radiation protection maintenance and fabrication of

KAERI/RR-1674/96 KR9700252

Radiation Protection

Maintenance and Fabrication of Electronic Equipment

KAERI/RR-1674/96

Radiation Protection


1996 <d 12 ^ 31

-8

£ °-f f

I.

II.

O]AOV

* I

sw

in. ^H-8-

4711

(2)

; Gamma Spectroscopy system £\ 166^

(3) 7171 J2..

- 3 -

;Level Transmitter £]

(4) 717]

IV.

- 4 -

SUMMARY

I. Project Title


II. Objetives and Importance of the Project

There are many nuclerar pilot plants in KAERI. The typical

plants are Post-Irradiated Examination Facility, Radiation Waste

Treatment Facility, and Nuclear Fuel Fabrication plant. Since

nuclear materials are treated in these plants, safe operation is

always required in particular.

In Those plants, a lot of systems and equipment are used for

process control, data processing, safety management, etc.

And also, more than a hundred instrument are employed in various

laboratories for test and experiment. Most of the equipment and

instruments are very sensitive, and they could make dangerous

hazard due to unexpected malfunction. Therefore, they have to be

operated in good condition and repaired completely in case they

are out of order so as to minimize the environmental pollution and

the radiation damage.

III. Scope and Contents of the project

This project has been developed to maintain and repair the

nuclear electronic equipment and instruments in KAERI. Therefore

the following have been carried out:

-5-

1. Maintenance and repair of process instruments

:total 69 instruments in Post-Irradiation Experiment Facility

and four other facilities

2. Repair and fabrication of electronic equipment

;total 167 equipment including one gamma spectroscopy system

and 3 fabrication

3. Calibration and correction of instruments

;total 80 instruments including one level transmitter

4. Preventive maintenance of electronic equipment

;214 items

IV. Results and Proposals for Applications

By the results of this project, we are able to solve the

problems on maintenance and repair of electronic equipment, and

able to reduce operation expenses of the pilot plants in KAERI.

In addition, this project would provide us with the opportunity

to improve the maintainability and instrumentation, and also to

develop similar systems, as applied to the pilot plants.

With the technology and experiences gained through this project

we will be able to support the maintenance of the process systems

of the KMRR (Korea Multi-purpose Research Reactor) facility and of

the IMEF(Irradiated Material Examination Facility) which will be

operated in earnest, and maintenance of the instruments and

equipment in these facilities effectively.

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1. £UiL<g#Al7l 80

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109

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Physics) 7j]^2f Pneumatic

TIC7f 5

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Pneumatic Transfer Network^ ^1^> Tfl^Kg: ]<H^> l'g, Local Control

Box 47fi, Diverter, Shielding Pin, Photocoupler<Hl

Sequence^<HS]S.S.

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7ms. *lH(0pen Loop Control)

Ji,

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(Centralized Control and Monitoring System)5.

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05A

06A

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06J

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06U

07A

07B

12A

12D

13A

20B

21A

22B

24A

30B

30C

31B

Til # 7] 71 «g

Electronic Recorder

Electronic Indicator

Galvanometric Indicator(RTD-§-)

Electronic Controller

Electronic Manual Remote Control

Relay Root Square Converter

Threshold Relay

Multiplier-Devider Relay

Converter^ 3 oJ-3-n- £**)

Converted *H?~*ltf W )

Electrical Totalizer Integrator

Preset Batch Totalizer

Level Gauge

Magnetic Level Gauge

Float Type Level Switch

Orifice Plate

Rotameter

Flowmeter

Electronic D/P Transmitter

D/P Pressure Gauge

Pressure Gauge W/Remote Seal

Pressure Gauge

12

25

22

4

4

1

72

5

3

1

1

3

1

10

1

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7

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10

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35A

41A

42A

44A

46B

60A

63B

63H

65A

72A

72B

101A

n % n 7} *

D/P Pressure Swich


Pressure Switch


Low Range D/P Transmitter

Electronic Pressure Transmitter

Resistance Temperature Detector

Thermometer

Thermoswitch

ConvertedJH^-^-E- ^ )

Control Valve W/Positioner

Solenoid Valve

Slide Valve Actuated by SV

Thermostatic Valve

Air Purge Meter

Controlled Air Purge Set

Alarm Module

49

37

1

30

6

2

35

3

1

13

5

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108

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64

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71

Process ^ # ^ } l 1H

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Waters £ £ # 4 4 iJ ^ ^ ^ ^ Sl-E^- «C>. ^2 t f l 5 j <^^ 4 4 #

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M-101

M-102

M-103

M-104

M-105

M-106

M-107

M-108

M-109

M-110

M-lll

M-112

E-101

E-102

E-103

E-104

^ a) % %

DECONTAMINATION SYSTEM

CONTAMINATION

PROCESS WATER SUPPLY SYSTEM

COMPRESSED AIR SUPPLY SYSTEM

STEAM SUPPLY SYSTEM

WASTE STORAGE & TRANSFER SYSTEM

CRANES

DOORS

MANIPULATION SYSTEM

CART & RAIL TRASPORTATION SYSTEM

AIR SCRUBBING UNIT

SAMPLING & MEASUREMENT SYSTEM

TRANSFORMER

7.2KV. VCB CUBICLE

LOW VOLTAGE CUBICLE

LOW VOLTAGE MOTOR CONTROL CENTER

- 2 5 -

4.

1-5.

Pneumatic Controller, RP908A

Pressure Regulator, 902A

Three-way valve, 104R

Reversing, RP470A

D/P Transmitter, NDP44Y

Pneumatic Recorder Contoller

Pneumatic Recorder Controller

NUL12

Temp. Sensor, TP971A

Humidity Sensor, HP971A

Recorder Controller

Carbon Monoxide Gas Regulator

Auto Temperature Controller

Pressure Recording Controller

Metalic Coating Equipment, L-39

5

2

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SJ3 3-15psi

<>J3 45-150psi

t-3 0-25psi

200V/60Hz, 50psi

20-120mmH20

10-38C

15-75S6RH

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Feed and Bleed Tfl f-, Chemical 7fl-f- gj Common Service 7||-f- .

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Filter.*} Deaerator* *« | | ^ 4 ^ r ^ ^ S f S ] ^

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Demineralize 9J Degas ^

<>1 A j ^ ^ Main Loop 7fl*5i ti|j^^- ^ c f l ^ S . 260° C,

112.5kg.cm2G(lr600psig) 51 ^cfl-g-%> 1.500 GPM<H1 ^ c j S . ^ -

3. , Main Return Header-b 10 inch, Subheader^ 4 inch °]t[.

Feed and Bleed 7)]^-^ 7>«^3gS6fl 5]*)) Loopv| ° i^ - i - i ^ ^ K iE

7fl-f-ufl<Hl Deaeratorif Filter<Hl

Crude%*# S | W . Bleed

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^ Flash Tank <£°.S, S ^ I ^ K °1 -g-^-b ^W Flash

Tank 1HW vj*l *!<& <iJ2.^7l^. 7fcc(| oJ^oflA] 170° C«M -g-^fe 82

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Deaeration^l 4-§-*1b ^ 7 l ^ Flash Tank W<>1H U*f Deaerator^

Chemical Tfl-f-^ -g -^ f l^ pH, Turbidity, A>4I%* •&-§•

-^.S. Bleed Line<HH ^flfl^l -§-^r^ Chemical Analysis Panels]

71 "35- 1 ofl 71^-^c}. Loop M)£] p H ^ Lithium Hydroxideuf

Make-up

Demineralize ^i 1 > & Deaeration

51*11 Loop

Test RingofHfe ° J # ^ ^ ° i ^ 5l -fr%*-& ^ ^ 8 ^ > . Sub-headerS.

^ Line ^cHfe - R - ^ ^ ^ ^ 7 l 7 } S i^ BYPASS ^ « . §

Feed and lead *|"3MH I L ^ <i3J&7\S) # ^ ^ - ^3E. 5J

Flash TankS]

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}. Sample

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Flash TankS-f-Bj^ ^ 7 t % * & afloat:}. S.Q Deaeratot^ ^^1

£1<H ^r?Wl n^e} Deaerator ufl^ -g.^^- a^ejSLS. iLtfl7]U

•§• Make-up 7fl f- .5.- -E] Pressurizing Pump-f- -f-*|j Loop MI.3.

71) «C>.

Make-up l fl-H-fe- Vacuum Pump, Vacuum Deaerator Extraction

Pump, Polished Water Supply Pump zfz)-£] Hm~^ ^l^l*!-^ Deaerator

Deaeration

Demiwater

- 2 9 -

2 4

- Hot cell cutting M/C Controller

: X-Y ^ Control board

- Hotcell Stepping Motor Controller

: X^- speed controller

- Motor Speed Controller

it 211) Control Panel

- Level Indicator

- 3 0 -

- VDIS Encoder 5l Monitor

= Encoder*^ g

Cable fc^-T^ ol^ 3%

Temperature Indicator

: Pool ££.

: Indicator Moving coil

- Pool Eddy current Motor *IH7]

- Temperature Indicator TI 32

- Flow Indicator FI 41

: Signal Transmitter

- Temperature Indicator and Warning TIW 91

: Converter J Span ijS.

- 3 1 -

Level Order LO 30-2

Level

- Level Indicator LI 31

: Transmitter

Electronic Manual Remote Controller

: Control Valve

: Control

- Visual Demension Inspection System

Cable «^1^ 5J Encoder

- Pressure Switch PW 302-2

: Limitting Lever

- Level Measurement Device LI 60-2

= P/I Converter

- 3 2 -

- Pressure Gauge PI 102-1

- Pressure Alarm PA 10-1

: Alarm

- Temperature Indicator PI 60-1

: Converter

- Pump Motor M402

Pressure Transmitter

: P/I

- Pressure Switch PW 201-1

- Level recorder

- 3 3 -

Pneumatic Valve PV 133

: Valve 7JN

: EJnjS ^

- Level Alarm LA4O-2O1

Level Warning LW 92

: PID

- Level Alarm LA 90-1

Level Indication LIW 90-1

^ Warning

- Solenoid Valve

- 3 4 -

Ji^ufl-g- : 5]nlB>.$)*)

- D/P Transmitter LIW 90-1

Temperature Indication and Warning TIW 90

^ ^ Warning

el ello) Ji*H

Level Indication LIW 95-2

gj Warning

2.

- Level Warning LW 32

- Density Transmitter DR-30

• Converter Span$l5.

- Motor Pump PI02

- 3 5 -

- Temperature Indicator TI 60-1

- Solenoid Valve SV302

: Limitter

Alarm Unit LA411-2

: Level Alarm

- Temperature Indicator TI 50-2

Pressure Transmitter PIC 11

: Steam oj^fi^l

Converter JL

R/I Converter TIA 30

: R/I Converting Signal

-36 -

- Temperature Indicator TI 40

- D/P Transmitter LR 11-2

- Density Transmitter DR-20

•• P/I

Pressure Transmitter PIC 11

• Signalling

3.

- Pressure High Alarm PDSH-127

= 7117]

- Level Indicator LI-320

- 3 7 -

: Span

- Level Transmitter LT-319

- Level high Alarm LSH-319

: Span


: P/I Converter

- Level High Alarm LSH-317

- Temperature Indicator TI-316

: R/I


- 3 8 -

S\5.


: P/I Converter


: 7117]


= Air Purge

Pressure High Alarm

: Til 71

Level high Alarm LSH-318

= Relay

- Switching Relay LO 30-1

- 3 9 -


: <$*%

: 7)171


: Span

4.

- Damper Controller

: 7l7l <a#^°fl tt}^ Positioner

- Pneumatic Transmitter NDP 44Y-1122-7

: Span

- Recorder Controller Null 12-6R-X

: p-l Control Mode

5.

- Pneumatic Transmitter

- 4 0 -

: P/I Converter

- Electronic Recorder PFA/3B

: Main Amp. Unit

- D/P Electronic Transmitter FBC 40

: Converter

- Temperature Recorder Controller

- 4 1 -

- Gamma spectroscopy system

: 6

Frameless A.A. Spectrophotometer

). : Alein, Australia

•• THET Control Unit

: 10

: 6

Chemical balance, PM400

: Mettler, Switzerland

: Input amp. unit

- 4 2 -

: 16

- Mass spectrometer

: 12

- Ion Chromatography

: 19

- Cutting machine

: Interface board

: 7

- Manipulator

Control switch ja.*fl *£ moving arm

16

- 4 3 -

ESCA Lab 220i

: VG Scientific Instruments Co., UK

'• Discriminator unit

• 20

Microwave oven

] 4 : Honeywell, U.S.A.

= 4

pH/mV meter

} : Orion Research

: 6

Area monitor

*fl4$)A)- : Victoreen, U.S.A.

: 24

-44-

Stack monitor

: Canberra, U.S.A.

: 26

Hand/foot monitor

: Nardeux, France

el : Counter board

: 20

I.R. spectrophotometer

: Perk in Elmer, France

: Detector

: Preamp. IC

: 7

XRF

] } : Diano Co., U.S.A.

: Diode ^ Tr.

: 5

- EBX

- 4 5 -

: Tacussel, France

• Detector module

: Photocoupler J2.

: 12

- Carbon analyzer

: Counting

• IC, TR 3

: 8

- Vacuum gauge

: Gauge

: Gauge drive unit S)£.

= 10

Electronin Balancer, PC-8000

: Mettler, France

: Meter ^1

: 14

Multichannel Analyzer, Model 8100

: Canberra, U.S.A.

- 4 6 -

: Display data

: ADC Unit

: 12

Chemical Balance, PC 8000-82

: Mettler Instrument AG, Switzerland

: Balancing unit

: 10

Omni Graphic X-Y Recorder, 2000

|. : Houston Instrument, U.S.A.

control unit

: 12

pH Meter, 410

: Fischer, U.S.A.

: DP Amp

: 10

Omni Graphic X-Y Recorder, 2000

} : Houston Instrument, U.S.A.

- 4 7 -

control unit

: 12

Multichannel Analzer, Model 8100

: Canberra, U.S.A.

: Clamp i\£.

^AAl^> : 19

- Carbon Analizer

: Counting

: 16

Infrared Analyzer

: Tacussel, France

: Counting

: 14

I.R. Spectrophotometer, 4230 IR

: Beckmam, U.S.A.

- 4 8 -

: 12

Flameless A.A. Spectrophotometer

: Alein, Australia

• Pot

: Control Unit

: 16

VG Quadrapole Mass Spectrometer

3fl*^A} : Beckmam, U.S.A.

: Transformer

: 16

Infraed Spectrophotometer

: Perk in Elmer, France.

: 12

Electronic Balancer, PC-8000

]- : Mettler, France

Drive unit

14 1

-49-

Multimeter 23

: Fluke, U.S.A.

: Display Drive Unit

: 9

XRF

: Diano Corporation, U.S.A.

: 12

PH Monitor

} : Beckmam, U.S.A.

: Compare unit

: 14

Spectrophotometer

\ • Varian, Australia.

Display ^} 3.-Q

High Voltage i)3. 3.%

Current Amplifier Unit

- 5 0 -

: 8

Emission Spectrography

: Camaca, FArance.

: Connector

• 4

- Speed Controller, TR9020

: Voltage control

= Drive Unit ^]

: 10

LVDT Conditioner

A}- : Tacussel, France

: 12

Infra-red Spectrometer

^ 4 : Beckmam, U.S.A.

PM Tube

Pre-Amplifier

- 5 1 -

: 14

- Electronic Microscope

: Lens

: 8

XY Recorder

} : Beckmam. U.S.A.

: Drive Unit

: 8

- VG Quadrapole Mass Spectrometer

: Recording

: Drive Unit

: 10

Furnance Controller

f : Sybron Thermolyne, Australia

: 12

- 5 2 -

Transceiver, PRC-3: Kuk Jae, Korea

: 12

- X,Y Recorder, MRS

: Power Unit

: 4

- Infrared Analyzer

: 12

Electronic Recorder, PD 265

) X\ : Sefram, Frans

: Motor -§-^ ^-BO>: Drive Unit

: 4 A]^V

- 5 3 -

- I.C.P.

: CVM/TCU

: 12

End-cap Welder

} : Westinghouse, U.S.A.

: Interface I/O

: 13

Process timer H3BF-8

}- : Shulemberg, France

: Counting $]£.

: 13

D/P Transmitter

} : Shulemburg, France

: OP amp.

: 7 4^

- 5 4 -

- Quadraple Mass Spectometer

• Memory Unit 5l ALU

: 10

Multichannel Analyzer. Model 8100

: Canberra, U.S.A.

: 6

I.R. Spectrophotometer

: Safas, Monaco

: Comparator Unit

" 8

Speed Controller System, TR 9020

: Minarik Electronic, U.S.A.

: Speed Control

: SCR Unit

: 10

- Electronic Recorder Inspection Photometer

- 5 5 -

• Oscillation

•• Noise Filter i\S.

: 10

PH Monitor

: Beckmam, U.S.A.

: PH ^

: OP Amp.

• 1 0

P-COD Clip Gage Amplifier, 3200

). : Capaciter, Inc., U.S.A.

: Interface 5| Converter

: 12 A)^>

- VG Quadraple Mass Computer

: Dpc COUNTER *& Control Unit

: 10

- XRF

- 5 6 -

el : CAHV Unit

: 20 |£

Optical Pyrometer

> : .Smobo, Switzerland

: (7\) Moving Coil

(M-) Drive Unit

: 10

- Electronic Controller

: (7}) Drive Unit

C4): 10

Spectroscope Amplifier, TT 100

: Tacussel, France

: BOP Amplifier

: 10

- Eddy curret tester, IC-5060

- 5 7 -

: licence CEA, France

: (7}) Connector Unit

(i-H Amplifier Unit

: 10 A|

- UV Spectrophotometer

: Violet functional

: (7}) Optics arrangement Unit

(i-f) Current control unit

: 10

XRF

} '• Diano Corporation, U.S.A.

RCT

: 17

- Inorganic mass spectrometer

: Recoding

: 12 A] #

-58-

I.R. Spectrometer

: Safas, Monaco

: TOF: 9 A

X-Y Recorder, RE-0089

: Allen, U.S.A.

: Output Drivel

: 10

UV Spectrometer

} : Tacussel, France

: Amp

: 14

Auto-Balance, PL2000

: Mttler, France

: (7f) Tension spring Box

(i-}) Display unit

: 14

- 5 9 -

Automatic Buret

|- : Tacussel, France

: Main Amp Unit

: 12

Emission Graph

: Technal, U.S.A.

: RGT Main board

: 12 Al#

Digital Multimeter

: Hewlett-packard, U.S.A.

: 12

Flameless A.A.

} : Tacussel, France

: Main control board

: 12

LVDT Conditioner

: Tacussel, France

- 6 0 -

: WOR DIF Unit

: 14

Emission Spectrograph

: Camaca, France

: 20

Strip Chart Recorder

: Sambon, U.S.A.

: Buffer Amp.

= 16

Gas Chromatography, M-2100

f : Varian, Australia

: CCR Unit

: 16

- Omni scribe Recorder

- 6 1 -

: 12


f : Canvberra, U.S.A.

• EBG Signal

: 14

Optical Pyrometer

: Snibo, Switzerland

: (7}) Gauge Drive Unit

(U) OT Amp.

: 10

Balancer Bridge Amplifier

: Edinson, U.S.A.

= D-F

Optical Pyrometer

: Smibo, Switzerland

= SGR Sig

- 6 2 -

: 9


: Minarik Electrinic, U.S.A.

: Speed Control

•• VTG

- 9


: Canberra, U.S.A.

: Sig HT

: 10

Balancer Bridge Amplifier

f : Edinson, U.S.A.

: BOC

: 12

Electro Buret

: Tacussel, France

VOP

10

- 6 3 -


: Minarik Electronic, U.S.A.

-tf : Speed Control

: TRIAC Control $)£.

•• 10

Spectrum Analyzer

flt : Camaca, France

: ORT Drivel

: 12 A]

Emission spectrograph

f : Camaca, France

: TRIAC, TR, IC

: 12 Mil

Optical Pyrometer

} : Smibo, Switzerland

: Moving coil

: 16

- 6 4 -

- Omniscribe Recorder

diode J2L*fl

: 6 #

Moisture Evolution Analyzer, 902H

: Tacussel, France

: Meter

: Output drive unit

: 12

- CPC/PDAS

.Console terminal

.Printer

.CPA I/C

420

KINS ^ } l ^ ^

: KINS

• .Portable MCA

- 6 5 -

.ERM Display ^Z] 15t||

.HP(Ge) Detector

.NIM Module 9tfl

.ERM ^f-^£# 9c)|

.Air Pump ^Z) 3t(|

.PC -g- MCA

. ERM ^el 4c)l

1705

-66-

4 3 sa.jg.3

2.

trfl

7>. 7(1^715) A l ^ S ^ ^ ^ i L ^ ^ ; 7)1^71*1 JSL3

- 6 7 -

71

71-^

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A}*o>£

71171

3. ja.

7K

Do

AP = PI - P2

SP = PI 3} A P = PI - P2 = SP

(Electronic Transmitter)

Sic}.

4-20mA7}

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3.

(R/I Converter)

RTDS.A-1

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100*

(1)

ON, OFF, Equal percentage, linear

1M o|

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SlUir

0.2-l.OKg/cm2^

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(2)

3.7M

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(Hf)

£#(valve stem)$)

4-1. 55]

(•A)4

8

12

16

20

(K)0.2

0.4

0.6

0.8

1.0

S*l4iu | (DA)

# ^ ^ 7 1 °J (Kg/cm2)1.0

2.0

3.0

4.0

5.0

^l<H»i«. (RA)

ful1 open

75*

50*

25*

full closed

•72-

(1) ^ ^ ^ ^ (Zero Adjustment)

ofl 716]511^ ol

(2) g?>i^ (Span Adjustment)

OP <tfs-

- 7 3 -

(3) U ] ^ ^ ^ . ^ (Nonlinearity Adjustment)

- 7 4 -

4. 3..

4-4, S 4-5, 4-62}

3. 4-2, S 4-3, IE

4-2. 7]7)S]

717] ^' 51 ^ 1Level Transmitter 212-LI11.1

212-LI70.2208-LIW9.1

D/P Switch 212-LWO 60.3212-dPIA 10

Pressure Switch 212-PW 101.2212-PO 401.1212-PW 102.2

Pressure Gauge 211-PI601.1211-PI552.1211-PI502.3211-PI552.3212-PI101.1212-PI501.1

^ ^ ^ ^30-950 mmH20

4,659-5,1500-1,000100 mmH200.8 bar4.5 bar660-5 bar0-50-40-40-100-10

Hi 3.

2: *1

- 7 5 -

S. 4-3.

7171 ^ % S.A]

Level Transmitter 231-LR 10.3231-LR 11.3231-LR 12.3231-LR 20.3231-LR 21.3231-LR 22.3232-LR 30.3232-LR 40.3233-LRC 20.3233-LR 30.3233-LR 40.3233-LR 60.3233-LR 61.3234-LI 10.1234-LI 10.2234-LI 20.6

Density Transmitter 233-DR 30233-DR 40234-DR 20

D/P Switch 231-LA+10.1231-LA-10.5231-LA+ll.l231-LA-11.5231-LA+12.1

231-LA-12.5231-LA-20.5231-LA+21.1231-LA+22.1231-LA-22.5232-LA+30.1232-LW+31232-LW+41

* ^ $ 4\0-4500 mmH2O0-45000-45000-52000-52000-52000-25200-25200-12200-13600-15300-34300-34300-2250

250-2250950-2450150-1350 Kg/cm3

1000-13001000-1300

4270 mmH2O50

427050

42705050

50685000

502450

5050

«1 JL

i£^$l

^ ^ ^ ^

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232-LA+40.1233-LA+60.1233-LA-60.5233-LA+61.1233-LA-61.5234-LA+10.3234-LW+12234-LW+23241-LA+20.1241-LW+210241-LW+212241-LW+220

* *t -a 24503360100

3360100

22005050

1300505050

Hi J2.

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4-4. Hot Test Loop 7]7]S] 3..

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2

3

4

Pressurizer High & LowLiquid Level, Diff. press.transmitter, 3-15 psi out,.F&P: Pressure switches.Wercoid

Varidrive Low Oil Level,Capacitance Probe. Level-Tek

Pump Seal High Temp.,Inboard and outboardcircuits,remote bulb type temp.indicator with setpointUnited Electric

Pump Thrust Bearing HighTemp., Thermocouple andthermostat.Robert Shaw

0-100* of heightbetweenpressurizerlevel taps

0-100* of probeactive height

N.A.

N.A.

High : 55*Low : 5*

5* of Tankcylindrical

height

see logbookor

Varidrivemanual

see logbookor

pump documents

- 7 8 -

S, 4-5. 717)5] JSL.JiL^

7171 $$ £ 1A]

Temperature Indicator TI-318TI-319TI-320

Level High Alarm LS-327LS-328

Pressure High Alarm PDSH-114PDSH-114PDSH-114PDSH-114PDSH-114PDSH-114PDSH-114

Pressure Switch Low AlarmPAL-141PAL-143

^•<tf^*l FS-710FS-720FS-723PS-713

0-100 t0-1000-100

600 mmH20500

0.2 Kg/cm2

0.20.20.20.20.20.2

0.4 Kg/cm2

0.4

2 mmH20222

ul JL

££3$1m

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5V Power supply S] 1 5 ^

Relay output card S] 3 7 ^

Removable starage drive $] 14#-

Universal I/O subsystem i] 18^-

16 Bit surge protection nodule

S] 3 3 #

AI signal conditioning card

Removable storage driver S] 25^-

CAB.w/o pwr, w/o BLWR, w/o R/S

16bit freq. counter $] 13#

BTSCA for DALCAL S] 2 2 ^

it ja. 1 >

5483

1780

84

46

47

49

62

68

Hi JL

7K

- 8 0 -

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Mla, &/Y

AC 220V, 60Hz

a l s f lT l l ^ ( ^ 47fl

EL flat panel

Optical sensornf^l 3.5.^1$) *l

73cmW x 136.2cmH x

72.5cmW x 26.2cmH

0-999 CPS

P-10 (10* Methane,

2.5L/Hr

AC 110V -£7l:S.E}

14

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80cmD (bottom)

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90% Argon)

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LLH

LRH

Amp./Disc, a(x2) /3

a13

Gain Adj

RLH

RRH

LF

RF

FRI

Amp.

i

Amp.

i

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1

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1

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a

aa{3

i

a13a13

i

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Counter/Memory

CPU

i8752

•» EL Panel

->A 1 arm (speaker)

Hand, Foot,FriskerSensing

HV Sensing

Gas PressureSensing

* Th. Adj : Threshold Adjust

Amp./Disc. : Amplifier/Discriminator

5-1.

(1)

frisker

- 8 2 -

(2)

5-2Af charge sensitive

(U4-DS

a, 051 ^ • ^ ^ 6 J ( a-THLD(3-THLD)^ R2, R3*fl 5 *1) 4 4

71*1 a 1 ^ ^ 'L>«i>;8iaBla}olu.ellolEl(U5-2)

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(3)

CPU £ 7\*W3., 4

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# ( :>l7] fl*M CPU, EPROM, RAM, TIMER/COUNTERS, INTERRUPT

source, I/O ports , Serial port *§•<>]

Single Chip Microcontroller 8725BH-H -«•}-§-*>

8752BH uj-fofl 8KB,

EPROM 27512 64KB# ^-8-*fSl3. S]^- t\}°]tf nf l^elS 27fl^ SRAM

62256 64KB# Af-g-e}^ s.^. 136KB^ oflssl

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871151 Register^- 5^v*f3L Slfe 4 Bankofl ^

Bank 51 - i d 1 ^ PSW(Program Status Word)5l 2tJlSofl oj*j|

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64KB51 EPROM 27512^ cflo)i=J

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Address Decoding^ Memory Map

llJELel 5J I/O Por t - t ^ ^ | * } 7 l ^1^> Address Decoding^

PAL14L8-i- 4 - § - * H ^?-^*}5lt:}. # ^ ^ r 8254 Counter/Timer l(U8).

2(U9), 3(U10), 4(Ull)-§- ' • d^wfe CTC1SEL, CTC2SEL, CTC3SEL,

CTC4SEL, SRAM-i: ^ ^ ^ f e RAMSEL 3\ RAM2SELS. ^ - ^ - £ 1 ^ Memory Map2}

PAL «U#s} ^i Address < ^ % ^ S. 5-

S. 5-2. PAL Address

PAL <tmA A A A A A A A A A A A A A A15 14 13 12 11 10 9 8 7 6 5 4 3 2 10 X X X X XXXXX X X X X X1 O X X X XXXXX X X X X X1 1 0 X X XXXXX X X X X X1 1 1 0 0 XXXXX X X X X X1 1 1 0 1 X X X X X X X X X X1 1 1 1 0 OXXXX X X X X X1 1 1 1 0 1XXXX X X X X X

PAL#^

00(pin22)01(pin21)02(pin21)03(pin20)04(pinl9)05(pinl8)06(pinl7)

Memory map

Address

0000H-7FFFH8000H -

DFFFHE000H-E7FFHE800H-EFFFHF000H-F3FFHF400H-F7FFH

SRAMSRAM2

CTC1CTC2CTC3CTC4

- 8 5 -

47flSj 8254 Counter/timer Control l e r #

37fl«q counter-!- M|^*}3. 5l°.°\ RRH, RLH, LRH,

LLH, RF, LF, Frisker^ 7fl^%** ^ - ^ ^ 3-foflfe 4053(U7)

^-8-*H RRH pulsed^cflAl Frisker pulse $]

*I-8- Frisker

(nf)

8752JL Single Chip Microcontroller^

37)51 Timer/Counter^ TO p o r t * 7l^Al^> ^ Timer

TO p o r t #

Function R e s i s t e r ) ^ ] °X^ TMOD efl

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H«] 16bit Timer/CounterS.

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SFR(Special

H | E , C/T-g-

bit pair<>fl S]

fe MODE 1

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Timer Inturrupt Flag TFO7} se t^ t :} . TLO, THOofl

=H:3 , TMODuflSj GATE=(H?m 8752BHSJ

TimerS.

1)

PSS-S13(<a, KodenshiA})# Af-g-^^t:}. PSS-S13

on, off

JP7 : £.^£, JP16 : •tfj-g- 7 1 ^ Microcontroller^ PI ports .

2)

. NEXT, UP, DOWNBJ

7H5. PI ports 6J^^lt:}.

a ^ 5-2*11 U

EL C | ^ # e f l o | ^ DHO]^ i ^ - i - ^1^> « y # ^ i S S . ^ Microcon-

t r o l l e r ^ ufl^v^ ^O1^ .^ .A] - O V^(FU11 Duplex)2}

- 8 7 -

JP9 vcc

jpio

JP1

RHOPT

LHOPT

RFOPT

LFOPT

KEY PREKEY NEXT~Y UP;Y UF;Y DOWN

P1Q

Pll

P12

P13 /

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5-2.

(Serial Interface)!- 4-§-*}&^3l 8752BH£] pin 10 RXD't!*}*} pin 11

TXD^x} T.E1JL &S. 3 wired RS-232C-g- - T - W & E : } . a j ^ i S f e SFR

S] SCON efl^l^B] -S-S# y | S SMO, SMl-g- ^ " H * ^ 47}*] £ H 5 . ^f-§-

^ ^ Sl-bEfl c^7|<H]^fe 1 start bit(O), 8 data bit(LSB f i rs t ) , 1

stop b i t ( l ) , He]JL Ji^.JEeilo]S(Baud Rate)# 7f*l«J ^ Sl± MODE

T2CON ^1*)^^^) TCLK j- RCLK-i- IS. M]*C}Q°L3.*\ -§M-H ^ ^ r ' t l 0 ! 7>

K MODE l ^ H ^ l i iAHel l^ lS .^ 7}^^r c f e - ^ ^ -c : i M ^ l

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Oscillator frequencyBaud rate =

32 x [ 65536 - (RCAP2H, RCAP2L) ]

( l )

^ ^ ^ ^ ^ A | 7 l # *W*f7) *!*> Alîg SSZL<g^r Intel MCS-51

Macro Assembler*} Archimedes Software*}^ C-51 Cross Compiler Kit

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tf 8051 Microcontroller^ <g°] SSZLefl^^. ^|^> - H ^ e l ^ < H ° M

Archimedes C-51 Kit <Â| 805l7fl<i-i- ^1?> C <y<H°lt:}. Archimedes

ANSI C$\ &## ^ l * j ^ # 7}^]^.5.^ <Ê} C Compiler^

Small : t-fl^- RAM°> 4 - § -

Medium : $

Large : 64KB^1 EPR0M3} 64KB ^ i ) -^ - RAM4"§-

Banked : 8MB7}^)^ Banked-Switched EPROM3} 64KBA) ^ ^ - RAM

Large

(2) *

5-33}

- 8 9 -

Timer Intr.

1H.V Fault Intr. Gas Fault Intr. Frisker ON Intr.

Clock H.V Fault Gas Fault Frisker

ReturnReturn

Jl^ 5-3. SS.a'g &

-90-

(3) * 1 > ^

$]7f*}7jL} reset switch-^

S M - i - i L H » | CPU, EPROM, SRAM, CTC,

(4)

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Sa^.^. up, down

PRE, NEXT key!-

NEXT key# Jr-i-2.

(7f) Background Counting

4

JL [CPS]

PRE" key-i- Y ^ - ^ Main Menu

NEXT" k e y ^ -Sps,^ ^ ^ ^ ^ 4 3 Q ) t}X\ 1(\»] u_v

Detector Efficiency Check

- 9 1 -

activity-!

NEXT" key# J

CPS with source - Average backgroundEfficiency(x) = —

Source activity (CPS)

(5)

"READY"7f

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157} °J*lnl,

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Sequential Sampler-

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Distributor!-

12V *]*}$] Battery^.

- Mode time ^ ^i

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-96-

- Distributor

- On/off switch(slide), start,stop, skip switch(push), test

switch(toggle)

Sequential Sampler aHJf-Sj ^ H M ^ DC Power Supply,

-g- Voltage Regulator, Pump 9l Distributor *lM-g- Voltage

Regulator, < T ^ H - T \ Pump aflof-r-, Dristributor ]<H-f-, I/O -f- -g- ,

£ DC 9V Battery

Voltage Regulator^ LT1005CT# 4-§-*H +5VDC(3A)#

} i ^ - *}%±v\ Punip l<H-g- #oj£: LT1035# 4"g-*H

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Intel 8032-i- 4-g-*}SiJ*n} memoryS. 32KB5] RAM3} 32KB5] EPROM-i-

Distributor^ iH l<Hl W ^ g i l ^ Distributor^

X\c>\} o j«H ^ # 5 1 ^ Sequential Sampler*! oj3jJjL

ol START, STOP, SKIPS} 37}*1 key switch^ 2)0: ^ Ao ^ ^ ^ toggle

and temporary SPDT switch^ $]Q

o.S. Buzzer#

PCB2} a.7]fe 100mm x 190mm<il oJ^cVô.^ . cfig 22P

edge connector#

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PowerSupply

Key Switch |

V.RforElec.parts.

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AirBag

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6-12f S 6-2*}

S, 6-1.

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Oscilloscope

.Model: THS720

.Include:

Two P6113B Probes,

User manual,

Std. Meter Lead Set

NiCd Battery,

AC/DC Adaptor,

Soft earring case,

RS 232C Cable.

.Options:

Batt.Charge/

Rechangeable OPT3B,

500A AC Current probe,

10X 100MHz Passive Probe

DocuWave SW S60DWAV,

Hard earring case

1

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Laboratory

Unilab-8620

-Color Monitor

MCH-4175

-EL Display Unit

8358 HR 2

-Personal Computer

Turbo 386 CM25

-Printer, LQ-2550 HKA

-Calibrator, DOT 220

-Video Bridge Impedance

Test Instruments 2150

-Microprocessor

Development System

-EPROM Programmer

-Multi Programable

Controller

-Magnetic Flow Meter

-Gauss Meter

-EL Display Controller

-Data Acquisition Board

2011-39

2013-01

2013-17

2039-01

2041-01

1

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DPTRLC

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Bath OTB-7A, Analogue

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Calibrator PC-7E, with

Hand Pump, PG-300V

-Universal Development

Laboratory Unilab-8620

-Color Monitor MCH-4175

-EL Display Unit 8358 HR2

-Personal Computer

Turbo 386 CM25

-Printer, LQ-2550 HKA

-Calibrator. DHT 220

-Video Bridge Impedance

Test Instruments 2150

-Digital Signal Generator

JSG 1260A

-Digital Oscilloscope 11402

-Scope Memory, VK12-2

-OP Amplifier, AM50

-Universal Programmer

ZEM-5000

-CAD System

.XY Plotter, GP1002

.Graphic Sub System,

Viking-1

.Digitizer, MM 1201

1

1

1

1

11

11

1

1

1

11

1

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£.£71171 a.M.%

Automation

3*}*l3.7Ctf

DPT 3..1L$

RLC ^-^

103-

a 6-23

-Scanner, SA-35

-Person Computer, Extra-286

-Digital Analysis System

9100

-178 Linear IC Test Fixture

-Digital Multimeter 23

-Digital Frequency Counter

FC-5052

-RF Watt Meter, Model 143

-IC Tester, Zen3040

-Oscilloscope Camera

C-30BP

-Adapted Alimentation

Pour Equipments

SDSI-HRA5-15F

-Pneumatic Portable

Calibrator

-Dead Weight Pressure Gauge

Tester

-CDF Counter 200M SPC-02

-Calibrator X85

-Manometer, Well type

PM24-211

-Manometer,U type PM13-181

-Hot Vac 4000

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1

3

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£*} 51 «Op AmpSlS 4 3

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<^<f] 4 3 (0 - 500 Hg)

^i^fSlS. Soldering ^

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%<&*W 43

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S. 6-

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-Scintillation Counter 401A

-Vector Voltmeter

-Analog Multimeter CX-505

-Oscilloscope 465

-Oscilloscope 466

-Oscilloscope 475

-Oscilloscope 2213

-Hall Effect Probe

-Noise Meter 3604

-Lux Meter 3281

-High Voltage Supply

Model EH, 0-10 KV, 10mAGlassman

-Frequency Counter

Model FC 2130, 1.3 GHz

Goldstar

-Hook Meter

Hioki

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Calibrator, GP15-201

Nagano

1

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Model X-88

Ronan, Goldstar

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Fluke

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Model 200

Wavetek

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Model ELC 131D

Escort

- Workstation, 715/64

- CD recorder

CDD-522/10

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system power look

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2

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7l7l/-gHl»3

Hot cell cutting M/C controller ^Level warning LW32 ^Pressure high alarm PDSH127 £)Damper controller ^1Pneumatic transmitter £j

Level transmitter s]Level transmitter ^Temperature indicator ^Pressurizer pressure switch -2]

5V Power supply ^1

Gamma spectroscopy system ^1Optical modem ^1Portable MCA a]

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111

- 1 0 7 -

1. Control Regulation, 1900C 1184, SGN.

2. Technical Note, HOI18, SGN.

3. Equipment List of Control Panel CB, 1900C0610034, SGN.

4. List of Automatic Function Facility B, C1105, SGN.

5. Joseph J. Carr, Elements of Electronic Instrumentation and

Measurement, 1979.

6. Joseph D. Patton, Jr, Service Parts Management, 1985.

7. Andrew, Applied Instrumentation in the Process Industries,

vol. 1, 2, 3, 1974.

8. Curtis D. Johnson, Process Control Instrumentation

Technology, 2nd edition, 1981.

9. «H^*J Hig, *97}|^#ulig7}^( *>^HIM*1W^, KAERI/RR

-546/86, 1986.

10. S H H M 7«g, &*}7]7]]i.^ 51 afl*h S H ^ ^ W ^ , KAERI/MR

-264/95, 1995.

- I l l -

KAERI/RR-1674/96

INIS

n(AR, TR<il

Sfl o) 111 p

*J <y 1996.12

71J 26 cm

'96

Performing Org.

Report No.

KAERI/RR-1674/96

Title/Subtitle

BIBLIOGRAPHIC INFORMATION SHEETSponsoring Org.

Report No.Standard Report No. !

INIS Subject

Code


Project Manager and Dept.! Han, Kwang-Soo (Instrumentation Dept.

Researcher and Dept. Chung,Chong-Eun(Instrumentation Dept.

Park,Kwang-Hyeon("), Hong,Suk-Boong("

Moon,Je-Sun("), Choi,Myung-Jin("),

Kim,Seung-Bok("), Kim,Jung-Bok(")

Pub.Place" — i

Page

Daejon Pub. Org. KAERI Pub.Date

111 p 111. and Tab. | Yes(V), No( )| Size

1996.12

26 cm

Note ; '96 Special Projectt _ . _

Classified! 0pen(V),0utside( ), Class Report Type

Sponsoring Org.

Abstract (About 300 Words)

Contract No.

Special Project Rep

Solving the maintenance & repair problems of electronic instruments,

we have supported the research & development work, and reduced operation

cost of the pilot plants in KAERI.

In addition, we have improved the maintenability of instruments to

use effectively.

Subject Keywords (About 10 Words) Maintenance & repair of instruments,i

Support of research & development

work, Maintenance and fabrication of electronic equipment

radiation protection maintenance and fabrication of

Documents