S Delta P at 6th Region DAS
8 P7 T/S Delta P at 7th Region DAS
9 P8 T/S Delta P at 8th Region DAS
10 P9 T/S Delta P at 9th Region DAS
11 P10 T/S Delta P at 10th Region DAS
12 Pll T/S Delta P at 11th Region DAS
13 P12 T/S Delta P at 12th Region DAS
14 P13 T/S Delta P at 13th Region DAS
15 P14 T/S Delta P at 14th Region DAS
16 P15 T/S Delta P at 15th Region DAS17 P16 T/S Delta P at 16th Region DAS18 PL T/S Exit Pressure DAS/PLC
- 57 -
a 5.3 4^
No. Tag Name 44#4&4 #444 Service Description Connection B. ^44 ##
1 FT-101 323 120 1.81 LiquidCirculation Pump
Outlet Water FlowDP: 1/2"
SW #4-8-
2 FT-201 100 200 0.56 m’/s N2 GasN2 Gas Booster
Outlet FlowDP: 1/2"
SW 44#
3 FT-202 100 120 0.5 N2 Gas N2 Gas Flow 1" cs DAS4 FT-301 323 120 40.82 Liquid Test Section Flow 4" SS DAS
a 5.4 4"^ ^#7]^ 4W 4^
No. Tag Name44#4&4
#444- Service Description # 444
1 LT-101 353 120 Liquid Pressure Vessel Level DAS %4
2 LT-102 353 120 Liquid Pressure Vessel LevelLT-1024 4#,
DAS 443 LT-301 100 3 Liquid Suppression Tank Level 4-4#
a 5.5 ^#7]#| 4W ^7:] 4^
No. Tag name44 #424 #4
44Service Description 4 4
(t)44(bar)
1 TE-101~06 353 120 Liquid Pressure Vessel Temp.(T/C Spool Piece) 44#
2 TE-107 353 120 Liquid Main Heater Inlet Temp. 44#3 TE-108 500 120 Rod Main Heater #1 Temp. 44#4 TE-109 500 120 Rod Main Heater #2 Temp. 44#5 TE-110 500 120 Rod Main Heater #3 Temp. 44#6 TE-111 353 120 Liquid Main Heater Outlet Temp. 44#7 TE-112 353 120 Liquid Line Cooler Outlet Temp. 44#8 TE-113 353 120 Liquid Pressure Vessel Temp. DAS 4 49 TE-201 100 200 N2 Gas N2 Main Gas Tank Temp. 44#10 TE-203 100 200 N2 Gas N2 Service Gas Tank Outlet Temp. 44#11 TE-204 300 200 Rod Service Heater #1 Temp. 44#
12 TE-205 300 200 Rod Service Heater #2 Temp. 44#
13 TE-206 100 250 PipeService Heater OutletTemp. DAS 44
14 TE-301 323 5 Pipe Test Section Upper Side Temp. 44#15 TE-302 323 10 Liquid Test Section Lower Side Temp. DAS 44
16 TE-303 100 44 4 Liquid Suppression Tank Temp. 44#
- 58 -
a 5.6 4^44 4^1 ^
fr«i Tag Name Description Connection Remark
1 TG Injection Gas Temperature DAS
2 TO T/S Entrance Temperature DAS
3 T1 T/S Temperature at 1st Position DAS
4 T2 T/S Temperature at 2nd Position DAS
5 T3 T/S Temperature at 3rd Position DAS
6 T4 T/S Temperature at 4th Position DAS
7 TL T/S Exit Temperature PEC
a 5.7 4# <d^ 4^1
'"--^PCV PCV 201-2 (20A)
PCV 202-3 (25A)
PCV 202-4 (40A)
SObar 10.7mA(11577)
10.6mA(11404)
10.1mA(10540)
60bar 11.6mA(13132)
11.5mA(12960)
11.1mA(12268)
SObar 12.2mA(14169)
12.2mA(14169)
11.6mA(13132)
lOObar 12.8mA(15206)
12.7mA(15033)
12.4mA(14512)
120bar 13.6mA(16588)
13.7mA(16761)
13mA(15552)
- 59 -
a 5.8 FCV-201 4M^14 FT-202 ^#^4^1 ^^1
FT-202 -W17% 0.11 kg/s
20% 0.15 kg/s
25% 0.19 — 0.2 kg/s
30% 0.23—0.24 kg/s
35% 0.27—0.28 kg/s
40% 0.3-0.32 kg/s
45% 0.36-0.38 kg/s
50% 0.41—0.43 kg/s
55% 0.45 —0.47 kg/s
60% 0.49—0.51 kg/s
65% 0.53 —0.54 kg/s
70% 0.57 —0.59 kg/s
75% 0.62 —0.63 kg/s
78% 0.66 —0.67 kg/s
80% 0.67 kg/s
kl, ~ Isolation #FL 127fl 2.^ Open
- el3)^2 A>d]2. : 3<P- GT-230^f test section2}-a}<^- : gt I20bar il 4| S] til °1 E1 n.
- 60 -
a 5.9 On/Off #^-4 44^4, ^ S#
NO.TAGNO.
DESCRIPTION all 24 2-1alie#
4#(BAR)
VALVESIZE
ACTION
1 SV-101PV-110 D.W.
INLETATKOMATIC 41840-400 172 1" N.C
2 SV-102 CP-110 INLET ATKOMATIC 41861-400 172 1-1/2" N.C
3 SV-103 CP-110 INLET ATKOMATIC 41861-400 172 1-1/2" N.C
4 SV-104 CP-110 INLET ATKOMATIC 42840-400 172 1" NO
5 SV-105 HX-110 INLET ATKOMATIC JJ-600 10 1" N.C
6 SV-106 CP-110 OUTLET ATKOMATIC 42840-400 172 1" NO
7 SV-107 PV-110 DRAIN SEO-HEUNG - 172 1/2" N.C
8 SV-108CP-110 C.W.L
INLETATKOMATIC JJ-400 5 1/2" N.C
9 SV-201 GB-210 INLET ATKOMATIC JJ-400 10 1/2" N.C
10 SV-205GT-210/220
OUTLETSEO-HEUNG - 220 2" N.C
11 SV-208 GT-230 OUTLET SEO-HEUNG - 220 1" N.C
12 SV-301ST-310 C.W.
INLETATKOMATIC JJ-600 10 1" N.C
a 5.10 44^ 44#M. 44 ^ M ^4
No. Tag name all 2 4 Service DescriptionSize
In Out
1 PSV-101FARRIS
Eng.Pressure Vessel Over Pr. 3/4" 1" 136 bar
2 PSV-201FARRIS
Eng.N2 Tank GT-210/220 Over Pr. 3/4" 1" 210 bar
3 PSV-202FARRIS
Eng.N2 Tank GT-230 Over Pr. 3/4" 1" 210 bar
4 PSV-203FARRIS
Eng.Booster GB-210 Outlet Over Pr. 3/4" 1" 210 bar
* : 27CA23H-S20S4(47l] ^4)
- 61
4]2^ 4M41#
444## #444# #43#A3 ##3, #4#4# #^44 44
#444 #^4# 3# 4##4^44 44 43# 4 #44- 444, 444##
#44 44#4r4 444, 4444 4 4434, #44 4444A3 #444.
1. 44 s
444# Overview 44, 444 444, ^2]2 444 4—3.5, 4444.
Overview 444 44444 44444 4444 4444 44 4444 344
4 434 44 44(mimic)#4A3 44444. 4 444 444 4444 44
44 43, 44 4 43#4# 44444 PLC #44 44 4444. 444 4
#4 444 PLC, 444 ## 4 44, DAS 44, 4444 4 44444 4#
4# 3# 4#44 444 4444 44. #44 43a# 374DAS#, 4444
4, 4&# #4444)3 #44^A4, #444 44 4#4 # 43# 41444
A3 444^4.
7\. Overview 44
3-4 5.3# #44 Overview 444 #4# 44-44. 4 44# #4#
44 4# 4 44 #4 #3# 44#3 #443, 3 44 444 #44
#A 444:# a#44 #444 44 #4444 #4#4# 44# # 43#
#4444. 4 444 34# 1580xl005mm43, ## #44 #443# 25x
25mm a## 3%}4a 4-4# 4#44 44444. 4 444 #4# 444#
^3# Run(Red), Stop(Green), Fault! YeUow) 3 4-43 #443# 44444.
Overview 444 #4# 4#4 44.
(D 43## 4 4#4#
^334# #4 4343 ^35. ##4# 4344, 4343 f^a, 43
7}3^344 44#4 4 4443 #44# 43 44A3 #444, 4
4A3 #44444. 34, #4#3(PSV)4 443443# #4 434
- 62 -
#7} 47] 4#4# 44# 44 #4^444-
(2) 44-0-7] 4 444
z# z44 444^7]- #44# 44-0-44 4# 444 4447} 4#4
# 444& 4444, 44#& #4^444.
® zfr/z44 ^44&
44-0-7] 4^4 ###4 444
444 444#& e#4# z#,
#4^444.
® 44 #4# 4#
4#4 44-0-44 444# -0-44# -0-44^ 4 4#44, 44 4-44
4 #4 44 44 44 #4444.
?]e], #a7#4# 44 44-0-4
a. 44 ^44 44 #4
71 ^ 5.3 Overview 44
Overview 444 J5_ L& 444 :444 44 4^444 4444# 444
4: 444 4# 4 #4# 44444.
- 63 -
- 4^7^43. a4(GT-210/220 Pressure)
- 444 44 afr(HE-110/120/130 Temp)
- <9'^-§-7] 3L<£(PV-110 Pressure)
- 444-4 afr(PV-110 Temp)
- 444-4 44(PV-110 Level)
- aa #^7}a^a 2#(GT-230 Presure)
- #^7}a 44 a4r4 afr(HE-210/220 Temp)
- a 4 o] a 4 E) a^r(Trace Heater Temp)
- g_44 4 °] 4K Boiling Curve) : 44 45.
- 7) air 4 4" (Gamma Densitometer)
4. 4-f^J
^4444 ^444 4^ 444 44-44^ PLC #4, DAS #4,
Isolator, 4M4, a4a 4# 44^ ##4 ^444 44. 44-44 37]^
1800xl200x2100mm 44, 444 4444 Overview #4-& 44444. a4
5.44 Ei44 4444 44a4- 44a# 4444.
Mosaic Graphic Boarc
(1580x1005)
DAS RACK
"C DETAIL
DETAIL
a 4 5.4 Bin]4 444 44a 4 44a
- 64 -
4. 444 v]|
444 4444 444 4444(DAS)T4, 3^3 7]&
& 4^g 44% &4471- %4% 44^ T#444A3. 44444. 4^a ^
44% 4444 4^44# 4444 4444 4" 4% 44 44%44# 444
^4. 44% 44 44%44# 4444 444 ^ 7]7]7} 44%4.
- Mam Heater Stop(HE-110/120/130 Stop)
- N2 Gas Heater Stop(HE-210/220 Stop)
- N2 Gas Supply Valve Close!SV-205 Close)
- N2 Gas Tank Edet Valve Close(SV-203/206 Close)
- Tracing Heater Stop(HE-230/240, HE-10 Stop)
- Main Pump Stop!CP-110 Stop)
^444 7M4 44^4 %44 4%% 44 444 4340]^^. 4^ 4444
44 4^-4 PLC# 444 %3, 44# 4444 m %4. 44% 4%a 4
4% 3.4 5.54 44.
34 5.5
- 65 -
2. PLC 1414
PLC# 114 Ills# 4433 14#43, 1114 #1! 131 3
# 44# 4414. PLC# #11 1KMMD4 141 1#44 444# 1144 43, 114 114 ##4#4# 434443 1144 14. PLC4
Is 14# 4#4 #4.
CD 14441 3#PLC! 1434# #147] 41 3#3 MMI 4#E]! 144! Ol
3, PLC4 1# #l(ProfiBus-DP)# #4 1144.® #11 ll(MMI) #4
1114# #147] 31% 1133 MMI 1#4! #44! %3, ^1
#44 4444 £D 4444 4444 44 PLC4 CPU fit4 4
144.(3) Overview 44
14444 4444# 441444 4444 4444## 4 444 5 444 fi-4 44 e]4 PLCl 4-133 4 444 #43#4 4144.
(4) 44
414 #413:4 PLC4 4-133 H3#4 44 1144.
® 444114 144 13, #3, 44 #4 4#4# PLC4 #43#4 41
4144.
7}. PLC 43!] 4 41
PLC# 4!#(SIEMENS)44 S7 3#3 3.4 5.64 14 441 4#1
D Panel! 1444 4#4, CPU 3#, 4133 4/#4 3#, 441 !/#! 3
#, 343 #13#3 4144 44. 3^ 5.71 144 4# PLC4 41# 44
14. 34 5.711 PLC #11 14 143S CPU 31, CMM 3#, 343 I/M
314 1444 44. CPU 311 11144 14#4# 1144, CMM 3#
# 1#44 441 #1# 4414. 343 i/M 3## 44 !/#4 3#4 1
44 plc4 144# 4144 41 3144. 5. 5.111 4/14 3#4 41#
4414. #1! Overview# PLC(PLC#5-#7)# 1114! 144 4114 1
1 14# #144 41 441 #4 4 4133 #43## 1143 44. 4
- 66 -
# < <>F mjrPi TT •0 PiW'# o|j
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OVERVIEW 1
PLC#1
PLC#2
PLC#3
PLC#4
TO ETHERNET
PLC#5
OVERVIEW 2
PLC#6
OVERVIEW 3
PLC#7
NO. NAME DESCRIPTION MODEL Q'TY
1 CPU CPU& PROFIBUS INTERFACE CPU-414-2DP 1
2 CMM TCP/IP ETHERNET MODULE CP 443-1 1
3 PWR POWER SUPPLY MODULE PS-307-1K 6
4 I/M INTERFACE MODULE IM 460 1
5 I/M INTERFACE MODULE IM 361 6
6 RACK MAUNTING RACK (9 SLOT) UR 2 1
7 RACK DIN RAIL (530mm) RAIL 6
8 D/I DISCRETE INPUT MODULE SM 321 D/I 5
9 D/O DISCRETE OUTPUT MODULE SM 332 D/O 8
10 A/I ANALOG INPUT MODULE SM 331 A/I 6
11 A/O ANALOG OUTPUT MODULE SM 331 A/O 17
3.^ 5.7 PLM
5 5.11 PLC
Trw Overview-#- ^ Total
DI 5 0 5
DO 2 6 8
AI 4 0 4
AO 4 13 17
68
4. CPU 2-4
CPU 2-44 1/#1 2-4 4 442-44 4444 44411 11141
4 44444 #^41. 444 CPU 2.44 444 444 44.
- 4# : S7 CPU414-2DP
- 44
- 32bit 80386EX
• I/O Discrete Point : 65536
• I/O Analog Words : 4096
• Memory : 128Kb
• Execution Times : Bit/Word/Fixed Point : O.lus
Floating Point Operation : 0.6-s
• ET200M DP Interface Module & RS-485 Bus Connector Including
4. 4444 14 44
4444 144## 411 4444# 21447] 44 444 4114
44 44 a]4 4 DAS4 Ifrl# 444 44 #5] 71 (Isolator)# 7] 4 l~5Vdc
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44# 44441 #4 4441. 1144 11411 4Till 4# 44#
differential type# 444# 44 #14 14111. 1144 H
4#1 11=4 111 11.
- 4# : SM 331
- 41
• 8pt/Module
• 12bit Resolution
• Input Type
- 69 -
- 4-20mA/25O 1-5V/100K0, ilOV/lOOK"
- T/C Type E, N, J, K/10M9
- PtlOO Standard/IOMQ
• Accuracy : ±1% °] 4
• Sampling Time : 20ms
• Isolation Tested at 500Vdc
4. 44#A #4 A#
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4S.A #4A#4 444 444 44.
- A# : SM 332
- 44
• 4pt/Module
• 12bit Resolution!libit + sign)
• Input Type
- 4-20mA/25O 1-5V/100K0, ±10V/100KO
• Accuracy : ±0.5% °14
• Conversion Time per Channel : 0.8ms
• Isolation Tested at 500Vdc
4. 444 4/#4
444 44 fi44 4 44 4444 4444# 444a, 444 #4
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- 70 -
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4 #4.
- £# : SM 32KD/I Module), SM 322(D/0 Module)
- 44
• 16pt/Module
• Optocoupler Isoaltion
• Input & Output Voltage : 24Vdc
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#4 GT-201/2204 #44 #444 #4# 44 4#L# #44#
- 71
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- 7}a^a GT-2304 44 44 4# 44#a(SV-206)# 4#
44 GT-2304 444 #444 444 44 4M #444 x}
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® ^#(Vent) #a(SV-204/207) 4#
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® 4444 44# 4# 44 44#a(SV-l0l) 4#- 44-0-444 444 4444 444 444 a444, sv-101
4 Close
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4. 4-4 44
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4a# 44^4# #4444.
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- 44-0-4 ##4 #a(SV-102/103/104) # SV-104 #a Open4 cp-iio 4#
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® 44 44(HE-110/120/130) 4#- 44 4a(CP-ll0) 4#444 44 44(HE-ll0/l20/l30) 4#
- 44 44 4#4 44-0-4 4## #a(SV-l05) Open
® 44-0-4 #a44- 44-0-44 44## 44#a44 ##444 44 44 44
(HE-110/120/130) PID 4#4 4- MMI 44 444-444 44-0-4 4# target #a# 444a,
Cascade Modea 4444, HE-110/120 44# 444 50 °C 7}#&
a 4#44
- 72 -
- 44 HE-1304- #2 41## #4
- PID# 444 s]Ei x>^x^ a] 444^ MMI 44 41#:### 5A]
4 T/C Spool Piece# #44# #4# T/C 4 #4# Plant
Value(PV)& 4-0-
- 7}#4 ### 44^# ### 4f 4^. #4
® #4 #7] #47j]#- #4-0-7] #4# #4 #444 ##47] 4# #^7M:
(SV-205)# #4-0-7] #4# #4-0-7] #4 #4# &4# 44SV-205 7}^ Close
- #4-0-7] 44 44# 4# #444 444 44 % &4# 44 4^7]-^: ###g_(PCV-101) 7}^ 0pen4z, 444 g_4 5bar #4
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(5) 4^7]-^ ^4 #44 #4 A]^^ ^-^.4 4^7]-^ 44 # 444 m
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4. 44 #4
44444 44-0-44 4^4 #44 #4^4# ^#4 4444 44
4 4#4&4 444 4^# 4444z, #4-0-4 44 # #4# #4# 444
4 #4-0-4# 4444 4 44###4(QOV-30D# 7]] 4-## ####4 4^4
4. 44, #4-0-44 #4# 447]-^ 7]-## ## #4^44 #44& #44#
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-& #444 #7]®]]# 4:4.
Q 44###4(QOV-301) 44
- ###44 z#/z#4 4447]- #4-0-4# 444 4447]-# 4# #444 44 #444 #4# #4-0-4 4# 4# ##44 7]^o_g.
QOV-301 Close
- 444 4#4#44 Radar 4#4#4(LT-102)
® 447}4 ###^_(SV-205) 44
- ###44 #4^-4 #d:7]-4 4## #444 44 444# #4#
4447] #4^.4 ##44 7}^o_g. SV-205 Close
- SV-205# 44 #44:4 QOV-301 ^_4 # 20cm #4 #4
- 73 -
® ## 44 444 4#- #44 #444 4444 44# #444, SV-205 !H4 QOV-301
4#.4 44 Open
® 4444 4444- 44^44 44 #444 PCV HMPCV-201-1/2/3/4) # #4# 4
444, 444 14.# 444 444 44 4# 4444- 44, 4444# 4# Plant Value(PV)# 44#4 44 44 4#
(5) ##4^ #444- 4#^44 44 #444 #4 #44# 4444 FCV 14.# #4
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4#
4. 4#/444 14#4
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4. ### 4444 #4
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4 2# #4444# 4#42, #444 422# 4#2# #4 244 44#
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4. MMI ###14 4#
MMI #s#14# #44 44# #44# 2## MMI 4444 #4
44 44. 4 2## ###4 4 #4224 4# #444# ##42, #44#
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- 74 -
44.
a. 7}#4 MMI ##W4]4# #44 PLC4 7}4 # W#4# ##
W°l]4 4 Wonder Ware4-4 InTouch 2## 4# 4 4 4. 4 ##W°ll 4 4 44#
4#4 #4.
- £| : InTouch Version 7.1(Wonder Ware 4)
- 44
• 5000 Tags, Development
• Siemens DDE I/O Servers
• Networking 4 4
• ODBC Driver
• Real Time Trending
• Multi Pen Trending
• Historical Alarm
• Reports 4 4
• Tag Database
4. #44 44
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- 75 -
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(2) Alarm 44
7] 7]S] 24 4 Alarm List# #44# 44
(3) Event 44
7] 7] ^4 4% ^ 444m m4 4 Event List# #444 44
(4) System Configuration 44
44 4## 4 #4## a44% 44## PLC 4 I/O Server4 44,
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(5) Large Historical Trend 44
444 Trend4 44 4 Range 4# 4%444 4444 444 4#
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(6) Small Historical Trend 44 :
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(7) Instrument 44 44 :
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- 76 -
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77
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- 44 : FT-301 ® 44/1-4 #44*1
- #2 : TE-206
- 44 : FT-202- 44 : PT-205
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- 78 -
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- 5-4 : VXI System
- Flexframe VXI-1200 Universal Europe 240V
• High-Performance flexible VXI/VME Mainframe
• 9 Slots
- VXI-PCI8015 Interface Kit for windows-based PCI PCs
- VXI-MIO-64E-1 & Software
• VXI Multifunction Input/Output module with Analog, Digital, and
Timer/Counter Capabilities
• 1.25MS/s Sampling Time
• Channel Independent Programmable Gain
• High Speed VXI Direct memory access transfer
- SCXI-1356 Shield cable assembly
- SCXI-1001, 12 Slot Chassis
- SCXI-1100, 32Ch. Multiplexer Amp.
- SCXI-1102, 32Ch. T/C Amp.
- SCXI-1162, 32Ch. Optically Isolated Digital Input
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- 44
• Controls & Indication
- 79 -
• File I/O 4 4
• Open Connectivity
- 444 4#
• 44 44 4-4^ 44 4 #4
• Signal Conditioning
• Triggering/Timing
• Digital Pattern Generation
• Digital Handshaking
• Edge Detection
• Period & Pulse width Measurement
- Programming Structure
• While & for loops
• Case structure
• Sequential structure
2. DAS 4-M
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- 80 -
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ServiceMCCB or MC
VWF or SCR
Pump Motor Heater440 V, SPhase
ControllerSensor220V, 1-Phase, 110V, 1- Phase
Engineering Sliding (440 V, SPhase)
1200 AF ACB
S3 33 S! Pump, Heater S Panel
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FRONT VIEW
NOTE1. PAINT COLOR : MUN NO. 5Y 7/12. SERVICE : INDOOR3. PROTECTION DEGREE : IP404. Q'TY : 5 PNLS
BOTTOM VIEW
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44. 4 #4 4 44# High Voltage Power Suppy, Preamplifier, Amplifier/TSCA,
Timer/Counter 4 Minibin AA 4# 444.
- 91
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- 92 -
Signal Processing UnitShielding Cask
Sealed SourceRotator Gamma Rays
Computer
Test SectionCounter
Collimator
DetectorSoiTi
Amplifier
Detector shield
Pre-AmplifierHigh Voltage
d# 7.2 44# 4^44 y#2E
i.
4. 44# 4^44 #444
44# 4 #4# #4# 4 #4# ai#4 4# 44^ 44# 4 44# 444
44. #4 4# 444 4#4- 4# 444 44444 444 44# &44, 444 #44
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g. ^44 4# 44 4444 44# 4444. 44 #44 44^4# #Ag. 44444
# 4# 4, 44 4# 4#4 # 44.
4 4^-4# 4##4 #4 #4-# #444, 444 44, 4#4 444, 4#44 ##,
444 444 444# 4 4444 #4 444 ##44.
- 93 -
4. 44-444 44
4^4-4 4^4 ^ 444 4#44 4444 42# #44-24 44 4##4 4
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4 44444 & 7.14 #44#4
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44 44 4#
4444 444#: 3/8 44 Sch. 80 (44 10. 9mm, #4|: 3.2mm)44 4 #4 4°1: 6.681 mm
4 #4 4 414 44 7.62 cm, 44 7.62 cm# ##4 4 #4444 4#444 44 40 cm4## 44 5 ~ 80 %44 4# 24 5 %
44444 444 4#44 44 444, 4444 #4, 444 4#444 44, 4##
4 44, 44 4#2# ^ 4444 #4444 44 4444.
4-44422# Co-60 44444 44 4 #2, & 7.14 444#2#4 4# 24# 44
444 4-4# 4 444 30 mCi2 44444 4## #44 44 4#4-4# 5 % o]^o]
2, 4 #4 4 #444# #4224 4# 2% #4 # 42, ## 4##4 44 24 4
44 #44 4#44.
4. 44444 44
444 #44 44 7 mm4 4#4 SUS 4#4 444 #44 44 3 mm#
Co-60 30 rnCi 444 #4 44. 4 4#4 ^## 44 44# 444# #22 4 44 4
4#44 2444 44. 44 44#4# 4 #4%#^, Collimator)4 4## #44
4# &4 4# 44 44# 4442 #4. a 7.2# 44444 44 44#44 44# 2
442 44.
- 94 -
a 7.2 34333 33 43*44 4#
334 34 3434-4342
334 34 Co-60
334 34 30 mCi
334 *4 1 3
334 4* 4 4 3 mm, *4 3 mm3 3*3
33 capsule4 4* 4 4 7 mm, *4 7 mm3 3*3
334 container4 4* 34 15 cm, *4 15 cm3 3*3
334 4* 43 34 4* *41 34
4. 33334 #3
334 3*44 ^2 ^2 ^i, 33 44*4 *34 233*#* 44 1.3787
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- 95 -
FL+ 12000
FL+ 6000
MU^D80=_-'
@#;i /Test Section (StOMOOO) -—__
&
Traverse System
QOV
3ST|n
HSpring Hanger
FL + 3000
(Unit : mm)
td|-^ ztt
FL+ 0
- 96 -
t=d
4200 4200
Test Section
3300
(Unit : mm!
1 est. (unit: mm)Container SectionSurface
Collimator DetectorSealedSoilrce
217.15
406.2
97
4. 44444 ##
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444 444 4444- 4444 4444 444 4 3## 444#4. ON/OFF 444
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444.
2. 44 43
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4 444 4444^, 4444# 4422 44444 444 4 #4 4 44 444 4^4
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4-0-44 #44 #444 lm 444 #444 44#3 44444. 44 44-0-4 #44
44 44 ^444## 1.3787 mB/lTr34. 44#444 4 #4 444444 3 #3 3#
44# 3# 2#422 # 44 404423- 4442 #444 4 #4444 4# 13- 44
# 44, 144 434444 4 44-0-44 #444 443. 444# # 3# #444##
0.5515 mSv/wk3.4 4 44444 441 #4# 4444. 44 4444# 28.7 mSv24
434444 4 44444 4444 4344 33 43# 4#42 44 4# 4 #4 5
rem# #444 3#4. #4 #4 #434 1 m 434 #344 4444## 0.000310
mSv/hr2 4#4 0.1 mSv/hr# #444 323, 344 44 4#44# 0.6452 mSv2*j
3444 4444424 1 mSv (-0.1 rem)# #444 3#4.
2) 44443 4-0-4# 4#
44443 4-0-4# 4# Nal(Tl) 4#44 #444 #44 4#4 3443
- 98 -
444% 8844% 4^%4% 4-0-% #44 0144^4 44, 8#%# 4444
4 444 444 4##% #44-371- 4 44% 444 4#43, 44##44 #44##
4#4 444% ^# %# 3.2 mm4 SUS 4% #44 % Nal(Tl) 4 #4# 8444 g
4. 448 4-0-4% 4^} ^ A^M 8# 844 88 4444% 4% 44-0-714 4%
447]- 44444 &4 844, Nal(Tl) 8#88 %ig# ^ f%444 4#8 447]- 43
44 44. Buildup factor# 4444 44-0-4 444 #844 4#4 434 481
44% %#4 % 444, Nal(Tl) 4#4 #48 834 44 44% %#4 % 84.
Nal(Tl) 4#4 #48 44 44 444 %48 44 #4 444 44 44% 444
MCNP 33# 4-0-44.
4#4 444 44% #44 4843% 444 flux# 4444 444 Monte Carlo
Method# 4-0-444. 4%4 3hr MCNP 3S.(A General Monte Carlo N-Particle
Transport Code, Version 4B)83, 8#88 48# 88 1444 Cell# 44884. 3^
7.64 444 44 44 4444 9144% 44% 244 cell#, 44% 944 cell#, 3.431
4#7] #44- 344 cell# 4444 4 cell44 444#% 444 flux# 44 444 #4
4 444 44484. 4 #4 #8 8 %#848 4-44 flux# #44 44 Monte Carlo
444, 444% 4444 444% #443# 1.33 MeV# 71-8484.
(unit: mm)
3 8 7.6 4 #4 4-311 #4 4%44 444 MCNP 414% 44 Nodalization
8#88 44# 3884 88 #444% #4% %% Bl #43, #444% 0.5029
mB/lTr44. 4 44% 8 #3# #4 44 %-0-84% 10443# 7^43 48 #4471- 4
- 99 -
-0-444 7^}# #444 3]%* 4 4# #7)-4### 4444, 4###
44 0.2012 mSv/weekg-4 4444 4 #4]##^ #4#4. 44 3]^^ 10.46
mSvM.046 rem)g.# 4^#444 4##^ Tga|-aM 4444 44 44# #44
5L 44 44 44444 50 mSv(-5 rem)4 4444 444.
3) <9444 4444 444 44 ^4
3.# 7.44 444 44 #4 444# 44444 44# 4#4 4# 8.4 m#
3i, 444 6.6 m°]4, 444 14 m44 44444 44444 444 4444, 4444
44444 ^44# 444##7M ^gr)-. 4444 4#7)-## #4### ##
4 4444. 444 2 m4 4444 444-# 44444 #444 4#4 4# #4,
Co-60 44Ag.f4 444444 4##4# 3.45 m44. ^# 4044# 444 4444
44444 44#4 4#4 44 4-4, 4 444 4 ^ #4 #44# 4## 4 (7.2)4 #
4 4444.
Ht = Hi • ( ~^~ )2 • tl + H2 • ( ~^~ )2 • t2
444 Hi4 H24 44 44 44-0-4 &44 4#4 44444 4444431,
Li, L2# L# 44 4#Ag_44 44 44-0-4 &## 4#4 f#4#4 44 ^ 4
4444 44 #44 444444 4444, t2# 4444 4 44 7^44
4 47^444- 4444.
3.444 44# #44^ 4# 44444 4444 44 4-0-444# 1 mSv# &44
4 &##### 44. 44 4#44# 4-0-4 #4# 4444 44^3.^# 44444
4444 44 ##4444 #4 444^3. #7^4-31, 443. 4444 44 4 4#4
0.525 rnSv&4 44 4# 44 # #44
4. 444 43# 4 44 4#
444 44444 4-0-44 #44 44 ##i #4 44# 4444 44# 4
#44 #43- #4144#. S4 44444 4-0-4# #44 44 ##1 414 #4# #44
4 #44 ###7]- 4414^4, 4 #41#4 4### 4^Ag. 44^4 414-4%#.
44 ###44 7#^ 3.4 7.74 44. 4#44# a# 4 SUS3. #444 4 ##-0-
#4 ##4 #444 4444# #44 4444 f ### #4 4#44 443- 4#4
- 100 -
Motor
300 mm
300
Sourcecovei
m n
Stainless steel containerLead
Tungsten Sealed Source
Stainless steel containerLead
Shutter
toDetector
Shutter cover
Tiel 7.7
3# 3 3-/233^4. 4* 43*3-71 43-4 34 34 #3*4 434 #4 43 44471- 4
444 33-334 7## ^4*3 m 44. 4444 4471- f 444 444 44 4
3-44, 4444 3-3-4 &471- 4444 44#Ag_4 33-334 441 44 43# 3 3
44-. 4444 3*3-44 Limit Switch/j- 3444 4.4, 4344 3*433:# 433# 3
44-.
3*43 4 #44 44 44 343 ^3 7.84* #4. 3*43 3#471- susg. #444 3
Ag. 7M4%4. 3434 4443 3 #4 4 444 #4# 20 mm, M# 50 mm #31 g.
- 101
#444^4, PMT base4 #^444# #4^444 4^44 4^
4^ 444 ^#7] 441 #4 4 # #4 44.
Gamma Ray
20 mm
Deleter
83 mm
23 mm
30 mm
63 mm
03 mm
PMT base
Signal & Power Lines
Lead with SUS conver50 mm
7.8 44# ##44 4# 441 #4
- 102 -
3. #4# 3### 4*####
*44 3 #4* 4 44 (Scintillator)4 4444(PMT, Photo-Multiplier Tube)**
4444 44. # 444 3#4* 4444 44444 444* 44* 4*4, 4444
Base# #4 ##4444# 4## #4 # 44.
##4444# #444444, Preamplifier, Amplifier/TSCA(Timing Single Channel
Analyser), T imer/Counter 4 Minibin A# 44444. 4444444 4] 4 4 #4 7.2 4
444 44.
444 3*4* 444 444 * #44## Anode Singal* 4444. Anode44 4 44 Negative pulse* Preamplifier# Amplifier/TSCA* 44 Counter* 4444.
Preamplifier* Anode 4*4 44# #444* 44* 44, SCA* 44* 44 444
444 4*4* 4444 NIM logic 4** 444 #**4 Noise 4 44 4444 44
*4 33* 4*444. SCA44 #44 TTL 4** Counter0!]# 4*44 33 44 4
4 *4 4*1- 4*, * 44# 44* 4444. 44444 Counter# 4444 44 4*
3 4144 ***^4 3*43*4, 4# *4 44 4*4 *44 4*# *4 3 * 44
#4 *## Counter 4*4 ##* 44 MCA(Multi-Channel Analyzer)# 4*44.4.
4. *44 4 #7] [ORTEC Model 996]
#44 3*44 ** 4*4* *44 4 #4* Nal(Tl) 4*4* 4*4 4*##
444 * #44 4*44 4*4 444* BICRON444 4*33*4, 43* Nal(Tl)
A*4 #4 *#(Decay constant)4 0.23us°]4 44 **(Conversion efficiency)* 100
%44 4*4] #4* 43 3 44, *41 3 444 4*344, *444 444* #*4 4
3 3 444 PMT# ##44 4*4, 4*4# 4*3(Al housing)** 3*44 44. 4
#3 *44 3#44 #*4 PMT base[ORTEC Model 266]/]- 4444, High Voltage
Power Supply, Anode Signal 4 Dynode Signal* 4*44*44 434#. ##4 3#
44 #4* Anode Signal* Rise time4 2.1 ns, Pulse width7]- 3.2 ns, Transit time0]
38 ns4 4* *4* 7]-44, Nal(Tl) 4*4]# 4*3 #44 41*4 43**.
*. *43*3*4 [ORTEC Model 556]
*4####4 (High Voltage Power Supply)* *44 3 #7] 4 PMT* ##4
#7] 44 *3#* **#* *4* ±3kV444 Bias 4#* 34# * 4*4, #*4 3
- 103 -
#44 4#4# 4#44# 4 1.0 kV 4444.
4. Scintillation Preamplifier [ORTEC Model 113]
Preamplifier# Nal(Tl) 4 #4 4 Anode4 4 4# 4 42:# #444# 44# 4
4. Preamplifier4 4 44 #(Input Capacity)# 0, 100, 200, 500, 1000 pF44 44 4#4
4 444 m# 4#4# 444## 100 pF44
4. Amplifier and Single-Channel Analyzer [ORTEC Model 590A]
Amplifier/TSCA# Amplifier 4" TSCA4 44# #444. Amplifier#
low-noise shaping amplifier#^ Preamplifer0!] 44 44# ##4 44# 44 ##44
44# 4#4#al, TSCA# timing single channel analyzer## TTL 44# 4#44-
4. Timer and Counter [ORTEC Model 996]
Timer and Counter# 100 MHz, 8-decade counter4" blind preset timer4 44
# 44 Counter# TSCA44 #44 TTL 44# 44 44 44 #4 4m# 4#, LCD
# 4#44 &4 RS232C #4#4[ORTEC Model 99X-1]# 4#44 PC# 4#4 44
444 4#44
4. MCA Analyzer [ULS 1202]
NIM bin°1] 444 4#4# 44## Parallel port# 4#44 PC# interface#
44. Analyzer software# ULS1202 4# ##z%4## 4 4#4 44 Peak search#
Energy calibration ^ Peak4 444 ### ### 44 444 m &[## 7H4 PC###
444 ##n444
4. Minibin and Power Supply [ORTEC Model 4006]
Minibin and Power Supply# #444444, Amplifier/TSCA 4
Timer/Counter4 44# 4## 4|#44, 44# #444. Minibin# 4# ### 444
4, Single-width NIM module# 6444 444 # 44. #4 ±6 V, ±12 V 4 ±24 V
4 44# ##4 # 4#, 27[|2] Preamplifier44 44##°] 4#44
4. Counter 4 4|o]
- 104 -
RS232 #4#4# 4#4# Counter 44 222^4 4## 444#2 4444,
44# PC44 ##44. Counter 44 222^# 444 444 4#4# #44 7]-#42
# 4#444.
4. 444 4^4# 4 #44
4#44(Traverse System)# 444# 4###- 44 4444 #71# 4#5- 400
mm 44 4444 4 42, 444 4 #4# 4^2 1500 mm 44 4444 4 4# 44
24 444 4#471- 4444 #42#4 #44# 444# 444 #4# # %2# 44
/444%#4, 444 4^4 44# 442 4#44 # 44.
444 #24# 4#44# 24 7.14 444 44 44 4 44 3144 44 42, 3. 4
4 ##44# 4# #47]- #4 ^4 s)]^2 44 4#-#4-_ 4#4# ^4 244
Aluminium Profile 44 444 44# 44 #444 #4 4 44# 444 ##4 44
244 4444 #4# 4#44
4]34 444^^41^1
1. 444 4 #4 4 4244Oscilloscope# 4 #4 4 2#4# #4 4#71, Preamplifier 4 Amplifier/TSCA4
#4427]- 4444 444# 4# 4444.4 PMT4 negative pulse4 4444#
250ns #242, 42 4 2424 47]- 4# ##4^4. 4^4 Nal(Tl) 4 PMT7]- 4#4
22 4#44# 4# 44# # %1#4
NIM bin module^ MCA(ULS1202)# 4#44 Counter2#4 2# #2# 4# #42
#4 #2444471- 4 4#42 %## 444^4
24 7.9# MCA# 4#4 4# 4 4 4244 #444 Preampliher4 44# 100 pF,
2##### 0.83 kV, Amplifier4 Fine Gain# 8th, Coarse Gain# 50, Output# Binary
Positive output444 24 7.94 #4# 4# 4-# 4)^44 #^444 #4#^ #4#4
4 4*4 34# 24# 4##-, 444 424# 4#4 4# #24 444# 44# # 4
4. 4# 444 44444 ## Count ## Noise°ll 4# 4### Counter# 4## 4#
4-44-4 4# #244-.
2# #4 #4 ##4 4# 4444244 424## 4#4#4. 24 7.10# 444 4
# #4 #4 4#4 4# 4244-4 #434# 24#4-. 100& #44 # Count ## 4
- 105 -
MCA sample signal
* -4#- PMT HV PS: 0.83RV- Fine Gain: 8th- Coarse Gain: 50- Pos/Neg: Positive -Uni/Bi: Bi- Int/Window: Int- Output: AMP output- Dectector: 1000mm apart
0 500 1000 1500 2000
7.9 MCA* <>]-§-% ^4
Without Pipe
Pipe without Water
Pipe with Water
0 500 1000 1500 2000
^ 7.10 4^4 4* {12444
- 106 -
4^?]- ##4 2536834, 44^4 %# ##(?]##- 1)4 1967428, 44^ 44] #4
44 4 44 ##(?]## - 0)4] 17786104%4. #4 #7)] ##(void fraction-0 S4 1)4]
4# 444 #^4# 4##(count rate) 44^-44 444 #^4?]- 4##4 444^-] 4-
#44# 4* 4#4%4.
2. 444 #^44 a# #4
444 #^44 a## 4# SUS 4 #444# plate4 phantom# 444 444%
4 4, #4?]- Z]-Z]- 2, 4, 8, 12, 16mm# SUS 4 #444# plate?]- 244 444%^4
flow regime!4 ##: core flow, annular flow, slug flow, bubbly flow)4 2-4# #4 10,
30, 50, 70, 90%4 &44# #444# phantom^] 444%4. & 7.3# ?]^#
2© #444# phantom4 44# #4#s 44
5. 7.3 7]a# 2.4 #44## phantom# 44
Voidfraction
Core flow (Pipe)
Annular flow (Annulus)
Slug flow (Arc)
Bubbly flow (Bubble)o o © /o^o\
Dia. (mm) ID (mm) Height (mm) No. of Holes
0.1 3.45 10.34 1.81 0.101 (3 4)
0.3 5.97 9.12 3.71 0.303 (9 4)
0.5 7.71 7.71 5.45 0.505 (15 4)
0.7 9.12 5.97 7.19 -
0.9 10.34 3.45 9.09 -
ti]2 - OD-10.9 mm OD-10.9 mm Hole dia: 2 mm
44 SUS plate# #44## plate4 #4444 4# 44# ##44 4##(count
rate) 445.#B] #44 44 calibration# #2#, 44# # 2.5] phantom# 4
#44 4#4 4#4 44 flow regime4 44 444 #^44 ^4# ### 4444
- 107 -
4]4^
### #^4# 4-0-44 4^4 444 4### 4444 4444 #^4 4444 #
_&44. 4## 444 4444 7#^# 3.# 7.114 #2, 44 7#^# 3.# 7.3* #2#
4 44.
444 444 44 4 ### #444 44 4444 ###4 444 ##4-^#
#44 4#4 444 4-0-4-##. 4444 444 I000mm4^, 444 10.9 mm4^, #41
71- 3.2mm# 3/8 44 Sch. 80 SUS-304 44## 44444.
444 4^4-0- 4444 44# 44# #44 4^4 44 444444, #44 #Ag.
44 41-1 # 44. 4# 4444 444 44444 444# 4444 44 spring
hanger# torsion bar7\ 44444.
444# 4444 44444 44-0-4 444 4444 44#^ 4 44444 #44#
##44 4## 4## 4### 44# # ## 444^ #4# # #^4
#7ji 44-4%#. #44# #4^4# #4-n-4#^44# #4-0-4 #4^4# #4
!7.2MPa, 4^ 353 °cg. 44 4## ### #4# # ## #444^ ^#3- 4#4#4.
##44# ##^ ##444 4### #4 4444 #4# # #2, 4#4 #4#4#
#&# f #^4 44-4%#. i#4 4-44 #4# 4^4 #-#4# 4#4 4# ###4
444 :&### #44# -0-####-# 4#4 #444# 4# ###4 444 ## 4#4
Sch. 160 SUS 44## 4-0-###. 4444 4# 7>#4 3.43.4-4 4# ### 444
444-s.g. 444 441# 4-^# #4 #4 #44# 4-0-44 444(Spring
hanger, Tension bar #)# #44#—4, ##714 ## #44 ### #4444. 4
44# #4 # 4# 444 #44 #4 4## #4# 4# 4## #4444 #4 # 4 #, 4#4 #471- 4l#/#44#4-.
- 108 -
Inlet
Torsion Bars (4EA)
Inlet Head Outlet
Test SectionFlange
7.11 4^-8- 4^4^ 7#^
- 109 -
^18^- ^1^7}
411^ ifl-g-
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2.. iHif, SMART-TE-RR830-01, Rev.O, 2000.3
- 112 -
if #
- 113 -
■ifs. x-i N'2 Gas Flowmeter (FT-202)
HOFFER FLOW CONTROLS, INC.%We Turbine Flowmeter Company™
1 Of 1
*TEST CERTIFICATE* *
CUSTOMER: HARA CONTROL TECH. CO., LTD,________
CWTQNBR ACCOUNT NOmBRx 3981 ________________________ JOB * 32863
MHtCRABE ORDER; OOA133 DATE* 01/23/01
TURBINS FLCAQWIER) HQ1X1"30-B*1 (RPR51S) -F25CS-CB
MtlAL NUMBERj 91S44
DIGITAL MOW RATS INDICATOR; WIT-2-3-B-CE-X
S2&IAL MOWER; 122980
oxmmcTORt MaiiofA-iosL-as o pirn
ANALOG OUTPUT^ .
PULSE OUTPUT^ .
pwnam iwur; EXTBRmu, pows* io 30 voc
MANtAL: YES:__________________________________________________________________
TOTAL DISPLAY: XXKXKXX KILOGRAMS RATE DISPLAY; %X3XX KG/BSC
MOTES) 1. SERVICE NITROGEN # ?S DEG. C. TO 100 DBG. C., G 12D TO 230 BAR G, CALIBRATED OK W&TB& * 1 CSTK WITH X CALCULATED GAS ~X* FACTOR FOR UBS OVER A FLOW RANGE OF .11 TO 12.59 ACFM (D.013 TO 0.5? ZG/6ECK
PACKING YNSPSCTION: _________ _ MEAL IKSPBCTIOM;
DATE;__________________________
WE CERTIFY TEAT ALL TEST a@UEPMB*r UE«) 3# TEE PERFORMANCE Of %SE TESTING AMD SETUP ARE ACCURATE AND TRACEABLE TO E.I.8.T, WE CERTIFY THAT OCR QUALITY ASSURANCE SYSTEM IE CBkTIFTED TO ISO 9001,
qz/aa/i 9%)
s, i_i N2 Gas Flowmeter (FT-202) S^x]-S.(?]] G)
H HOFFER FLOW CONTROLS, INC» The Turbine Flowmeter Company™
m mt «*»* t»at * p.q &*2Pts * aw** owe* swowres_ »-<W-S5»«<$54 • p$3) 331-199? » FXX ($■«?> 33f «S
ECtUIPMENT APPLICATION SHEET
Customer: AT D,________ Date: a if- a i
Purchase Order: GjjAi3l3__________ _______ Job No,: _________ _
Preduct: /v/r*.a&g<U How Renga: . at/a to . 6 7
Temp. Range: ______ to ___________ Pressure Range: to ____________
Flowmeter: AkrKr_ao-a/(APRfrA-Pa«S'-&c S/N: 9/jn/V___________Plow Range: ■r',9tr: to ^oa<|Sr CaPm * KT-actor: % 3 s 9F K^^,y,r.c.o a)
Electronics Model; yVr.Z-'"yLz.ty-3~C.fF ~£........................S/,N: c ........
Input Pwr.: ______ _________ Fuse: ______ ,,... Output Pwr.: _________
Dwg. Numbcr(s): _____________________ _________________________ ______ ______
K-Factor of Metering System: ./#g9^R»va,TFIMaxI- .t uL&2_^a/6^=_ QMwt Preq.
S.F.:
Flow Rate Units:
Pulse Output:
S.F. Mwpl: _ Totalizer Units:
Range Select:
Duration: ___
Dec. Pea __
Pulse Scaling:
Pulse Output K'Factor.
Analog Span: ________
Time Base:
to
Low Alarm Setpoint:
Pressure Span: ______ to
Hi Alarm Set Point: ________
Pressure Excitation: .........................
Pressure Range; /So to Full Scale Pressure: 3 f‘S\p<
Temperature Excitation; __ _______Temperature Span: ______ to ......... ______
Temperature Range; __2S"_ to , FuU Scale Temperature: A
Pipe Diameter; ________ _ Inner Diameters ... ..............-Schedules .... .............
positioning: Centerline ...... Critical __ _ Insertion Depth __....... ........_
Obstruction Factor: ____________ Pmhle F#ctor(C*ntetlin*l _________
- 115 -
jfs. 1-1 N2 Gas Flowmeter (FT-202)
H HOFFER FLOW CONTROLSf INCThe Turbine Flowmeter Cmnpmnym
Mw* taa**e.a 8o%2M5 ^ NO# CmmW ****##33M W " FAX #9p
CALIBRATION DATA SHBKT
)DBL #: HD1K1 30.B-l(RPR51S)F3SCa-CE
PAGE I
U#A CONTROL TECH. CD., LTD. m#: ACC%3UNTS PAYABLE mWG BONO B/D, 100-16 tEONO DAM DONG 43K% NAM-OU. SEC'JL*3REA
JCOUMT NUMBER: 3961JRCHASB ORDER: 00A133
JOB NUMBER: 3365 3
SERIAL NUMBER; TEAT RAMOS i TEST STAND: TEST FLUID;
COIL TYPE* DATS)
91S443.991 CO 60.081 QPM 1ARater at 20C Degree* RP-R.-5 -1 »-S min 0.003/30/91
MV
METER FREQUENCY
# (HZ)
MBTBt FLOW RATE (GAL/MIN)
METER K FACTOR
(P/GAL )FREQUENCYVISCOSITY
(HZ/CTS)1 61 ,98a 62 .043 109,.674 154 ..595 231 ,54.6 390 .367 542,,36"8 701. 439 779..*0
10 852 9611 926 $612 9241 ,85
3.991 931.*000 61.533.995 931.8000 61,6%7.072 930.5000 109.469. 992 928.3000 154,2914.972 927.9000 231.08
25.286 926.2000 389.5935.176 925.1000 541.2745.4SB 925.0000 700.0250.571 925.2000 778.2555.303 925.4000 851.2560.075 925.5000 905.6060,081 925.6000 909.61
WE CERTIFY TEAT ALL TEST EQUIPMENT USED IN THE PERFORMANCE OF THE CALIBRATIONS ARE ACCURATE AND TRACEABLE TO THE W.I.S.T, ALSO, WE CSRT1PY THAT 00%. QUALITY ASSURANCE SYSTEM IS IN COMPLIANCE WITH ISO 9001.
NEARITY +/- .3? % OPERATOR
' AVSMA9B 937.359 PULSES/GAL BNGW&. APPROVAL
EMULATED QAS FACTOR IS 6938.1% PULGES/ACf.
116 -
-T-ij- 1-2 Coolant Flowmeter (FT-301)
EMERSON
Dietench Standard Inc. Subsidiary of Rammoimt
Co*#### Name:Bttpsr Pur/mse Oid« »: !i*M***i*CMPM#*##*OMK Ki#i,* miMwii#' rWiw#$«WR 2$3267*S 1T*glnte-, h mL*b CdRmMkxi Performed:
fUSMUm* BATA: CAUBRATKM MWMMC# CQKOmONS;Amw#k#aOmA 43 k-ys L*#am#*r
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t 772 ?*o m* 539 35 751470 #*#7 *2#4% 7144%3 771 75 8 37) a* 00 707*13 *34* m® *1*2% #@7%<* 779 Z2 1 ^!# 314% W47 #%*# %.12%
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117
4# n-i 44
ITEM TAG SPECIFICATION
Smart GaugePressureTransmitters- Impulse
Tubing
PT-101PT-102
Model : 3051PG5A22A1AB4E5M5Q4Accuracy : ±0.05 ?6305IPG : Model 3051P reference class GAGE Pressure Transmitter
5 : Range / Min. Span : -2000 to 2000 PSI /200PSI (-207 to 25 kPa)
A : 4-20 mA with Digital Signal Based on HART Protocol
2 : Process Flange : Coplanar, SST
Drain / Vent : SST
Flange Adapter : SST
2 : Isolating Diaphragm : 316L SST
A : O-ring : Glass-filled TEE1 : Fill Fluid : SiliconeA : Housing : Polyurethane-covered Aluminum, Conduit Entry :1/2-14 NPTB4 : Coplanar Flange Bracket for 2-in. Pipe or Panel Mounting, allSSTE5 : EM Explosion-Proof ApprovalM5 : LCD Meter for Aluminum HousingQ4 : Calibration Data Sheet
Tag No Calib. Range
PT-101 0-120 kg/cnf
PT-102 0-120 kg/cnfSmart GaugePressureTransmitters- Impulse
Tubing
PT-103 Model : 3051CG5A22A1AB4E5M5Q4Accuracy : ±0.075 963051CG : GAGE Pressure Transmitter5 : Range / Min. Span : -14.7 to 2000 PSI /20PSI (0 to 13800 kPa /138kPa)
A : 4-20 mA with Digital Signal Based on HART Protocol
2 : Process Flange : Coplanar, SST
Drain / Vent : SST
Flange Adapter : SST
2 : Isolating Diaphragm : 316L SST
A : O-ring : Glass-filled TEE1 : Fill Fluid : SiliconeA : Housing : Polyurethane-covered Aluminum, Conduit Entry :1/2-14 NPTB4 : Coplanar Flange Bracket for 2-in. Pipe or Panel Mounting, allSSTE5 : EM Explosion-Proof ApprovalM5 : LCD Meter for Aluminum HousingQ4 : Calibration Data Sheet
Tag No Calib. RangePT-103 0-120 kg/cnf
- 118 -
n-i
ITEM TAG SPECIFICATION
Smart Gauge PT-101 Model : 3051CG4A22A1AB4E5M5Q4Pressure PT-102 Ditto item No.2 butTransmitters- Impulse
4 : Range / Min. Span : -14.7 to 300 PSI /3PSI (0 to 2070 kPa)
Tubing Tag No Calib. Range
PT-301 0 - 20 kg/cnf
PT-302 0 - 20 kg/cnfSmart Gauge PT-201 Model : 3051TG4A2A21AB4E5M5Q4Pressure PT-202 3051TG : Gauge Pressure TransmitterTransmitters PT-203 Accuracy : ±0.075 96- Direct PT-204 4 : Range : 0-40 to 0-4000 psig (0-276 to 0-27580 kPa)mounting PT-205 A : 4-20 mA with Digital Signal Based on HART Protocol
2A
21
A
B4
: Process Connection : 1/4 - 18 NPT Female
316L SST Isolating Diaphragm
316L SST Process Connection Wetted Parts
Silicone Fill Fluid
Housing : Polyurethane-covered Aluminium Housing
1/2 - 14 NPT Conduit Entry Size
: Bracket for 2-in. Pipe or Panel Mounting, All SST
E5 : Factory Mutual (FM) Explosion Proof ApprovalM5Q4
LCD Meter for Aluminium Housing Calibration Data Sheet
Tag No Calib. Range
PT-201 0 — 200 kg/cnf
PT-202 0 — 250 kg/cnf
PT-203 0 — 250 kg/cnf
PT-204 0 — 250 kg/cnf
PT-205 0 — 250 kg/cnf
- 119 -
4# n-2 44
ITEM SERVICE SPECIFICATION
Smart Diff.Pressure
Transmitters -
FLOW METER
FT-101FT-201
Model : 3051CD2A02AlAE5M5Q4S5/with 305AC32B11B4Accuracy : ±0.075 96
3051CD : Differential Pressure Transmitter2 : Range / Min. Span : -250 to 250 inch H20 /2.5inchH20
(-62.2 to 62.2kPa /0.6 kPa)
A : 4-20 mA with Digital Signal Based on HART Protocol
0 : Alternate Flange
2 : Isolating Diaphragm : 316L SST
A : O-ring : Glass-filled TEE
1 : Fill Fluid : SiliconeA : Housing : Polyurethane-covered Aluminum, Conduit
Entry : 1/2-14 NPT
E5 : EM Explosion-Proof ApprovalM5 : LCD Meter for Aluminum HousingQ4 : Calibration Data SheetS5 : Assembled to Model 305 integral Manifold305 : Integral ManifoldA : ANDERSON GreenwoodC : Coplanar3 : 3 Valve
2 : Materials of Contraction
Body : 316SST Bonnet : 316SST
Stem : 316SST Drain/Vent : 316SST
B : Process connection : 1/2-14NPT
1 : Packing Material : Teflon
1 : Valve Seat : Integral (316SST)
B4 : SST Bracket for 2-in. Pipe Mount
Tag No Calib. Range
FT-101 0—5000 mmH20
FT-201 0—5000 mmH20
- 120 -
jf-# n-2
ITEM SERVICE SPECIFICATION
Smart Diff.Pressure
Transmitters -FLOW METER
FT-301 Model : 3051CD2A02A1AE5M5Q4C1 S5/with 305RC32B11B4
/with PBF+25S, 040, H9900, C9900, F99S0, 2, A, 1, A
Ditto item No.1 but
PBF+25S : Probar+Flanged, SS
040 : Line size : 4in. (100mm)
H9900 : Head Style : Special Head Code
C9900 : Special Instrument connection(Gas or Liquid)
F99S0 : Special Sensor Flange Flange, SS (2500# SS Flange)
2 : DP Range (2-2.5 to 0-250 inH20)A : 4-20mA with Digital Signal Base1 : Fill Fluid - SiliconA : Transmitter Housing Material - Epoxy-poly-alum 1/2-14 Pipe Size : 4" SCH 40(Horizontal)
Tag No Calib. RangeFT-301 0 - 5308.6 mmH20
Turbine - FLOW METER
FT-202 (1) Rate indicator / TotalizerModel : HIT-2-5-C-4-CE-FFeature
- 8 digit display of rate- 4 1/2 digit display of rate- 10 PT Flowmeter Linearization- 4-20mA output- 8.5 ~30Vdc input power required- NEMA 4X enclosure
(Control panel-internal, behind clear lens)- Wall Mount- CE Approved
(2) Hoffer 1" HO Precision Series Turbine FlowmeterModel : H01X1-30-B-1(RPR51S)F25CS-CEService gas : Nitrogen(230bar Pressure)Repeatable Flow Range : 0.012 — 1.05kg/secRepeatability : ±0.25/6 of reading over the repeatable flow rangeConstruction : 316 SS with 17.4PH rotorEnd Fitting : 1" 2500# CS raised face flanges per ANSI Bearings : Shielded lubricated 440 SS bearingPickup coil : Magnetic typeCalibration : Supplied with calculated K-Factor based on ten
point water calibration and accurated to ±2/6
- 121
4# n-3 44
ITEM SERVICE SPECIFICATION
Smart
Diff.Pressure
Transmitters
- Level
LT-101 Model : 3051PD2A02AlAB4E5M5Q4S5/with 305AC32B11B4
Accuracy : ±0.05 ?6
3051PD : Model 305IP reference class Differential Pressure Transmitter2 : Range / Min. Span : -250 to 250 inchH20 /25inchH20 (0 to
62.2kPa /6.2 kPa)
A : 4-20 mA with Digital Signal Based on HART Protocol
0 : Alternate Flange
2 : Isolating Diaphragm : 316L SST
A : O-ring : Glass-filled TFE
1 : Fill Fluid : SiliconeA : Housing : Polyurethane-covered Aluminum, Conduit Entry :
1/2-14 NPT
B4 : Coplanar Flange Bracket for 2-in. Pipe or Panel Mounting, all
SST
E5 : FM Explosion- Proof ApprovalM5 : LCD Meter for Aluminum HousingQ4 : Calibration Data SheetS5 : Assembled to Model 305 integral Manifold305 : Integral ManifoldA : ANDERSON GreenwoodC : Coplanar3 : 3 Valve
2 : Materials of Contraction
Body : 316SST Bonnet : 316SST
Stem : 316SST Drain/Vent : 316SST
B : Process connection : 1/2-14NPT
1 : Packing Material : Teflon
1 : Valve Seat : Integral (316SST)
B4 : SST Bracket for 2-in. Pipe Mount
Tag No Calib. Range
FT-101 0-4700 mmH20
- 122 -
ra# II—3 ra^ 711^715] A>oj:(7|]^)
ITEM SERVICE SPECIFICATION
Smart Diff.Pressure
Transmitters -
Level
LT-301 Model : 3051CD2A02A1AE5M5Q4C1 S5/with 305AC32B11B4
Accuracy : ±0.075 ?6
3051CD : Differential Pressure Transmitter2 : Range / Min. Span : -250 to 250 inch H20 /2.5inchH20 (-62.2
to 62.2kPa /0.6 kPa)
A : 4-20 mA with Digital Signal Based on HART Protocol
0 : Alternate Flange
2 : Isolating Diaphragm : 316L SST
A : O-ring : Glass-filled TFE
1 : Fill Fluid : SiliconeA : Housing : Polyurethane-covered Aluminum, Conduit Entry :
1/2-14 NPT
E5 : EM Explosion- Proof ApprovalM5 : LCD Meter for Aluminum HousingQ4 : Calibration Data SheetS5 : Assembled to Model 305 integral Manifold305 : Integral ManifoldA : ANDERSON GreenwoodC : Coplanar3 : 3 Valve
2 : Materials of Contraction
Body : 316SST Bonnet : 316SST
Stem : 316SST Drain/Vent : 316SST
B : Process connection : 1/2-14NPT
1 : Packing Material : Teflon
1 : Valve Seat : Integral (316SST)
B4 : SST Bracket for 2-in. Pipe Mount
Tag No Calib. Range
LT-301 0 - 2000 mmH20
- 123 -
II—3 711^715] A>oj:(7|]^)
ITEM SERVICE SPECIFICATION
Eclipse Radar LT-102 Model : X705-501A-513/ with 7MD-A110-470type Level Max. Process temperature : 400°C @ 135barTransmitter Max. Process pressure : 345bar@20°C
Measured Error : ±0.126 Probe length1) Transmitter Part Number705 : Eclipse Guided Wave Radar Level Transmitter
5 Power : 24Vdc, Two wire
0 4-20 mA only, without HART
1 EnglishA : Digital display and keypad
5 Integral, Explosion Proof (EM & CSA)
1 N/A
3 Conduit connection : PG 16
2) Probe Part Number
7M : Eclipse GWR probe, Metric unit of measure
D : Coaxial, High Temperature / Hihg Pressure, 3/4" Process
conn. Or Larger
A : Material of Construction : 316/316L SS11 : 3/4" NPT Thread0 N/A470 : Length : 470cm
Tag No Calib. Range
LT-102 0-4700 mmH20
- 124 -
^ II —4 A>Oj:
ITEM SERVICE SPECIFICATION
Multi type TE-101 Model : WatroThermocouple TE-102 1) Type : K Unground, Special Grade
( 6Ponit ) TE-103 2) Response Time : 0.25sec
TE-104 3) Output : 0~15mV
TE-105 4) Measurement Range : 0~ Max. 400°CTE-106 5) Accuracy : 0.4% of Measured ( Max. error : 1.1 °C)
Tag No. LengthTE-101 5300 mmTE-102 4500 mmTE-103 3700 mmTE-104 2900 mmTE-105 2100 mmTE-106 1300 mm
Sing type Thermocouple
TE-107TE-108TE-109TE-110TE-111TE-112TE-113TE-201TE-203TE-204TE-205TE-206TE-301TE-302TE-303
Model : Watro1) Type : K Unground, Special Grade2) Response Time : 0.25sec3) Output : 0~15mV4) Measurement Range : 0~ Max. 400 °C5) Accuracy : 0.496 of Measured ( Max. error6) T/C Connector type
LUC)
Tag No. LengthTE-107 200mmTE-108TE-109TE-110TE-111 200mmTE-112 200mmTE-113 300mmTE-201 200mmTE-203 200mmTE-204TE-205TE-206 200mmTE-301 250mmTE-302 200mmTE-303 300mm
- 125 -
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BIBLIOGRAPHIC INFORMATION SHEET
Performing Org.
Report No.
Sponsoring Org.
Report No.Standard Report No. INIS Subject Code
KAERI/TR-2141/2002
Title / Subtitle Construction of the two-phase critical flow test facility
Project Manager
and DepartmentC.H. Chung, (Thermal Hydraulic Safety Analysis Team)
Researcher and
Department
S.K. Chang, H.S. Park, K.H. Min, N.H. Choi (Thermal Hydraulic Safety Analysis Team), C.H. Kim (MMIS Team), S.H. Lee (Nuclear Chemical Engineering Research Team) H.C. KIM, M.H. Chang (Power Reactor Development Team)
Publication
PlaceTaejon Publisher KAERI
Publication
Date2002
Page 137 p. 111. & Tab. Yes( O ), No ( ) SizeCm.
Note
Classified Open( O ), Restricted( ),
___Class DocumentReport Type Technical Report
Sponsoring Org. Contract No.
Abstract (15-20 Lines)
The two-phase criti engineering laboratory entrained with non-cc MPa of pressure and gas injection into br components of the containing coolant, inter-connected with opens, high pressure, critical two-phase f connected to two hig pressure in the press test section for the performed on compute and test data such section, gas injection system for further da high pressure gas reviewed, and inspect And the regulatory be
cal test loop facility has been constructed in the KAERI t for the simulation of small break loss of coolant accident mdensible gas of SMART. The test facility can operate at 12
0 to 60 C- of sub-cooling with 0.5 kg/s of non- condensible eak flow, and simulate up to 20 mm of pipe break. Main test facility were arranged such that the pressure vessel a test section simulating break and a suppression tank pipings were installed vertically. As quick opening valve
Temperature coolant flows through the test section forming ow into the suppression tank. The pressure vessel was h pressure N2 gas tanks through a control valve to control ure vessel. Another N2 gas tank was also connected to the ion-condensible gas injection. The test facility operation was ;rs supported with PLC systems installed in the control room, as temperature, break flow rate, pressure drop across test flow rate were all together gathered in the data acquisition
:a analysis. This test facility was classified as a safety related 'acility in law. Thus the loop design documentation was sd during construction of the test loop by the regulatory body. )dy issued permission for the operation of the test facility.
Subject Keywords
(About 10 words)
non-condensible gas, two phase flow, critical flow, SMART,
test facility, N2 gas, break flow, DAS
