Text

Response to Request for Additional Information Related to Creats Actuation Instrumentation License Amendment Request, Section 7 - Modification Sheet for Document 956A-201-M1MS, Revision a
	ML023120147
Person / Time
Site:	Ginna
Issue date:	10/07/2002
From:	Mecredy R; Rochester Gas & Electric Corp
To:	Clark R; Document Control Desk, Office of Nuclear Reactor Regulation
References
	Download: ML023120147 (183)
	v • d • e

Section 7 - Periodic Field Tests & Troubleshooting Troubleshooting WARNING Extreme care must be used when troubleshooting a system that has power applied. All standard troubleshooting precautions apply.

WARNING.

Once a problem has been'located, remove all power before continuing with the repair.

CAUTIONI Personnel performing the troubleshooting/repair must be qualified to ANSI 45.2.6, 1978, Skill Level II.

Personnel performing the following procedure must be familiar with the operation of the monitoring system and the location of each piece of equipment used in the system.

NOTE improper set point entry can discontinue. UDR operation.

This includes the alarm set point, 'underrange set point, overrange set point, analog output low'scale value, and analog output high scale-2 value.

i.e., If the HI alarm set point is entered above the overrange set point, the UDR will display error Message E0002.

If a problem develops, verify that the Voltages at connection point inputs and utputs are' present and that all wiring is secure, for both the detect6r-and UDR. Refer to Appendix B and C for drawings and parts lists. If a PROM requires replacement, specify the PROM part number,- PROM revision letter, and unit model number. The PROM part number and revision is marked on a label attached to the top surface of the PROM. Refer to Section:6 for calibration and electronic adjustments.

Troubleshooting is required for the detector/preamplifier when the measured output of 'the test source shows a marked.change in the count rate observed 'at the'UDR while high voltage remains constant, or when an error code is displayed on the UDR.

Check foý visible "signs of physical damage.

A fault that cannot be isolated to the detector/preamplifier must be in the wiring between the detector/preamplifier and the UDR, or in the UDR itself.

If the fault has been isolated to the detector preamplifier, the unit should be returned to Victoreen, Inc. for repair and recalibration on an -NIST traceable -calibration range.

If desired, the following procedure, along with the applicable drawings, may'be'-used to identify the faulty component. The high voltage power supply should be disconnected at this time. The UDR is to remain connected to provide the low voltage power supply and proper termination of the preamplifier.

If the fault is isolated to the UDR, the UDR should be returned to Victoreen, Inc. for repair. To troubleshoot the UDR, a test PROM and special test set, P/N 942TS-100, is required.

Refer to Appendix B and C for all applicable schematics,drawings, TP locations, and bill of materials.

7-1

Periodic Field Test 11 WARNINGI There Is 120 VAC present it the low voltage DC power supply and 600 VDC at the high voltage power supply P.C. board. Use extreme care when performing the following tests.

The following tests may be performed on the UDR to check its operation.

In addition to these tests, alarm circuit and relay operation may be'verified via use of a field test source, or the detector check source. Resetting of the alarm trip points to a level before the expected response may be required to perform this test.

Equipment Required Digital voltmeter Small flat blade screwdriver Signal generator Test Procedure, 955A-XXYYZ System Check Source Response

1. Depress and hold the Check Source pushbutton for approximately two (2) minutes.

Record the average mR/h value displayed. The value displayed will normally be within.25% of the value recorded on the factory data sheet.

For slightly more precise data, subtract the ambient background value from the gross check source value.

2. Verify the following conditions are met for proper check source operation:

a.

Properly connected detector to 956A-201 UDR

b.

+15 VDC power is present from the 956A-201 UDR

c.

Proper discriminator adjustment in the 956A-201 UDR

d.

Proper GM tube high voltage is supplied from the 956A-201 UDR

e.

Fully functional detector preamplifier (located within the detector outer housing)

f.

Fully functional GM tube (located within the GM detector housing)

Note:

Item (a) may be verified by physical inspection of the detector to 956A,-201 UDR interconnecting cable.

Items (b - d) may be verified by the 956A-201 UDR readout tests provided herein.

Items (e - t) require return of the detector assembly to Victoreen, Inc. for repair and recalibration.

3. For ALARA considerations, disassembly of the detector to observe, or attempt to correct check source operation is not recommended. There are no user serviceable parts on the check source mechanism.

7-2

DC Voltage Checks, 956A-201 UDR

1.. Using a digital voltmeter set to read DC volts, measure the voltages listed in Table 7-1.

Table 7-1. DC Voltage Test Points Test Point DC Power Supply Voltages Potentiometer TB-1

-15 VDC, +/- 0.75 V N/A TB-2 Ground DC N/A TB-3 Ground DCO N/A

"*TB-4

+5.0 VDC, +/- 0.10 V VRI (or power supply)

TB-5

+15 VDC, +/- 0.75 V -

N/A "The only adjustable voltage is the +5.0 VDC supply. The other voltages are regulated by the

+5.0 VDC supply. If the +5.0 VDC supply is out of tolerance, adjust VR 1 on the power supply

2. If any voltage does not meet the tolerance after adjusting the +5.0 VDC supply, the unit should be returned to Victoreen, Inc. for replacement of the DC power supply.

Discriminator Check, 956A-201 UDR

1. Set the digital voltmeter to DC Volts and measure the upper and lower discriminator voltages using the values listed in Table 7-2. below.

Table 7-2. Discriminator Test Points Test Point Description Expected Voltage i Potentiometer GND Ground N/A

-N/A

. LO Low Discriminator 0.500 VDC,-.05 V - I VR11

.1.

HI High Discriminator 7.000 VDC +/-.100 V VR10

- 2.- -If either'voltage is out of tolerance, it may be brought into' tolerance by adjusting the appropriate potentiometer.

3. If the proper adjustments can not be achieved, return'the unit to Victoreen, Inc. for repair.

High Voltage Check, 956A-201 UDR 1: With the digital voltmeter set to read DC voltage, measure the detector high voltage as listed in Table 7-3 below.

Table 7-3. High Voltage Test Points Test Point Description Expected Voltage Potentiometer GND Ground N/A N/A HV, 1000:1 897A-210 0.550 V +/-.01 897A-220 0.575 IV +/-.01 897A-230 0.550 V +/-.01 VDC VDC

'Vnr R5 R5 7-3 j

-v Test

2. If the 1000:1 voltage is out of tolerance, adjust R5 as required.

3.

If the proper HV adjustment can not be achieved, return the unit to Victoreen, Inc. for repair.

VDC L

Analog Output Check, 956A-201 UDR

1. To adjust the low scale output, enter 1.00E2 into setpoint 7; Analog Low Scale setpoint.

2. Adjust the appropriate zero adjust potentiometer as listed in Table 7-4 below as required. The output signals may be measured at the terminals as listed in Table 7-5 below.

Table 7-4. Analog Output Test Points Description Expected Output Potentiometer 0-10 V Output. Zero 0.00 V +/- 0.01 V VR1 0-10 V Output Span 10.00 V +/- 0.01 V VR2 4-20 mA Output #1, 4.00 mA +/- 0.05 MA VR7 Zero 4-20 mA Output #1, 20.00 mA _ 0.05 MA VR4 Span 4-20 mA Output #2, 4.00 mA +/- 0.05 MA VR6 Zero 4-20 mA Output #2, 20.00 mA +/- 0.05 MA VR5 Span I

I

_I Table 7-5. Analog Output Test Terminals Description Terminals 0-10 V Output (+)

P6-5 0 -10 V Output (-)

P6-6 4-20 mA Output #1 (+)

P6-1 4-20 mA Output #1 (-)

P6-2 4-20 mA Outout #2 (+)

P6-3 4-20 mA Output #2 (-)

P6-4

3. Return the setpoint to its normal value.

4. To adjust the Analog Full Scale setpoint, enter 1.00E-1 into setpoint 5, setpoint.

Analog Output Full Scale

5. Adjust the appropriate full scale adjust potentiometer per the Analog Output Test Points table shown above as required. The output signal may be measured at the terminals listed in the Analog Output Test Terminals table shown above.

6.

Return Setpoint 3 to its normal value.

7. If adjustments are required, repeat steps 1 through 6 as required to ensure both measurements remain within the required tolerance.

8. When a local indicator is provided, the mechanical meter zero adjustment screw may be adjusted to obtain a true "zero" reading. (The power to the readout should be turned off to obtain a true zero).

9. To adjust the full scale response of the local indicator, repeat steps 4 through 6. Potentiometer R1, located inside the local indicator enclosure, may be adjusted as required to obtain full scale meter deflection.

10. If the proper voltages can not be achieved, return the unit to Victoreen, Inc. for repair.

7-4

Counter Test

1. Set-up signal generator as follows:

a. Square Wave pulse

b.

1 Volt peak positive pulse

c.

DC offset: at ground reference

d. 10Hz

2. Connect the signal generator to connector J5 on the 956A readout.

3. Set the conversion constant on the readout, function switch position 5, to 1.OOEO.

4. Adjust.the signal generator to the following frequencies and verify the 95"6Areadout display.

Signal Generator 956A Readout Output Display Value 0.01 Hz

.600 mR/h +/-5%

0.10 Hz 6.00 mR/h +/-5%

1.00 Hz 60.0 mR/h +/-5%

10.0 Hz

.600 R/h +/-5%

100.0 Hz 6.00 R/h +/-5%

1000.0 Hz 60.0 R/h +/-5%

897A-2XX GM Detector Test The only field test to verify Gm Detector and preamplifier operation is the check source test described earlier for the 955A-XX-YY-Z system.

7-5

Detector Troubleshooting The following section describes the internal adjustments and troubleshooting Information for the 897A Detector. Since internal adjustments or component replacement will usually require detector calibration on a NIST range, field disassembly and troubleshooting is not recommended.

Detector Disassembly (Factory only)

KWARNING An 8 iCi chlorine CI-36 radio active check source is mounted inside of the check source housing. Safety glasses must be worn to protect the eyes when close visual contact with the preamplifier circuit board Is necessary.

Consult the facility radiation safety officer prior to disassembly of the detector to ensure the appropriate radiation safety procedures are observed.

11 WARNING Ensure that the detector power has been removed prior to disassembly.

1. Disconnect the interconnection cable at the detector.

2.

Remove the six screws around the circumference of the housing.

3.

Extract the preamplifier assembly, taking care no to damage the detector housing gasket.

Detector Assembly (Factory only)

1. Place the preamplifier assembly in the protective housing and re-align the detector housing gasket. Replace gasket if damaged or brittle.

2.

Replace the screws around the circumference of the housing.

3.

Connect the interconnection cable.

Discriminator Setpoint Adjustment (Factory Adjustment Only)

This adjustment provides discrimination of input pulses which are below a user specified value. The nominal setpoint value (factory set) is +0.5 Vdc.

If a value other than +0.5 Vdc is desired, adjustment can be made by connecting a DVM to the node of R38 - R39 (+) and R44 (-).

Turn potentiometer R44 to the level of pulse discrimination. The adjustment is then complete.

7-6

HV Power Supply Adlustment R5 adjusts the detector high voltage, and the HV test jack allows a 1000:1 voltage measurement to be read.

Foi the Model 956A-201 Universal Digital Ratemeter,' refer to the appropriate detector calibration data sheet included with each detector for specific high voltage settings.

Anti-jam Setpoint Adjustment (Factory Adjustment Only)

When the detector is -used in a digital system, the parameters (dead time correction, count conversion, and anti-jam setpoint) are determined during factory calibration.- Therefore, no customer adjustments are required. If the GM tube fails, the detector must be returned to the factory for repair and re-calibration.

DC Power Supply, Detector (Factory Test Only)

WARNING

-AC voltage is present on the-printed Circuit board (pads J.& H).

Exercise caution when making measurements near this area.

1.

With cable connected to the UDR, turn on the UDR to provide a low voltage power supply to the detector.- High voltage is to be disconnected.

2.

Using a DVM, measure the voltage at pad A (+ DC input Voltage) and pad c; chassis ground

(-). The reading should be +10 Vdc (analog readouts) or +15 Vdc (digital readouts). If proper voltage is obtained, measure the voltage present across Cl. The reading should be 10 Vdc

+/- 0.2 V for the 10 volt power supply. If channel power is 15 Vdc and the reading obtained in

-this step is greater than +10.5 V, check jumper J3 for proper placement (i.e. A/B, 15 V; B/C, 10 V). If voltage is not present at pad A,.-remove the connector at the detector and inspect the cable assembly for broken or cut wires.

3.

Measure the +15 Vdc power supply at the UDR to ensure that the UDR is functional.

If not, refer to the applicable drawings for the UDR 'so that the'-appropriate troubleshooting procedure can be used.

4.

If +10 V is not present across capacitor Cl, preamplifier circuitry failure has Occurred. Using the schematic diagram as a guide, analyze and replace the faulty components.

"7-7

Signal Transmission, Detector (Factory Test Only)

WARNING High voltage Is to be disconnected for this procedure. Channel power is to remairl on. Refer to schematic 897A-210-13.

1.

Using a DVM, measure the discriminator voltage between pin 9 and pin 8 of Z1. Zero to +2 V should be obtained by adjustment of R44. If not, zener diode CR11 or Zi may be faulty.

2.

Connect a pulse generator to the junction of R17-C1O and ground.

Adjust the pulse generator output for a 50 microsecond pulse of -5 V amplitude with a frequency of 1 kHz.

3.

Using an oscilloscope, verify pulse transmission.

Pulses should be present at Z1 pin 14, R23, ZI pin 7 and pad G. If not, locate the point where pulse transmission is terminated and replace the defective component.

CAuTION Before continuing, measure the anti-jam set point voltage at pin 10 of Z1 and ground. Record this value. If a malfunction is found in this section, the faulty component should be replaced and the set point readjusted to Its original value.

4.

Remove the pulse generator. Connect a DC power supply across R25 (+) and ground (-).

Connect a DVM at pin 13 of Z1.

The output should be low. Increase the power supply slowly until pin 13 changes from the low to the high state.

If this does not occur, Zi is defective.

5.

If the above output state change is present, connect the oscilloscope to pin 2 of ZI.

A square-wave of approximately 50 kHz should be observed when the output of Z1, pin 13 is high. If not, isolate the faulty component and replace it.,

6.

Set the high voltage to the operating point of the G-M tube. Using an electrostatic voltmeter, measure the high voltage at the pad labeled HV with respect to chassis ground.

If high voltage is not present, check for broken wiring or a high voltage supply failure at the UDR.

7.

If all previous steps indicate the electronics are functional, the G-M tube needs replacement.

This requires that the detector be sent to the factory for recalibration.

Check Source, Detector (Factory Test Only)

If the check source meter movement does not operate, perform the following steps.

NOTE This test requires continuous activation of the check source control at the UDR.

1.

Using a DVM, measure the DC line (+15 VDC) at pads J and H. If 15 VDC is not present, check cable connectors for broken wires. Detector pad H is on when the check source is actuated. Pad J is on when the check source is not actuated.

Also determine if the check source circuitry at the UDR is functional.

2.

If the DC voltage is available, the meter movement, with integral check source capsule should be replaced.

7-8

NOTE The check source meter movement assembly contains an 8gCi, 36CI radioactive source. Consult your Radiation Safety Officer to ensure proper radiation safety procedures are observed when removing the radioactive source or meter assembly.

NOTE If a problem cannot be resolved by using -the drawings in the Appendix while applying the troubleshooting Instructions found In this manual, or by performing the electronic,adjustments in Section 6, -please contact the Victoreen Customer Service Department at (216) 248-9300 for assistance.

-Digital Ratemeter Troubleshooting The digital ratemeter incorporates a multiwire main circuit board.- Replacement of components on this board must only be performed by personnel familiar with this type of construction. The following describes adjustments that may be performed to verify operation:

UDR Electronic Adiustments Analog Output Adiustments (Refer to Periodic Field Test)

Signal Input DC Offset and Gain Adlustment (Factory Adiustment Only)

1.

Disconnect the detector signal input.

2.

Set the DVM to the 1 volt range.

3.

Connect the positive lead of the DMV to TP-1 and the negative lead to the ground test jack.

4.

Short the signal input connector on the rear panel (P5).

5.

Adjust VR9 for a DVM -reading of 0.000 volts.

6.

Disconnect the DVM and connect an oscilloscope(to channel 2) positive lead to TP-1 and the negative lead to the ground test jack.

7.

Disconnect the short on the signal connector, on the rear panel (P5).

8.

-Connect a signal generator to P5.

9.

Connect an oscilloscope to channel 1 to monitor the signal generator output.

10.

Adjust the signal generator output to obtain a 10 microsecond negative or positive going pulse (depending on input selection), with a +1 volt amplitude at a 1 kHz repetition rate.

11.

Adjust VR8 to obtain unity gain. A +1 volt input should produce a +1 volt output pulse.

7-9

High and Low Discriminator Adiustments The low discriminator should be set to +0.5 Vdc, while the high discriminator should be set to +7.0 Vdc unless otherwise specified in the detector calibration.

The following factory adjustments are included for general information and should not be performed in the field.

Anti-Jam Threshold Adiustment (Factory Adiustment Onlvy This adjustment is dependent on the type of detector used. Potentiometer VR12 is used to adjust the DC level measured at R94.

Table 7-6 shows the DC adjustment values necessary for each detector type unless otherwise specified.

Table 7-6. Anti-Jam Threshold Adjustment Test Pulse Width Detector Type DC Value at R94 Equivalent mR/h Jumper J7 10 microsecond 897A Series 0.740V 897A-21X 3.16 x 103 2 to 3 (50 kHz square wave) GM Detector Family 897A-22X 2.14 x x10 4 897A-23X 2.50 x 105 Write Cycle Clock Adiustment (Factory Adlustment Onlv)

1. Connect the channel 1 oscilloscope (xlO probe) to U19-2 (clock).

2. Connect the channel 2 oscilloscope (xlO probe) to U19-12 (short 02).

3. Adjust VR13 to obtain:

Chan 1 235 ns Chan 2 7-10

VECTOREEN, I SECTION:

sUBJECT:

SUPERSEDES:

IC.,

MAINTENANCE BULLETIN

-FIELD REPLACEMENT OF 897 SERIES BY 897A SERIES DETECTORS

-NEW J

1PAGF I

OF iv; REVISION LIST TECHNICAL QUALITY SUPPORT ASSURANCE SREV

- DATE*

MANAGER MANAGER..

""____. r D TA SIGN DATE SIGN DATE A

11 /"//95 0..

33

_1___ _O F__

__ _1 5__

ISSUED BY:

DAVID P. WARNER - -

mb/d#1 /mb951 008.doc r

NUMBER REVISION MB95-1 008 A

EFFECTIVE DATE "NOVEMBER 8, 1995

VICTOREEN, INC.

NUMBER REVISION MB95-1008 A

SECTION:

MAINTENANCE BULLETIN EFFECTIVE DATE

SUBJECT:

FIELD REPLACEMENT OF 897 SERIES BY NOVEMBER 8, 1995 897A SERIES DETECTORS SUPERSEDES:

NEW PAGE 2 OF 15 RECORD OF REVISIONS DOCUMENT REVISION LEVEL DESCRIPTION/PAGES AFFECTED A

ORIGINAL ISSUE mb/d#1 /mb951 008.doc

r

VICTOREEN, INC.

",SECTION:,-,

MAINTENANCE BULLETIN

- sUBJECT:

FIELD REPLACEMENT OF 897 SERIES BY 897A SERIES DETECTORS SUPERSEDES:-

NEW

.. -TABLE OF CONTENTS

.SECTION

-TITLE 1.0:

PURPOSE.............................

2.0 SCOPE....

3.0 RESPONSIBILITIES.....................................

4.0 REQUIRED EQUIPMENT...............................

5.0 PROCEDURE........................-....

6.0 DETECTOR TERMINATION PROCEDURE........

7.0 TEST PROCEDURE..................

mb/d#1/mb951008.doc PAG S..............................

........ 4

........ 7 1

... 1

r x-.

I S-

NUMBER REVISION MB95-1008 A

EFFECTIVE DATE NOVEMBER 8, 1995 PAGE 3 OF 15 J.

VICTOREEN, INC.

NUMBER REVISION MB95-1008 A

SECTION:

MAINTENANCE BULLETIN EFFECTIVE DATE

SUBJECT:

FIELD REPLACEMENT OF 897 SERIES BY NOVEMBER 8, 1995 897A SERIES DETECTORS SUPERSEDES:

NEW PAGE 4 OF 15 1.0 PURPOSE The purpose of this Bulletin is to provide a procedure for the modifications required to a 956/956A series digital ratemeter whenever an existing 897 series detector is to be replaced by a 897A series detector on a previously installed monitoring channel. The modifications are required due to detector re-design which replaces the existing AC driven check source with a low voltage DC check source mechanism. In addition, the existing modular connector installed at the detector end of the field cable is replaced with a one piece military style for increased reliability and environmental sealing.

2.0 SCOPE The required modifications are as follows:

2.1 Internal wiring changes in the 956/956A series ratemeter to remove switched 120 VAC from the check source relay and substitute switched 15 VDC a

required by the replacement detector. This modification is always required.

2.2 Re-position of connector pins in mating plug for 956/956A series ratemeter P2 (detector) connector. This modification is always required.

2.3 Connector replacement at the 897 detector end of the field cable to remove the existing modular connector and install the mating connector supplied with the replacement 897A series detector. This modification is always required.

2.4 Internal wiring changes in the 958 or 958A Remote Alarm/Meter to re-route check source wiring. This modification is only required when 958 or 958A series remote alarms are installed.

2.5 Existing detectors listed below are covered by this bulletin.

Aluminum Housing Stainless Steel Operational Check Source Detectors Housing Detectors Range Activity/Isotope 897-210-5 897-211-5 0.01-1000 mR/h (Low) 0.3 pCi/Sr-90 897-220-5 897-221-5 0.1-10000 mR/h (Mid) 1.0 ýLCi/Sr-90 897-230-5 897-231-5 1-100000 mR/h (High) 8 4Ci/SR-90 mb/d#1/mb951008.doc

2.6 Replacement detectors listed belovk are covered by this Bulletin.

SAluminum Housing Stainless Steel Operational

- Check Source Detectors Housing Detectors

'BgRn g

Activityllsototp 897-210-5 897-211-5 0.01-1000 mR/h (Low) 8 liCi/CI-36 897-220-5 897-221-5 0.1-10000 mR/h (Mid) 8 pLCi/CI-90 897-230-5 897-231-5 1-100000 mR/h (High)

-8 1Ci/C0-36 2.7 The three activity levels of Sr-90 provided as a check source in each of the three existing detector ranges has been replaced by 'a single,'- 8 uCi, C6-36 source, enclosed in a hermetically sealed capsule.

The replacement detector will provide a substantial increase,-in check source response on low and mid range-monitoring channels when compared to the existing 897 series low and mid range detectors. If less response is desired, the GM tube capsule may be rotated to reduce the overall response to the check source.

Typically, the 36Cl check source may be expected to provide a response between 50 and 300 mr/h, based upon the position of the GM tub*'Be ta "window" relative to the actuated check source capsule position.

2.8 Seismic Test Reports 950.352 and 950.353 detail testing performed on specimen detectors containing the 857-210-30 check 'source i-ne6hanism provided in the replacement detectors.

The replacement source (857-210-30) is classified per 10CFR32 as an exempt quantity and as such does n6t require an NRC license for possession when it is contained as part of the detector assembly.

2.9 This bulletin provides the required instructions for a technician to install, test and

.document the check source wiring 'and connector changes required when an existing 897 series detector is replaced with an 897A series detector.

mb/d# 1/mb951008.doc

VICTOREEN, INC.

NUMBER REVISION MB95-1 008 A

SECTION:

MAINTENANCE BULLETIN EFFECTIVE DATE

SUBJECT:

FIELD REPLACEMENT OF 897 SERIES BY NOVEMBER 8, 1995 897A SERIES DETECTORS SUPERSEDES:

NEW PAGE 6 OF 15 3.0 RESPONSIBILITIES Personnel performing this procedure require basic skills with hand tools, electronic soldering skills and the ability to take low voltage DC measurements.

4.0 EQUIPMENT REQUIRED 4.1 Digital Voltmeter (DVM) : Fluke 8020B or equivalent.

4.2 1/4" width flat blade screwdriver.

4.3 Wire strippers suitable for use with 18 and 22 GA Teflon wire.

4.4 Small wire cutters.

4.5 897AKIT

Field installation and modification kit.

4.6 Soldering iron: 50W max.

4.7 Electronic Solder: Kester "44" resin core s/n 60 alloy or equivalent.

4.8

1 Phillips screwdriver.

4.9 1/4" Nut driver.

4.10 1/4" Ignition wrench or equivalent.

4.11 Cable cutters capable of shearing composite cable of up to 0.65" diameter.

4.12 Solder wick or solder removal suction bulb.

4.13 Factory Calibration Data Sheet for the replacement detector with conversion constant and dead-time (tau) values for entry into 956 / 956A ratemeter.

4.14 Loop Diagrams of channel wiring: 956A-201-106, 958-1-24 & 958A-1-24.

mb/d#1/mb951008.doc

VICTOREENI SECTION:

.,AJBJECT:

SUPERSEDES INC.

"-'MAINTENANCE BULLETIN FIELD REPLACEMENT OF 897 SERIES BY 897A SERIES DETECTORS NEW MB95-1 008 A

EFFECTIVE DATE

'NOVEMBER 8, 1995 PAGE -

7 OF 15 4.15 Detector Schematic 897A-210-13.

5.0 RATEMETER MODIFICATIONi PROCEDURE, 5.1-Prior to turning off 956/956A iratemeter AC power, -verify that -all required personnel are aware -that alarm actuation may occur -depending on specific installation. Inform operators that alarm annunciation may occur. VERIFY that any S-control function that may-occur is understood by all parties involved. Turn off ac power at-the push-button switch-on the front panel of the 956/956A ratemeter and disconnect external connections from the rear panel of the ratemeter.

--Disconnect the detector to be replaced.

5.2 Remove the 956/956A ratemeter from the rack chassis or enclosure by tuning the

- front-panel pawl fastener counter-clockwise until the-ratem-eter can be withdrawn.

5.3 Remove the two screws located at each upper corner of the ratemeter rear panel.

Remove the four screws retaining the power supply bracket and remove both

ý upper frame rails by turning them counter-'clockwise.:Retain'all hardware for re

-~

installation.---

"5.4 Remove the connector, plug from J2 on the relay board and rerfhove the mounting hardware attaching the relay board to the power supply bracket. Retain all

,,hardware for re-installation.

5 5.5

-t I 1

Unsolder the yellow/green wire from "B" of relay K2 (Check Source) and remove solder from the plated through-hole-so that new wiring may be inserted: Remove

-the female pin from position 12 of ratemeter rear panel connector P2 using the extraction tool -supplied, -with the 897AKIT' (. AMP-:,#305183, Victoreen P/N 99-37-1 ) and discard the yellow/green wire and pin.

.5.6 Using the 6"- section of white/red wire-with the crimp'piri-attached (supplied with the 897AKIT), insert the -female pin end into the-rear'panel'c6onne'ctor P2-5. Insert the other end into the hole marked "B" at relay K2 on the relay board and.solder.

5.7 Using the 6" section of redwire with the crimp pin-attadhed '(supplied with the 897AKIT), insert the female pin into the rear panel connector P2-4. Insert the mb/d#1 /mb951 008.doc i-.

N'

=

I rdIMR:pR

VICTOREEN, INC.

NUMBER REVISION MB95-1008 A

SECTION:

MAINTENANCE BULLETIN EFFECTIVE DATE

SUBJECT:

FIELD REPLACEMENT OF 897 SERIES BY NOVEMBER 8, 1995 897A SERIES DETECTORS SUPERSEDES:

NEW PAGE 8 OF 15 other end of the red wire into the hole marked "C" at K2 on the relay board and solder.

5.8 Remove the yellow/blue wires and post from the hole marked "A" at relay K2 and remove solder from the plated through hole so that the new wire may be inserted.

5.9 Cut both yellow/blue wires off the post removed in step 5.8 and place the heat shrinkable tubing over either of the wires. Strip 1/2" of insulation off each wire and make a mechanical connection (splice) between the wires. Solder the connection and place the heat shrinkable tubing over the splice and apply heat until the tubing has conformed to the splice underneath.

5.10 Insert the red wire with ring lug attached (supplied with the 897AKIT) into the hole marked "A" at relay K2 on the relay board and solder.

5.11 Connect the ring lug end the wire installed in Step 5.10 to the terminal strir located on the power supply assembly with RED 18 GAUGE wires already connected to this point. This is the + 15 VDC power supply terminal.

5.12 Affix the orange self-adhesive label, supplied with the 897AKIT, to the power supply bracket inner surface to the right of the model/serial number tag. The label identifies the ratemeter as modified to operate with 897A series detectors equipped with DC check source mechanisms.

5.13 Re-mount the relay board on the power supply bracket using the hardware removed in step 5.4. Plug the harness connector back into J2 on the relay board.

5.14 Re-install the ratemeter frame rails removed in step 5.3 taking care not to over tighten them.

The counter sunk holes for the power supply bracket mounting screws should be facing upwards. Replace the two screws attaching the frame rails to the rear panel.

5.15 Using the nylon wire ties supplied with the 897AKIT, dress the added wires into the harness so that no wires extend outside the chassis of the ratemeter.

5.16 Reconnect only the AC power connector to the ratemeter P3 connector on the rear panel. Depress the ratemeter front panel switch to turn the ratemeter on.

mb/d#1 /mb951008.doc

VICTOREEN, INC.

NUMBER REVISION MB95-1 008 AA SECTION:

MAINTENANCE BULLETIN EFFECTIVE DATE oUBJECT:'

---FIELD REPLACEMENTOF 897 SERIES BY NOVEMBER'8, 1995 897A SERIES DETECTORS SUPERSEDES:

NEW PAGE 9 OF 15-.

5.17 Place the digital voltmeter (DVM) onthe 20 VDC range and measure'the voltage present between P2-3 (-) and -P2-4 (+). The.-voltage present should be + 15 +1 0.75,volts. Move the DVM -positive lead to P2-5. There -should be zero volts present. Record -the results of this step on the attached modification and test data sheet.

5.18

,Depress and hold the front -panel CHECK SOURCE push button.

Measure I-between P2-3 (-) and P2-4 (+): There should 'be,ero volts present. Move the DVM positive lead to P2-5. The-voltage present should be + 15 +/- 0.75 volts.

Record the results of this step on the attached modification and test data sheet.

Turn OFF ratemeter when this step -has been completed and remove the AC S 'power plug from the ratemeter P3 connector.

5.19 Re-install the ratemeter into the rack chassis and tighten the front panel fastener pawl. Modification of the 956/956A series ratemeter is complete.

5.20 Locate the mating plug for rear panel'connector P2'(Detector) on the 956/956A ratemeter. ;Remove the two screws from-the back shell cable clamp on this connector and remove the back shell from the connector body by turning counter clockwise. Use the P2 connector on the ratemeter to lock the connector while the

. back shell is :being loosened: If -no'Remote Alarm (958/958A) is installed, complete the following steps 5.21.1 through'5.22.2. If a 958 or 958A Remote Alarm is installed on the channel, complete Step 5.22.

NOTE:

Refer to figure -1 for usage of the Extractor Tool provided with the kit.

5.21.

P2 Modification, No Remote Alarm:

5.21.1;

-Using the pin extractor-(AMP #305183) provided in the 897AKIT, extract the existing pin -and were from position 12 of the mating plug andre-insert it into position 4'of the plug.

5.21.2 Using the:pin extractor, extract the-'xisting' pin and wire from position 13 of the mating plug and re-ins'ert it int6 position 5 of the plug.

mb/d#l /mb951008.doc 4---

S.. --

VICTOREEN, INC.

NUMBER REVISION MB95-1 008 A

SECTION:

MAINTENANCE BULLETIN EFFECTIVE DATE

SUBJECT:

FIELD REPLACEMENT OF 897 SERIES BY NOVEMBER 8, 1995 897A SERIES DETECTORS SUPERSEDES:

NEW PAGE 10 OF 15 5.22 P2 Modification, with 958/958A Remote Alarm.

5.22.1 For channels equipped with a Remote Alarm, an additional conductor is required between the ratemeter and 958/958A Remote Alarm.

Additional pins are provided in the kit if it is necessary to re-terminate the P2 mating plug. Note the existing color or wire number used for each pin and record them. Trim back the external jacket of the cable until the length of the spare conductor(s) is 1/2 that of the terminated conductors. Select a spare conductor to be used and record its color or wire number. Trim any unused spares back to the jacket. Cut the terminated conductors to match the length of the selected spare and terminate all conductors with the male pins provided in the 897AKIT.

Refer to Loop Diagrams 958-1-24 or 958A-1-24 provided with the 897AKIT.

5.22.2 Re-insert all terminated conductors back into the connector body as they were originally installed except the new spare conductor and the conductor that was removed from position 12.

5.22.3 Install the conductor that was removed from position 12 into position 4 of the P2 mating connector. Install the spare conductor into position 5 of the connector.

NOTE:

Refer to the Loop Diagrams 958-1-24 or 958A-1-24 as necessary for the following steps. The 958A series of remote alarms may be identified by a "Silence" push button located on the face of the remote alarm. 958 series alarms do not utilize the "Silence" feature.

5.22.4 Open the 958/958A enclosure and locate the field cable coming from the 956/956A ratemeter.

Locate the spare conductor selected in 5.21B and terminate with a ring crimp lug from the 897AKIT. Locate the cable going from the remote alarm to the detectors and terminate with ring lug the same color or wire number conductor as was used from ratemeter to remote alarm.

mb/d#1/mb951008.doc V

-i VICTOREEN,,IN SECTION:

oUBJECT:

SUPERSEDES:

IC.,

MAINTENANCE BULLETIN "FIELD REPLACEMENT OF 897 SERIES BY 897A SERIES DETECTORS NEW I

-

NUMBER MB95-1008 REVISION A-*

EFFECTIVE DATE NOVEMBER'8, 1995 "PAGE

_ 1 1 -O F - 1 5.

11 OF 15 5.22.5-,: For 958 remote alarms, place the two wires terminated-in step 5.24B

'on TB2-2 in the remote alarm enclosure. For 958A remote alarms, place the wires on TB1-1..

5.22.6 For 958 remote alarms, moved both'wires currently on TBl-10 to TB1-1.

For 958A remote alarms, move the wires from TB1-1 to

~TB2-3.

5.23 Re-assemble the connector and backshell at the 956/956A ratemeter and replace the cable clamp. Insert the re-assembled mating plug into' ratemeter connector P2 (Detector). Install remaining P1-P6 connectors removed in Step 5.1.

6.0 DETECTOR TERMINATION PROCEDURE 6.1 Remove the-detector to be replaced from-the wall mounting bracket.

With the field cable still connected to the detector, unscrew (CCW) the cable clamp at the rear-of the connector and slide the clamp, spring and internal bushing up the field cable. Unscrew the connector back shell (CCW) from the connector body and slide it up the field cable.

6.2 Record the conductor color or number and the connector pin number each is associated with.-Note that the thicker of the two visible coaxial cables is utilized for high :voltage and will be connected to pin 10 (center pin) of the existing connector.' The smaller diameter coaxial cable is the signal and is connected to pin 19 of the existing connector.

6.3

-After the conductor color or-number and the existing conne'ctor pin numbers have been recorded, unscrew the.connector from the'detector and pull out the plastic insert from the connector body. When-the plasticinsert has been exposed, pull

"" the two pieces of the insertrapart so that the'individual pin-s*are visible.

6.4 Pull each conductor and pin one at a time from the connector insert until all have been removed. Remove all pieces of the existing connector from the field cable and discard them.

mb/d#l /mb951008.doc T

o L.

VICTOREEN, INC.

NUMBER REVISION MB95-1 008 A

SECTION:

MAINTENANCE BULLETIN EFFECTIVE DATE

SUBJECT:

FIELD REPLACEMENT OF 897 SERIES BY NOVEMBER 8, 1995 897A SERIES DETECTORS SUPERSEDES:

NEW PAGE 12 OF 15 6.5 Install the cable clamp and back shell supplied with detector over the field cable.

If Victoreen P/N 50-100 install any cable boots needed to-build up cable.diameter.

the replacement 897A cable was not supplied, 6.6 Unsolder all of the existing pins from the field cable and discard the pins.

6.7 Cut the heat-shrinkable tubing supplied with the 897AKIT into six pieces of approximately 3/8 " in length and place the tubing over each conductor.

6.8 Solder each of the conductors to the new connector body in accordance with the table below. When soldering is complete, slide the tubing down over the solder cup on the connector and heat shrink.

Old Connector Pin Nmber 10 19 16 "GND SYMBOL" 17 7

3 New Connector Designation E

G K

K C

H J

High Voltage (large dia. coax)

Signal (small dia. coax)

Signal Ground (shield of small coax)

DC Ground

+ 15 Vdc Supply Check Source Check Source 6.9 Carefully screw the terminated connector into the replacement 897A detector and with the field cable held so that it does not turn, assemble and tighten the back shell and cable clamp. Tighten the clamp so that the field cable is firmly gripped.

Remove the connector from the detector when completed so that the complete channel wiring may be verified prior to detector connection.

mb/d#1 /mb951 008.doc r

VICTOREEN,-INC.

NUMBER REVISION MB95-1008 A

SECTION:

MAINTENANCE BULLETIN EFFECTIVE DATE

-.,UBJECT:

FIELD REPLACEMENT OF 897 SERIES BY" NOVEMBER-Bi 1995 897A SERIES DETECTORS "SUPERSEDES:--

NEW PAGE 13 OF 15..

7.0 TEST PROCEDURE 7.1

-With all, connectors except P1 connected-to the'ratemeter, turn on ratemeter at the front panel power -switch, and verify-*he table -below. 'Record verification on the attached modification and data sheet. Use caution as high voltage (600 VDC max.) is present on the connector.

S....Connector Pin..

'_Voltage'Present E

- 550- Volts 897A-23X 575 V, 897A-22X,-897A-21X G

Nominally Zero K

Zero (Ground)

C

+ 15 +1- 0.75 volts H

+ 15 +/- 0.75 volts

Nominally Zero 7.2 Depress and hold the 956/956A-CHECK-SOURCE push-button and verify ihe following table. Record the verification on the Modification and Data Sheet.

Connector Pin

-Voltaee Present H

Nominally Zero J

+ 15 +/- 0.75 Volts 7.3 Enter the new conversion constant value supplied with replacement detector into the 956/956A ratemeter (ratemeter function switch position #5) and record on the Data Sheet.

7.4 Enter the new" dead -time (tau) valbe supplied with the replacement detector into the 9 5 6/956A-ratemreter (rateimeter 'function switch position #2) and record on the Data Sheet.

Th 7.5 Turn off 956/956A ratemeter power and mount and connect the replacement detector in the final installed location. Reconnect P1 at the ratemeter rear panel and turn on ratemeter power.

mb/d#1 /mb951008.doc

VICTOREEN, INC.

NUMBER REVISION MB95-1008 A

SECTION:

MAINTENANCE BULLETIN EFFECTIVE DATE

SUBJECT:

FIELD REPLACEMENT OF 897 SERIES BY NOVEMBER 8, 1995 897A SERIES DETECTORS SUPERSEDES:

NEW PAGE 14 OF 15 7.6 After the detector has settled, note and record the background level on the data sheet. The background level with no radiation-present may be slightly lower with the replacement detector then previously noted as the operation check source utilized does not contribute to induced detector background.

7.7 Depress and hold the ratemeter CHECK SOURCE push button. Note and record the value displayed on the data sheet. The value noted will in most cases be high than the value noted with the old detector as the replacement source activity is greater and yields higher countrate per microcurie of activity.

7.8 Verify all alarms are cleared. The channel may be returned to service at this time or additional site specific testing may be performed prior to return to service.

Body FIGURE 1 Insert Extract Tool over Pin to be removed while gripping body. When tool has bottomed in connector, depress plunger to eject pin and conductor for connector.

mb/d# 1/mb951008.doc I

r I

VICTOREEN, INC.

NUMBER REVISION

.MB95-1008 A

SECTION:

MAINTENANCE BULLETIN EFFECTIVE DATE

.,JBJECT:

FIELD REPLACEMENT OF 897 SERIES BY NOVEMBER 8, 1995 897A SERIES DETECTORS SUPERSEDES:

NEW PAGE 15 OF 15 Modification and Test Data Sheet 897A Replacement Detector Installation Facility:

Customer:

Ratemeter Model:

Remote Alarm Model:

Replacement Detector Model:

Ratemeter Modification Verification 5.17 Check Source OFF P2-3 to P2-4

(+15 +/- 0.

Serial No.:

.5 volts)

P-3 to P2-5 (nom. zero volts) 5.18 Check Source ON P2-3 to P2-4 (nom. zero volts)

P2-3 to P2-5

(-+ 15 + /-0.75 volts)

Detector Field Connector Verification 1.1 Pin E Pin G Pin K Pin C Pin H Pin J (550 to 600 volts depending on channel)

(Nominally zero volts (Zero volts - ground )

(+ 15 +/- 0.75 volts)

(+15 +- 0.75 volts)

(Nominally zero volts)

Check Source ON Connector Verification 7.2 Pin H Pin J (Nominally Zero Volts)

(+15 +/- 0.75 volts) 7.3 Conversion Constant 7.4 Dead Time (Tau) 7.6 Background value -

Check Source OFF 7.7 Check Source Response Performed By:

"*eview By:

mb/d#1 /mb951008.doc

mR/h mR/h Date:

Date:

1 75 volts)

Drawing No.

Gel 897A-2X0 897A-TAB-5 897A-TAB-5A 843-6-26 897A-211-30 857-210-30 897A-21 0-10 857-210-20 857-220-20 857-230-20 897A-210-13 Gel 897A-2X1 857-211-18 857-211-20 857-221-20 857-231-20 956A-201-106 958-1-24 958A-1 -24 956A-201-GEL 956A-201-5 956A-1 00-20 956-100-15 942A-1 00-30 956A-201-55 942A-100-70A 942-100-70 942-200-50 956-200-10 942-200-60 942-100-35A 942-100-35B 942A-1 00-35C 942-100-35D 942-100-35E GEL 948-1 948-3-5 948-9-5 948A-2-5 Gel-948-1 0 50-1 00-TAB 848-8-105 848-8-400 GEL-958A MB95-1008 Appendix B. - Applicable Drawings Description Detector Dimensional Outline Detector Main Assembly, Stainless Steel Housing Detector Main Assembly, Aluminum Housing Wall Support, Detector Check Source MTG Assembly Check Source Assembly PC Board Assembly Tube Assy, Low Range Tube Assy, Medium Range Tube Assy, High Range Schematic, Detector Detector Dimensional Outline Bracket, Detector Tube Assy, Low Range Tube Assy, Medium Range Tube Assy, High Range Loop Diagram Interconnection Diagram, Local Alarm Interconnection Diagram, Local Alarm Dimensional Outline, Readout Assembly, Digital Readout Assembly, Front Panel Assembly, Front Panel PC Board Assembly, Rear Panel Assembly, Power Supply Harness Assembly Assembly, Relay PC Board Power Supply Main PC Board Assembly Assembly, High Voltage Board Harness, Power Supply Harness, Main PC Board to Relay Board Harness, Analog output Harness, Detector Power Supply Harness, AC Power Dimensional Outline, 3-Bay Chassis Table top Mounting Enclosure Panel Mount Enclosure Blank Panel Assembly Panel Adapter, Dimensional Outline Multi-conductor Cable Test Fixture Adapter Test Fixture Adapter, Stainless Steel Dimensional Outline - Remote Alarm Maintenance Bulletin, Check Source Replacement 9-1

4 3

NOTES I

FOR AREA MONITORING APPUCATIONS.

USE WALL MOUNTING BRACKET SUPPUED LOCATE DETECTOR ABOVE NORMAL HEAD HEIGHT ORIENT DETECTOR VERTICALLY, WITH CONNECTOR FACING UP.

AND GM TUBE FACING THE AREA TO BE MONITORED 2

APPROXIMATE WEIGHT AS SHOWN 3 2 LBS AS RECOMMENDED MTG HARDWARE OTY 4, 1/4-20 GRADE 5 (MIN) BOLTS 4 RADIOACTIVE OPERATIONAL CHECK SOURCE:

8uCI. CI-36 A5 G.M TUBE CENTER UNE INSIDE HOUSING.

6 WALL BRACKET INSTALLED WITH STOPS POSITIONED AT BOTTOM OF BRACKET.

A DRIWNG TEMPLATE FOR 843-6-26 WALL MOUNTING BRACKET DIMENSONS AREIN

s 3-3-95 VICTOREEN, INC.

TOIMC

,ASSEy uS 0 6000 COCHRAN RD. SOLON, OHIO 139 A

COMA,,

.m an H!SH AT" X D IM ENSIONAL O UTLIN E ICoutn CD4OIIATE'D ORAWINO.25+/-'.0t5

+/- 1.

125

.a

i. +/-r i

s£0GM+/-DETECTOR 5JaVE AL.L MM A BRrA

-7A-2 0

TO--4 897A--2XO lS$APP I

.EDG E

TS

.m1015 t'-"

=' "

D

=** 1 o 2

1 D

C

-WALL MOUNTfING BRACKET P/N 843-6-2F I

S E

TOCON WIRE N

GPIN COLOR A

c WK/FIED i-a W1T./GRN HH RED mv E

vW WtR K vK a LUGC REEN NOTES I POSION IITBE SO THAT APERT1JRE

".LED S5)-RD IS DIREC-TY I UNLIN

"*h LARGE D MLETER HOLE IN PC BOARD lIEMS 43 AND 44 ARE SUPPLED 11 CHE.-CK SOURCE ASSEMBLY AND ARE COMPLETED BY RADIATION SAqtM'T ITCIEICINS SmBIN(IT (EM 18) IS TO BE USED ON ALL WIRES AT CONNECTOR.

COVERING SOLDr.R CUP 4 rUNCTIOlALlY 'lEST TO BE PERFORMED PER TP827A. SOURCE RANGE CALJBRATION PER PROCEDURE CAL-4UR WIRING DIAGRAM NO ScAI.

SECTION A-A r

A.

6 VIEW C-C SOLDER S*DE NO SCALE D

C B

A

1

-r I

I U",,

0J-V-

-f IfIfi iHa WwinVo a THE PROPE~Ty or'IvcWD 4 1cORPORA10. ITH4M THE ObAA"4O. w

~RDMUCta OFf t. MR f fDllWV10t4 DMUM IOM ffISTO510K M ot D 10af U

UA 0 TODE IDEOF IT WHC M. OR WAY BE t4I.

TOW MR10 6XXORTU bORtATM P!rf 1

E B

REV PER 4CR29-95 4-26-95 bh

.281 DIA THRU 4 PLACES

+.005

.250-.00o DIA FOR ITEM 2 PLACES

-1/4-20UNC-2B THRU 2 PLACES SET SCREWS INCLUDED MOUNTING.

UNLESS OTHERWISE SPECIFIED DIMENSIONS ARE IN INCHES TOLE0PRAIS ARE:

DECIMALS ANGLES FINISH COMPUTER GENERATED DRAWING

=XX-+/-..015

+1 DEG I ~ACMTO CKo*

DC Arr

.XXX,-+.005+ -

S-348I 6-26 REMOVE ALL BURRS & BREAK SHARP EDGES.005 TO.015 NEXT ASSEMBLY USED ON MATERIAL 847-1-6 FINISH OICOIIATOR bh 72OJA 4-26-95 d.--/

19S I..

I --

r

,I

4.

I 3

9

.I VICTOREEN, INC.

6000 COCHRAN RD., SOLON, OHIO 44139 TTLE SUPPORT DETECTOR WALL B 16300i 843-6-26 SCALE 1/1 1DONOTSCALE ISHEEr 1 OF 1

4 3

C 4-REF B

NOTES:

1. TWO FOR

,t I

I I

-rl I

J, ~

U -69 r,,°,o*x*'

1 r"*

4 I

3 1

1 REV PER 4CR18-92 8-13-92 B1 CouPUTR OENERATWDftAY4 S-259 I1210-30 UNtr3S OTHER(ISE SPECIFnED DIMENSIONS ARE tN INCHES TOLERWICES AE.R DECIMALS ANGLES FINISH

=X-+/-.015

+ I DCC 1125

.xxx-i.oos

.v RCMOVE ALL BURRS

& BREAK SWP EDGES.005 TO.015 NEXT ASSEMJBLY USED ON MATERIAL FIlNISll I

A bh 8-13-92 ocom

& DPft

'2 D

4-.

VICTOREEN, INC.

6000 COCHRAN RD., SOLON, OHIO 44139 0 C ASSEMBLY CHECK SCL'RCE 63060 857-210-30 81 S

LEnoneIDOoNOT SCALE I SHEET 1

OF-1 I

1 S.

.I.-

IL I V I

I [

LA w=oswFlo.m =U.w ILI, MEOW I

-F,

-- I A.

I

4 I

f v

UZI1 0 *uFj m

T rmul 1 MNff l a-IN Lb~MNh t1E tCAC C

rEPBOUCTRIfOMS ITMDR INrORktAIIDeERIMED FROI 610 BOE CIAEN TO OTHERS. NO USE 1S BO E MADE I

OF IT m

5. OR MAY BE BIJURtOUS TO EJO ON RADIATION MEASUREMENTS.

NOTES:

A FOR +1OV SUPPLY. J3 TO BE IN POSITION B-C (ANALOG APPLICATION)

A FOR +15V SUPPLY, J3 TO BE IN POSITION A-B (DIGITAL APPLICATION) 2 BREAK OFF 3 SETS OF 3, FROM 92-9041-A HEADER STRIP A

FOR JI, & J2, & J3 USE ALTERNATELY. A PRINTED TAG CONTAINING MODEL, SERIAL NO AND REVISION LEVEL MAY BE PLACED IN THE LOCATION SHOWN 00ýý E

R47 TO PT. "C" 4+

Il " R087A-210--101 LarR ICON0 APPROVED DATE

[

1629

1?e M*,W&AI A4/6/00 S:

CRI 0 [ R46i SCi

+ @

6 b

INSTALLATION DETAIL OF RESISTORS R46 & R47 JUMPED TO POINT "C" COMPONENT SIDE OF CIRCUIT BOARD SHOWN SOLDER ON COMPONENT SIDE OF BOARD ITEM 6 IS A SOLID WIRE JUMPER PT "C"-J SEE DETAIL A

UNLESS OTHERWISE SPECIFIED DIMENSIONS ARE IN INCHES TOLERANCES ARE:

DECIMALS XX+/- 015.XXX+/- 005 ANGLES

+/-1" FINISH 63/

FRACTIONS 1/32 REMOVE ALL BURRS & BREAK SHARP EDGES 005 TO.015 DRAWN BY ENGINEER APPROVED ov3 A-DATE oa/f+/oo f1/5/100 o/5/0oo INOVISION OM TITLE ASSEMBLY DETECTOR PC BOARD SIEjIACE 110DWNO897A-21O-101 SCALE 1/l

[

nO NOT SlCAiL ISHETr 1

nO 4

I.....

I-.

,I, A

7 A

D C

B D

C 4-A IB JA ir --

I I

1 Fl, 4

15 Z

1

4 rns mqmc m yw mav" o ommm RNADWoN wAKmOA1 prHIR THt ORAwAD NoR I KRDWMLVXS mOFT. NOR UAFDR~1A1" DOWM MW RAOfIT6B10 BE CYAN10 0Om-EM.NO USE I IS TO B MADE OF IT W"CM IS5. OR MAY &E B4AIOUS 1TO P

%XNMMRAOIAION IIEASUREU0IS 3

4, Io 857-210-201 1

L E

APPROVED DATE 16129 ~m V.AU.U2'I q/8/o NOTES:

A FORM CATHODE STRAP AS SHOWN AND SOLDER ITEM 5, PLACE AROUND G.M. TUBE AND TIGHTEN HAND TIGHT ONLY WRAP TIN SHIELD AROUND TUBE AS SHOWN.

WRAP FIRMLY, BUT WITH CARE, SO AS NOT TO DEFORM THE TUBE IN ANY WAY ALIGN THE THE APERTURE WITH THE TUBE CATHODE LEAD AS SHOWN.

-0.5 APPROX. DIA.

2. WRAP LEAD AROUND TIN.

BE SURE APERTURE LINES UP WITH TIN SHIELD.

3. TO BE USED WITH ALUMINUM OUTER HOUSING, (897A-2Xo ONLY)

A FILL CAVITY AT END OF TUBE W/ITEM 9 (RTV)

AND PLACE ITEM 6 (TIN CAP)

OVER TUBE END ZA\\ PLACE A SMALL DAB OF ITEM 9 (RTV) IN CENTER OF ITEM 6 (TIN CAP) AND PRESS ITEM 7 ONTO ITEM 6

A SHRINK ITEM 8 ONTO ANODE CONTACT AFTER SOLDERING ITEM 3 (RED WIRE)

CAREFULLY PRESS CONTACT ONTO TUBE PIN j/

ANODE CONTACT AND CATHODE STRAP ARE SUPPLIED AS PART OF ITEM I (G.M. TUBE).

5 UNLESS OTHERWISE SPECIFIED DIMENSIONS ARE IN INCHES TOLERANCES ARE DECIMALS XX+/- 015 XXX+/- 005 ANGLES

+/-1+

FINISH 63/

FRACTIONS +/-1/32 V

REMOVE ALL BURRS & BREAK SHARP EDGES 005 TO 015 DRAWN BY ENG3NEER APPROME O,

Apd I YALC DAYt 08/111/00 10/5/00 10/5100/ [

INOCViSION R

MOVISIO~tlN,

'ON"OCIO 44132 "TI TLEUBE & SHIELD ASSEMBLY LOW RANGE SCALE N/A I DO NOT SCALE I SHEET 1 OF 4;F 1

C B

A DI

+

D

I I

i I

I I

a 17 2 O-201 4

.3 2

I I

4 3

iNS ~

~

IY OF %CBOM

~Cf tM Cf IORPTE. ii flINE MM4O H

WOIUMM CfVYE.

W Fr w

~

IfS 70 BE WAN -

O

. N

~ 510 C WE C ITWI4O S. OR MI4ATBE RAMIOUS TO '.ICE~DI 14ORAWMTD NOTES:

A WHEN INSTALLING THE LEAD SHIELD. THE GM TUBE CATHODE LEAD AND APERTURE SHOULD BE IN LINE.

A2.SHAPE LEAD SHIELD BEFORE INSTALLING. TO PREVENT GM TUBE DAMAGE.

CLOSE ONE END OF LEAD SHIELD AS SHOWN.

j\\BIASING SOURCE TO BE ADJUSTED FOR 10-15 C.P.M. Ar 575 VOLTS D.C. IF REQUIRED.

TAPE IN PLACE WITH ITEM

11.

A4. TO BE USED WITH ALUMINUM OUTER HOUSING.

I.o 857-220-20 Is 1 I-FI 1

RVIPE 1

-90 2

A--

EI REV PER 4CR18-92 18-03-921 SEE NOTE 3 5

CLOSE END OF SHIELD COMPUTER GENERATED DRAWING AML CKWJCE3 M=

tBE MAO 10 P.fl DATA BASE A ALJD MURlLSE 10 S-2O 5

2rIE 2

-2 IS-258 I220-20 UNLESS OTHERWISE SPECIFIED DIMENSIONS ARE IN INCHES TOLERANCES ARE:

DECIMALS ANGLES FINISH

.XX+_.06

+ 1 DEC 125

.XXX=+/-.015 +/-

REMOVE ALL BURRS & BREAK SHARP EDGES.005 TO.015 FINISH 4

I 2

1 8-03-92 F -

VICTOREEN, INC.

6000 COCHRAN RD.. SOLON, OHIO 44139 ME*

TUBE ASSEMBLY MEDIUM RANGE SS 63060 857-220-20 IF SCALE 4EXEI DONOT SCALE SHEET 1 OF D

C B

A I -

I I

I 41 I

1 2

4 T_2

-6T_

1 tt.1" t 4

,t bn--I mtlb.3 w4s flt.at.

o NO ES t~.1 I*

n iw

.tr

.,t N'M ttvt0*.3 ito pitQ-,.-

t o ot........t0I,

'* r, iLlViIt-CI~~4

~

"'S(N l

Dtl NOTES Q

PW

-L7 REVISED PER 2CR7-99 I 31/3/99I pa

/N D

/I

\\WHEN INSTALJNC THE LEAD

S3IILL, IIlF f,1 TUDB,l-,IV)i"E LEAD D

AND APEPTURE SHOULD BE IN LINE AS SHIOWN IN DETAIL AROLL LEAD SHIELD ON ROUIND L, 4

FOPPI AND FILE AEDGE TO FIT I D OF TUBE CAP",ULE

/A__\\NSTALL THE ANODE CONTACT (SUPPLIED WITH C GM TUBE) AFTEP ITEMS 6

7 & 8 ARE ATIACHEL A..

BIASING SOURCE TO BE ^,DJIjI;TED FOP 10-15 C PM AT 550VDC FOR ANALOG APPLICATIONS TAPE'HN PLACE WITH ITEM 12 12 AFOAM (ITEM 4) TO BE IN;TALLEL INTO FORMED LEAD (ITEM 5) 1O 10"//

PPOTECT GLASS END (tI CM I1-IBE (ITEM

1)

B

'ltF'OI;E ErrF,-tktItttrtntIRADIATION tI"";" ": ' "-c I.... bh j8-03-92 IINOVISION RADIATION MEASUREMENTS I rAtIj*CIAFL I---

6045 COCHRAN RD

SOLON, OHIO 44139

-m PC32-5 ITE TLIBIE ASSýEMBLYA

'-4 so

'I NO o"or:1 ItIAP1 LOCK00' 1

1 sCALE 4X VT NUT SCALE SHEETr I

or F

2, I

I I

A ALL RESISTORS ARE 1/4 W 5% UNLESS OTHERWISE SPEOFIED Ax zI IS A LM139 (DIP)

PLACE J1 & J2 IN A TO B9POSITION FOR+2OUTPUT. USED IN ALL AREA ONfTOR APPLICATIONS J,3 IS INSTALLED IN THE A-B POSITION FOR ALL DIGITAL AREA MONITOR APPLICATIONS USING +ISVDC SUPPLY THE B-C L

Ask

4-3I IDW wO~p"o cmm cmmu-ý 00O / JZZ I -Y)A I aILrl PVWAnO.43 OF ff. NOR

IEkOAMI nOtow r

is m 10 cNDi m10 Oths. No USE1Is O BE wE or r0 Mwa4 t. oCA MuAY S AJOPE JLNOS 1T o Of) ~Woomm NOTES.

1& WHEN INSTALLING THE LEAD SHIELD, THE GM TUBE CATHODE LEAD AND APERTURE SHOULD BE IN LINE.

SHAPE LEAD SHIELD BEFORE INSTALLING, TO PREVENT GM TUBE DAMAGE.

CLOSE ONE END OF LEAD SHIELD AS SHOWN.

A.BIASING SOURCE TO BE ADJUSTED FOR 10-15 C.P.M. AT 575 VOLTS D.C. IF REQUIRED TAPE IN PLACE WITH ITEM

11.

A4.TO BE USED WITH S.S. OUTER HOUS!NG.

E R

V PER 4 C R

-2 8 03-92 I

EIREV PER 4CR18-92 8-:03-921 II SEE NOTE 3 CLOSE END OF SHIELD COMPUTER GENERATED DRAWING AM C14M C~IULW 9C UA O 0COLWtfl1 DATA Skt UJDW MA SE 10 S-250 221-20 UNLESS OTHERWISE SPECIFIED DIMENSIONS ARE IN INCHES TOLERANCES ARE:

DECIMALS ANGLES FINISH

.XX=+/-.06

+ 1 DEC 125

.XXX=+/-.015

+

REMOVE ALL BURRS & BREAK SHARP EDGES.005 TO.015 T

V 1

NEXT ASSEMBLY USED ON kIATER'JkL FINISH PREPARED bh APPRAOVE A

9 8-03-92

.A//4.

VICTOREEN, INC.

6000 COCHRAN RD., SOLON, OHIO 44139 3

85TUBE ASSEMBLY MEDIUM RANGE B

,6306o0

"°8577-221 -20 SCALE 4,X DO NOT SCALE SHEET 1

OF T-I D

C B

A C

4 E

/

9 ry IDwc"0 FP;7-'7_)1_

-,)n 1 F7-Il I

I I I

3 1

1 I

Z[

14 3

NOTES:

Z1WHEN INSTALLING THE LEAD SHIELD, THE GM TUBE CATHODE LEAD AND APERTURE SHOULD BE IN LINE.

A2.ROLL LEAD SHIELD ON ROUND 1/4-" FORM AND FILE EDGE TO FIT I.D. OF TUBE CAPSULE.

Z3\\INSTALL THE SPECIAL CATHODE LEAD ON THE GM TUBE.

Z4BIASING SOURCE TO BE ADJUSTED FOR 10-15 C.P.M. AT 575 VOLTS D.C. IF REQUIRED.

TAPE IN PLACE WITH ITEM 12.

4\\TO BE USED WITH S.S. OUTER HOUSING.

COMPUTER GENERATED DRAWING ALL NFMC WUST B EAC TO1 COIFIJtM bATA S Mh R MI k 10 S-258 231-20 UNLESS OTHERMSE SPECIFIED DIMENSIONS ARE IN INCHES TOLERANCES ARE DECIMALS ANGLES F1NIS

.XX=+/- 06

+/- 1DEG

XXX=+_015

+/-

REMOVE'ALL BURRS &

SHARP EDGES 005 TO

'7 125 BREAK

.015 NEXTrASSEMBLY USED ON MATEIAL FINISH VICTOREEN, INC.

6000 COCHRAN RD.. SOLON, OHIO 44139 TTE TUBE ASSEMBLY HIGH RANGE 8 63060 857-231-20TE SCALE 4X DIO NOT SCALE I SHEET 1 OF 1

1 D

C B

[

(

A E

/

t ISH

3 I

r-rA--*no-inRrI r RI a

I 7

I tI--.-.-.

'. -.L.

4

+--+/-

+

P111K UI-t 4

P4 J4 RC59 (HIGH VOLTA R59

>S J5

--- *)~

8*'

--*(SIG, N-)

A ALARM FT. AIL 40W N RRELAiS ARE SHW*

3IN THE SHELF. OR DC-E4ER*S*DZE STATE.

c 0--10v SOCTID FOR USE WTTH REMOTE WETER ON P2 OR CUSTOMER

.S" ONi Pg. 5-0 (NOT Boni)

A UA

,JUU LOOP RESISTANCE 500 ON5U OR LESS ON 4-20,A OUTPUTS FAClFrY CAURATION USES 250 O*US 4/-

1% LOAD WIRE COLORS APPLY TO DO-tDO CAOLr ONlY UCSTO*ER CONTACTS RATED AT 5A 2NAC (CRESMsTt)

P2 J2

+15 2

-1

>3 ON

> 4 CS B

>)> 7

>> B

>> 9

>>1 I0

>> s1Icm

>> 12

>>13 NEU

>>14 ALA Sir PB is 1

4

>>2 I01

>3 4-2 ON

) > 50-1

>> to c

>>B1 OS

> )22 C

>>23 C

>>24 C

15VDC 15VDC NO

/'S +15V1 f$+15V1

)

S

-1u*

IUTRA xl

,WfTcmEONN 95BA-201 IDCE)

SPARE RE 01 NOTL OFF PARES LINE

-20Dn IND

-20nA AU ND

NDREI

.ALOG OVTPUT OPTION ND

RAN 4+,

tIAN 4-I Wi3+

AN4ALOG

-A

3.

INPUT OPTION WAN 2+1 R5232 CHAN 2-COUM 541

+ OPTION DlIGITAL RATEMET nITER -CONNEC1TNC VCMTOREEN P/N 50 OR EOUAL VITRE N

'-~

Q55~~

~

'~'if

~

I-'

£500 COCHRAN RD.

O&,OI 43 bh 3-14-95 LOOP DIAGRAM

=

-l--

,gs G M AREA MONITOR m~

MI PA 1.*d'630F656A-201-1061 A

1 0

.)

f1U-4WA I -

t I -

I 0

897A-2XX w1' A

I1 I

7

".I

-I

.I 6i 0

4 l

II I I 4

o-I1O J3 P3 UNE I >

HEllS 2 >

120VAC. 60Hz CHO (BY CUSTO'UM)

SI

=P1 No 2>>

IEAY NC 3>>>>

USED C

4>>

Ho 3 >)>

NC

)>>

rcC

>7>

NO B >>

I NC I2 >)

r*/c 10 *)

NO 14>>

C 1NC>I>>

C C31 >>

INO 14 > >

1c >>

Nf C sB>>

NO 120>>

LRJ 1

NC 21>>>

EUOTE ACK+

25 > >

tEMOTE ACK-26 > >

J7 P7 "rPROTON I >I>

TRMASUIT 2 >>>

IRECEIVE 3 > >

4 4>>

CTS 5S>)>

I SR 6 SIC GND 7

PESOB> >

D 20 > >

ER SIC CND C/S *IsV ON rJS +ISV OFF C.

N DETECIOR r

0 C

a A

.1))-,

I-T--t

-

-ORANGE A

A

I-L - -A - -4 -

I I i

-r -.-

I I

5 I

r c

4 B

ýý-7 X-c I BLACK PINK GREEN

.11 I

I I

6 5

4 I

5 41

3 I

r-

F. rel I

TW1bTTU WtJ.VAL

A ALARMa CONTACTS ARE SHOWN IN THE SHELF OR DE-ENERCIZED STATE.

IdO.LUDNO K I REMOTE ALARM RELAY 4APRWS TO IJOOELS 807A-210, -211 LOW RANCE KOQ7A-22O.

-221 'JIO RANCE

?A 41230.

231 NO"RANCE

~\\APPUES T 100513 838a-10 LOW RANCE

-20 MID RANCE

-30 RO0N1RANCE

-40 SLWPPtE WTTHOIJT METER WIRE COLORS APPLY TO 50-100 CABLE ONLY 0-10 VOLT AAIALOO OUTPUT IEOT AVAJIABLE WHEN4 958 REMJOTE AL.ARM WN h MTER IS IDWALLED.

4 11413T FR TISSET IS95BA (RESMUE) 120VAC.

c~m UkWN LOOP RESISTANCE SOO 01413OR LESS0ON 4-20,M OWpmT FACTORY CALJ8RAT0N usu S 250OHMuS *1-tIx I MMUSOWER CONTACTS RATED AT 5A4 120VA C RU NESTA) a 1

IA

" ISVAC. SOlE J(eWy CUSO(MR) 8000 VICTOREEN INC

.- ~

~ -

OCHRtAN Ito, SOL&4. 0 41Af4L

'~

'~~,r,.,~EXTERNAL CONNECTION

=-2015 tr

'I DIAGRAM

=-tV4-os ir6 958-1-24 aa

.416I N

516ho

-d r

a 4

0 cI 19 A

D C

4 e

A I

I I

I 3

I r-958-1-24 ri r-cl I

0 I

5 I

7 6

I I a-1-24r

-C I

I "

OA-1-MM ihit.1 ICI REV PER 1004-775 2445 NOTES ALARMU CONTACT STATES ARC~ IN THE SHELF OR DE-ESERCtZEO SA APPLIES T OMODELS 807A-210

-211 LOW RANGEC

IA-22O-025 l ID RANGE A

BS7A:230: 23tHof R-JJGE APPLIS TOMOOCS OSA-10 LOW KAMMC

-20 10R44Ct

-30 HW0G1 RANCE

-40 SUPPUEDW umrjIJT ETER AWIE COLORS APPL.Y TO 50-100 CA&L ONLY.

0-10 O ~LT MALOO OVTPVT NOT AVAIAL&E WHEN 956AREMJOTEtAAJRM WM M.ltUCH NINSTALLEO.

A UPUA LOOP RESITACE00CR412OR LESS ON4-20AOu'rps CLISTOUOA CONTACTS RATED A? SA 12LW

( REI3STIVC).

a 1ISI a

r 0

C

-4 a

A 0

c A

VICTOREEN INC.

wm 010-1 UgM COCHRAN NO, SOLAN.

10 44139 5---2-02 EXTERNAL CONNECTION ir DIAGRAM toos tr

-rat lo,ý W-4 lu Vý A's 56366d ý-958A MIA I I

I J,

3 I

Im I

I 5

5 I

3 r-ý-

I

~4..t.

~

I I

I A-20,1-..rari rAi IOCR4-5

.,CTI3N.SELECOR SWITCH kS-A, J.

K4 -

WARN CONFiMURATION,IUMIPERS K<3 -FAIL DATA ENRY SWTCHES

--7 K2 -

CHECK SOURCE BOARD CONNECTOR

/K'- AUX MAIN PCB DISPLAY &

OPERATOR INTERFACE CONTROLS 1362

-~1971 53 64 - - - - -

>lil

_ED_

347 2112O 7 63 CENTER 0OF"_

GRAVITY OTINBOARD CRTEROF MOUNTIN-U BRACKET CGA[TrY RETAINING-PAWL COUNTCLOCKWSE OANAR O TO LOOSEN FOR REM OVAL 8aOO DEI-CTOR/REMOTE LINEFUSE. r

CUST"OMER RELAY CONACTS S2. II

, llall MOH VOLTAG

.jEJA I

OTNA LOG OUIP-U13 SERIAL PORT 9

OUTI/INSTA5LATlON METHODS.

NOTES 2 1-I 3-BAY RACK CHASSIS P/N 94a-1-5 A

A I2 RSINGLE TABLE TOP ENICLOSURL P/N 948-3-5 ALL.OW A MIN OF' SOC INCtES BEHIND RATEMFIEIR FOR9.-SILECANLPN UTTP/64BS C

CONINECTOR CLEARAHCE AND SERVICE LOOP.

OZ SINGLE"CHANNEL PNEL CUTOUT P/H 94a-9-5 A MIN. Ir SERVICE LOOP SHOULD BE PROVIDED TO ALLOW FOR 6 4 -

SPECIAL ADAPTOR FOR FORMER 942 SERIES REMOVAL. Of RATIEETER AND ADJUSTIENT HEEDS INSTALLATION P/N 948-10-5 P

P..

3 WEIGHT AS SHOWN: 3. ILS.

10 OPERAT*GO/STORAGE TEMIPERATURE RANGE., 32*F -- 122F/

0oC -

50*C.

FORCED AIR COOULNORECOMMENDED FOR

".--OR EN

.!.*>J.

VTO N

C POWE REUIREMENS:28 A

HVAC

+/-15%. 50-60 Ht HIGH DENSITY INSTALLAT1ONS.

.CONSULTFACTORY. I,$

000 COCHRAN RDVTO.

IqC.

5. POWER CORSUW TROO T25 WATTS AT 120/AC. 60 HtSGA UPTO THREE OPTION BIOARDS.*

C"N'eC-c m.,m i

b

, 12-V-05C-N A

P/N 942~~~~~~~~-2030--75

-ANALOG B4PtIO1or-ORD"'

~

~r~-

6 dtSlCI CONTACT RATPIN: SA120VAC (RESISTIVE)

P/N.942WBOAOD 1,*1N0C~t INCTO KI..

142-10-4p/

4-, 0 U-LIUNI.

N,,RF,,,., B...

(

64

,1,-zrs 9

DIMENSIONAL OUTLINE i7 M

CONNECTOR El?:

642A-100-4 P/N 942-200-O5

-- IITALOC OUTPUT OPION BOARD,

.,M 1,2/

N

.Y.A

a. DESIGN TOTAL INTE*RATED DOSE.

1.E4 RADS P/N 942-200--5' -9 5

A-ODIGIOUTPTL O0PTi*ON 9 "UP JPIB OARDO l

-l?1

-i*22Ii:-1 A.'-

L6A-2*1 5-'~~

!-~'~

I CC-3-Z0.Ti,y.I/02G 1

-r4=;

%7 =-

-

JJI L1Z I LS..t D

C 0

C B

A i

a I

7 6

41 4

3 I

r-956A-201-5 ri rlB ziJj,

I 0

RY ER10F..

POWER SUPPLY TRAY (ITEMl 4) 70 BE KEPt IN TEST POSfON UNTIL TESTING HAS BEEN COUPLETED 2 SHINK lUBING (rIEM 28) 10 BE USED ON ALL SOLDER CONNECTIONS PA

~P4 00w I

I A

0VICTOREEN INC.

-IW 1 49 "

6000 COCHRAN RD. SOL&4. OH01-"

S73 RATEMETER "1MAINASSEMBLY Jz-+/-.E1S i1 D[O 123 C::

IV<*

-~7 6306 956A-201-5 CL BlE I

E

~l 2

4

3 9.

I-I

I I

8 7

6 5

0 C

1

///

'

+/-=

II

cm?

I I

I 5

I I

-EJ

I*-

A qI I

I -.

=

I I

I a

I I

O F

q

--I

I

~

4;I:

,Ir9§5sA-2o1-5 F t1 I'KTE lO~pC SI9FIOIDBE SE ONAL SLDER CONNECTIONs P-J-4 SHEFOLLOWING CONNECTORS.

1 2 POS. COWN CONNECT MAIN PEB (J9) TO REAR PANEL (PI) 2-10 P05. CONN (B4ZA-100-35C HARNESS)

CONNECT MAIN PCR (J5) TO REAR PANEL (P6) 3 6 POS. CONN (942-100-35A HARNESS)

CONNECT -AINPC9 (JI) TO POWER SUPPLY (MS) 4 B POS. COHN (942-100-358 HARNESS)

CONNECT LLRN PER (J2) TO RELAY BOARD (42)

S COAX CO-CONNECT MAIN PEB (J6) TO REAR PANEL (PS)

REAR PAN4EL PI CONNECTOR 25 YE1+/-OW/BEAC1I MAIN PER (J19-1) 24 SPARE 22 SPARE 22 SPARE_______

51 WHTE/BLACR/GREEN RSRA-Z01-70A IHARNESS 20 WMRE/SLACK/YELJ.OW 29 WNITE/BI.AGI/ORANCE TB WMMT/BIJCK/BROWN

?

WýHITE/BLACII RED 1-1 RiflE/VI0LET 14 WHITE/BLUE 13 WHITE/GREEN 10 WHMlERED B

WHITE/RW 11 WMITE/BLACK BLUEy 5

VIOLET 4

YELLOW a

ORANGE 2

ED ROWN REAR PANEL P2 CONNECTOR PIN NO0 COLOR REFERENCE 24 YELLO/BUERIA-201-7"'AHANS 13 WHITE 942-100-35E HARNESS 10 YELLOW BLACK BLUE T

OP-S EARPANL.)

IT YELLOW BLACK BLUE TO PA-5 (REAR PNEL) 5 YELLOW/B3LUE/VIOLET r 95j-2011-"7-0AWHARESS 4

ELODW/GREEN 0

BLACK (IRAW3) 942-100-35D HARIESS 2

OrANGE (IBAWG) 1 RE. (IBA.1WI) 0TO T aI-B I0 1-B I-ATO F J E F POWER SWITCEN 21 USUSEMA J90331-1

-RBCRITPOTOOL OR 159507-1 AIR GUN TOOL 2

TO J19 ON 856-200-ID

ý500 STRIP 1/4 AND TIN

'ON 942-200-60 ICRMUP TOOL P3 CONNECTOR PIN O COLOR REFUERENCE 3 'RE.B 42-J0-5LFHARNESS I r.L.KT'O JUTE II REAR PANEL PS CONNECTOR PIN NOT COLOR REFERENCE MAIN BOARD 8

YELLOwASioLET R4ZA-100-.35C HARNESS r 45-2 7

YELOW/WHITE J 5-4 6

ELOW/BLACK/BLUE 4

9 YLOW BLACK OLIT J5-10 4

YELLOW/BLACK/BROWN

5.

3 YELLOW/BLACK/RED 45-B 2

YELLOW/BLAK/ORANGE is-?

I ELW RENJ.5-8 MISC CONNECTONS P2-ISLACK TO F2 REAR LUG (REAR PANEL)

POWR W TA BLACK TO r2 SlOE ELUG (91-100o-35E HARNESS)

POE W-I~

BLACK' AC LINE TO.TB,_.

II.

HASAO-Y IRED 1ý,TO P4 CENER (REAR PEEL)"

1,BAD.4-YELLOW GREEN 10OP;LUG (RAR PANEL)

M~N CW.4

-COAX TO P5 CENTER CCND. (REAR PANEL)

SINELD TO.PS LUG REAR PANELI X

252 STRIP t/C USE AIV 159836-1 CRSIP TOOL AND TIN 2OR J59507-1 AIR MMINTOOL 4

TO 4 ON 842-200-60 VICTOREEN, IC.

"" 2 5 63069.56A-201-5

-1A ~

'Af

~~.

S 4 ~. I 34~)]

-2..;

r a

I.,

WIRE UST MW-SC.CNNECTINS CONTD POWER SUPPLY +5/TBI-4

-BLUE L

W (2) 942-IDO--ISA HARNESS POWER SUPPLY 0110/10-3 BLACK RakWG (2)

POWER SUPPLY +15/TBl-5 RED 18AWO :

942-100-35A & 35D0 HARNESS POWER SUPPLY -15/191-I ORANGE IBAWO (2)

POWER SUPPLY GNDM 1-2 BLACK I&AWG (I 942-100-350 HARNESS POWER SUPPLY-CHASSIS 0110/191-A GREEN 941-100-.35EHARNESS POWER SUPPLY-N/TIST-7 WHIT (2)

POWER SUPPLY-L/TO-6 BLACK 5SRA-201-70A HARNESS POWE SUPLY-LTBI-TE/BLUE POWERSUPPpLY

+15/111-5 RED 22AWC 0

C a

-I A

I*-

FUSE F2 P

I --

a I

5 r-

!effAA'~r

-k&A,.

r u 7*??'ej

~ ~

I N

I I

IctF'LREvEwl

,0 N05c047.q..SŽ...,.

Sal AA r1r-.

I'z Lh AJ,.I.

IJ 472 e.

WADe5ý,

5S 17 i$~P$

SA/7 li

-9J

-z.

C2?Vfi 16 2

18, IT

/

-11A I

2P~f 7

a Zoo S

B 9-892 1

e P

EI

a 0-tM

a.

!UVICTOREEN, INC.

VIO*" ~4OF baV-mmLNCo 2LrnLli

-

N I

a

~~APPttICAtiOM

___NI

-RIM=

IBM-I

-I.

ki I i-" L--

-i;tm I --I pr=-Wa=-W 9

0 11. ý

ý

'..iir. -J-I I

Fy---- -- 4-, T R Fp-A -Z Z ZZ ýWli I

7-F--

ZVI

, s r-

"B

.A r 4

3 S.cn V. -

..

. t n

I..win -

I NOTES 1 CRIMP PINS TO WIRES USING AMP 90067-5 CRIMP TOOL 2 CRIMP TERMINAL USING BURNOY IMRB-33T-1N CRIMP TOOL 3 INSTALL TIES AFTER CONNECTIONS ARE MADE TO REAR PANEL AT MAIN ASSEMBLY YELLOW/BLUE SOCKET TYP 2 PL SEE NOTE 1 PIN TYP 21 PL 5

SEE NOTE 1 SEE NOTE 3 UNLESS OTHERMSE SPOCIWrO MH 9/24/92 IdlI~IfJ'o MIAES INS ARE ININCHETSua TOIIRANCE S ARE DEC WJ.S MANGIS iNSHARNESS ASS'Y XX.lt 015° +/--

RELAY BOARD 0x,,+t 005

-I CE1JBRH31-942A-100-70A T SPARP EDGES.005 TO 015 SCALE 1/11 00 NOT SCMLEI SAIEOT 1 Of I

.4 3

2 i

2 1

I I

1 F

D

I DM0 001 I I Uilt U!W4.Y DI

D C

B D

I 4--

-r I

CD 0 0 0

A A

I

,4 71 2

1 3

4

MANUFACTURER & PART NUMBER ASTEC:

RBT45 KEPCO:

KRW 351KV TEMPERATURE RANGE:

O0C TO 500C DC OUTPUT:

SEE TABLE BELOW REGULATION:

PRIMARY OUTPUT:

+/-

5% MAX. UNDER ANY CONDITION SECONDARY OUTPUTS:

+/-

7% UNDER ANY CONDITON OUTPUT RIPPLE & NOISE:

MAX.

1% PEAK TO PEAK OSCILLATOR FREQUENCY, ASTEC RBT45:

50KHz OSCILLATOR FREQUENCY.

KEPCO KRW351KV:

1OOKHz AC INPUT:

90 VAC TO 240 VAC FREQUENCY RANGE:

SINGLE PHASE 47-67 Hz MINIMUM LOAD:

20% OF MAX. RATED CURRENT EACH POST NO MIN. REQUIRED FOR OUTPUT 3 EMI:

FCC 20780 CLASS B, VDE 0871. LEVEL B NEUTRAL 3.00 LINE -J GROUND -

-+15V OUTPUT 2

+5V}

OUTPUT 1 GROUND GROUND

--15V OUTPUT 3 1.50 r

5.00 FIONS OUTPUT 2 OUTPUT 3

+15/2.OA

--15/0.5A

+15/1.6A

-.*.15/0.1A ALL DIMENSiONS ENGINEERING REFERENCE r

V GENERATED DRAWING

.T,1 I2TO

'200-56ý UNLESS OTHERWISE SPECIFIED DIMENSIONS ARE IN INCHES,,

TOLERANCES ARE.

DECIMALS,,.-,, ANGLESF IfNISR SHARP

T-,,NEXT ASSEMBLY USED ON*-

MATERLAL vNISH-fi D

3 2

3 1

4 5

6 D

C B

5~

2 A

1 1

1; L--

I l I

2

,1*'

41 Sr I

I I

3 I1 2

NrItES

/IA\\.

SCIPEW PROVIOFWE WITH IP.ANSFORMER (ITEM 'I IS 100 LONG SIBSTITLUTE WITH ITEM 46 VIEw A-A SCALE NONE PTC MOUNTING PADS (SI NOT USED)

(29),

-HAND STAMP RE1SION LEVEL. SERIAL NUMBER AND MODEL NUMBER AT TIME OF ASSEMBLY ORIGINAV17 LB 9-ISIR INORVIION IWKS 00,,ILE

ASSEMBLY, 5HIGH VOLTAGE BOARD x10.- 005

_1" 00 ALLBURPSIII"JZOE 942-200-60 2

COE [C0 0S0 W

10 015 SCAE. 2/1

0.

D 0NT SCALE I S*IE 1 0r 3

1

2 4

D C

I; I

I C

4-i A

1 T I 3

2 I

4,,

4 lit A.

a

j.

g

'.4 4

r*

a

ICUSEAM",

Cvdmp 1tc).

Jis P6 COLOR COtrC J5 -~3 Pfo-YEL/VIOtFT

-7 YEL'IWII~T

- 4 YELI Luu

-I 3

YEtL LK/RED

-2YEL BLKIOQ..wJ;E 0YELI8L"IIILU IV, ITL IBILKIVIOLET AIARNE-Eu 1

.IN-.

'ANPM./A14AILOCU-ai t'.7

-TO rt

Li

.~

Z

!J.

1

I

0 7 5

4

'190331-1 CRIMP TOOL SUSE AMAP J0331-1 CRIUP TOOL USE BURNOY

.

"

4-,

B

'I

-T 0

C 8

0 C

A 0

I VIEw A-A -

HTG.

EAR REMOVED (ROTATED 900CW)

(SEE NOTE 2)

NOTES:

1.)

SUGGESTED REAR SUPPORT-ATTACH EIA STRIP TO REAR MTG.

EARS AND SECURE USING #10 HARDWARE 2.)

ALTERNATE REAR SUPPORT-REMOVES REAR MTG.

EARS AND STRAP CHASSIS TOGETHER USING DETAIL A DIMENSIONS AND

8 HARDWARE 3.)

APPROXIMATE WEIGHT-ION A. ) FINISH-ZINC PLATED PER ASTM 0633-85 W/CLEAR CHROMATE DIP 5.)

CONSTRUCTION-16 GAUGE C.R.S.

SIMM lem mis E

!U I

'3

- I

//I WT I

I I

0 REVISED PER DCR SCR33-90S U T".,-9

/',q-,-

"/

'l

-90 TF ARA I

Er-AW-L.-JI C

REV PER ECO 7CR62-72T-987--90 7-2

-0 227.0 BKREV PER ECO 6CR17-9 EW 18 ARA AWl

.JAS RE PR 8-90-28-90 6-2e-920 90 6/20/90 8/2O/Z2 ORIGINAL ISSUE 9CR60-e9 R10-1-89---A J"

AWL

-JAS El/.

W1II UMIU O4t t NII JfHUT E

UM Tm.

n Ira *w f Zle llJl**

3-

-Mln,

-lo 3 IM,.

XK, U*VICTOO-REE, N.INC.1 UK ME Nri.

0 Inw t

'I.

043 t

V I T-II I

.LI L

.2

.3

,X "xsq

.,1

.I15 L'.fl

./-

OEM~

DIMENSIONAL OUTLINE 3 BAY CHASSIS S1WWM SAM JwyE.

LC GEL 948-1 1%mtI OF iI IAU In)

]-

0 L

.I TT I

7 I

11 lc I

A I - I TD

ISI tAIjSvIN SU d3SZ 5

-_______1_____

/

I 7ZI

Fl rh-3d i-fz 1 I I -

I -

1==ý 1 6

.4-74 I

a

I-L

4 IIt!I I

PARTS LIT s7

-2 1I~.0 4."

Is sa Pot AJFI.-JA.

145

-J.7'1T

___V TOREfN,INC.

'a,

'

na...

SI -

I' 0

C

I I

S S

0 I

Al IB

[ZVIf re~,NIA o

V a't

/9merc fl/r?

4)'s, "', a r"

7-A

ý.. 1

- FFF5*--

i - I I

1

.347 ICI "14

87 I

I

-1 I F CEL-- 8,--lu I

F1I 181 REVISED PER OCR ICCR40-97 Jii-i1II1

1.

cK' 647 r71f7t"

ii 4

I

'i I

I

1 NOLES A

THIS ASSEMBLY ADAPTS THE UDR TO MOUNT IN THE B44-7 AND 876-1-55 RACK CHASSIS WEIGHT 5 L.OS II OZ ADJUST UPPER AND LOWER NYLON GUIDES FOR SNUG FIT IN RACK CHASSi'S ADAPTER IS TO BE INSTALLED IN I KSERT DEPTH I1TD0 RACK CHASSIS IGHITEI PATI. FFASTENER AFTER INSIALLATION INTO RACK CHASSIS A-CENTER OF GRAVIATY EMPTY 4-IA...VICTORE.

IC.

L ROO COCHRAN Rt SOLON. AIo A4139 SD-....R..-I.

-GENERAL ARRANGEMENT A

P IERUDR/OAPI.CHASSIS o

GEL-948-i r-D C

-I 5 25 5

4, I

I r--

Fri

-QAA-in I i I -

I I

I

SPECIFICATION 10 CONDUCTOR CABLE JACKET DRAIN WIRE CONSTRUCTION:

2 Coaxial Cables:

a. Conductor:

I-RG58 C/U Type

21 AWG 19/.0071 TI/C 1-RG59 B/U Type Solid.023' Copper covered steel 401 Conductivity

b.

Insulation*

Irradiation Crosslinked Irradiation Crosslinked Polyethylene.116

+/-.04o Polyethylene.14b" 4.004"

c.

Shield:

36 AVG T/C 901 034 AVG B/C 9g%

-Min Coy.

.150" Max.

Min.

Cov.

.191' Max.

d.

Jacket:

Irradiation Crosslinked Irradiation Crosslinked Polyolefin.195"

+/-.001" Polyolefin.242" +.004"

e.

Impedance:

50 +/- 2 ohms 75 1 3 ohms

f.

Capacitance:

32 pf/ft. Nom.

21 pf/ft. Nom.

2 Pair:

18 AVG 7/.0152" stranded tinned copper insulated with a.030' nominal wall of Irradiated crosslinked polyolefin Nom 0 D.

.106' Pair twisted with a 3.0" max. lay.

Nom 0.D

.212' (Major Axis) 4 Singles:

18 AVG 7/.0152" stranded tinned copper Insulated with a.030' nominal wall of Irradiated crosslinked polyolefin Nom.

O.O.

.106" Conductor Identification.

Coaxial cables printed RG58 C/U Type and RG59 B/U Type on Jacket

1.

RG59 B/U Type

2.

AG58 C/U Type Pairs:

Single conductors:

3.

Palr #1 Black 5

Orange White 6

R1ue

4.

Pair #2 Red Green

7. White/Black B. Red/Black BINDER SHIELD SUGGESTED VENDORS:

FL SURPRENANT WIRE 8 CABLE BOSTON INSULATED WIRE 8 CABLE D

REDRAWN &REV PER ECO 2CR12-89 CIP 31

,X

'9 2

REy DESCRIPTIONU V

E'D TE CIDATE D I

/'DUTE APP/DATE C/DATE THIS DRAWING 1@ THE PROPERTY OF VICTOE.

SPREEE:

3NCORPORATED NEITHER THE DRAVING. sN RE PROOUCTIONS OF IT. N IF'OIATION DERIVED FROM IT.AS TO BE GIVEN TO OTHERS. NO USE 13T EM.EO T HC 3 R"EVICTOREEN

, TNC.

INKURIOUS TO VICTOREEN. INCOMPOPRTED TOLERAN*ES HLSS OPTIOAL TOLMINCES 6801 CtmooA i..SOLO0iNg139-3395 OTHEVISE SPECIFIED IF SPECIFIED

.5_.83 CABLE.

DETECTOR

'xn 10/CONDUCTOR 173 v

-SIZE BOUVR 5MW-R-T.

MES

/-I DEP'E DEGRE B

50-100-TAB D

INIT APPLICATION-SM T I

F SCALE Filler MateriaI: Flame retardant foam polypropylene as required Cabling:

As per cross-sectlonal diagram with a 9.0' maximum lay.

Nom. 0 0.

.533*

Binder:

.002' mylar wrap.

Hom. 0.0.

.541' I

I I

" S I ý

SPECIFICATION (CONTINUED)I Drain Wire:

Tape Shield:

Jacket:

Finished 0.0 Inspection Test Vo Flame Test:

20 AWG 7/.0121" stranded tinned copper spiraled around cable end In contact with aluminum myler tape shield.

Aldminum mylar tape wrap with aluminum side Facing In.

oNom.

0 D.

.547"

.060" Nominal wall of hypalon per IPCEA S-19-81.

.657" 025" Test Requirements ltage.

RG59 B/U Type:

RG58 C/U Type:

18 AVG Condrs 5000 V RMS 3500 V RMS 2500 V RMS DESCRIPTION (CONTINUED)

III. Cable Assembly:

A. Sub-assembly B. Final Assembly C. Binder Tape D. Overall Shield E. Overall Jacket F. Outside Diameter.

nom.

Cable IEEE 383 70.000 BTU ribbon burner.

10/C Detector Cable DESCRIPTION.

I. Coaxial Components:

RG 58/U alt.

A. Conductors 19/.0071" T.C.

B. Insulation Crosslinked Polyethylene C. Flame Tape Mica tape

0. Diameter under shield

.119" E. Shield

36 AUG 92% Coverage F. Insulation wrap

.001" Mylar

6. Jacket type Bostrad 7 (CSPE)

H. Thickness.

nom.

015" J. O.D..

nom.

.181" K. Impedance.

nom.

50 Ohms L. Capacitance. nom.

32 pf/ft.

M.Dielectric Strength(mln) 5.0 KVAC for I min II. Instrument Components:

A. Conductors B. Insulation (Each Cond I C.

0.

Insulation Covering (Each Conductor)

Voltage Rating RG 59/u Blt.

19/36 T.C.

Crosslinked Polyethylene Mica tape

.115"

36 AWG 921 Coverage

.001" Mylar Bostrad 7 (CSPE) 015"

.217" 75 Ohms 21 pf/ft.

7.0 KVAC for 1 min.

8x #18 AVG. 7/.0152" T C.

.020" Ethylene propylene rubber per IPCEA S-68-516 Interim #1

.010" Bostrad 7 (CSPE) per IPCEA S-19-81 300V Twist 2 pairs #IB AWV Cable 2 coaxes. 2 twisted pairs.

and 4 x #18 AVG leads around a glass filler core Flame retardant grade Alumlnum/mylar tape with #20 AUG stranded T.C. d-aln wire

.060" Boetrad 7(CSPE)per IPCEA S-19-BI

.675- +.015

-.035 OUTER JACKET TAB (SOLID OR STRIPED) 50-100 BLACK 50-100-1 RED 50-100-2 GREEN 09 REDRAWN 8 REV PER ECO 2CR12-89 1_CPe r

,;r REV.

DESCRIPTION DN/ODAE I MAATE ENGI/UDTE APP/DATE IJ GATE TH IDRAVIS TI1 P.3'ERTY OF RICTORE4SN. LE INCORPORTED NEITHER TE DAVINu. NOR E PRODUICTIOS OF IT. KOR IRNFOATION4 DERIVED

'ROM 17.10 To BE TIVENEENIMAS

.0 IS TO BE MADE OF 1T WHICH IS.

Cý IPUy BSE V C

O E

N I.

INJURIVOUTS TO VIITORE.

INCORPORATED IOLWIRCES USS OPTIONAL T

ICES 682a COfIA D

RIO

.SLON.D.1I139-33M5 01WISE SPECIFIED IF SPECIFrD DRAVING TITLE x

LqG(LES

.5 13

+*-I DETE,

.1.

DEMUE

" "rruaLP L.ICAIN I

CABLE, DETECTOR I1/CONDUCTOR SIZE FYI-T ABD.

B 50-100-LTAýB D

SEET 2 O 2 1SCALE F

Ii

.1I firIt

-LPP lfiTVnN

.o I

i

1--*

.5%.

'1.-

'4.

4.5,5,4..

4..

-4, vr ih

-a-"

i.

.4

a.

I. -.

5, r

I

- L..U5.

'.t.

4 T. ---NI I

1 88

-9S2-'+00ITEM PARTHNO I

E5413-8-+0(

2-8413-9-30

3 S-4B7 a) fCL.7fýTeST rl C £RTI car, 0/Ar NO. REQ 'ib

~Dc ogC. REOVIRED L/11MN NOTES:,'NLESS;,OTHERWiSEi SPEkIFIE6D

'7 DESCRIPTION DOI IIADAiPTER WIS.S.FLAWAEJ "flr raiZ IDE 7

2. SCREW F.H. '/+-ZO~t 08m llM5 s

4-FlLitt t~L TOLERANCES FRACTIONAL DIMENIN

+/-.1 DECIMAL DIMENSIOS

.XX -2.015S-.XXX.+/-0DO ANGLES

,&TH TOLE RANCES, PER OR[EN OWO NO 00,7 I.

I.

4>Sa REVISIONS:

DESCRIPTON DATE RELEASED FOR PRODUCTION~e N u CL?: a /

Q.~EV-WE9 RV.F74f VICTOREEN, INC.

10101 WOODLAND AYE.. CLEVELAND. OHIO 44104 "NAmE ADAPTER W1 5..S.

FLAWGU ASS.S MATERIAL FINISH

%AWN VAC 5KSDAE APP-D tZ ICODC IBENT.

OaN.

4

t.

-t-I umLrqa nTwrnwt*r apretwirn MMMý,ý.M*JWUI "LRW I WU;?rýk IF I LLP 1-r-.

)l L-Y!IL-F-55 -OTHEIRWISI:--IPPICCIFI ED I

-18121

-j I v

9 7

I I

2 0

FRONT VIEW Hn1LT I) APPLIES TO MODELS 95SA-10, IL

20. 2L 30, 3L. 40, 41 e) APPROXIHATr VEIGHT, 4 lb.

3) MODEL 95BA-4D rURNISHED VITHOUT METER ASSEMBLY

4) MODELS 95A-IL 2L-31 AND 41 HAVE STAINLESS STEEL ENCLOSURCS AND PANELS.

3) CENTER O*G GRAVITY IS-PHYSICAL CENTER

.1-I.

6)

ANALO1 INPUT SIGNAL rOR ALL UNITS (NOT RED 0 ON MODELS 40, 41) I 0-I VOLTS.

7) RANG.

MODEL T93A-ID, It (O.02 TO DvR/h)

MODEL 95A-20, 21 (I TOl To4R/h)

MODEL 93GA-30, 32 (1 TO ID R/h)

RIGHT SIDE VIEW I

I I

"C REV PER DC ?CR2Z-94 I!j%,

V, IV/41

VIC-TORE EN. INC.

UM m 0wa is IB M

ur.

io

,0i.lso N

440"

=

DIMENSIONAL OUTLINE xmS

-REMOTE ALARM "D

GEL-958A 1C I

C I

I I

D I

Appendix C. - Bill of Materials Part Number 897A-21 0 897A-220 897A-230 897A-210-5A 897A-220-5A 897A-230-5A 843-6-26 897A-211-30 857-210-30 897A-21 0-10 857-210-20 857-220-20 857-230-20 897A-211 897A-221 897A-231 897A-211-5 897A-221-5 897A-231-5 857-211-20 857-221-20 857-231-20 956A-201 956A-201-5 956A-1 00-20 956-100-15 942A-1 00-30 956A-201-55 942A-100-70A 942-100-70 956-200-10 942-200-60 942-100-35A 942-100-35B 942A-1 00-35C 942-100-35D 942-100-35E 948-1 948A-2-5 948-10 Description Bill of Materials, Detector Assembly, Low Range Bill of Materials, Detector Assembly, Medium Range Bill of Materials, Detector Assembly, High Range Bill of Materials, Detector Main Assembly, Low Range Bill of Materials, Detector Main Assembly, Medium Range Bill of Materials, Detector Main Assembly, High Range Bill of Materials, Wall Support, Detector Bill of Materials, Check Source MTG Assembly Bill of Materials, Check Source Assembly Bill of Materials, PC Board Assembly Bill of Materials, Tube Assy, Low Range Bill of Materials, Tube Assy, Medium Range Bill of Materials, Tube Assy, High Range Bill of Materials, Stainless Steel Detector Assy, Low Bill of Materials, Stainless Steel Detector Assy, Medium Bill of Materials, Stainless Steel Detector Assy, High Bill of Materials, Stainless Steel Detector Main Assy, Low Bill of Materials, Stainless Steel Detector Main Assy, Medium Bill of Materials, Stainless Steel Detector Main Assy, High Bill of Materials, Tube Assy, Low Range Bill of Materials, Tube Assy, Medium Range Bill of Materials, Tube Assy, High Range Bill of Materials, Readout Assembly Bill of Materials, Assembly, Digital Readout Bill of Materials, Assembly, Front Panel Bill of Materials, Assembly, Front Panel PC Board Bill of Materials, Assembly, Rear Panel Bill of Materials, Assembly, Power Supply Bill of Materials, Harness Assembly Bill of Materials, Assembly, Relay PC Board Bill of Materials, Main PC Board Assembly Bill of Materials, Assembly, High Voltage Board Bill of Materials, Harness, Power Supply Bill of Materials, Harness, Main PC Board to Relay Board Bill of Materials, Harness, Analog output Bill of Materials, Harness, Detector Power Supply Bill of Materials, Harness, AC Power Bill of Materials, 3-Bay Chassis Bill of Materials, Blank Panel Assembly Bill of Materials, Panel Adapter, Dimensional Outline 10-1

15:48:25 300 TODAY:

5/29/96 TT: 897A-210 ITEM NBR.

PART NUMBER 0

897A-210-5A 0

GEL897A-2XO 0

CAL-GM6 0

92-7005-9A 0

92-7005-12A 0

92-7005-17A 0

847-6-26 D

MB95-1008 VICTOREEN.

INC.

COMPONENT BILL OF MATERIAL DESC: DETECTOR,AREA MON..GM,ALUM.LOW DESCRIPTION QUANTITY DET.

MAIN ASSY,AL.HOUS.LOW RNG 1.000 LOC:

DETECTOR, DIMENSIONAL OUTLINE

.001 LOC:

897A GM DET.

CALIBRATION PROC.

.001 LOC:

CLAMP 1.000 LOC:

BUSHING 1.000 LOC:

CONNECTOR.

FEMALE 1.000 LOC:

WALL SUPPORT, DETECTOR i.000 LOC:

MAINTENANCE BULLETIN

.001 LOC:

PAGE REV:

C ECN: 4CR3-96 ECN EA BM 9CR28-9E EA 9CR2E-9E EA 9CR22-95 EA 9CR29-95 EA 9CR2E-95 FA 4CR3-96 EA BM PCR26-95 EA 9CR28-95 J

15:51:01 300 TODAY:

5/29/96 RT: 897A-220 ITEM NBR.

PART NUMBER 0

897A-220-5A 0

GEL897A-2X0 0

CAL-GM6 0

92-7005-9A 0

72-7005-12A 0

92-7005-17A 0

643-6-26 J

MB95-1008 VICTOREEN, INC.

COMPONENT BILL OF MATERIAL DESC: DETECTOR,AREA MON.,GM,ALUM,MED DESCRIPTION QUANTITY DET.

MAIN ASSY,AL.HOUS.MED RNG 1.000 LOC:

DETECTOR, DIMENSIONAL OUTLINE

.001 LOC:

897A GM DET.

CALIBRATION PROC.

.001 LOC:

CLAMP 11.000 LOC:

BUSHING 1.000 LOC:

CONNECTOR.

FEMALE 1.000 LOC:

WALL SUPPORT.

DETECTOR 1.000 LOC:

MAINTENANCE BULLETIN

.001 LOC:

PAGE I

REV:

C ECN: 4CR3-96 ECN EA BM 9CR28-95 EA 9CR2E-9'5 EA 9CR29-95 EA 9CR28-95 EA 9CR28-95 EA 4CR3-96 EA BM 9CR28-95 EA 9CR28-95

15:51:39 300 TODAY:

5/29/96 3T: 897A-230 ITEM NBR.

PART NUMBER 0

897A-230-5A 0

GEL897A-2X0 0

CAL-GM6 0

92-7005-9A 0

92-7005-12A 0

92-7005-17A 0

843-6-26 D MB95-100B VICTOREEN, INC; PAGE COMPONENT BILL OF MATERIAL DESC: DETECTOR,AREA MON,GM.ALUM.HIGH REV:

C ECN: 4CR3-96 DESCRIPTION QUANTITY ECN DET.

MAIN ASSY,AL.HOUS.

HI RNG 1.000 EA BM 9CR28-95 LOC:

DETECTOR.

DIMENSIONAL OUTLINE

.001 EA 9CR26795 LOC:

897A GM DET.

CALIBRATION PROC.

.00]

EA 9CR2E-95 LOC:

CLAMP

!.000 EA 9CR2S-95 LOC:

BUSHING 1.000 EA 9CR2E-95 LOC:

CONNECTOR.

FEMALE 1.000 EA 4CR7-90 LOC:

WALL SUmPORT.

DETECTOR 1.000 EA BM 9CR26-95 LOC:

MAINTENANCE BULLETIN

.001 EA 9CP28-95 LOC:

PSO15OR 300 AN300 Product No: 897A-210-SA Rev: 003 ECN:

1958 Drawing Number: PER TAB QPADEVOOI1 Inovision Radiation Measurements, LLC Product Structure 5/29/01 11.10.36 DET.

MAIN ASSYAL.HOUS.LOW RNG Item No.

DrawingNo.

Siz Description 857-210-18 PER DWG B

857-210-20 B TEST PROCEDURE HOUSING PROCESSED COVER PLATE PROCESSED (SA)

CHECK SOURCE MTG.

ASSEMBLY ASSEMBLY DETECTOR PC BOARD TUBE & SHIELD ASSEMBLY LOW HOUSING INSULATOR PAD SCREW,SEEL,PII 6-32 SLOT.50 SS

WIRE, 1OOK-UP, 22 AWG, BLACK Product Number TP897A 857-210-18 857-10-25 897A-211-30 897A-210-10 857-210-20 857-1-18 857-10-22 MSB-0072-2 46-77 200-135 92-7005-20A 897-110-28 36-3 5-837 5-288 5-280 5-838 5-853 5-1011 MSA-0007 897A-210-13 857-10-7 MSJ-4372 MSH-6227 40-164 MSB-0072-16 HSB-0072-3 MSB-0072-15 MSB-0072-4 MSB-0069 200-122 200-53 5-712 5-852 Quantity

.000 1.000 1.000 1.000 1.000 1.000 1.000 4.000

.001 1.000 1.000 1.000 2.000 1.000 14.000 6.000 4.000 4.000 4.000 2.000

.001

.001 1.000

.001

.001 2.000

.001

.001 8.000 2.000 ECN EA EA EA EA EA EA EA EA FT EA EA EA EA EA EA EA EA EA EA EA LB EA EA EA FT EA FT FT FT FT FT EA EA EA EA 1590 PS 12CR1-98 PS 2CR7-99 PS 4CR8-96 PS 1795 PS 1629 1590 1590 1590 1590 PS 1840 1587 1950 1590 1590 1590 1590 1590 1590 1590 1303 1712 1590 1590 1590 1590 1590 1590 1590 1590 1200 1599 1590 1590 1590 Rev Obs Act 1

2 2

2 3

6 5 3 6

8 1

1 2

3 4

5 6

7 8

9 10 11 12 13 14 15 16 17 18 19 21 22 23 24 27 28 29 30 31 32 33 34 35 36 37

-ww END OF REPORT **

PAGE O-RING, 3.4891D,.07 THK 200-135 B

NAME TAG PER PRINT D

CONNECTOR, 12 PIN, MALE 897-110-28 A MOUNTING BLOCK

TERM, LUG,

SOLDER, LOCK EYELET

WASHIER, SPLIT, 6,

SS

SCREW, MACH, PIt, 6-32 X.62,

SCREW, MACH, PH, 6-32 X.50,

WASHIER, FLAT, 6,

SS

NUT, HEX, 6-32, SS

SCREW, SEEL, PH, 4-40 X.31

SOLDER, CORE, 60/40,

.031 DIA PER PRINT D

SCHEMATIC DIAGRAM, DETECTOR

GASKET, 2.0 SQ X.031 THK

CEMENT, CONTACT, FASTBOND 10

TUBING, 1/8, BLACK

SPACER,

.12,

.14ID/.250D, RND

WIRE, HOOK-UP, 22 AWG, WHT/GRN

WIRE, IOOK-UP, 22 AWG, RED

WIRE, IOOK-UP, 22 AWG, WHT/RED

WIRE, IOOK-UP, 22 AWG, GREEN

WIRE,

[IV, LEAD WIRE, 22, 10K V 200-122 A

"WIPE TEST" LABEL LABEL,CAUTION

WASHIER, rLAT, 6,

NY, NAT

NUT, HEX, 6-32, SS, SM 2

2 2

1 1 5

5 5

5 2

PSOISOR 300 AN300 QPADEVO011 Inovision Radiation Measurements, LLC Product Structure 5/29/01 11.10.53 PAGE Product No: 897A-220-5A Rev: 003 ECN: 1958 Drawing Number: PER TAB DET.

HAIN ASSY,AL.HOUS.HED RNG Item No-Product Number TP897A 857-210-18 857-10-25 897A-211-30 897A-210-10 857-220-20 857-1-18 857-10-22 HSB-0072-2 46-77 200-135 92-7005-20A 897-110-28 36-3 5-837 5-288 5-280 5-838 5-853 5-1011 HSA-0007 897A-210-13 857-10-7 HSJ-4372 MSII-6227 40-164 MSB-0072-16 MSB-0072-3 MSB-0072-15 MSB-0072-4 MSB-0069 200-122 200-53 5-712 5-852 Quantity DrawingNo.

Siz Description TEST PROCEDURE 857-210-18 HOUSING PROCESSED COVER PLATE PROCESSED (SA)

CHECK SOURCE MTG.

ASSEMBLY PER DWG B

ASSEMBLY DETECTOR PC BOARD 857-220-20 B TUBE ASSEMBLY, HED RANGE HOUSING INSULATOR PAD SCREWSEEL,PI 6-32 SLOT.50 SS

WIRE, HOOK-UP, 22 AWG, BLACK O-RING, 3.4891D,.07 THK 200-135 B

NAME TAG PER PRINT D

CONNECTOR, 12 PIN, HALE 897-110-28 A MOUNTING BLOCK

TERM, LUG,

SOLDER, LOCK EYELET

WASHIER, SPLIT, 6,

SS

SCREW, HACH,

PII, 6-32 X.62,

SCREW, HACH, PH, 6-32 X.50,

WASHER, FLAT, 6,

SS

NUT, HEX, 6-32, SS

SCREW, SEEL,

PIH, 4-40 X.31

SOLDER, CORE, 60/40,

.031 DIA PER PRINT D

SCHEMATIC DIAGRAM, DETECTOR

GASKET, 2.0 SQ X.031 THK

CEMENT, CONTACT, FASTBOND 10

TUBING, 1/8, BLACK

SPACER,

.12,

.141D/.250D, RND

WIRE, HOOK-UP, 22 AWG, WHT/GRN

WIRE, HOOK-UP, 22 AWG, RED

WIRE, HOOK-UP, 22 AWG, WHT/RED

WIRE, IOOK-UP, 22 AWG, GREEN

WIRE,

!V, LEAD WIRE, 22, IOK V 200-122 A

"WIPE TEST" LABEL LABEL,CAUTION

WASHER, FLAT, 6,

NY, NAT

NUT, HEX, 6-32, SS, SM ECN

.000 1.000 1.000 1.000 1.000 1.000 1.000 rf. 000

.001 1.000 1.000 1.000 2.000 1.000 14.*000 6.000 4.000 4.000 4.000 2.000

.001

.001 1.000

.001

.001 2.000

.001

.001 8.000 2.000 Rev Obs Act EA EA EA EA EA EA EA EA FT EA EA EA EA EA EA EA EA EA EA EA LB EA EA EA FT EA FT FT FT FT FT EA EA EA EA

'* END OF REPORT Y**

1590 1

PS 12CR1-98 2

PS 2CR7-99 2

PS 4CR8-96 2

PS 1795 3

PS 1958 5

1590 1590 1590 5

1590 3

PS 1840 6

1587 8

1950 1

1590 1590 1590 1590 1590 1590 1590 1303 2

1712 2

1590 2

1590 1590 1

1590 1

1590 5

1200 1599 2

1590 1590 1590 1

2 3

4 5

6 7

8 9

10 11 12 13 14 15 16 17 18 19 21 22 23 24 27 28 29 30 31 32 33 34 35 36 37

PSO150R 300 AN300 QPADEVO011 Inovislon Radiation Measurements, LLC Product Structure 5/29/01 11.11.16 PAGE Product No: 897A-230-5A Rev: 003 ECN: 1958 Drawing Number: PER TAB DET.

MAIN ASSY,AL.IIOUS.

III RNG Item No. Product Number TP897A 1 857-210-18 2 857-10-25 3 897A-211-30 4 897A-210-10 5 857-230-20 6 857-1-18 7 851-10-22 8 MSB-0072-2 9 46-77 10 200-135 11 92-7005-20A 12 897-110-28 13 36-3 14 5-837 15 5-288 16 5-280 17 5-838 18 5-853 19 5-1011 21 MSA-0007 22 897A-210-13 23 857-10-7 24 MSJ-4372 27 MSII-6227 28 40-164 29 MSB-0072-16 30 HSB-0072-3 31 MSB-0072-15 32 MSB-0072-4 33 MSB-0069 34 200-122 35 200-53 36 5-712 37 5-852 DrawingNo.

Siz Description TEST PROCEDURE 857-210-18 HOUSING PROCESSED COVER PLATE PROCESSED (SA)

CIIECK SOURCE MTG.

ASSEMBLY PER DWG B

ASSEMBLY DETECTOR PC BOARD TUBE ASSEMBLY, IIIGH RANGE IIOUSING INSULATOR PAD SCREW,SEEL,PH 6-32 SLOT.50 SS

WIRE, HOOK-UP, 22 AWG, BLACK O-RING, 3.4891D,.07 THK 200-135 B

NAME TAG PER PRINT D

CONNECTOR, 12 PIN, MALE 897-110-28 A MOUNTING BLOCK

TERM, LUG,

SOLDER, LOCK EYELET

WASHER, SPLIT, 6,

SS

SCREW, MACII,

Pit, 6-32 X.62,

SCREW, MACH, PH, 6-32 X.50,

WASIIER, FLAT, 6,

SS

NUT, IIEX, 6-32, SS

SCREW, SEEL, Pit, 4-40 X.31

SOLDER, CORE, 60/40,

.031 DIA PER PRINT D

SCHIEMATIC DIAGRAM, DETECTOR

GASKET, 2.0 SQ X.031 THK

CEMENT, CONTACT, FASTROND 10

TUBING, 1/8, BLACK

SPACER,

.12,

.14ID/.250D, RND

WIRE, HOOK-UP, 22 AWG, WHT/GRN

WIRE, IIOOK-UP, 22 AWG, RED

WIRE, 1OOK-UP, 22 AWG, WHT/RED

WIRE, HOOK-UP, 22 AWG, GREEN

WIRE, IIV, LEAD WIRE, 22, 10K V 200-122 A

"WIPE TEST" LABEL LABEL,CAUTION

WASIHER, FLAT, 6,

NY, NAT

NUT, HtEX, 6-32, SS, SM Quantity

.000 1.000 1.000 1.000 1.000 1.000 1.000 4.000

.001 1.000 1 000 1.000 2.000 1.000 14,000 6.000 4.000

4. 000 4.000 2.000

.001

.000 1.000

.001

.001 2.000

.001

.001 8.000 2.000 ECN EA EA EA EA EA EA EA EA FT EA EA EA EA EA EA EA EA EA EA EA LB EA EA EA FT EA FT FT FT FT FT EA EA EA EA 1590 PS 12CR1-98 PS 2CR7-99 PS 4CR8-96 PS 1795 PS 2CR7-99 1590 1590 1590 1590 PS 1840 1587 1950 1590 1590 1590 1590 1590 1590 1590 1303 1712 1590 1590 1590 1590 1590 1590 1590 1590 1200 1599 1590 1590 1590 Rev Obs Act 1

2 2

2 3

7 5

3 6

8 1

2 2

2 1

1 5 5 5

5 2

END OF REPORT w

15:55:56 300 TODAY:

5/29/96 RT: 843-6-26 ITEM NBR.

PART NUMBER VICTOREEN, INC.

COMPONENT BILL OF MATERIAL DESC:

WALL SUPPORT, DETECTOR DESCRIPTION PAGE I

REV:

B ECN: 4CR29-95 QUANTITY ECN 1

5-920 2

77 -3

SCREW, SET, CP,

.25-20 X.38 LOC:

PIN, SPRING,

.25 DIA,

.5 LONG LOC:

2.000 EA 2.000 EA 4CR2q-95 4CR2=-P

15:56:06 300 TODAY:

5/29/96 RT: 897A-211-30 ITEM NBR.

PART NUMBER I 997A-211-41 2

857-210-30 w 897A-211-18 4

8q7A-211-19 5

5-685 6

5-850 7, 5-846 3

40-134 9

5-711 VICTOREEN, INC.

COMPONENT BILL OF MATERIAL DESC: CHECK SOURCE MTG.

ASSEMBLY DESCRIPTION QUANTITY BRACKET.MOUNTING.CHECK SOURCE 1.000 LOC:

ASSEMBLY, CHECK SOURCE 1.000 LOC:

INSULATOR,CHK SOURCE MTG ASS'Y 1.000 LOC:

INSULATOR.CHK SOURCE MTG ASS'Y 1.000 LOC:

SCREW, MACH.

RH, 4-40 X.75 2.000 LOC:

NUT.

HEX.

A-40.

SS. SM 2.000 LOC:

WASHER INT.

4.

SS 2.000 LOC:

SPACER.

.25,

.14ID/.250D, RND 2.000 LOC:

WASHER.

F7LAT,

4.

NY, NAT 2.000 LOC:

PAGE 1

REV:

B ECN: 4CR8-96 ECN EA 2CR!2-95 EA BM 2CR12-95 EA 2CR12-95 EA 2R12-9 EA 2CR12-95 EA 2CP!2-P5 EA 2CR12-95 EA 4CRB-96 EA 2CPR2-95

15:56:15 300 TODAY:

5/29/96 RT: 857-210-30 ITEM NBR.

PART NUMBER 0

TP857-210-30 I 857-210-32 "l

92-7026-A 3

MSA-0004 4

MSM-1104 5

MSB-0115-3 6

MSB-0119-6 200-53 8

200-122 VICTOREEN, INC.

COMPONENT BILL OF MATERIAL DESC: ASSEMBLY.

CHECK SOURCE DESCRIPTION ASSEMBLY.

TEST PROCEDURE LOC:

SOURCE DISC ASSY(SA)-BUCI-36CL LOC:

METER MOVEMENT, 0-IMA LOC:

SOLDER, LOW TEMP,

.062 DIA LOC:

FLUX.

SOLDER, PASTE LOC:

WIRE, STRAND, 28 AWG, RED.

TFE LOC:

WIRE.

STRAND, 24 GA. LT BLUE LOC:

LABEL.CAUTION LOC:

LABEL.WIPE TEST LOC:

QUANTITY 1.000 1.000 1.000

.001

.001 1.000 i.000 PAGE 1

REV:

B ECN: 4CR18-92 ECN EA 40RICE-q2 EA BM 4CR18-9Z EA 4CR1E-9:

LB 4CR1I-9:

LB 4CR12-92 FT 4CRIE-92 FT 4CR18-92 EA 4CR18-92

-A 4CRIB-92

PSO15OR 300 AN300 Product No: 897A-210-10 Rev: 003 ECN:

1795 Drawing Number: PER DWG Item No.

Product Number Di 92-1010-722A 185-486 N

21-1103 21-2051 21-209 52-209 92-1o00-410A 92-100b-439A 92-1000-443A 92-1000-447A 92-1000-475A 92-1000-5IOA 92-1000-520A 92-1000-530A 92-1000-533A 92-1000-551A QPADEVO011 Inovision Radiation Measurements, LLC Product Structure ASSEMBLY DETECTOR PC BOARD rawingNo.,Siz Loc: R17 ONE PN Loc: R27 Loc: Cl Loc: C9 Loc: CIO Loc: CR11 Loc Loc:

Loc:

Loc Loc:

Loc:

Description

RESISTOR, 2.2M,

.5W, 5% CARBON

RESISTOR, 39.2, 1W, 1%, METAL CAPACITOR, 100 UF, 25V CAPACITOR,

.01 UF, 3KV CAPACITOR,

.001 UF, 3000V

DIODE, ZENER,

1N823A, 6.2V

RESISTOR, Rll,R35,R45

RESISTOR, R7.RIO

RESISTOR, R3, R6

RESISTOR, R24,R28,R33,R36

RESISTOR, R4,R5

RESISTOR, R14,R26,R43

RESISTOR, R25,R38,R42

RESISTOR, R8,R9

RESISTOR, R22 I

RESISTOR, R13,R23 IK,

.25W, 2%,MF 3.9K, 4.3K, 4.7K, 7.5K,

1OK, 20K,

30K, 33K,

51K,

.25W, 2%

.25W, 2%, MF

.25W, 2%,MF

.25W, 2%

.25W, 2%*,MF

.25W, 2%,MF

.25W, 2%

.25W, 2%,MF

.25W, 2%

Quantity 1.000 1.000 1.000 1.000 1.000 1.000 EA EA EA EA EA EA 3.000 EA 2.000 2.000 4.000 2.000 3.000 3.000 2.000 1.000 2.000 ECH 1590 1495 1590 1590 1590 1590 5/29/01 11.11.35 PAGE Rev Obs Act 1

N Y

1 N

Y N

Y 1

N Y

9CR26-99 5

N Y

EA EA EA EA EA EA EA EA EA 9CR26-99 9CR26-99 9CR26-99 9CR26-99 9CR26-99 9CR26-99 9CR26-99 9CR26-99 9CR26-99 5

5 5

N N

N 1

PSOISOR 300 AN300 Product No: 897A-210-1 Rev: 003 ECN:

179 Drawing Number: PER DW Item No.

Product Number 92-1000-568A 92-1000-610A 92-1000-622A 92-1000-810A 92-1010-410A 92-1063-49R9A 92-2002-10A 92-3000-14A 92-3010-A 92-3011-A 92-3017-A 92-4009-11A 92-5001-1B 92-5001-28 92-6000-2A 92-6008-A 10

?5 4G DI QPADEVO011 Inovision Radiation Measurements, LLC Product Structure ASSEMBLY DETECTOR PC BOARD rawingNo.

Slz Description

RESISTOR, 68K,

.25W, 2%,MF Loc: R18

RESISTOR, lOOK,

.25W, 2%,MF Loc: R16,R19-21,R29,R30,R57,R39

RESISTOR, 220K,

.25W, 2/

Loc: R15

RESISTOR, 10M,.25W, 2%

Loc: R31,R32,R34

RESISTOR, 1K,

.5W, 5%

Loc: R40,R46,R47

RESISTOR, 49.9,

.5W, 17, MFF Loc: R1,R2 PER PRINT B

POTENTIOMETER PCB MOUNT, 10 Loc: R41,R44 CAPACITOR,220 pf,5OWVDC,S%

Loc: C3,C6-8,C13 CAPACITOR,

.1 UF, 20%

Loc: Cll CAPACITOR, 6.8 UF,TANTALUM Loc: C12,C14,C18 NONE PN CAPACITOR, 1 UF, 50V Loc: C15-17 I.C.,

139J Loc: Z1 TAB-DWG C

TRANSISTOR Loc: Q1,Q3-5 TAB-DWG C

TRANSISTOR Loc: Q2 92-6000-2A B DIODES Loc: CR2,CR3,CRS-8,CRIO

DIODE, ZENER,

1N4465, 1OV Loc: CR9 Quantity 1.000 EA 8.000 1.000 3.000 3.000 2.000 2.000 5.000 1.000 5.000 3.000 1.000 4.000 1.000 7.000 1.000 EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA ECN 5/29/01 11.11.35 PAGE Rev Obs Act 9CR26-99 5

N Y

9CR26-99 9CR26-99 9CR26-99 5

5 5

1590 1590 1811 1590 1590 1590 1769 1590 1478 1478 PS 1670 1590 N

N N

Y Y

Y 1

N Y

1 2

6 2

3 2

3 3

4 1

2

PSO150R 300 AN300 Product No: 897A-210-1 Rev:

003 ECN:

179 Drawing Number:

PER DW Item No.

Product Number 92-9041-A 92-1000-547A 897A-210-13 92-3000-7A 200-237 1 897-210-11 2 92-9042-A 3 857-1-15 4 37-21 5 MSB-0072-4 6 MSB-0085 END OF REPORT w

QPADEVO011 Inovision Radiation Measurements, LLC Product Structure ASSEMBLY DETECTOR PC BOARD 0

'5 qG DrawingNo.

Siz Description CONNECTOR, 36 PIN,

HEADER, M

Loc: JI,J2,J3

RESISTOR, 47K,

.25W, 2%,MF Loc: R12 PER PRINT D

SCHEMATIC DIAGRAM, DETECTOR CAPACITOR, 20 PF, 300V Loc: C4, CS

LABEL, MODEL & SERIAL NO.

PROCESSED PCB, DETECTOR JUMPER BLOCK Loc: J1-A,B J2-A,B J3-A,B TUBE HOLDER EYELET,.085,BRASSNICKEL PLATE

WIRE, HOOK-UP, 22 AWG, GREEN

WIRE, SOLID, 22 AWG, BARE Quantity 1.000 1.000

.000 2.000 1.000 1.000 3.000 2.000 2.000

.001

.001 EA EA EA EA EA EA EA EA EA FT FT ECN 1590 9CR26-99 1712 1590 1590 6CR50-87 1590 1590 1590 1590 1590 5/29/01 11.11.35 PAGE Rev Obs Act 2

N Y

5 N

Y 2

N Y

6 N

Y I

N Y

6 N

Y 2

N Y

1 5

1 H

N H

H N

Y Y

3

15:56:37 300 TODAY:

5/29/96 RT: 857-210-20 ITEM NBR.

PART NUMBER 1

92-9163-A 2

857-1-16 3

MSB-0115-3 4

857-210-22B 5

MSB-0115-2 VICTOREEN, INC.

COMPONENT BILL OF MATERIAL DESC: TUBE ASSEMBLY, LOW RANGE DESCRIPTION QUANTITY GM TUBE,LOW RANGE, ZP1320 1.000 LOC:

SHIELD,LEAD 1.000 LOC:

WIRE, STRAND, 28 AWG,

RED, TFE

.001 LOC:

TIN WRAP,LOW RANGE GM TUBE 1.000 LOC:

WIRE, STRAND, 28 AWG,

BLK, TFE

.001 LOC:

PAGE 1

REV:

E ECN: 9CR2B-95 ECN EA 9CR28-95 EA

.9CR28-95 FT 9CR26-95 EA 9CR28-95 FT 9CR28-95

PSO15OR 300 AN300 QPADEVO011 Inovislon Radiation Measurements, LLC Product Structure 5/29/01 11.11.49 Product No: 857-220-20 Rev: 005 ECN:

1958 Orawing Number: 857-220-20 TUBE ASSEMBLY, MED RANGE Item No.

Product Number DrawingNo.

Siz Description CAP,TUBE CAPSULE,PROCESSED TUBE CAPSULE GM TUBEMED RANGE, ZP1310 857-2-8 A

LEAD S!IIELD,MED RANGE 857-2-19 A

FOAM PACKING

WIRE, STRAND, 28 AWG,

RED, TFE

TUBING, TEFLON #12

SOLDER, CORE, 60/40,

.031 DIA

CEMENT, CONTACT, FASTBOND 10

SOURCE, URANIUM FOIL,

.007 THK

TAPE, SCOTCH, 3/4" X 300" ROLL

WIRE, STRAND, 28 AWG,

BLK, TFE Quantity 1.000 1.000 1.000 1.000 1.000

.001

.001 1.000

.001

.001 ECN EA EA EA EA EA FT FT LB EA EA RL FT PS 12CR1-98 1590 1590 1950 1783 1590 1590 1303 1590 1216 1590 1590 Rev Obs Act 1

1 1

1 2

3 N

N N

N' Y

N Y

Y Y

Y

END OF REPORT ***

1 2 3 4

5 6

7 8

9 10 11 13 857-2-10 857-2-17 92-9164-A 857-2-8 857-2-19 MSB-0115-3 MSH-6216 MSA-0007 MSJ-4372 700-115 OS-6061 MSB-0115-2 PAGE 1

PSO150R 300 AN300 QPADEVO011 Inovislon Radiation Measurements, LLC Product Structure 5/29/01 11.12.00 Product No: 857-230-20 Rev: 007 ECN= 2CR7-99 Drawing Number:

TUBE ASSEMBLY, HIGH RANGE Item No.

Product Number DrawingNo.

Siz Description Quantity ECN GM TUBE,HIGH RANGE, ZP1300 TUBE CAPSULE CAPTUBE CAPSULE,PROCESSED FOAM PACKING SHIELD,LEAD

WIRE, STRAND, 28 AWG,

RED, TFE

TUBING, TEFLON #12

SOLDER, CORE, 60/40,

.031 DIA

CEMENT, CONTACT, FASTBOND 10

SOURCE, URANIUM FOIL,

.007 THK SHIELD,LEAD END

TAPE, SCOTCH, 3/4" X 300" ROLL

WIRE, STRAND, 28 AWG,

BLK, TFE 1.000 1.000 1.000 1.000 1.000

.001

.001 1.000 1.000

.001

.001 EA EA EA EA EA FT FT LB EA EA EA RL FT 1590 1590 PS 12CR1-98 1590 1590 1590 1590 1303 1590 1216 1590 1590 1590

- - END OF REPORT ***

1 2

3 4

5 6

7 8

9 10 11 12 13 92-9165-A 857-2-17 857-2-10 857-3-11 857-3-8 MSB-0115-3 MSH-6216 MSA-0007 MSJ-4372 700-115 857-2-22 0S6061 MSB-0115-2 PAGE Rev Obs Act 1

1 1

1 2

3 N

N N

Y N

Y Y

Y

15:51:54 300 TODAY:

5/29/96 3T: 897A-211 ITEM NBR.

PART NUMBER 0

897A-211-5 0

GELB97A-2X1 0

CAL-GM6 0

e57-211-18 0

857-211-19 0

92-7005-15A 0

92-7005-12A 0

92-7005-13A 0

MB95-1008 VICTOREEN, INC.

COMPONENT BILL OF MATERIAL DESC: DETECTOR.AREA MON,GM.SS,LOW RA DESCRIPTION QUANTITY DET.MAIN ASSY.S.S.HOUS.LOW RNG 1.000 LOC:

DETECTOR.

DIMENSIONAL OUTLINE

.001 LOC:

897A GM DET.

CALIBRATION PROC.

.001 LOC:

BRACKET.DETECTOR MTG 1.000 LOC:

MOUNTING STRAP i.000 LOC:

CONNECTOR.

FEMALE 3.000 LOC:

BUSHING 1.000 LOC:

MAINTENANCE BULLETIN

.001 LOC:

PAGE 1

REV:

C ECN: 4CR3-96 ECN EA BM 9CR22-95 EA 9CR2e-95 EA 9CR28-95 EA 9CR2E-95 EA 9CR2S-95 9CR2E-95 4CR3-96 EA 4CR3-96 EA 9CR28-95

15:52:02 300

ýnDAY:

5/29/96 RT: 897A-221 ITEM NBR.

PART NUMBER 0

897A-221-5 0

GEL897A-2XI 0

CAL-GM6 0

857-211-18 0

857-211-19 0

92-7005-15A 0

92-7005-12A 0

92-7005-13A 0

MB95-100B VICTOREEN.

INC.

PAGE COMPONENT BILL OF MATERIAL DESC: DETECTOR.AREA MON,GM.SSMED RA REV:

C ECN: 4CR3-96 DESCRIPTION QUANTITY ECN DET.MAIN ASSYS.S.HOUS.MED RNG 1.000 EA BM 9CR2E-95 LOC:

DETECTOR, DIMENSIONAL OUTLINE

.001 EA 9CR28-95 LOC:

897A GM DET.

CALIBRATION PROC.

.001 EA 9CR2B-95 LOC:

BRACKET,DETECTOR MTG 1.000 EA 9CR28-95 LOC:

MOUNTING STRAP 1.000 EA 9CR28-95 LOC:

CONNECTOR.

FEMALE J.000 EA 9CR2E-95 LOC:

BUSHING 1.000 EA 4CR7-96 LOC:

MAINTENANCE BULLETIN

.001 EA 9CR28-95 LOC:

15:52:10 300 TflDAY:

5/29/96 ZT: 897A-231 ITEM NBR.

PART NUMBER 0

897A-231-5 0

GELB97A-2X1 0

CAL-GM6 0

857-211-18 0

857-211-19 "o 92-7005-15A "0 92-7005-12A 0

92-7005-13A 0

MB95-1008 VICTOREEN, INC.

COMPONENT BILL OF MATERIAL DESC: DETECTOR,AREA MON.GM.SS,HIGH R

DESCRIPTION QUANTITY DET.MAIN ASSY.S.S.HOUS.HI RNG 1.000 LOC:

DETECTOR, DIMENSIONAL OUTLINE

.001 LOC:

897A GM DET.

CALIBRATION PROC.

.001 LOC:

BRACKET.DETECTOR MTG 1.000 LOC:

MOUNTING STRAP 1.000 LOC:

CONNECTOR, FEMALE 1.000 LOC:

BUSHING 1.000 LOC:

MAINTENANCE BULLETIN

.001 LOC:

PAGE 1

REV:

C ECN: 4CR3-96 ECN EA BM 9CR26-95 EA 9CR2E-95 EA 9CR26-95 EA 9CR28-95 EA 9CR26-95 EA 9CR28-95 EA 4CR3-96 EA 4CR3-96 EA 9CR28-95

15:57:07 300 TODAY:

5/29/96 PART: 897A-211-5 ITEM NBR.

PART NUMBER 16 5-280

,17 5-837 18 MSH-6221 19 -MSB-0072-16 20 MSB-0072-3 22 *MSB-0072-4 23 MSA-0007 24 897A-210-13 25 5-852 26 MSB-0072-2 27 5-853 28 MSB-0069 2?40-164 36 5-838 38 MSB-0072-15 Z?

5-712 VICTOREEN, INC.

COMPONENT BILL OF-MATERIAL DESC: DET.MAIN ASSY,S.S.HOUS.LOW RNG REV:

ECN:

DESCRIPTION QUANTITY

SCREW, MACH, PH, 6-32 X.50.

12.000 EA LOC:

WASHER, SPLIT, 6,

SS, 16.000 EA LOC:

TUBING, 1/B, BLACK

.001 FT LOC:

WIRE, HOOK-UP, 22 AWG.

WHT/GRN

.001 FT LOC:

WIRE, HOOK-UP, 22 AWG.

RED

.001-FT LOC:

WIRE, HOOK-UP, 22 AWG, GREEN

.001-FT LOC:

SOLDER, CORE.

60/40,

.031 DIA

.001 LB LOC:

SCHEMATIC DIAGRAM, DETECTOR

.001EA LOC:

NUT, HEX, 6-32, SE, SM 6.000 EA LOC:

WIRE, HOOK-UP, 22-AWGE BLACl,.

.001 Fl LOC:

NUT.

HEX, 6-32, SS 4.000 EA LOC:

WIRE, HV, LEAD WIRE,

22.

10K V_

.001

-T LOC:

SPACER..12..-141D/.250D, RND 2.000 EA LOC:

WASHER, FLAT,

6.

SS 4.000 EA LOC:

WIRE.

HOOK-UP.

22 AWG, WHT/RED

.001 FT LOC:

WASHER, FLAT, 6, NY,-NAT

_.00-EA LOC:

-PAGE 211 B.

9CR28-95 ECN 9CR2S-9f 9CR28-95 9CR28-95 9CR28-95

-9CR2E-95 9CR28-95 9CR2e-9CR2B-95 9CR28-95 95 9CR2S-95 9CR28-95 9CR28-95 9CR28-95 9CR28- 0

15:57:07 300 "T 'DAY:

5/29/96

ýT: 997A-2711-5 ITEM NBR.

PART NUMBER 0

GT3 0

TP897A 1 857-211-12 2

957-211-13 3

857-211-15 A

857-211-14 5

92-7005-14A 6

897-110-28 7

36-7 8

297A-210-1O 9

200-15 10 857-211-20 11 9--7A-211-30 12 857-211-16 14 5-1011 "5

057-10-22 VICTOREEN, INC.

COMPONENT BILL OF MATERIAL DESC: DET.MAIN ASSYS.S.HOUS.LOW RNG DESCRIPTION TRAVELER FOR MECHANICAL ASSYS LOC:

TEST PROCEDURE LOC:

HOUSING WELDMENT (B.S.)

LOC:

COVER PLATE LOC:

GASKET.

COVER LOC:

GASKETCONNECTOR LOC:

CONNECTOR.

MALE LOC:

MOUNTING BLOCK LOC:

TEPM.

LUG.

SOLDER.

LOC=K EYELET LOC:

ASSEM1BLY.

PC BOARD LOC:

NAME MLATE.

UNIVERSAL LOC:

TUBE ASSEMBLY fLOW RANGE)

LOC:

CHECkt SOURCE MTG.

ASSEMBLY LOC:

RODTHREADED &-2 X 1.812 LG.

LOC:

SCREW.

SEEL, PH.

4-40 X.31 LOC:

SCREW.SEEL.PH 6-72 SLOT.50 =S LOC:

ECp QUANTITY 1. 000 EA

.001 EA 1.000 EA 1.000 EA 1.000 EA 1.000 EA 1. 000 EA 2,OOC, EA

.000 EA

! 000 E A i.000

-A i.000 EA

2. 00,C) E A

14. rcoC)

Eg PAGE REV:

B I t 4: 9CR28-95 9CR29-95 9CR2s-f 9CR2e-O5 9CR2B-95 9CF28-95 9Cm2S-o*

9CF2e-95 9CR28-95 BM 9CR2S-9'5 9CR2c*-95 BM qr:"2c-c--n95 Bm qrpB--95 9CR2--95 9CR28-95 9CR2E-95

15:57:07 300 TflDAY:

5/29/96 RT: 897A-211-5 ITEM NBR.

PART NUMBER 43 200-122 44 200-53 VICTOREEN, INC.

COMPONENT BILL OF MATERIAL DESC: DET.MAIN ASSY,S.S.HOUS.LOW RNG REV:

ECN:

DESCRIPTION QUANTITY LABEL.WIPE TEST

.001 EA LOC:

LABEL,CAUTION

.001 EA LOC:

PAGE 3t B

9CR28-95 ECN 9CR2E-95 9CR2B6-9E

PSO15OR 300 AN300 Product No: 897A-221-5 Rev: 002 ECN: 1958 Drawing Number: PER TAB OPADEVO011 Inoviston Radiation Measurements, LLC Product Structure 5/29/01 11.12.13 PAGE DET.MAIN ASSY,S.S.IIOUS.MED RNG Item No.

Product Number TP897A 857-211-12 857-211-13 857-211-15 857-211-14 92-7005-14A 897-110-28 36-3 897A-210-10 200-135 857-221-20 897A-211-30 857-211-16 5-1011 857-10-22 5-280 5-837 MSH-6227 HSB-0072-16 MSB-0072-3 MSB-0072-4 MSA-0007 897A-210-13 5-852 MSB-0072-2 5-853 MSB-O069 40-164 5-838 MSB-0072-15 5-712 200-122 200-53 Quantity DrawingNo.

Siz Description TEST PROCEDURE HOUSI:IG WELDMENT (S.S.)

COVER PLATE

GASKET, COVER GASKETCONNECTOR PER PRINT D

CONNECTOR, MALE 897-110-28 A MOUNTING BLOCK

TERM, LUG,

SOLDER, LOCK EYELET PER DWG B

ASSEMBLY DETECTOR PC BOARD 200-135 B

NAME TAG TUBE ASSEMBLY (MED.RANGE)

CHECK SOURCE HTG.

ASSEMBLY RODTHREADED 6-32 X 1.812 LG.

SCREW, SEEL, PH, 4-40 X.31 SCREWSEEL,PH 6-32 SLOT.50 SS

SCREW, MACII, PH, 6-32 X.50,

WASHER, SPLIT, 6,

SS

TUBING, 1/8, BLACK

WIRE, HOOK-UP, 22 AWG, WHT/GRN

WIRE, HOOK-UP, 22 AWG, RED

WIRE, HOOK-UP, 22 AWG, GREEN

SOLDER, CORE, 60/40,

.031 DIA PER PRINT D

SCHEMATIC DIAGRAM, DETECTOR

NUT, HEX, 6-32, SS, SM

WIRE, HOOK-UP, 22 AWG, BLACK

NUT, HEX, 6-32, SS

WIRE, lV, LEAD WIRE, 22, I0K V

SPACER,

.12,

.141D/.250D, RND

WASHlER, FLAT, 6,

SS

WIRE, IOOK-UP, 22 AWG, WIlT/RED

WASHER, FLAT, 6,

NY, NAT 200-122 A

"WIPE TEST" LABEL LABEL,CAUTION ECN EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA FT FT FT FT LB EA EA FT EA FT EA EA FT EA EA EA PS PS PS PS Rev Obs Act

.000 1.000 1.000 1.000 1.000 1.000 2.000 1.000 1.000 1.000 1.000 1.000 2.000 2.000 4.000 12.000 16.000

.001

.001 6.000

.001 4.000

.001 2.000 4.000

.001 6.000

.001

- - END OF REPORT www 1

1590 1590 1590 1590 1590 1587 1950 1590 1795 1840 8CR58-93 4CR8-96 1590 1590 1590 1590 1590 1590 1590 1590 1590 1303 1712 1590 1590 1590 1200 1590 1590 1590 1590 1599 1590 I

2 3

4 5 6

7 8

9 10 11 12 14 15 16 17 18 19 20 22 23 24 25 26 27 28 29 36 38 39 43 44

PSO15OR 300 AN300 Inovislon Radiation Measurements, LLC Product Structure 5/29/01 11.12.25 PAGE Product No: 897A-231-5 Rev: 002 ECN:

1958 Drawing Number: 897A-TAB-5 DET.MAIN ASSYS.S.HOUS.ItI RNG Item No.

Product Number TP897A 857-211-12 857-211-13 857-211-15 857-211-14 92-7005-14A 897-110-28 36-3 897A-210-10 200-135 857-231-20 897A-211-30 857-211-16 5-1011 857-10-22 5-280 5-837 MStl-6227 HSB-0072-16 HSB-0072-3 MSB-0072-4 MSA-0007 897A-210-13 5-852 MSB-0072-2 5-853 MSB-0069 40-164 5-838 MSB-0072-15 5-712 200-122 200-53 DrawingNo.

Siz Description TEST PROCEDURE HlOIUSING WELDMENT (S.S.)

COVER PLATE

GASKET, COVER GASKETCONNECTOR PER PRINT D

CONNECTOR, MALE 897-110-28 A MOUNTING BLOCK

TERM, LUG,

SOLDER, LOCK EYELET PER DWG B

ASSEMBLY DETECTOR PC BOARD 200-135 B

NAME TAG TUBE ASSEMBLY, HIGH RANGE CHECK SOURCE MTG.

ASSEMBLY ROD,THREADED 6-32 X 1.812 LG.

SCREW, SEEL, PH, 4-40 X.31 SCREW,SEEL,PH 6-32 SLOT.50 SS

SCREW, MACH, PH, 6-32 X.50,

WASHER, SPLIT, 6,

SS

TUBING, 1/8, BLACK

WIRE, HOOK-UP, 22 AWG, WHT/GRN

WIRE, HOOK-UP, 22 AWG, RED

WIRE, HOOK-UP, 22 AWG, GREEN

SOLDER, CORE, 60/40,

.031 DIA PER PRINT D

SCHEMATIC DIAGRAM, DETECTOR

NUT, HEX, 6-32, SS, SM

WIRE, IHOOK-UP, 22 AWG, BLACK

NUT, HEX, 6-32, SS

WIRE, HV, LEAD WIRE, 22, 10K V

SPACER,

.12,

.14ID/.250D, RND

WASHER, FLAT, 6,

SS

WIRE, HOOK-UP, 22 AWG, WHIT/RED

WASHER, FLAT, 6,

NY, NAT 200-122 A

"WIPE TEST" LABEL LABEL,CAUTION quantity

.000 1.000 1.000 1.000 1.000 1.000 2.000 1.000 1.000 1.000 1.000 1.000 2.000 2.000 4.000 12.000 16.000

.001

.001 6.000

.001 4.000

.001 2.000 4.000

.001 6.000

.001

.001 PS PS PS PS ECN 1590 1590 1590 1590 1590 1587 1950 1590 1795 1840 8CR58-93 4CR8-96 1590 1590 1590 1590 1590 1590 1590 1590 1590 1303 1712 1590 1590 1590 1200 1590 1590 1590 1590 1599 1590

- w END OF REPORT w**

1 EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA FT FT FT FT LB EA EA FT EA FT EA EA FT EA EA EA 1

2 3

4 5

6 7

8 9

10 11 12 14 15 16 17 18 19 20 22 23 24 25 26 27 28 29 36 38 39 43 44 Rev Obs Act OPADEV0011

15:58:06 300 TODAY:

5/29/96 3T: 857-211-20 ITEM NBR.

PART NUMBER VICTOREEN, INC.

COMPONENT BILL OF MATERIAL DESC: TUBE ASSEMBLY (LOW RANGE)

DESCRIPTION PAGE REV:

DI ECN: 4CRI-92 QUANTITY ECN 92-9163-A 2

857-1-16 3

MSB-0093 GM TUBE,LOW RANGE, ZP1320 LOC:

SHIELD.LEAD LOC:

WIRE, STRAND, 26, POLYUPETHANE LOC: 1.5LG 1.000 EA 1.000 EA

.001 FT 4CRI-92 5CR22-90 5CR22-90

15:58:17 300 TfDAY:

5/29/96 RT: 857-221-20 ITEM NBR.

PART NUMBER VICTOREEN, INC.

COMPONENT BILL OF MATERIAL DESC: TUBE ASSEMBLY (MED.RANGE)

DESCRIPTION QUANTITY PAGE REV: E2 ECN: BCR56-93 1

3 4

5 6

7 10 11 13 857-2-10 e57-2-17 92-9164-A 857-2-6 857-2-19 MSB-01 15-3 MSH-6216 MSA-0007 MSJ-4372 700-115 0S-6061 MSB-OI15-2 CAP,TUBE CAPSULEPROCESSED LOC:

TUBE CAPSULE LOC:

GM TUBE,MED RANGE, ZP1310 LOC:

LEAD SHIELD.MED RANGE LOC:

FOAM PACKING LOC:

WIRE, STRAND, 28 AWG.

RED, TFE LOC:

TUBING, TEFLON #12 LOC:

SOLDER, CORE.

60/40.

.031 DIA LOC:

CEMENT.

CONTACT.

FASTBOND 10 LOC:

SOURCE.

URANIUM FOIL.

.007 THK LOC:

TAPE, SCOTCH.

3/4" X 300" ROLL LOC:

WIRE. STRAND.

22 AWG.

BLK, TFE LOC:

ECN 1.000 EA 1.000 EA 1.000 EA 1.000 EA 1.000 EA

.001 FT

.001 F7

.001 LB

.001 EA 1 0.00 EA

.00C RL

.001 F7 BM 5CR22-90 5CR22-90 4CR1-92 5CR22 -9 C 5CR22-90 4CR Ie-92 5 CR22-90 5CR22-90 5CR22-90 BCR58-93 5CR22-90 4CR IE-92

15:56:26 300 TnDAY:

5/29/96

T: 857-231-20 ITEM NBR.

PART NUMBER 1 92-9165-A 2

857-2-17 3

857-2-10 4

857-3-11 5

857-3-B 6

MSE-0115-1 7

MSH-6216 3

MSA-0007 9

MSJ-4372 10 700-115 1i 857-2-22 12 OS-6061 13 MSS-0115-2 VICTOREEN, INC.

COMPONENT BILL OF MATERIAL DESC: TUBE ASSEMBLY, HIGH RANGE DESCRIPTION GM TUBE,HIGH RANGE, ZPI300 LOC:

TUBE CAPSULE LOC:

CAP,TUBE CAPSULEPROCESSED LOC:

FOAM PACKING LOC:

SHIELDLEAD LOC:

WIRE.

STRAND, 28 AWG.

RED, TFE LOC:

TUBING, TEFLON #12 LOC:

SOLDER.

CORE, 60/40,

.031 DIA LOC:

CEMENT, CONTACT, FASTBOND 10 LOC:

SOURCE.

URANIUM FOIL.

.007 THK LOC:

SHIELD.LEAD END LOC:

TAPE.

SCOTCH, 3/a-X 300-ROLL LOC:

WIRE, STRAND.

28 AWG,

BLIK, TFE LOC:

PAGE REV:

E2 ECN: BCR56-q3 QUANTITY 1.000 EA 1.000 EA 1.000 EP "1.000 EA 1.000 EA

.001 FT

.001 LB

.001 EA 1.000 EA 1. 000 EA

.001 RL

.001 FT ECN 4CRI-92 5CR22-.9C BM 5CR22-90 5CR22-9 0

5CR22-90 4CRIE-P2 5CR22-90 5CR22-90 5CR22-90 8CR5-9-3 5CR22-90 5CR22-90 4CF18-92 1

PSOI5OR 300 AN300 QPADEV00l1 Inovislon Radiation Measurements, LLC Product Structure 5/29/01 11.12.40 PAGE Product No: 956A-201 Rev: 005 ECN: 2CR7-97 Drawing Number:

RATEMETER DIGITAL AREA MONITOR Item No.

Product Number DrawingNo.

Siz Description TP956A-201-3 942A-100-4 956A-201-106 955A-1 956A-201-5 94095603 958-1-24 958A-1-24 942-BOX TEST PROCEDURE FOR 956A-201 UD

KIT, LONNECTOR HATING LOOP DIAGRAM

MANUAL, GH AREA MONITOR

ASSEMBLY, DIGITAL RATEMETER

PROM, UDR W/DUMB TERMINAL COMM DIAGRAM,INTERCONNECTING DIAGRAM,INTERCONNECTING UDR PACKAGING Quantity

.001 1.000

.001 1.000 1.000 1.000

.001

.001 1.000 ECH EA EA EA EA EA EA EA EA EA 9CR48-99 PS 4JRI-92 1590 1590 PS IOCR40-95 PS 1CR19-96 1590 1590 1590 Rev Obs Act 4

1 2

2 3

3 1

N Y

END OF REPORT 1

2 3 4 5

6 7

8 9

1

8:17:16 300 TODAY:

5/30/96 PART: 956A-201-5 ITEM NBR.

PART NUMBER 20 30-91-2 21 67-83-1P 22

'92-9103-A 25 MSB-0072-35 26

'MSB-0069 27 36-96-1 "28 MSH-6222 29 67-78-2 30 942-100-35A 31 942-100-35B2 7,-2 942A-100-35C 1313 942-100-35D 37 942-100-35E" 35 MSB-0072-31 36 MSB-O0C72-32 37 SM-2202 VICTOREEN, INC.

PAGE t

COMPONENT BILL OF MATERIAL DESC: ASSEMBLY. *DIGITALRATEMETER REV: B ECN: IOCR40-(

DESCRIPTION

-QUANTITY' ECN FERRULE 1.000 EA,

_3JR4-95 LOC:

INSERT.CONNECTOR,M,24-20 WIRE 5.000 EA

'-3JR4-95 LOC:

CONNECTOR.

4 POSITION.

FEMALE 1.000 EA'--

-33R4-95 LOC:

WIRE.

HOOK-UP, 22 AWG, YEL/GRN

.001 -FT 3JR-c95 LOC:

5" LONG WIRE.

HV, LEAD WIRE, 22, 10K V

.001 FT 3JR4-95 LOC:

3" LONG TERMINAL.

LUG.

SOLDER, FEMALE 1.000 EA 1OCR40-9 LOC:

STUBING, 3/16, BLACK

.001 FT 3JR4-95 LOC:

CONNECTOR.

2 PIN CABLE HDR.

F 1.000 EA 3JR4-S LOC:

HARNESS.POWER SUPPLY TO PCB 1.000 EA BM 3JR4-95 LOC:

HARNESSMAIN PCB TO RELAY BOAR 1.000 EA BM 3JR--95 LOC:

HARNESS.

MAIN PCBiANALOG OUT 1.000 EA BM 3JR4-95 LOC:

HARNESS.DETECTOR POWER SUPPLY 1.000 EA "*BM'33R4-95 LOC:

HARNESS 1.000 EA BM 10CR40-9!

LOC:

WIRE.

HOOK-UP.

22 AWG.

YEL/BLK

.001 FT 3JR4-95 LOC:

5" LONG

-WIRE.

HOOK-UP-22 AWGE YEL/BRN

.001 FT 3JR4-95 LOC:

5" LONG SLEEVE.

SPIRAL-WRAP.06"-.5"OD

.001 FT 3JR4-95 LOC:

8:17:16 300 TODAY:

5/30/96 3T: 956A-201-5 ITEM NBR.

PART NUMBER VICTOREEN.

INC.

COMPONENT BILL OF MATERIAL DESC: ASSEMBLV.

DIGITAL RATEMETER DESCRIPTION PAGE I sy REV:

B ECN:

1OCP40-95 QUANTITY ECN i

4 5

6

-7 10 11 12 I

18 19 956A-100-20 942A-100-30 956A-201-55 956-200-10 942-200-60 942P-100-24 942-100-25 5-532 5-706 5-186 5-836 200- 1Z5 5-710 92-9124-A 50-89 30-91-i ASSY.

FRONT PANEL LOC:

ASSY.

REAR PANEL LOC:

ASSEMBLY.

POWER SUPPLY LOC:

ASSY.

MAIN PC 1E LOC:

ASSY.

HIGH VOLTAGE BOARD LOC:

TOP RAIL LOC:

RAIL.BOTTOM LOC:

SCREW.

MACH.

PH, 4-40 X.38.

LOC:

NUT.

HEX.

4-40, NY, BO LOC:

SCREW.

MACH, PH.

4-A0 X.31.

LOC:

WASHER.

SPLIT,

4.

SS LOC:

NAME PLATE.

UNIVERSAL LOC:

WASHER.

FLAT.

4.

NY.

BO

"*OC:

COUPLER.

FEM11ALE LOC:

CABLE.COAX..RG--74U.34 AWG.!!C LOC:

5" LONG MTN.

COAX LOC:

1.000 EA 1.000 EA 1.000 EA 1.000 EA 1.000 EA 2.000 EA 2.000 EpA 4.000 EA 1.000 EA 8.000 EA 8.000 E A i.000 EA 1.000 EA i.000 EA 1.000 FT 1.000 Ep SM 3JR4-95 BM 3JR4-95 BM i0CR40-9t BM 3JRA-95 BM 3jR2-95 3JR--95 3JR4-95 3jR.-95 3JR4-9f, 3JRP-95 3JPA-95 3J Ra -95 3JR'----5 3JR4 -95 3JR4-95

3JR4-95

8:17:16 300 TODAY:

5/30/96

%RT: 956A-201-5 ITEM NBR.

PART NUMBER 38 942-100-28 39 5-953 40 5-678 41 MSH-6228 42 MSB-0072-2 43 5-193 VICTOREEN, INC.

COMPONENT BILL OF MATERIAL DESC: ASSEMBLY, DIGITAL RATEMETER DESCRIPTION QUANTITY OPTION BOARD SUPPORT MOUNT 1.000 LOC:

SCREW,TYPE 25,#4X.44LG,FH,PHIL 2.000 LOC:

SCREW.

MACH, RH, 4-40 X.31 1.000 LOC:

TUBING, 1/4, BLACK

.001 LOC:

WIRE, HOOK-UP, 22 AWG, BLACK

.001 LOC:

SCREW.

MACH, FH, 4-40 X.38, 4.000 LOC:

PAGE 3(

REV:

B ECN: 1OCR40-95 ECN EA BM 3JR4-95 EA 3JR4-95 EA 10CR40-q FT 3JP4-95 FT IOCR40-9 EA 3JR4-95

8 :17:31 300

"'rrDAY:

5/30/96 ZT: 956A-100-20 I TEM NBR.

PART NUMBER 0

09PBOio I

956PA-100-222 2

946-100-2Z 3

56-100-15 4

8 42"-1I-5 1 5

55-841 6

5-1.96

.VICTOREEN, INC:

COMPONENT BILL OF MATERIAL DESC:

ASSY. FRONT PANEL DESCRIPTION

TAPE, TRANSIPER, 2 MIL. HI-TACK LOC:

FRONT PANEL W/DECAL LO_-:

JNSERT,*BIACKLIGHT LOC :

gASSY,PC BOAiRD.FRONT PANEL LOC:

-A~STENER PA~WL LOC:

WASEHER, PLAiT.

4.

P L OC :

SCREW.

MA~CH.

PH. 4-40' Y.3E.

LOC:

QUANTITY

.001 i.000 S. 000 II

. o000 1 000oc 12_. 0clc,

4. 000 PA~GE 1

REV:

B3 ECN: I1CRIO-8q RL I1ICRIC0-E EA SM 63R1-B6, EA 11ICRIO-E

-A Bm i1cF~1C-F EPA 6JRI-96

8:17:40 300 TODAY:

5/30/96 RT: 956-100-15 ITEM NBR.

PART NUMBER 1

5 6

7 B

9 14 12 16 18 VICTOREEN, INC..

COMPONENT BILL OF MATERIAL DESC: ASSY,PC BOARD.FRONT PANEL DESCRIPTION 942-100-16 942-100-27 11-208 9-89 185-3981-3 185-3961-2 67-72 185-3974-2 65-141 11-281

'a-F 67-90-36 942-100-42 942-1C)0-43 PAGE REV:C ECN: 6CR14-91 BOARD.FRONT PANEL P.C.,PROCESS LOC:

KIT.

UDR FRONT PANEL DISPLAY LOC: DI-D6 SWITCH.

MOMENT, SPST, 50V 25MA LOC: SW1.3,4.6

CAP, PUSHBUTTON SWITCH, GRAY LOC: SW1,3,4,6, NETWORK.

RESISTOR.

180, 8 PIN LOC: RPS.9 NETWORK.

RESISTOR, 190. 10 PIN LOC: RP2-7.10,11 CONNECTOR.

32 PIN, STR HDR.

M LOC:

NETWORK.

RESISTOR.

160.

e PIN LOC: RP1.12 OPTOEL LED RED/GRN RECT 2ANODE LOC: D7-35 SWITCH & CAM AcS'V LOC:

SW7 SCREW.METPI.H.M3X2 SS LOC:

WASHER.SPLIT.M..SS LOC:

CONNECTOR.

36 PIN.

HEADER.

M LOC:

ROW 100.200.300 BAR GRADH HOUSING LOC:

BAR GRADH HOUSING MATE LOC:

ECN QUANTITY 1.000 EA 1.000 EA 4.000 EA 4.000 EA 2.000 EA 8.000 Ep 2.0o0c Ep

2. 000 E*

2*.000 EA 1. 000 EA

2. 0*00 EA

2. 000 EA 7.ooc, E (

'.iou E A

.0O01 EA 1

3CR47--8c BM 3CR47 7 aE 3CR47-8e 6CRIL-91 3CR47-89 3CrP47-9c 6CRI4-91 3CP47-89 3CP47-89 SM 6CP14-91 6CRI1i-91 6CR14-91 3CP*7-89 3CR47-89 3CR47-99

8:21:10 300 TODAY:

5/30/96 RT: 942A-100-30 ITEM NrR.

PART NUMBER 1

2 4

5 6

7 a

9 10 11 12 13 14 15 16 VICTOREEN, INC.

COMPONENT-BILL-OF MATERIAL "DESC: ASSY, 'REAR PANEL DESCRIPTION 942-100-31 942-100-32 67-80-37P 5-275 67-80-14S 67-80-4P 5-837 5-836 16-23-1 92-9106-A 5-839 92-7027-IA 5-196 5-849 92-9074-A 92-7039-A PAGE REV:

B ECN:-9CR23-93 PANEL.REAR PROCESSED LOC:

SILKSCREEN.

REAR PANEL LOC:

CONNECTOR.

37 PIN,

CIRCULAR, M

LOC: P1

SCREW, MACH, PH, 6-32 X.38, LOC:

AT PI & P2 CONNECTOR, 14 PIN, CIRCULAR.

F LOC: P2 CONNECTOR.

a PIN, CIRCULAR.

M LOC: P3 WASHER.- SPLIT, 6,

SS LOC:

AT PI & P2 WASHER.

SPLIT.

4, SS LOC: AT P3

HOLDER, FUSE.

3AG.

20A 250V LOC:

F2 CONNECTOR.

COAX JACK, HI VOLT LOC:

P4

WASHER, SPLIT.

3, SS LOC:

P6

FUSE, 2A, 250V LOC:

F2 SCREW.

MACH.

PH, 4-40 X.38.

LOC: -AT P3 NUT.

HEX, 3-56, SS LOC:

P6 RECEPTACLE.

BULKHEAD.

BNC LOC:

P5 TERMINAL.

LUG, SOLDER.

3/B LOC:

QUANTITY 1.000 1.000 1.000 8.000 1.000 1.000 8.000 4.000 1. 000 1.000 4. 000 1.000 A. 000 2.000 1. 000 7-. 000 EA EA EA EA EA EA EA EA

=EA E A E A E A E A E A EA E A ECN BM 6JRI-86 9CR23-93 9CR23-93 9CR23-93 9CR23-93 9CR23-93 9CR23- 0o 9CR23-93 9CR23-93 9CR23--'93 6JR1-86 9CR23-93 9CR23-93 6JR1-86 9CR23-93 6JR1 -86

8:21:10 300 TODAY:

5/30/96 PART: 942A-100-30 ITEM NBR.

PART NUMBER

,VICTOREEN, INC.

COMPONENT BILL OF MATERIAL DESC: ASSY, REAR PANEL DESCRIPTION PAGE 2

REV: B ECN: 9CR23-9.

QUANTITY ECN 17 942-100-44 1B 68-15 19 5-135

BRACKET, VOLTAGE BOARD SUPPORT LOC: P6 CONNECTOR, 24 PIN LOC:

P6

SCREW, MACH, PH, 3-56 X.38 LOC:

P6 1.000 EA 1.000 EA 2.000 EA 6JR1-B6 9CR23-83 6JRI -86

8:21:20 300 TODAY:

5/30/96 IT: 956A-201-55 ITEM NBR.

PART NUMBER VICTOREEN.

INC.

COMPONENT BILL OF MATERIAL DESC: ASSEMBLY, POWER SUPPLY DESCRIPTION PAGE REV:

A ECN: 3JR4-95 QUANTITY ECN 1

2

-7 4

5 6

7 10 12 13 iji 942-100-41 956A-201-70A 942-200-50 942-100-52 942-100-53 5-293 5-837 5-852 40-164 40-204 5-712 57-46 5-938 942-100-35F POWER-SUPPLY BRACKET LOC:

RELAY BOARD & HARNESS ASSEMBLY LOC:

POWER SUPPLY LOC:

FISH PAPERRELAY BOARD LOC:

FISH PAPER, POWER SUPPLY LOC:

SCREW, MACH, PH.

6-32 X.56.

LOC:

WASHER, SPLIT, 6,

SS LOC:

NUT.

HEX, 6-32.

SS. SM LOC:

SPACER,

.12,

.14ID/.250D, RND LOC:

SPACER,.12LG..14ID/.250D, RND LOC:

WASHER, FLAT, 6,

NY. NAT LOC:

TERMINAL BLOCK.

8 POINT LOC:

WASHER.

FLAT.

6. SS LOC:

HARNESS LOC:

1.000 EA 1.000 EA 1.000 EA 1.000 EA 1.000 EA 10.000 EA 6.000 EA 10.000 EA 1.000 EA 7.000 EA 4.000 EA 1.000 EA 4.000 EA 1.000 EA 3JR4-95 BM 3JR4-95 3JR4-95 BM 3JR4-95 BM 3JR4-95 3JR4-95 3JR4-95 3JR4-95 3JP4-95 3JR4-95 3JR4-95 35JR4-95 3JR4-95 BM 3JRA-95

PSO15OR 300 AN300 Product No: 942A-100-70A Rev: 002 ECN: 1386 Drawing Number:

Item No.

Product Number MSB-0072-10 MSB-0072-11 MSB-0072-14

ýMSB-0072-15 MSB-0072-16 MSB-0072-17 MSB-0072-18 MSB-0072-19 MSB-0072-20 MSB-6072-21 MSB-0072-22

'MSB-0072-23 MSB-0072-24 MSB-0072-25 MSB-0072-27 MSB-0072-28 QPADEVO011 Inovislon Radiation Measurements, LLC Product Structure HARNESS ASS'Y RELAY BOARD DrawlngNo.

Siz Description Quantity

WIRE, HOOK-UP, 22 AWG, GRAY Loc: K3-A TO ITEM 3 8.251H.

LG

WIRE, HOOK-UP, 22 AWG, VIOLET Loc: K1-F TO ITEM 3, 6.75IN.

LG

WIRE, HOOK-UP, 22 AWG, WHT/BLK Loc: K3-B TO ITEM 3, 8.251N.

LG

WIRE, HOOK-UP, 22 AWG, WIHT/RED Loc: K3-D TO ITEM 3, 8.51N.

LG

WIRE, HOOK-UP, 22 AWG, WHT/GRN Lac: K4-A TO ITEM 3, 9.51N.

LG 3 WIRE, HOOK-UP, 22 AWG, WHT/YEL Loc: K3-F TO ITEM 3, 8.751N.

LG.

WIRE,' HOOK-UP, 22 AWG, WHT/BLU Loc: K4-B TO ITEM,3,,9.SIN.

LG

WIRE, HOOK-UP, 22 AWG, WHT/BRN Loc: K3-C TO ITEM 3, 8.5IN.

LG

WIRE, HOOK-UP, 22 AWG, W"T/ORN Loc: K3-E TO ITEM 3,. 8.75IN.

LG

WIRE, HOOK-UP, 22 AWG, HWT/GRY Loc: K4-D TO ITEM,3, 9.751H.

LG WIRE,"'HOOK-UP, 22 AWG, W'HT/VIO Loc: K4-C TO ITEM 3, 9.75IN., LG WIRE,' HO'OK-UP, 22, WHT/BLK/RED Lc:

K4-F TO ITEM 3, lOIN.

LG WIRE,' HOOK-UP, 22, 'WHT/BLK/GRN Loc: K5-C TO, ITEM 3, 1lIH.

LG WIRE, HOOK-UP, 22, WHT/BLK/YEL Lc:

K5-B TO ITEM 3, 1O.5IN.

LG

WIRE, HOOK-UP, 22, WHT/BLK/BRN LOc: K4-E TO ITEM 3, lOIH. LG

WIRE, HOOK-UP, 22, WHT/BLK/ORN Loc: K5-A TO ITEM 3, 1O.51N. LG

.001 FT

.001

.001 FT FT FT FT FT FT FT FT FT FT FT FT FT FT FT ECN 1590 1590 1590 1590 1590 1590 1590 1590 1590 1590 1590 1590 1590 1590 1590 1590 5/29/01 11.13.54 PAGE Rev Obs Act 5

N Y

N N

N 1

¢

PSO1SOR 300 AN300 Product No: 942A-100-7 Rev: 002 ECN: 138 Drawing Number:

Item No.

Product Number HSB-0072-29 HSB-0072-3 MSB-0072-35 MSB-0072-36 MSB-0072-5 MSB-0072-7 MSB-0072-8 MSB-0072-9 1 942-100-70 2 67-83-1S 3 67-83-1P 5 61-1 8 36-86 9 GT2

x* END OF REPORT 0

70A 86 QPADEVOOl1 Inovision Radiation Measurements, LLC Product Structure HARNESS ASS'Y RELAY BOARD DrawingNo.

Siz Description

WIRE, HOOK-UP, 22, WHT/BLK/GRY Loc: K5-E TO ITEM 2, 13IN.

LG

WIRE, HOOK-UP, 22 AWG, RED Loc: K1-B TO ITEM 3, 6.25IN.

LG

WIRE, HOOK-UP, 22 AWG, YEL/GRN Loc: K2-B TO ITEM 2, 9IN.

LG

WIRE, HOOK-UP, 22 AWG, YEL/BLU Loc: K2-A, 9.251N, K2-A TO KS-D, 5.75IN

WIRE, HOOK-UP, 22 AWG, YELLOW Loc: KI-D TO ITEM 3, 6.51N.

LG

WIRE, HOOK-UP, 22 AWG, BLUE Loc: K1-E TO ITEM 3, 6.75IN.

LG

WIRE, HOOK-UP, 22 AWG, BROWN Loc: K1-A TO ITEM 3, 6.251N.

LG

WIRE, HOOK-UP, 22 AWG, ORANGE Loc: KI-C TO ITEM 3, 6.5IN.

LG ASSYPC BOARD,RELAY INSERTCONNECTOR,F,24-20 WIRE INSERT,CONNECTORM,24-20 WIRE HARNESS TIE PANDUIT MINIATURE

TERM, LUG,

CRIMP, 22-16,

6-8 PRINTED CIRCUIT BD TRAVELLERS Quantity

.001

.001 1.000 2.000 21.000 8.000 1.000

.000 FT FT FT FT FT FT FT FT EA EA EA EA EA EA ECN 1590 1590 1590 1590 1590 1590 1590 1590 PS 12CRI-90 1590 1590 1590 1590 1590 5/29/01 11.13.54 PAGE Rev 5

5 5

5 1

3 3 1 1

2 Obs N

N N

N Act Y

Y Y

Y 2

PSO15OR 300 AN300 Product No: 956-200-10 Rev: 012 ECH:

8CR Drawing Number:

Item NO.

Product Number 11-209 11-212-1 18-22 185-1419 341032 342041 341662 185-1434 185-3542 342031 185-1477 185-2496 185-2ý400 185-38 18 185-3877 185-3855 OPADEVO011 Inovision Radiatic Product Stru

ASSEMBLY, MAIN PC 1E 8-99 DrawirgNo'. Siz Description SWITCH,ROTARY-DIP,16 POS,BINAR Loc: RDS1

SWITCH, PUSH,

SPST, FOR PCB'S Loc: SW1,2,3

HOLDER, FUSE, PCB MOUNT Loc: Fl

RESISTOR, 825,

.25W, 1%,MF Lac: R83

RESISTOR, 10K,

.25W, 1V Loc: RI,82,87,88,94,96

RESISTOR, 200K,

.25W, 1%

Loc: R61

RESISTOR, iO, 1/4W, 1%

Loc: R90

RESISTOR, 511K,

.25W, 1%C Loc:,R93.

RESISTOR, 47.5K,

.25W, 1%, MFF Lac: RIO.,

RESISTOR, 20K,

.25W, 1%

Loc: R92

RESISTOR, 24.3K,

.25W, 1%

Loc: R2

RESISTOR, 2K,

.25W, 1%,

MF Locc R80,89 "RESISTOR, 332,

.25W, 1%

Loc:,R86

RESISTOR, 243,.25W, 1%, MFF Lac: R84

RESISTOR, 221,

.25W, 1-,

MFF Lc:

R85

RESISTOR, 475,

.25W, 1%, MFF Loc: R68,75 in Measurements, LLC icture Quantity 1.000 3.000 1.000 1.000 6.000 1.000 1.000 1.000 1.000 1.000 1.000 2.000 1.000 1.000 1.000 2.000 EA EA EA EA EA EA EA EA EA EA EA EA EA EA "EA EA ECH 1590 1590 1590 1590 1590 1590 1590 1590 1590 1590 1590 1590 1590 1590 1590 1590 5/29/01 11.14.04 PAGE Rev Obs 2

N I

N N

I N

1 N

N 1

N 2

N N

1 N

N 1

N N

N Act Y

Y Y

Y 1

PSO15OR 300 AN300 Product No: 956-200-10 Rev: 012 ECN: 8CR Drawing Number:

Item No.

Product Number 185-3853 343021 92-1000-415A 185-3851 185-3890 185-3892 185-3894 185-3906 92-1020-251A 19-62 21-2092 21-2093 21-2101 21-2104 21-2108 21-2113 E8-99 QPADEVO011

ASSEMBLY, MAIN PC 1E Inovision Radiation Measurements, LLC Product Structure DrawingNo.

Siz Description NONE PN

RESISTOR, 10 OHM, 1/4W, 1%

Loc: R50-53,58,60,69,77,78

RESISTOR, 3.01K,

.25W, 1%

Loc: R3,4,5

RESISTOR, 1.5K,

.25W, 2XMF Loc: R13,14

RESISTOR, 866,

.25W, 1%, MFF Loc: R63

RESISTOR, 100, 1/8W, 1%, MFF Loc: R65,73,74,42,P4446,49,64

RESISTOR, 1K, 1/4W, 1%, MFF Loc: R12,55-57,66,76,79,81,91,95,103

RESISTOR, 49.9K,

.25W, 1%, MFF Loc: R41,43,47,48

RESISTOR, 3.32K,

.25W, 1%, MFF Loc: R18,31,36

RESISTOR, 51, 1W, 5%, CARBON Loc: R54

FUSE, 50MA 125V, PLASTIC CASE Loc: Fl CAPACITOR,

.01 UF, 1OOV Loc: C10,11,16-19,38 CAPACITOR, 10 PF, 300V Loc: C28,31 CAPACITOR, 6.8 UF, 35V Loc:

C2 CAPACITOR, 100 PF, 300V Loc: C29,34 330PF CAPACITOR 100V Loc: C5,35 PN

.1UF CAPACITOR, IOOV Loc: C39 Quantity 9.000 3.000 2.000 1.000 8.000 11.000 4.000 3.000 1.000 1.000 7.000 2.000 1.000 2.000 2.000 1.000 EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA ECN 1419 1590 9CR26-99 1590 1590 1590 1590 1590 1590 1590 1590 1590 1590 1590 1205 1372 5/29/01 11.14.04 PAGE Rev Obs 1

N N

5 N

N N

1 N

N N

2 N

N N

N 1

N N

1 N

2 N

Act Y

Y Y

Y 2

PSO15OR 300 AN300 Product No: 956-200-10 Rev: 012 ECH: 8CR8-99 Drawing Number:

Item No.

Product Number Draw 21-976 L

30-90 L

33-139-16 L

33-139-28 L

33-139-40 NONE L

92-4094 L

92-4083 fL 67-71' L

"67-76-10 67-7 L

67-76-2 67-7 L

'67-76-6 67-7

_L

'67'77-6 67-7 L

67-85-8B L

92'1060-3A L

92 1061-IA 92-1061-2A L

921612 QPADEVO011

ASSEMBLY, MAIN PC 1E Inovision Radiation Measurements, LLC Product Structure ingNo. Siz Description CAPACITOR, 100 UF,

lOV, 20%

oc*

oc:ý oc:

oc:

C9 J6

,U14 U23 PH U15 oc:, U75 oc: U21 oc: J3 6-TAB C

oc: J5 6-TAB C

oc: J9 6-TAB C

oc:.,J2 7-TAB C

oc: Jli oc: J4,8 oc: RN3 oc: RN1 oc: RN2,4

SOCKET, COAX, SUB-MINIATURE

SOCKET, I.C.,

16 PIN, PCB MNT

SOCKET, IC, 28 PIN, PCB MNT

SOCKET, I.C.,

40 PIN, PCB MNT CMOS 8 DIGIT LED DRIVER I.C.,CDM6264,RAM,8K X 8 CMOS CONNECTOR, 50 PIN, STR HDR, F

CONNECTOR, MALE STR.

SQ.

POST CONNECTOR, MALE STR.

SQ. POST "CONNECTOR',' MALE STR. 'SQ.

POST CONNECTOR, MALE STR.

SQ.

POST CONNECTOR, 8 PIN,RT ANG'HDR,H

NETWORK, RESISTOR, 4.7K OHMS

NETWORK, RESISTOR, 1K, 1W, 2%

NETWORK, RESISTOR, 4.7K Quantity 1.000 EA 1.000 EA 1.000 EA 1.000 EA 1.000 EA 1.000 EA 1.000 EA 1.000 EA 1.000 EA 1.000 EA 1.000 EA 1.000 EA 2.000 EA 1.000 EA 1.000 EA 2.000 EA ECN 1590 1590 1590 1213 1776 1590 1590 1590 1585 1585 1585 1585 1590 1590 1590 1590 5/29/01 11.14.04 PAGE Rev Obs Act 1

N Y

N I

N N

3 N

I N

7 N

4 N

2 N

1 N

2 N

3

ý ý I I

PSO15OR 300 AN300 Product No: 956-200-10 Rev: 012 ECN: 8CR8-99 Drawing Number:

QPADEVO011

ASSEMBLY, MAIN PC 1E Inovision Radiation Measurements, LLC Product Structure 5/29/01 11.14.04 PAGE Item No.

Product Number 92-1062-2492A 92-1062-24R9A 92-1062-5762A 92-1062-8661A 92-1062-9090A 92-1062-9091A 92-1062-9531A 92-2003-IOA 92-2003-15A 92-2003-5A 92-2003-7A 92-2003-9A 92-3000-21 92-3012-A 92-4009-5A 92-4009-6A DrawingNo. Siz Description

RESISTOR, 24.9K,

.25W, 1%

Loc: R67,70

RESISTOR, 24.9,

.25W, 1%

Loc: R72

RESISTOR, 57.6K,

.25W, 1%

Loc: R24,25

RESISTOR, 8.66K, 1/4W 1V Loc: R26,30

RESISTOR, 909,

.25W, 1%

Loc: R59

RESISTOR, 9.09K,

.25W, 1%

Loc: R7

RESISTOR, 9.53K, 1%

Loc: R17 POTENTIOMETER, 1OK OHM Loc: VR4,5 POTENTIOMETER, 200K OHM Loc:

VR9 POTENTIOMETER, 200 OHM Loc:

VR8 POTENTIOMETER, IK OHM Loc: VR1,2,6,7,10-12 POTENTIOMETER, 5K OHM Loc: VR13 CAPACITOR, 27 PF,

30OV, 5%

Loc: C3,4,6 CAPACITOR, 33 UF Loc: Cl I.C.,

54LS74J Loc: U63,93 I.C.,

54LS532,QUAD OR GATES Loc: U17 4

Quantity 2.000 1.000 2.000 2.000 1.000 1.000 1.000 2.000 1.000 1.000 7.000 1.000 3.000 1.000 2.000 1.000 EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA ECN 1590 1590 1590 1590 1590 1590 1590 1590 1590 1590 1590 1590 1590 1590 1590 1590 Rev Obs 5

N 5

N N

1 N

N N

N 6

N 2

N N

2 N

Act Y

Y Y

Y

PSO1SOR 300 AN300 Product No: 956-200-10 Rev: 012 ECN:

8CR8-99 Drawing Number:

Item No.

Product Number 92-4009-9A 92-4010-lA 92-4010-4A 92-4013-A 92-4020-A 92-4021-2A

'92-4021-3A 92-4621-5A 92-4021-6A 92-4023-A

92-4027-1A 92-4027-3A 92-4027-5A 92-4031-A 92-4036--A 92-4004-B QPADEVO011

ASSEMBLY, MAIN PC 1E DrawingNo.

Siz Description Loc: UlOl Inovision Radiation Measurements, LLC Product Structure Quantity IC, 54LS11J I.C.,

54LS221J Loc: U19 IC,

54LS138J, 16PIN, DIP Loc: U1,2,5,34 I.C.,

54LS240,OCTAL BUFFER Loc: U18,62 NONE A

IC, HIGH SPEED DUAL COMPARATOR Loc:

U91 IC TI SNJ54LS390J Loc: U30-32 I.C.,54LS393,DUAL 4BIT COUNTER Loc: U45,46 I.C., 54LS05,HEX INVERTER Loc: U94 I'.C.',54LS1'4',14 PIN,DIP CERAMIC Loc: U11#102 92-4023-A A

9667 DISPLAY DRIVER Loc: U48 I.C.,

54LS244tOCTAL BUFFER Loc: U12,13,36,40-42,74 IC TI SN54LS273J Loc:,U35,43,44,60,71,72 A

7304 OCTAL TRANCEIVER Loc: U16,73 I.C.,4N25 Loc:$,S1 I.C.,

15611 Loc: U90 I.C.,

124 Loc: UBO,81 ECH 1.000 EA PS 1590 1.000 EA 4.000 EA 2.000 EA 1.000 EA 3.000 EA 2.000 EA 1.000 EA 2.000 EA 1.000 EA 7.000 EA 6.000 EA 2.000 EA 1.000 EA 1.000 EA 2.000 EA PS 1590 1590 1590 1592 1590 1590 1590 1590 1990 1590 1590 1407 1590 1590 PS 1590 5/29/01 11.14.04 PAGE Rev Obs Act N

1 H

2 N

1 N

N Y

Y Y

Y 5

PSO15OR 300 AN300 Product No: 956-200-10 Rev: 012 ECN:

8CR Drawing Number:

Item No.

Product Number 92-4063-A 92-5001-18 92-5001-28 92-6000-2A 92-6001-3A 92-6015-A 92-9036-A 92-9125-Al 92-9126 92-9127 92-9128 92-9129 92-9130 92-9131 92-9155-1 185-3852

8-99 QPADEVO011

ASSEMBLY, MAIN PC 1E Inovision Radiation Measurements, LLC Product Structure DrawingNo.

Siz Description I.C.,

14093B Loc: U96 TAB-DWG C

TRANSISTOR Loc: Q1,2,4,5 TAB-DWG C

TRANSISTOR Loc: Q3 92-6000-2A B DIODES Loc: D8,9 92-6001-3A B

DIODE, 1N4005 GP Loc: D1,10

DIODE, TRANSIENT SUPPRESSOR Loc: D4,6,7

CRYSTAL, 4 MHZ, 113W PACKAGE Loc: CR1 IC 6802,MICROPROCESSOR W/CLOCK Loc: U15 IC MC14511BALD,CERAMIC,LATCH Loc: U50-59 I.C.,

ULS-2803H,

-55/125 DEG C Loc: U61 I.C.,

LM193J,-55 TO 125 DEG C Loc: U92 I.C.,

7524SQ, D/A CONVERTER Loc: U82 B

I.C.,

LS122 Loc: U47 I.C.,

HI TEHP/883 Loc: U1O IC, EE PROM, 64 X 16, SERIAL Loc: U33

RESISTOR, 619, 1/4W, 1%,

MFF Loc: R62 Quantity 1.000 4 000 1.000 2.000 2 000 3.000 1.000 1.000 10.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA ECN 1590 1478 1478 PS 1670 1658 1590 1205 1590 PS 1590 1590 1590 1590 PS 1374 1590 1590 1590 5/29/01 11.14.04 PAGE Rev Obs N

3 N

4 N

1 N

2 N

1 N

2 N

3 N

2 N

N 2

N N

Act Y

Y Y

Y 6

PSO1SOR 300 AN30C Product No: 956-200-1i Rev: 012 ECN:

8CF Drawing Number:

Item No.

Product Number 92-4006-B 1 942-100-11 24 94-212 26 64-1 33 92-4010-12A 48 942-200-13 49 21-2103 81 185-3893 100 92-9042-A 101 92-9041-A 109 92-7003-1A 111 21-2176-1 112 21-2176-2

'113'21-2176-3 114 21-2176-4

,115 105-37-1

,'123 92-'9099-A QPADEVOO11

ASSEMBLY, MAIN PC lE DrawingNo.

Siz Description Loc:

94-212 Loc:

Loc:

PER DWG Loc:

Loc:

D2,3 Inovision Radiation Measurements, LLC Product Structure Quantity I.C.,

113H, REF VOLTAGE DIODE ECN 2.000 EA PS 1590

PCB, PROCESSED, UDR MAIN 1.000 EA UDR MASTER DECODER 1E 1.000 EA U14

PAD, MOUNTING, TRANSISTOR 1.000 EA U95 IC,0070-1H,-2H,-3H 1.000 EA U95 SCHEMATIC, UDR 1.000 EA CAPACITOR, 1 UF, 25V 14.000 EA C20-25P,27,30,32,33,36,37,40,41

RESISTOR, 10K,

.25W, 1%, MFF 15.000 EA R15,16,27,29,32-35,37-40,45,71,28 JUMPER BLOCK 10.000 EA JP2-2,3,JP4-2,3,JPS-2,3,JP6-1,2,JP7-1,2,JP 3 -Cl-5)

CONNECTOR, 36 PIN,

HEADER, M

1.000 EA JP2-JP7,RESET,TP B

TEST JACK 3.000 EA SEE DWG CAPACITOR,

.02 UF, 50V 6.000 EA U17,46,47,63,93,9*4 CAPACITOR,

.03 UF, 50V 11.000 EA U1,10,19,5,52-56,14,59 CAPACITOR,

.03 UF, 50V 9.000 EA U13,18,40,42,44,60,71-73 CAPACITOR,

.03 UF, 50V 2.000 EA U21,23 DJUMPER RIBBON18 COND W/TERM S

ý5.000 EA SEE DWG

TERMINAL, FEED THRU, MINIATURE 2.000 EA SEE DWG 1590 PS 2CR71-92 1590 PS 1590 1590 1590 1590 1590 1590 1445 1590 1590 1590 1590 1590 1590 5/29/01 11.14.04 PAGE Rev Obs Act N

Y 3

N 1

N N

a N

1 N

Y 2

N 2

N N

N 7

Inovision Radiation Measurements, LLC Product Structure Product No: 956-200-10

ASSEMBLY, MAIN PC lE Rev: 012 ECN: 8CR8-99 Drawing Number:

Item No.

Product Number DrawingNo.

Siz Description 124 GT53 TRAVELLER,IULTI-WIRE PC BOARD 125 MSH-6257 TUBINGSILICONE,.251D X.38ID Loc:

.65 INCHES LONG Quantity 1.000 EA

.001 EA ECN 1590 1590 PS0150R 300 AN300 END OF REPORT ***

QPADEVO011 5/29/01 11.14.04 PAGE Rev Obs Act 2

N Y

1 N

Y 8

PSO15OR 300 AN300 QPADEVO011 Product No: 942-200-60

ASSEMBLY, HIGH VOLTAC Rev: 002 ECN: 1379 Drawing Number:

Itemu No.

Product Number DrawlngNo.

Siz Description 341032 18 -3813 341041i 185-1465 185-2400 "185-3892

'185-3855 347521 185-3853 185-2445 343021 185-3827 185-t980-1 "i9-64-1 21'-2o51 21-2101 t

4

RESISTOR, Loc:-, R18,R19

RESISTOR, Loc: R9,R17

RESISTOR, Loc: R13 NONE PN

RESISTOR, Loc: R14,R20

RESISTOR, Loc: R8

RESISTOR, Loc: R15,R1O

RESISTOR, Loc = R4

RESISTOR, Loc:,Rlu, NONE PN 'RESISTOR; Loc: R6,R7

RESISTOR, Loc: R12

RESISTOR, Loc:,R3 NONE PN

RESISTOR, Loc: R16

RESISTOR, Loc: R2

FUSE, 12V Loc: PTC

'CAPACITOR Loc: C2,C3,C4,C5,C6, CAPACITOR Loc: Cl Inovision Radiation Measurements, LLC Product Structure GE BOARD

1OK,

.25W, 1%

4.75K,

.25W, 1%, MFF

lOOK,

.25W, 1%

100 OHMS,.25W, 1%, MF

332,

.25W, 1%

1K, 1/4W, 1%, MFF

475,

.25W, 1%, NFF 7.5K,

.25W, 1%

10 OHM, 1/4W, 1%

150,

.25W, 1%

3':01K,

.25W, 1%

61.9K,.25W, 1%

lOOM/lOOK, IW,I1%

S5A, (NO LOAIJ)RESET p.01 UF, 3KV 6.8 UF, 35V Quantlty' 2.000 EA 2.000 1.000 2.000 1.000 2.000 1.000 1.000 1.000 2.000 1.000 1.000 1.000 1.000 1.000 5.000 1.000 EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA ECH 1

1590 1590 1590 1913 1590 1590 1590 9CR57-99 1419 1590 1590 1419 1590 1590 1590 1590 5/29/01 11.14.15 PAGE Rev Obs Act 1

N Y

N 1

N I N N

I N N

2 N

I N

N I

N N

1 1

1 N

N N

1

PSO15OR 300 AN300 Product No: 942-200-6(

Rev: 002 ECH:

137 Drawing Number:

Item No.

Product Number 21-2103 21-2119 21-2134 21-2178-680 21-815 23-203 52-350-1 67-84-8B 88-10 92-2003-8A 92-4004-B 92-5001-IB 92-6001-3A 92-9107-A 942-200-63 1 942-100-61 2 14-161 QPADEV0011 Inovision Radiation Measurements, LLC Product Structure

ASSEMBLY, HIGH VOLTAGE BOARD DrawingNo.

Siz Description CAPACITOR, 1 UF, 25V Loc: C9,C1O,Cll,C12 CAPACITOR,

.1 UF, 200V Loc:

C8 CAPACITOR, 820 PF,

200V, 10%

Loc: C7 CAPACITOR, 68 UF,

16V, 20%

Loc: C14 CAPACITOR,

.002 UF,

1000V, 20%

Loc: C13 TRANSISTOR,

TIP121, DARLINGTON Loc: Q2

DIODE, RECTIFIER, HIGH VOLTAGE Loc: D1,D2,D3,D4 CONNECTOR, 8 PIN RT ANG HDR, F

Loc: J8

COMPOUND, THERMALCOTE Loc: Q1 POTENTIOMETER, 2K OHM Loc: R5 I.C.,

124 Loc: Ul TAB-DWG C

TRANSISTOR Loc: Q3 92-6001-3A B

DIODE, 1N4005 GP Loc: D5,D6

HEADER, STRAIGHT POST, 4 PIN Loc: JI SCHEMATICt NIGH VOLTAGE BRD-1E HIGH VOLTAGE BR*D, PROCESSED TRANSFORMER, PROCESSED Loc: TI Quantity 4.000 1.000 1 000 1.000 1.000 1.000 4 000 1.000

.000 1.000 1.000 1.000 2.000 1.000

.000 1.000 1.000 EA EA EA EA EA EA EA EA Oz EA EA EA EA EA EA EA EA ECN 1590 1590 1590 1OCR4-99 1590 1590 1590 1590 1590 1590 PS 1590 1478 1658 1590 1590 1590 1590 5/29/01 11.14.15 PAGE Rev Obs 1

N 1

N N

1 N

N N

2 N

N N

3 N

4 N

N 1

N N

N Act Y

Y Y

Y 2

a 0

F9

PSO150R 300 AN300 QPAE Product No: 942-200-60 ASSEM Rev: 002 ECH:

1379 Drawing Number:

Item No.

Product Number DrawingNo.

5 92-5011-2A Loc: 01 8 92-6038-A Loc: D7 11 26-8-1 Lac: lNV 29 MSB-O085 Loc: Fl 33 88-1 Loc: Q1 35 92-7003-IA PER DWG Loc:

IV 37 33-140-1 Loc: q3 39 5-182 NONE Loc: 01 40 5-850 L oc: q1 41 5-833 Loc: 01 45 64-8 Loc: D7, 46 5-296 Loc: TI 47 VT1

)EVOOI1 Inovision Radiation Measurements, LLC Product Structure

IBLY, HIGH VOLTAGE BOARD Siz Description TRANSISTOR, MJE803

DIODE, LM13611-2.5/883B TERMINAL,INSULATED PC BD-PRESS OUT

WIRE, SOLID, 22 AWG, BARE "HEAT

SINK, USE W/PLAS POWR PKG B

TEST JACK TEST,GND

SOCKET, 1 CONT-4 COMMON ITEMS PN SCREW,HACH,PAN HEADPHILLIPS,

NUT, HEX, 4-40, SS, SM

WASHER, FLAT, 4,

SS

SPACER, MOUNTING, 3 LEAD TO-18 Q3

SCREW, MACHI, PH, 6-32 X.75, TRAVELLER FOR ASSY & TEST VERI Quantity 1.000 1.000 1.000

.000 1.000 2.000 5.000 1.000 1.000 1.000 2.000 1.000 1.000 EA EA EA FT EA EA EA EA EA EA EA EA EA ECN 1590 1590 1590 1590 1590 1445 1590 1337 1590 1590 1590 1590 1590 5/29/01 11.14.15 PAGE Rev Obs 2

N 2

N 1

N I

N N

2 N

N I

N N

N 1

N N

2 N

Act Y

Y Y

N* END OF REPORT ***

3

8:22:15 300 TODAY:

5/30/96 F

T: 942-100-35A ITEM NBR.

PART NUMBER 0

36-e6 0

67-79-6 0

MSB-0071-2 0

MSB-0071-3 0

MSB-0071-6 0

MSB-0071-9 0

SM-2202 VICTOREEN, INC.

COMPONENT BILL OF MATERIAL DESC: HARNESS,POWER SUPPLY TO PCB DESCRIPTION QUANTITY

TERM, LUG,

CRIMP, 22-16,

6-8 6.000 LOC:

CONNECTOR, 6 PIN, CABLE HDR, F

1.000 LOC:

WIRE, HOOK-UP, 18 GA, BLACK

.000 LOC:

WIRE, HOOK-UP, 18 GA,

RED, TFE

.000 LOC:

WIRE, HOOK-UP, IB GA, LT BLUE

.000 LOC:

WIRE, HOOK-UP, 16 GA, ORANGE

.000 LOC:

SLEEVE, SPIRAL-WRAP

.06"-.5"OD

.000 LOC:

REV:

ECN:

EA EA FT FT FT FT FT PAGE A

1 ECN 3JR18...

3JRIB.

3JRI8...

3JR18....

3JRIE...

3JRIB...

33RI8....

8:22:26 300 TODAY:

5/30/96 3T: 942-100-35B ITEM NBR.

PART NUMBER 1

MSB-0072-3 2

MSB-0072-4 3

MSB-0072-5 4

MSB-0072-7 5

MSB-0072-B 6

MSE-O0720-11 7

67-78-6 VICTOREEN, INCi COMPONENT BILL OF MATERIAL DESC: HARNESS.MAIN PCB TO RELAY BOAR REV:

ECN:

DESCRIPTION QUANTITY WIRE. HOOK-UP, 22 AWG, RED

.330 FT LOC:

WIRE, HOOK-UP, 22 AWG, GREEN

.330 FT LOC:

WIRE, HOOK-UP, 22 AWS, YELLOW

.330 PT LOC:

WIRE, HOOK-UP, 22 AWG, BLUE

.330 FT LOC:

WIRE, HOOK-UP, 22 AWG, BROWN

.330 FT LOC:

WIRE.

HOOK-UP.

22 AWG.

VIOLET

.330 FT LOC:

CONNECTOR,

6PIN, CABLE HDR, 2

2.000 EA LOC:

PACE I

B 3CR1 I-90 ECN 3CR19-9(

3CRIO-9(

3CR 9-9C 3CR I Q-qr 3CRIq-9C 3CR !9-9c 3CR1 7-9C

2:22:39 300 TODAY:

5/30/96 3T: 942A-JO0-35C ITEM NBR.

PART NUMBER 1

MSB-0072-37 2

MSB-0C72-39 3

MSB-0072-39 4

MSS-0072-40 5

MSB-0072-41 6

MSE -0072-42 7

MS2-0072-43 3

MSB-0072-44 9,

10 12 67-7S-10 67-E7-i S SM-2202 67-co VICTOREEN, INCa COMPONENT BILL OF MATERIAL DESC: HARNESS.

MAIN PCB/ANALOG OUT DESCRIPTION OUANT

WIRE, HOOK-UP.

22 AWG.

YEL/VIO LOC: 5"

WIRE, HOOK-UP.

22 AWG, YEL/WHT LOC: 5"

WIRE, HOOK-UP, 22, YEL/BLK/BRN LOC: 5" WIRE.

HOOK-UP, 22, YEL/BLK/RED LOC:

51" WIRE.

HOOK-UP, 22, YEL/BLK/ORN LOC: 5" WIRE.

HOOK-UP.

22, YEL/BLK/GRN c

LOC: 5"

WIRE, HOOK-UP.

22, YEL/BLK/BLU c

LOC:

10" WIRE.

HOOV-UP,

22.

YEL/BLK/VIO

.0 LOC:

1C'"

CONNECTOR.

10 PIN CABLE HDR.

LOC:

!NSEPT. CONNECTOR.F.2L-2" WIRE 2.0 LOC :

SLEEVE.

SPIRAL-WRAP

.0C="-.5"OD 1.0 LOD

. 5" CONNECTDPS.

SEL==-STRIPmIN.

Z.0 LOD:

ITY 001 001 001 X) 0 O1

)0l PAGE 1

REV: BI ECN: 9CR5-90 ECN FT 9CRS-90 FT FT 0.1

=T C00 EI

'00 -7

)00 EA 9CR5-90 9CR5-90 PCR5-90 9CR5-P0 9CR5-90' 9CR5-90 9CR5-90 6JR1 -96 9CR5-87 9CR5-97 qcP5-S7

8:22:51 300 TODAY:

5/30/96 "RT: 942-100-35D ITEM NBR.

PART NUMBER 1

MSB-0071-3 2

MSE-0071-9 3

MSB-0071-2 4

SM-2202 5

36-86 6

67-83-2S VICTOREEN, INCI COMPONENT BILL OF MATERIAL DESC: HARNESS.DETECTOR POWER SUPPLY DESCRIPTION QUANTITY

WIRE, HOOK-UP, 18 GA,

RED, TFE

.000 LOC:

WIRE.

HOOK-UP.

18 GA, ORANGE

.000 LOC:

WIRE, HOOK-UP, lB GA, BLACK

.000 LOC:

SLEEVE, SPIRAL-WRAP.06"-.5"OD

.000 LOC:

TERM.

LUG.

CRIMP, 22-16.

6-8 3.000 LOC:

CONNECTOR INSERT.F.18-16 WIRE 3.000 LOC:

REV:

ECN:

FT FT FT FT E A EA PAGE B1 I

ECN I ICRIT-F 1 1CRI3-E 1 1CRI3-E II CR13-E 11 CR13-E I1CR: 7-E

B:23:02 300 TODAY:

5/30/96 "7T: 942-100-35E ITEM NBR.

PART NUMBER 1

MSB-0072-4 SMSB-0072-2 MSB-0072-1 a

67-83-1P 67-B3-IS 3&--.6 7

6*.-*

.ICTOREEN.

INC.

COMPONENT BILL OF MATERIAL DESC: HARNESS DESCRIPTION WIRE. HOOK-UP, 22 AWG, GREEN LOC:

WIRE.

HOOK-UP, 22 AWG, BLACK LOC:

WIRE, HOOK-UP.

22 GA, WHITE LOC:

INSEERT.CONNECTOR.M,24-20 WIRE I D,P" INSERT.CONNECTOR.F. 2*-20 WIRE LOC:

TERM.

LUG.

CRIMP.

22-16.

6-B F*. CABLE,7.3".#JIo SCREW 0._O- :

QUANTI TY

.001

.00i

.001

2. 000 1.000

.. 00C' or-00 PAGE 1

REV:

C ECN:

10CR10-P4 ECN FT 5CRI1-94 FT 5CRI7-94 FT 5CRi.-Qi EA 5CP14-o4 EA I OL-R!

-1:,

15:52:19 300 TqDAY:

5/29/96 RT: 948-1 ITEM NBR.

PART NUMBER VICTOREEN, INC; COMPONENT BILL OF MATERIAL DESC: CHASSIS ASSY,

UDR, 3 BAY, 3.5" REV:

A ECN:

DESCRIPTION QUANTITY PAGE ECN 0

948-1-5 ASSY..3 BAY CHASSIS LOC:

1.000 EA BM 14033...

6:24:06 300 TODAY:

5/30/96

'RT:

948A-2-5 ITEM NBR.

PART NUMBER 1 948A-2-6 2

842-1-51 3

948-2-4 4

5-552 5

5-838 6

5-637 7

5-B53 VICTOREEN, INC.

COMPONENT BILL OF MATERIAL DESC: ASSY, BLANK FRONT PANEL DESCRIPTION QUANTITY PROCESSED BLANK FRONT PANEL 1.000 LOC:

FASTENER PAWL 1.000 LOC:

BRACKET 2.000 LOC:

USE 5-549

-4.000 LOC:

WASHER, FLAT.

6, SS 4.000 LOC:

WASHER.

SPLIT, 6,

SS 4.000 LOC:

NUT.

HEX, 6-32.

SS A.000 LOC:

PAGE A

REV:

ECN:

EC.N 6JR1-86 6JRI-86 6JRI-86 6JRI-86 63 R!-86 6JRI-86 6JR1-86 EA EA EA EA EA I

8:24:15 300 TODAY:

5/30/96

"- RT: 949-10 ITEM NBR.

PART NUMBER 0

94S-10-5 VICTOREEN, INC.

COMPONENT BILL OF MATERIAL DESC: ADAPTER UDR/RACK CHASSIS DESCRIPTION ADAPTER UDR

/

RACK CHASSIS LOC:

PAGE:

1 REV:

A ECN:

QUANTITY ECN 1.000 Ea BM 23R5-87

Appendix D. - Coaxial Cable Termination Instructions The procedures/instructions in Appendix D are provided for your reference. Victoreen may purchase BNC connector 30-4 from AMP, Inc. or Amphenol. Before beginning the BNC assembly procedure, verify the connector supplied with your UDR and use the appropriate assembly procedure. The high voltage connector is a Kings MHV connector (Victoreen part number 30-92-1).

Also included in this appendix is the (CPC) assembly procedure.

Document Amphenol BNC-18 Amphenol BNC-19 AMP, Inc. IS 6917 AMP, Inc. IS 7593 Kings CP-1000 Description UG Standard BNC Coaxial Connectors Assembly Instructions Improved BNC Coaxial Connectors Assembly Instructions AMP Coaxial 50-Ohm RF Series BNC Connectors Assembly Instructions AMP Circular Plastic Connectors (CPC) Assembly Procedure.

MHV Cabling Procedure 11-1

Appendix E. - Supplemental Data (customer specific)

Appendix E contains all technical information pertaining to a specific UDR part number or modification. If the basic UDR was ordered, then this section will not contain any information.

NOTE If you need additional copies of drawings or other technical Information, please contact the Victoreen Customer Service Department at (216) 248-9300 for assistance.

12-1

Radiation-Measurements 34 *Model 848=8A 10 mCi Field Calibrator, Operator'8slnstrUction Man al 3/4 3

1 Contains Installation, Operation, and Maintenance Service Information for the Model 848-8A 10 mCi.Field Calibr-ator-

WARRANTY This instrument with its accessories is warranted by INOVISION RADIATION MEASUREMENTS, against defects in materials and workmanship for a period of one year from the date of original shipment.

During the warranty period, INOVISION will repair or, at its option, replace, at no charge, an instrument containing such defect, provided that it is returned, transportation prepaid, to the INOVISION repair facility. Instruments repaired in warranty will be returned transportation prepaid within the United States.

In addition, the calibration of each instrument is warranted to be within its specified accuracy at the time of shipment. If an error in this initial calibration is discovered, the instrument will be recalibrated at no charge, provided it is returned as described above. This does not apply to any calibration deviation that may result from normal use.

There are no warranties, expressed or implied, including without limitation any implied warranty of merchantability or fitness, which extend beyond that description on the face hereof. This express warranty excludes coverage of and does not provide relief for incidental or consequential damages of any kind or nature, including but not limited to loss of use, loss of sales or inconvenience. This exclusive remedy of the purchaser is limited to repair, recalibration, or replacement of the instrument at INOVISION'S option.

This warranty does not apply if the product, as determined by INOVISION, is defective because of normal wear or accident or misuse, or as a result of service or modification by other than an authorized INOVISION repair facility. This warranty is void if the unit is subjected to temperatures above 55°C, or contaminated with radioactive material.

"Radiation Measurements 6045 Cochran Road

Cleveland. Ohio 44139 -US A

1-800-850-4608 440-248-9300

Fax 1-440-34(.-2307 ° www in mision corn

Section 1 GENERAL INFORMATION

1.1 INTRODUCTION

This device is intended solely to provide a radiation field.

It should be used only by persons who have been trained in the proper interpretation of its results and in the appropriate safety procedures to be followed in the presence of radiation.

The Model 848 Field Calibrator is a portable, self-contained fixture for on-site constancy checks of the monitors shown in Table 1-1. A sealed radiation source combined with repeatable location of source and detector in the fixture assures the consistency of the results. The source is encapsulated in welded stainless steel and secured inside a rotating section of the source shield. By rotating the section, one can bring the source to a position where the radiation from the source passes through an exit hole in the shield to irradiate the detector. The rotating section is spring loaded to return to the closed position, and the mecharical interlocks prevent removal of the detector until the rotating section is in the closed position. These safeguards help to minimize the operator's exposure to radiation.

Table 1-1. Monitors t

Victoreen Model Number Description 845 Area Monitoring System Consists of the Model 846-senes Readout and 847 series Ion Chambers 855 Area Monitoring System Consists of the Model 856-series Readout and 857 series GM Tube Detectors 955 Area Monitoring System Consists of the Model 956-series Ratemeter and "897-series GM Tube Detectors Gamma Guard Area Monitoring System 828-series GM Tube Area Monitor High Pressurized ]on Chamber Area Monitoring Consists of the 58-33 High Pressurized Ion System Chamber, 977-210-95-M I Preamplifier and 946 series Ratemeter 945 Area Monitoring System Consist of the 977-210 or 977-201 Detector/Preamplifier and 946-series Ratemeter Model 848-M IV mCi Field Calibrator 1-1 Model 848-8A IO rCi Field Calibrator 1-1

Section I GENERAL INFORMATION 1.2 SPECIFICATIONS General specifications for the field calibrator are shown in Table 1-2.

Field Calibrator Table 1-2. Field Calibrator' Dimensions 13 1/4" x 8 7/8" x 6 5/8" (33.6 cm x 22.5 cm x 16.8 cm)

Weight 24 lb. (11 kg)

Source Nominal 10 mCi of 137 Cs sealed in welded stainless steel capsule (Amershamn Model x7)

Source Code Amersham CDC.705 Radiation Levels - External Closed Position <2 mR/h at 1 ft. (0.3 m)

(Front without detector)

Open Position 10 mR/h at 2 ft. (0.61 m) 0.5 mR/h at 10 ft. (3.04 m)

Radiation Levels - Internal Closed Position

-5 mR/h*

(Detector Well)

Intermediate Position -50 mR/h*

Open Position

-500 mR/h*

Safety Features I Shielding encased in steel and brass

2. Radioactive source mounted in steel

3. Shield spring-loaded closed by redundant helical spring

4. Shield locked in closed position by key lock

5. Interlock prevents locking shield open

6. Key assembly locks detector in place until the shield is closed and locked

Exact levels are supplied with each field calibrator Optional Calibration Adapters

1. 848-8-105

2.

848-8-400

3.

848-8-808

4.

848-8-5830 Used with the 857 and 897 series GM detectors.

Used with the 857 and 897 series stainless steel GM detectors. Must be used with 848-8-105 Adapter.

Used with the 828 series Gamma Guard Monitor. Must be used with 848-8-105. To order both adapters, use Victoreen model number 848-8-828.

Used with 58-33 series High Pressurized Ion Chambers. Must be used with 848-8-105. To order both adapters, use Victoreen model number 848-8-5833.

Model 848.8A 10 mCt Field Calibrator I -od

Section I GENERAL INFORMATION 1.3 EQUIPMENT OVERVIEW Physical Description The field calibrator, Model 848-8, consists of a fixed shield section, a cylindrical revolving shield section, a source, a revolving mechanism, a framework,-an interlock, and a key lock.

Shield Section, The shield section is ia stationary lead shield. The source capsule is located at the center of the shielding when the calibrator is in the closed position. The shape of the shield provides a minimum of 2 inches of 4 n1 lead shielding for the source. The shield section is encapsulaied in a steel case.

Cylindrical, Revolving Shield Section The cylindrical revolving shield section is a lead shield that is approximately 2 inches in diameter with the encapsulated source cohtained in the cylinder wall midway between the end caps. The axis of the cylinder is transverse to the field calibrator body. The cylinder rotates over an angle of 1800 with positive stops at each end of the rotation. Return springs hold the cylinder in the rest position and can only be rotated to the open position by applying a torque on' the lever located at one end of the cylinder's stub shafts.

Source The 137Cs source is contained in a hermetically sealed stainless steel capsule. The capsule is 'contained in a source capsule holder which is solidly mounted to the wall of the cylindrical revolving shield section so that the capsule will not be dislocated from its shielding in the event that the calibrator is exposed to temperatures above the melting point of lead. Access to the source capsule is provided by an access hole through the shield jacket.

Revolving Mechanism Stub shafts extend through the side walls of the calibrator's framework and along the cylindrical revolving.

shield section's axis of rotation. A lever is attached to one end of the stub shaft. The lever on the side of the 848-8 gives a visual indication of the source position in the calibrator. It also provides alignment for the source in the "CLOSED", "INTERMEDIATE", or "OPEN" positions.

Housing The shield section and the revolving mechanism are housed in a steel enclosure, The front end of the enclosure has a circular cut-out used for insertion of the detector. Carrying handles are located at both ends of the calibrator.

Interlock The interlock is composed of a cam on the key assembly. When the key is turned to the "INTERMEDIATE" or "OPEN" position, the cam prevents removal of the detector. A key guide on the 848-8-105 adapter is utilized.

KeyLock A key lock is provided to lock the calibrator in the closed position when it is not in use. It can be locked and the key removed only when the source is in the fully closed position. The key should be in the key lock only when the calibrator is being used to perform calibration. An extended key (848-8-3085-1) is provided for use with the Model 977 Series detectors.

MoaLetoqa-m JUm tn cld Calibrator 1-3

Section I GENERAL INFORMATION 1.4 PROCEDURES, WARNINGS, AND CAUTIONS The equipment described in this manual is intended to be used for the detection and measurement of ionizing radiation. It should be used only by persons who have been trained in the proper interpretation of its readings and the appropriate safety procedures to be followed in the presence of radiation.

Although the equipment described in this manual is designed and manufactured in compliance with all applicable safety standards, certain hazards are inherent in the use of electronic and radiometric equipment.

WARNINGS and CAUTIONS are presented throughout this document to alert the user to potentially hazardous situations. A WARNING is a precautionary message preceding an operation which has the potential to cause personal injury or death. A CAUTION is a precautionary message preceding an operation which has the potential to cause permanent damage to the equipment and/or loss of data. Failure to comply with WARNINGS and CAUTIONS is at the user's own risk and is sufficient cause to terminate the warranty agreement between Inovision Radiation Measurements and the customer.

Adequate warnings are included in this manual and on the product itself to cover hazards that may be encountered in normal use and servicing of this equipment. No other procedures are warranted by Inovision Radiation Measurements. It shall be the owner's or user's responsibility to see to it that the procedures described here are meticulously followed, and especially that WARNINGS and CAUTIONS are heeded.

Failure on the part of the owner or user in any way to follow the prescribed procedures shall absolve Inovision Radiation Measurements and its agents from any resulting liability.

Indicated battery and other operational tests must be performed prior to each use to assure that the instrument is functioning properly. If applicable, failure to conduct periodic performance tests in accordance with ANSI N323-1978 (R1983) Radiation Protection Instrumentation Test and Calibration, paragraphs 4.6 and 5.4, and to keep records thereof in accordance with paragraph 4.5 of the same standard, could result in erroneous readings of potential danger. ANSI N323-1978 becomes, by this reference, a part of this operating procedure.

1.5 MANUAL ADDENDA Any improvements or changes concerning the instrument or manual will be explained in an addenda included with the manual. Be sure to note these changes and incorporate them into the manual.

1.5 CUSTOMER SERVICE/TECHNICAL ASSISTANCE Should ybur instrument require service, we request that you consult the Inovision Nuclear Power Systems Department at 1-800-850-4608, Ext. 3643 or 3645, 1-440-542-3643, Fax: 1-440-349-2307, or E-mail:

systems@inovision.com.

More information concerning the operation and application of your instrument may be obtained from the applications engineer.

1-4 Model 848-8A JO mCi Field Calibrator 1"4.

Model 848-8A 10imCi Field Calibrator

Section 2 OPERATION 2.1 OPERATION Field Calibrator 848-8 contains a radioactive source of approximately 10 millicuries of 137 Cesium. Potential radiation exposure to an operator working with the calibrator in-the approved manner is less than 0.1 mR per minute.

While this level is well within safety standards for short term exposure, prudence would dictate minimizing" exposure as much as possible.

In addition, take all necessary precautions to avoid unnecessary radiation of bystanding or passing personnel.

WARNING Radiation from the open end of the field calibrator is much higher than from-the sides and back. The following procedure in which this calibrator is used must be carried out under the supervision of a cognizant radiation safety officer or health physicist.

I CA~iTION To avoid spurious alarms, organize and orient the calibrator so that other nearby monitors are not activated by radiatin6 from the open end of the field calibrator.

INOTEI In order to expedite the following procedure, it is wise to determine in advance the pOes'ent levels of radiation and equivalent readout voltage at OPEN, INTERMEDIATE, and CLOSED positions of the field calibrator.

If the,,,

detector and readout module are far apart, it may be helpful to have'two operators,one ateach station, equipped with walkie-talkies, field phones, or other type of rapid communication.

Mo elMo.l.4.........

Feld....

b.aor...

Model Model 848-8A4 10 mi Field Cahibrator 2-1

Section 2 OPERATION 2.2 OPERATION WITH 847 SERIES DETECTORS (845 Area Monitoring System)

1. Remove the detector from the mounting bracket.

2. For convenience, the field calibrator can be mounted in the detector's mounting bracket by utilizing the bracket key mounted on the side of the field calibrator.

3. Insert the detector into the field calibrator.

4. Turn on the power to the monitoring channel. Allow 15 minutes to warm up.

5. Take a calibration reading of the channel. This is the calibration reading for the "CLOSED" position of the field calibrator.

I ZNOTE Stand behind the calibratorwhen performing the following steps. The radiation field present during these steps can be hazardous to plant personnel.

6. Insert the key supplied with the field calibrator into the key lock of the same calibrator.

7. Turn the key to the halfway position and rotate the lever on the side of the calibrator until a stop is felt.

This is the "INTERMEDIATE" position of the calibrator.

8. Take a calibration reading of the channel.

9. Turn the key fully open and turn the lever completely to the open position. This is the "OPEN" position of the field calibrator.

10. Take a calibration reading of the channel.

11. Return the lever to the "CLOSED" position.

12. Turn the key to lock the calibration fixture. This will also release the detector from the calibrator.

13. Compare the calibration readings with the decay chart provided with the field calibrator. If the chart is unavailable then perform the following equation to determine the expected radiation reading (rate).

Current mRlhr = R x e (-06931(12 - 11Y301)

Where:

R

= Original or baseline rate provided with the field calibrator in mR/h.

t2 - tl

= Elapsed time in years between the original rate and the current date.

NOTE I

This calculation is based on a 30 year Cesium 137 half-life.

14. A more precise calibration can be made by reading the voltage across the detector/pre-amplifier's output. To obtain this voltage reading, connect a digital volt meter's (DVM) positive lead across resistor I (RI) and the negative lead across resistor 2 (R2), located on the main circuit board of the 846 series readout module.

15. Perform Steps 3 through 12 mentioned above.

Model 848-8A OrmCi Field Calibrator

.°g.

Section 2 OPERATION

16. Using the decay curve supplied with the calibrator or the calculated expected reading, perform the equation listed below. This eqhation Will enable the operator to determine the desired detector/pre amplifier output voltage for a given dose rate.

V =n + (0.111)p Where:

V = The detector/pre-amplifier output in volts.

p = R/I10o R = Radiation dose rate in mR/h.

n = Numerical order of the decade.

For example:

0.1 to 0.999 mR/h 1 to 9.99 mR/h 10 to 99.9 mR/h 100 to 999.9 mR/h 1,000 to 9,999.9 mR/h 10,000 to 99,999.9 mR/h 10 to 999,999 mR/h 106 to 9,999,999 mR/h

= Zero decade

= I st decade

= 2 nd decade

= 3 rd decade

= 4 th decade

= 5 th decade

= 6 th decade

= 7 th decade NOTE The above equation is only valid for dose rates above 0.1 mR/h.

17. The readings taken in Step 15 should correspond to the calculated reading.

18.,Remove the detector from the calibrator.

19. If the detector wall mounting was used to support the calibrator, remove the calibrator from the mounting.

20. Store the calibrator in a shielded area. This area should be labeled as storing radioactive material.

21. If the detector channel has met all the criteria set forth then return the channel to operation. If the detector has not passed the criteria set forth then return the unit to Inovision Radiation Measurerfients forservicing.

Model Model 848.8A JOmCi Field Calibrator

.2-3

=0

= 1

=2

-3

-4

-5

-6

-- 7 Model Model1848-8A lO mCi Field Calibrator 2-3

Section 2 OPERATION 2.3 OPERATION WITH 857 SERIES DETECTORS (855 Area Monitoring System)

1. Remove the detector from the mounting bracket.

2. For convenience, the field calibrator can be mounted in the detector's mounting bracket by utilizing the bracket key mounted on the side of the field calibrator.

3. Insert the field calibrator detector adapter model number 848-8-105 or model number 848-8-400 into the field calibrator.

4. Insert the detector into the field calibrator detector adapter.

5. Turn on the power to the monitoring channel. Allow 15 minutes to warm up.

6. Take a calibration reading of the channel. This is the calibration reading for the "CLOSED" position of the field calibrator.

I NOTE Stand behind the calibratorwhen performing the following steps. The radiation field present during these steps can be hazardous to plant personnel.

7. Insert the key supplied with the field calibrator into the key lock of the same calibrator.

8. Turn the key to the halfway position and rotate the lever on the side of the calibrator until a stop is felt.

This is the "INTERMEDIATE" position of the calibrator.

9. Take a calibration reading of the channel.

10. Turn the key fully open and turn the lever completely to the open position. This is the "OPEN" position of the field calibrator.

11. Take a calibration reading of the channel.

12. Return the lever to the "CLOSED" position.

13. Turn the key to lock the calibration fixture. This will also release the detector from the calibrator.

14. Compare the calibration readings with the decay chart provided with the field calibrator. If the chart is unavailable then perform the following equation to determine the expected radiation reading (rate).

Current mR/hr = R x e 1693(2 - tl)1301)

Where:

R

= Original or baseline rate provided with the field calibrator in mR/h.

t2 - tl

= Elapsed time in years between the original rate and the current date.

Model 848-8.4 I mCi Field Calibrator 2"-4.

Section 2 OPERATION NOTE This calculation is based on a 30:year Cesium 137 half-life.

15. A more precise calibration can be made by reading the voltage across the computer output of the readout module. To obtain this voltage reading, connect a digital voltmeter (DVM) leads to the computer output of the 856 readout module.

16. Perform Steps 3 through 13 mentioned above.

17. Using the decay curve supplied with the calibrator or the calculated expected reading, perform the equation listed below. -This equation will enable the operator to determine the desired detector output voltage for a given dose rate.

V = A(log10R) + B Where:

V

= The computer output in volts.

A

= 0.01 for a 0 to 50 mV computer output voltage span.

0.2 for a 0 to 1.0 V computer output voltage span.

1.0 for a 0 to 5.0 V computer output voltage span R

= Radiation dose rate in mR/h.

B

= 2.0 for detector series 857-10 and 897-210.

1.0 for detector series 857-20 and 897-220.

0 for detector series 857-30 and 897-230.

18. The readings taken in Step 16 should correspond to the calculated reading.

19. Remove the detector from the adapter.

20. Remove the adapter from the calibrator.

21. If the detector wall mounting was used to support the calibrator, remove the calibrator from the mounting.

22. Store the calibrator in a shielded area. This area should be labeled as storing radioactive material.

23. If the detector channel has met all the criteria set forth then return the channel to operation. If the detector has not pa~ged the criteria set f6rth then returm the unit to inovision Radiation Measurements for servicing.

Model Mode! 848.8A 10 mCi Field Calibrator

.2-5 Model Model1848-8A 10 mCi Field Calibrator 2-5

Section 2 OPERATION 2.4 OPERATION WITH 897 SERIES DETECTORS (955 Area Monitoring System)

I. Remove the detector from the mounting bracket.

2. For convenience, the field calibrator can be mounted in the detector's mounting bracket by utilizing the bracket key mounted on the side of the field calibrator.

3. Insert the field calibrator detector adapter model number 848-8-105 or model number 848-8-400 into the field calibrator.

4. Insert the detector into the field calibrator detector adapter.

5. Turn on the power to the monitoring channel. Allow 15 minutes to warm up.

6. Take a calibration reading of the channel. This is the calibration reading for the "CLOSED" position of the field calibrator.

I NOTE Stand behind the calibratorwhen performing the following steps. The radiation field present during these steps can be hazardous to plant personnel.

7. Insert the key supplied with the field calibrator into the key lock of the same calibrator.

8.

Turn the key to the halfway position and rotate the lever on the side of the calibrator until a stop is felt.

This is the "INTERMEDIATE" position of the calibrator.

9. Take a calibration reading of the channel.

10. Turn the key fully open and turn the lever completely to the open position. This is the "OPEN" position of the field calibrator.

11. Take a calibration reading of the channel.

12. Return the lever to the "CLOSED" position.

13. Turn the key to lock the calibration fixture. This will also release the detector from the calibrator.

14. Compare the calibration readings with the decay chart provided with the field calibrator. If the chart is unavailable then perform the following equation to determine the expected radiation reading (rate).

Current mR/hr = R x e(' 613M2 " 11Y)301)

Where:

R

= Original or baseline rate provided with the field calibrator in mR/h.

t2 - tl

= Elapsed time in years between the original rate and the current date.

ii~iOTE This calculation is based on a 30 year Cesium 137 half-life.

15. Remove the detector from the adapter.

16. Remove the adapter from the calibrator.

17. If the detector wall mounting was used to support the calibrator, remove the calibrator from the mounting.

18. Store the calibrator in a shielded area. This area should be labeled as storing radioactive material.

19. If the detector channel has met all the criteria set forth then return the channel to operation. If the detector has not passed the criteria set forth then return the unit to Inovision Radiation Measurements for servicing.

Model 848-8A 10 mCi Field Calibrator C__U

Section 2 OPERATION 2.5 OPERATION WITH 977 SERIES DETECTORS (945 Area Monitoring System) 1.. Remove the detector from the mounting bracket.

2. Insert the detector into the field calibrator detector adapter.

3. Turn on the power to the monitoring channel. Allow 15 minutes to warm up.,

4. Take a calibration reading of the channel. This is the calibration reading for the "CLOSED" position of the field calibrator.

NOTE-]

Stand behind the calibrator when performing the following steps. The radiation field present during these steps can be hazardous to plant personnel.

5.

Insert the key supplied with the field calibrator into the key lock of the same calibrator.

6. Turn the key to the halfway position and rotate the lever on the side of the calibrator until a stop is felt.

This is the "INTERMEDIATE" position of the calibrator.

7. Take a calibration reading of the channel.

8. Turn the key fully open and turn the lever completely to the open position. This is the "OPEN" position of the field calibrator.

9) Take a calibration reading of the channel:

10. Return the lever to the "CLOSED" position.

11. Turn the key to lock the calibration fixture. This will also release the detector' from the calibrator.

12. Compare the calibration readings with the decay chart provided with the field calibrator. If the chart is unavailable then perform the followingequation to determinie the expected radiation reading (raie).

Current mR/hr = R x e(0°6931(t2" tI130])

Where:

R

= Original or baseline rate provided with the field calibrator in mR/h.

t2 - td

= Elapsed time in years between the original rate and the current date.

[NOTE This calculation is based on a 30 year Cesium 137 half-life.

13. Remove the detector from the calibrator.

14. Store the calibrator in a shielded area. This area should be labeled as storing radioactive material.

15. If the detector channel has met all the criteria set forth then' return the channel to operation. 'If the detector has not passed the criteria set forth then return the unit to'Inovision Radiation Measurements for servicing.

I Model Mlodel1848-8A 10 rnCi Field Calibrator 2-7

Section 2 OPERATION 2.6 OPERATION WITH 828 SERIES DETECTORS (Gamma Guard Area Monitoring System)

1. Remove the detector from its mounting bracket.

2. Insert the field calibrator detector adapter model number 848-8-105.

3.

Insert the field calibrator detector adapter model number 848-8-808 into adapter model number 848-8 105.

4. Insert the detector into the field calibrator detector adapters.

5. Turn on the power to the monitoring channel. Allow 15 minutes to warm up.

6. Take a calibration reading of the channel. This is the calibration reading for the "CLOSED" position of the field calibrator.

NOTEi Stand behind the calibrator when performing the following steps. The radiation field present during these steps can be hazardous to plant personnel.

7. Insert the key supplied with the field calibrator into the key lock of the same calibrator.

8. Turn the key to the halfway position and rotate the lever on the side of the calibrator until a stop is felt.

This is the "INTERMEDIATE" position of the calibrator.

9. Take a calibration reading of the channel.

10. Turn the key fully open and turn the lever completely to the open position. This is the "OPEN" position of the field calibrator.

11. Take a calibration reading of the channel.

12. Return the lever to the "CLOSED" position.

13. Turn the key to lock the calibration fixture.

14. Compare the calibration readings with the decay chart provided with the Ifield calibrator. If the chart is unavailable then perform the following equation to determine the expected radiation reading (rate).

Current mR/hr = R x ef* 6931[42 - ty301)

Where:

R

= Original or baseline rate provided with the field calibrator in mR/h.

t2 - tI

= Elapsed time in years between the original rate and the current date.

This calculation is based on a 30 year Cesium 137 half-life.

15. Remove the detector from the adapters.

16. Remove the adapters from the calibrator.

17. Store the calibrator in a shielded area. This area should be labeled as storing radioactive material.

18. If the detector channel has met all the criteria set forth then return the channel to operation. If the detector has not passed the criteria set forth then return the unit to Inovision Radiation Measurements for servicing.

2-8 Model 848-8,4 lOmCi Field Calibrator

Model 848-8A 10 mCi Field Calibrator Instruction Manual Manuar No. 848-8A-1 Rev. 1 17 MAY 01

CONTENTS Section 1:

GENERAL INFORMATION...................................................

1-1 1.1 Introduction......................

1-1 1.2 Specifications..............................................................................................................

1-2 1.3 Equipment Overview...................................................................................................

1-3 1.4 Procedures, Warnings, and Cautions............................................................................

1-4 1.5 ManualAddenda.........................................................................................................

1-4 1.6 CustomerService/Technical Assistance.................................1-4 Section 2:

OPERATION.............................................................................

2-1 2.1 O peration....................................................................................................................

2-1 2.2 Operation with 847 Series Detectors............................................................................

2-2 2.3 Operation with 857 Series Detectors.....................................................................

.2-4 2.4 Operation with 897 Series Detectors............................................................................

2-6 2.5 Operation with 977 Series Detectors..................................2-7 2.6 Operation with 828 Series Detectors............................................................................

2-8 2.7 Operation with 58-33 Series Detectors........................................................................

2-9 Section 3:

MAINTENANCE........................................................................

3-1 3.1 M aintenance...........................

3-1 APPENDIX A A-1 Applicable Drawings..............................................................................................

A-1 APPENDIX B B -1 B illofM aterials

................................................ B -1 Model 848-8A 10 taCt Field Caltbrator iii

Section 2 OPERATION 2.7 OPERATION WITH 58-33 SERIES DETECTORS (High Pressurized Ion Chamber Area Monitoring System)

1.

Remove the detector from its mounting bracket.

2. Insert the field calibrator detector adapter model number 848-8-105.

3.

Insert the field calibrator detector adapter model number 848-8-5833 into adapter model number 848-8 105.

4. Insert the detector into the field calibrator detector adapters.

5.

Turn on the power to the monitoring channel. Allow 15 minutes to warm up.

6. Take a calibration reading of the channel. This is the calibration reading for the "CLOSED" position of the field calibrator.

Stand behind the calibrator when performing the following steps. The radiation field present during these steps can be hazardous to plant personnel.

7. Insert the key supplied with the field calibrator into the key lock of the same calibrator.

8. Turn the key to the halfway position and rotate the lever on the side of the calibrator until a stop is felt.

This is the "INTERMEDIATE" position of the calibrator.

9.

Take a calibration reading of the channel.

10. Turn the key fully open and turn the lever completely to the open position. This is the "OPEN" position of the field calibrator.

11. Take a calibration reading of the channel.

12. Return the lever to the "CLOSED" position.

13. Turn the key to lock the calibration fixture.

14. Compare the calibration readings with the decay chart provided with the field calibrator. If the chart is unavailable then perform the following equation to determine the expected radiation reading (rate).

Current mR/hr = R x eý-°1931(1" tIVo1 Where:

R

= Onrinal or baseline rate provided with the field calibrator in mR/h.

t2 - tl

= Elapsed time in years between the original rate and the current date.

NOTE This calculation is based on a 30 year Cesium 137 half-life.

15. Remove the detector from the adapters.

16. Remove the adapters from the calibrator.

17. Store the calibrator in a shielded area. This area should be labeled as storing radioactive material.

18. If the detector channel has met all the criteria set forth then return the channel to operation. If the detector has not passed the criteria set forth then return the unit to Inovision Radiation Measurements for servicing.

Model Model 848-8A J0m Ct Field Calibrator 2-9

Section 3 MAINTENANCE 3.1 MAINTENANCE The Model 848-8 Field Calibrator is virtually trouble free, and requires almost no field maintenance. To guard against leaks of radioactive material, the NRC generally requires source wipe tests at intervals not to exceed six months.

SWARNING The wipe test of the source is made with the calibrator in the open position. Extreme care must be taken when performing the wipe test of the source because the parts of the body that are in front of the window during the wipe test are exposed to the full measure of radiation from the source. Do the test quickly, and get no more of the body in front of the window than necessary to complete the wipe. Close the calibrator as soon as possible.

Wipe Test Procedure

1. Procure a long handled Q-tip type cotton swab and moisten it in alcohol or water.

2. Insert the key and turn it to allow the handle to be moved to the open position.

3. Move the lever to the open position and quickly swab the surface of the source through the exit hole.

4. Move the lever to the closed position as soon as possible.

5. Turn and remove the key.

6. Expose the swab to a suitable detection system for determination of the swab's contamination level.

Similar wipe tests should be made at each bearing of the shaft on which the rotating section of the shield turns.

Access to these bearings is from the underside of the fixture.

AL..J.I 040 CA lfl

0aj o,.o-o.k juMLrI rzeta alabrator 3-1

AppendixA APPLICABLE DRAWINGS A-1 APPLICABLE DRAWINGS Document Number GEL848-8 848-8-5 848-8-105 848-8-808 848-8-5830 848-8-400 Description Dimensional Outline Assembly Drawing Assembly Drawing Assembly Drawing Assembly Drawing Assembly Drawing

-W,~, Vf.

-QA If) r.,

A-1

,,,vtt,6 uru u.-'.*

t~t~

i-(

a u,,vlraolr

I

INOVISION ASSEMBLY FIELD CALIBRATION ADAPTER 8

NOTES D

C 6I Al IC I I S

I F-T SECTION' A-hB L 5

A I

4 1

.3 1

Appendix B BILL OF MATERIALS B.1 BILL OF MATERIALS Document Number Description 848-SA Bill of Materials, Field Calibrator Assembly 848-8-5 Bill of Materials, Field Calibrator Assembly 848-8-105 Bill of Materials, Field Calibration Adapter Assembly 848-8-828 Bill of Materials, Field Calibrator Assembly 848-8-808 Bill of Materials, Gamma Guard Adapter Assembly 848-8-5833 Bill of Materials, Adapter, Field Calibrator 848-8-5830 Bill of Materials, Assembly, High Pressure Ion Chamber 848-8-400 Bill of Materials, Adapter w IS.S. Flange Assembly AL~..A D

f?

'~

t-o1 0.4t

~lacuwao B-1 6vvc o*-,8A j~tn?! i'el*,

LaUtDrwor

PSOISOR 300 AN300 Product No: 848-8A Rev: 002 ECN: 2035 Drawing Number: PER BH QPADEVOO16 Inovislon Radiation Measurements, LLC Product Structure 5/30/01 8.08.56 PAGE 10 MCI, FIELD CALIBRATOR Item No.

Product Number DrawingNo.

Siz Description LABEL,CAUTION 200-122 A

"WIPE TEST" LABEL WALL SUPPORT, DETECTOR SOURCE 10 MILLICURIE CS-137 FIELD CALIBRATOR ASSEHBLY,LESS PER IM IM MODEL 848-8A 10 MCI FIELD quantity 1.000 EA 1.000 EA 1.000 EA 1.000 EA 1.000 EA

.001 EA ECH 1590 1599 9CR34-98 1590 PS 9CR32-98 2035 Rev Obs Act N

Y 2

N Y

2 N

Y 6

N Y

11 N

Y I

N Y

vw% END OF REPORT **

200-53 200-122 843-6-26 848-8C-35 848-8-5 848-8A-1 I

PSOl5OR 300 AN300 Inovision Radiation Measurements, LLC Product Structure 5/30/01 8.09.01 PAGE Product No: 848-8-5 Rev: 011 ECN: 9CR32-98 Drawing Number:

Item No.

FIELD CALIBRATOR ASSEMBLY,LESS Product Number DrawingNo.

Siz Description Quantity ECN 848-8-6 848-8-8 848-8-501 843-6-25 848-8-9 848-8-10 51-26 5-439 5-448 5-259 5-716 5-795 5-837 5-857 848-8-3087 848-8-41 848-8-3085 200-135 MSJ-4329 848-8-37 38-18 5-1090 5-867 848-8-3085-1 CALIBRATOR ASSY (SA)

HANDLE PLATEIANDLE MOUNTING MOUNTING SLIDE CASE,FIELD CALIBRATOR PLATEWALL MOUNTING

STRIP, GROMMET, 18-12 AWG

SCREW, MACIH, PH, 10-32 X.62,

SCREW, MACH, FI, 10-32 X.88,

SCREW, MACH, PH, 6-32 X.19,

WASHER, FLAT, 10, NY, BO

WASHER, SPLIT, 10, SS

WASHER, SPLIT, 6,

SS

NUT, HEX, 10-32, SS ACORN CAP NUT,6-32,.290 MAX HT HANDLE KEY ASSY.

200-135 B

NAME TAG

SOLVENT, ADHESIVE DECAL,CAUTION PROCESSED

RING, RETAINING, E-RING, EXT

SCREW, MACH.,

PH, 6-32 X.25

NUT, HEX, 6-32, NY, BO KEY ASSEMBLY -

977 APPLICATION 1.000 2.000 1.000 1.000 1.000 1.000 2.000 12.000 2.000 5.000 12.000 2.000 5.000 2.000 3.000 1.000 1.000 1.000

.001 1.000 1.000 2.000 2.000 1.000 EA EA EA EA EA EA FT EA EA EA EA EA EA EA EA EA EA EA GA EA EA EA EA EA PS ICR103-93 1590 1590 1590 1590 1590 1590 1590 1590 1590 1590 1590 1590 1590 1590 1590 PS 5CR28-89 PS 1840 1590 9CR34-98 1590 1590 1590 PS 9CR32-98 wxx END OF REPORT Yw*

1 2

3 4

5 6

7 8

9 10 11 13 14 15 17 18 19 21 22 23 27 28 29 30 Rev Obs Act 5

1 2

5 1

1 2

6 1

1 N

N N

N QPADEV0016

PSO15OR 300 AN300 Product No: 848-8-105.

Rev: 004 ECN: 2004 Drawing Number: 848-8-105 QPADEVO016 Inovision Radiation Measurements, LLC Product Structure 5/30/01 8.09.07 PAGE ASSEMBLY FIELD CALIBRATION Item No.

Product Number DrawlngNo.

Siz Description 1

2 3

4 5

6 7

8 9

10 11 12 13 14 15 16 848-8-106 848-8-108 848-8-109 848-8-112 848-8-113 848-8-114 12-36 43-1 5-261 5-297 5-352 5-852 5-848 5-767 200-135 848-8-3086 Quantity ADAPTER HOUSING GUIDE BLOCK, PROCESSED ACTUATOR ARM CAM FOLLOWER LOCK BAR SUPPORTDETECTOR NONE PN EXTENTION SPRING.1880D/.72LG

WASHER, EXTRUDED,

.141ID/.250D

SCREW, MACHI, PH, 6-32 X.25,

SCREW, MACHI, BIp, 6-32 X.88,

SCREW, MACH, PH, 8-32 X.31,

NUT, HEX, 6-32, SS, SM NONE PN

NUT, HEX, 2-56, SS

WASHER, INT, 8,

S, CP 200-135 B

NAME TAG KEY GUIDE ASS'Y 1.000 1.000 1.000 1.000 1.000 1.000 1.000 2.000 2.000 1.000 4.000 3.000 1.000 4.000 1.000 1.000 ECH EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA 1590 1590 1590 1590 1590 1590 1759 1590 1590 1590 1590 1590 1419 1590 PS 1840 1590 Rev Obs Act 1

2 1

6 1

N N

H N

N N

N H

Y Y

- - END OF REPORT 1

PSO15OR 300 AN300 QPADEVOOI6 Inovision Radiation Measurements, LLC Product Structure 5/30/01 8.09.13 PAGE Product No: 848-8-828 Rev: 001 ECN: 9CR21-96 Drawing Number:

ADAPTER, FIELD CALIBRATOR Item No.

Product Number 1 848-8-105 2 848-8-808 3 CAL848-828 DrawingNo.

Siz Description 848-8-105 D

ASSEMBLY FIELD CALIBRATION GAMMA GUARD ADAPTER ASSEMBLY CALIBRATION PROCEDURE FOR MODE Quantity ECN 1.000 EA PS 2004 1.000 EA PS 9CR21-96 1.000 EA 1590 www END OF REPORT

w*

1 Rev Obs 4

N 2

N Act Y

Y Y

PSO0SOR 300 AN300 QPADEVO006 Inovislon Radiation Measurements, LLC Product Structure 5/30/01 8.09.21 PAGE Product No: 848-8-808 Rev: 002 ECN: 9CR21-96 Drawing Number:

GAMMA GUARD ADAPTER ASSEMBLY Item No.

Product Number DrawingNo.

Siz Description 1 848-8-806 2 848-8-123 3 848-8-124 4 848-8-807 5 5-1167 ADAPTER BODY MOUNTING SPACER MOUNTING PLATE SUPPORT PLATE

SCREW, HAClI, F11, 6-32 X 1.38, Quantity 1.000 EA 1.000 EA 1.000 EA 1.000 EA 6.000 EA ECH 1590 1590 1590 1590 1590 Rev Obs Act I

H I

N 1 N Y

Y Y

Nx END OF REPORT 1

PSOSOR 300 AN300 QPADEV0016 Inovislon Radiation Measurements, LLC Product Structure 5/30/01 8.09.28 PAGE Product No: 848-8-5833

ADAPTER, FIELD CALIBRATOR Rev: 001 ECH: 9JR2-96 Drawing Number:

Item No. Product Number DrawlngNo.

Stz Description 1 848-8-105 848-8-105 D

ASSEMHLY FIELD CALIBRATION 2 848-8-5830 ASSYIIIGt PRESSURZD.ION CIIAMB.

3 CAL848-5833 CALIBRATION PROCEDURE Quantity 1.000 EA 1.000 EA 1.000 EA ECN Ps 2004 PS 9JR2-96 1590 Rev Obs Act 4

N Y

1 N

Y I N Y

END OF REPORT ***

I

PSO15OR 300 AN300 OPADEVO016 Inovision Radiation Measurements, LLC Product Structure 5/30/01 8.09.37 PAGE Product No: 848-8-5830 Rev: 001 ECH: 9JR2-96 Drawing Number; ASSY,I!IGll PRESSURZD.ION CHAMB.

Item No. Product Number DrawingNo.

Siz Description 1 848-8-5831 2 848-8-123 3 848-8-124 4 848-8-5832 5 5-1167 ADAPTER BODY MOUNTING SPACER MOUNTING PLATE SUPPORT PLATE

SCREW, MACII, FH, 6-32 X 1.38, quantity 1.000 1.000 1.000 1.000 6.000 EA EA EA EA EA ECH 1590 1590 1590 1590 1590 Rev Obs Act 1

N Y

1 N

Y 1

N Y

1 N

Y 1

N Y

w* END OF REPORT *w*

1

PSO15OR 300 AN300 QPADEVOO16 Inovislon Radlatii Product Stri Product No: 848-8-400 ADAPTER W/S.S.FLANGE ASSEMBLY Rev: 001 ECN: 1590 Drawing Number:

Item No.

Product Number DrawingNo.

Siz Description 5-497 PN

SCREW, MACH, FH,

.25-20 X.75, 848-8-3072 GUIDE 848-8-4002 ADAPTER FLANGE FOR S.S FIELD an Measurements, LLC ucture Quantity 2.000 EA 1.000 EA 1.000 EA ECN 1329 1590 1590 5/30/01 8.09.43 PAGE Rev Obs Act I

N Y

Y Y

1 Y

Y N

END OF REPORT wv 1

Appendix E MODIFICATION SHEETS E.1 MODIFICATION SHEETS Procedure/Modification Sheets 956A-201-M1MS for 956-201-M1 sin 104643 through s/n 104645 comprise this appendix.

Control Room Insiake Radiation Monitors E-1 Control Room Instake Radiation Monitors E-1

TEST Attach power cord.

Power up UDR.

"Check each setpoint and change if necessary.

Setpoint 0 :

1.00E2 mR/h 1

1.001El mR/h 2 : 0.OOEO sec.

3 :

1.00E3mR/h 4, :

L.OOE3 mR/h 5 : 2.00E-2 mR/h/cpm 7 :

1.00E-1 mR/h 9*:

1.00E-lmR/h..

Inovision Radiation Measurements

'2 DATE 3/30/01 TITLE Modification Sheet for Model 956A-201

'956A-201-MIMS 4

4.1 4.2 4.3 SI - S 1Z E

I MODI

=a 1

PURPOSE The purpose of this modification is to provide a standard Model 956A-201 UDR with an auxiliary high alarm output. Relay KI isjumpered to relay K5 for this purpose.

2 PART(S) AND TEST EQUIPMENT REQUIRED 2.1 One P/N 200-135 Name Plate 2.2 DVM - Fluke Model No. 8050A or Equivalent 2.3 Signal Generator - Wavetek Model No. 187 or Equivalent 3

ACTION 3.1 Remove relay board mounting hardware and retain.

3.2 Remove wire between UDR main board J2-6 and relay board J2-6.

3.3 Install jumper between relay board J2-6 and J2-2.

3.4 Reinstall relay board.

3.5 Remove P/N 200-135 Name Plate Tag and discard.

3.6 Install new ID Tag (P/N 200-135) with new P/N and, if required, S/N.

3.7 This completes the ratemeter modifications.

Modification Sheet for Model 956A-201 REV. LEVEL ECO #

DESCRIPTION/PAGES AFFECTED 2

1957 Change to new format, corrections to Sections 4.8 and 5.0.

A Initial Release ENGINEERING DATE fd'?-?-O/

MANUFACTURING DATE 4

/

QUALITY ASSURANC

.Z_

DATE RADIATION SAFETY OFFICI(Ei DATE DATE TITLE Inovision Radiation Measurements 3/30/01 Modification Sheet for Model 956A-201 REV-ECO NO.

RELEASED FOR CT L SHEET NO.

SIZE 2

1957 PRODUCTION 1 of 3 MOD

DATE TITLE Inovision Radiation Measurements 3/30/01 Modification Sheet for Model 956A-201 REV ECO NO.

RELEASED FOR TR SHEET NO.

SIZE 2

1957 PRODUCTION 3 of 3 956A-201-M1MS MOD 4.4 Attach a signal generator with the output set for a positive pulse square wave of +2V at 1 Hz.

Signal input to the UDR is P5 (BNC).

4.5 Power the signal generator.

4.6 With a DVM set to read ohms, the following points of P1 will indicate an open:

(+)

P1-19, PI-P21

(-)

(+ )

PI-1, PI-3

(- )

(+ )

P1-4, PI-6

(- )

Display will read = 1.20 mR/h.

4.7 Increase the frequency generator to 100 Hz.

4.8 The following points of P1 will be shorted.

(+)

P1-19, PI-P21

(- )

(+)

PI-i, PI-3

(-)

(+)

P1-4, P1-6

(- )

Display will read - 120 mR/h.

4.9 If the UDR passed the test, sign and date this Modification Sheet. If not, review the ACTION portion of this Modification Sheet, checking for errors and perform the TEST portion again.

4.10 Turn off UDR. Remove power cord and generator connections.

5 DOCUMENTATION Operator shall sign and date this document. Where the original 956A-201 Traveller is available, mark to indicate implementation of this modification. The completed document shall be retained by Q.A.

TEST EQUIPMENT:

DVM MODEL:

S/N:

CAL DATE:

PROM P/N:

REV.:

PERFORMED BY:

DATE:

Q. A. REVIEW BY:

DATE:

DOCUMENT NO.:

L f f

ki-

MODIFICA' DOCUMENT NO.: 956A-201-M1MS RE\\

PART NO.:

956A-201-M1 SIN MADE FROM:

956A-201 SIN DCR/ECO:

4JR8-96 ION SHEET

f.

A kZ9 CUST. P.O. NO4 'o0o*o0jz VICO ORD. NO. \\S1 t*3 1.0 PURPOSE The purpose of this modification is to provide a standard Model 956A-201 UDR with an auxiliary high alarm output. Relay KI is jumpered to relay K5 for this purpose.

2.0 PART(S) AND TEST EQUIPMENT REQUIRED

'PRODUCTION 2.1 OneP/N 200-135 Name Plate MAP 2 22001 W0O#

54~21 4 2.2 DVM - Fluke Model No. 8050A or Equivalent 2.3 Signal Generator - Wavetek Model No. 187 or Equivalent 3.0 ACTION 3.1 Remove relay board mounting hardware and retain.

3.2 Remove wire between UDR main board J2"6-and relay board J2-6.

3.3 Install jumper between relay board J2-6 and J2-2.

3.4 Reinstall relay board.

3.5 Remove P/N 200-135 Name Plate Tag and discard.

3.6. Install new ID Tag (P/N 200-135) with new P/N and, if required, S/N.

3.7 This completes the ratemeter modifications.

FILE COPY ms\\d#6\\956a201 m.doc OWNPDATE COKFDATE EN3IDATE APPJDATE 1101TE PAE1 OF 3

DOCUMENT NO.: 956A-201-M1MS REV. A 4.0 TEST 4.1 Attach power cord.

4.2 Power up UDR.

4.3 Check each setpoint and change if necessary.

Setpoint 0

1.00E2 mR/h 1

1.00E1 mR/h 2

O.OOEO sec.

3 1.00E3 mR/h 4

1.00E3 mR/h 5

2.OOE-2 mR/h/cpm 7 :

1.OOE-1 mR/h 9

1.O0E-1 mR/h 4.4 Attach a signal generator with the output set for a positive pulse square wave of +2V at 1 Hz. Signal input to the UDR is P5 (BNC).

4.5 Power the signal generator.

4.6 With a DVM set to read ohms, the following points of P1 will indicate an open:

(

")P1-19, P1 -P21 0-oeZ*

(4-)

P1-1, P1-3 (0) e..,

(+)

P1-4, P1-6

(-)

Display will read : 1.20 mR/h.

4.7 Increase the frequency generator to 100 Hz.

4.8 The following points of P1 will be shorted P1-19, P1-P21

(-)7

(-)

P1I-1, P1-3

(-)

I-S

.2 (4+)

P1-4, P1-6

()

Display will read 0

t

-R/h.

3 \\2-4

__Z_._

I Z'0,,.-ý[ L.

ms\\d#6\\956a201 m.doc PAGE 2 OF 3 I

A DOCUMENT NO.: 956A-201-M1MS 4.9 If the UDR passed the test, sign and, date this Modification Sheet.

if not, revi&w the ACTION portion of this! Modification Sheet, checking for errors and perform the TEST portion again.

4.10 Turn off UDR. Remove power cord and generator connections.

5.0 DOCUMENTATION Operator shall sign and date this document.

Where the original 956A201 Traveller is available, mark to indicate implementation ofthis modification.

The completed document shall be retained by Q.A.

TEST EQUIPMENT:

DVM MODEL:

i:Lu*i :

,O-c PROM P/N:

Q'CO C*OQ PERFORMED BY: 62L Q. A. REVIEW BY:

DOCUMENT NO.:

( A-A-I-S/N:

3L*.*,

CAL DATE:

-\\-o REV.:

DATE:

3 IZ(L (U D A T E:

ms\\d#6\\956a201 m.doc PAGE 3 OF 3 REV. A Im-h-d1 Y}A(.

BltznL

DOCUMENT NO.:

PART NO.:

MADE FROM:

DCR/ECO:

MODIFICATION SHEET 956A-201-M1MS REV.

A CUST. P.O. NO 4"53OOO°fL;\\

956A-201-M1 SIN 1OA lA Vc 0 ICORD. NO.

_3 3 956A-201 S/N _\\

4JR8-96 1.0 PURPOSE The purpose of this modificationis to provide a standard Model 956A-201 UDR with an auxiliary high alarr 'output. Relay K1 is jumpered to relay K5 for this purpose.

2.0 PART(S) AND TEST EQUIPMENT REQUIRED PRODUCTION 2.1 One P/N 200-135 Narme Plate P

2 2.2 DVM - Fluke Model No. 8050A'or Equivalent 2.3 Signal Generator - Wavetek Model No. 187 or Equivalent 3.0 ACTION 3.1 Remove relay board mounting hardware and retain.

3.2 Remove wire between UgDRmIairi board J2-6 and relay board _J2-6.

3.3 Install jumper between'relay board J2-6 and J2-2.

3.4 Reinstall relay board.

3.5, Remove P/N 200-135 Name Plate Tag and discard.

3.6

-Install new ID Tag (P/N 200-135) with new P/N and, if required, S/N.

3.7 z This completes the ratemeter modificaýions.`

FILE COP Y OWNIDATE CHKIDATE ENGIDATE APPIDATE ms\\d#6\\956a201 m.doc PA( r-;:

-1 I

jj

DOCUMENT NO.: 956A-201-M1MS REV. A 4.0 ms\\d#6\\956a201 m.doc PAGE 2 OF 3 TEST 4.1 Attach power cord.

4.2 Power up UDR.

4.3 Check each setpoint and change if necessary.

Setpoint 0 :

1.00E2 mR/h 1 :

1.O0E1 mR/h 2 :

O.OOEO sec.

3 :

1.00E3 mR/h 4 :

1.00E3 mR/h 5

2.OOE-2 mR/h/cpm 7 :

1.O0E-1 mR/h 9 :

1.OOE-1 mR/h 4.4 Attach a signal generator with the output set for a positive pulse square wave of +2V at 1 Hz. Signal input to the UDR is P5 (BNC).

4.5 Power the signal generator.

4.6 With a DVM set to read ohms, the following points of P1 will indicate an open:

-- ) P1-19, P1-P21

(-)

+ ) P1-1, P1-3

(-)

.3

(" ) P1-4, P1-6

(-)tý'

Display will read ; 1.20 mR/h.

V.\\L4Z..L

.7 Increase the frequency generator to 100 Hz.

k.8 The following points of P1 will be shorted.

(+)

P1-19, P1-P2

()

( + ) P 1-1, P1-3

( -)

.\\ _...

(+)

P1-4, P1-6

(-)

Display will read :-lz.2 R/h.

z 4

DOCUMENT NO.: 956A-201-MIMS REV. A 4.9 If the UDR passed the test, sign and date this Modification Sheet.

If not, review the ACTION portion of this Modification Sheet, checking for errors and perform the TEST portion again.

4.10 Turn off UDIR. Remove power cord and generator connections.

5.0 DOCUMENTATION Operator shall sign and date this document.

Where the original 956A201 Traveller is available, mark to indicate implementation of this modification.

The completed document shall be retained by Q.A.

TEST EQUIPMENT:

S/N: OL.S PROM P/N:

94C,qg 0?

PERFORMED BY.('ýý ( )-

Q. A. REVIEW BY:

CAL DATE:

C-\\-OC REV.:

DATE:

14,61 DOCUMENT NO.:

_____--2 ms\\d#6\\956a201 m.doc PAGE 3 OF 3 DVM MODEL:

Let Sk-f nLot

MODIFICAT I(ON SHEET DOCUMENT NO.: 956A-201-M1MS REV.

A CU, PART NO.:

956A-201-M1 S/N I2..**A VIC MADE FROM:

956A-201 SIN _

DCR/ECO:

4JR8-96 3T. P.O. NO I9fý 0 ORD. NO. /17032 1.0 PURPOSE The purpose of this modification is'to provide a standard Model 956A-201 UDR with an auxiliary high alarrm output.

Relay K1 is jumpered to relay K5 for this purpose.

2.0 PART(S) AND TEST EQUIPMENT REQUIRED PRODUCTION

2.1 One P/N 200-135 Name Plate I

200" WO# 54214 2.2 DVM - Fluke Model No. 8050A or Equivalent 2.3 Signal Generator - Wavetek Model No. 187 or Equivalent 3.0 ACTION 3.1 Remove relay board mounting hardware and retain.

3.2 Remove wire between UDR main boardJ2-6 and 'relay board J2-6.

3.3 Install jumper between relay board J2-6 and J2-2.

3.4 Reinstall relay board.

3.5 Remove P/N 200-135 Name Plate Tag and discard.

3.6 Install new ID Tag (P/N 200-135) with new P/N and, if required, S/N.

3.7 This completes the ratemeter modifications.

FILE COPY ms\\d#6\\956a201 m.doc PAGE 1 OF 3

DOCUMENT NO.: 956A-201-MIMS REV. A 4.0 TEST 4.1 Attach power cord.

4.2 Power up UDR.

4.3 Check each setpoint and change if necessary.

Setpoint 0 :

1.00E2 mR/h 1 :

1.OOE1 mR/h 2 :

O.OOEO sec.

3 :

1.00E3 mR/h 4 :

1.00E3 mR/h 5 :

2.OOE-2 mR/h/cpm 7 :

1.OOE-1 mR/h 9

1.O0E-1 mR/h 4.4 Attach a signal generator with the output set for a positive pulse square wave of +2V at 1 Hz. Signal input to the UDR is P5 (BNC).

4.5 Power the signal generator.

4.6 With a DVM set to read ohms, the following points of P1 will indicate an open:

+ ) P1-19, P1-P21

(")

(+)

P1-1, P1-3

(-)

(+)

P1-4, P1-6

(-)

Display will read : 1.20 mR/h.

4.7 Increase the frequency generator to 100 Hz.

4.8 The following points of P1 will be shorted.

+ ) P1-19, P1-P21

(-)

-- I

(+)

P1-1, P1-3

(-)

(+ )P1-4, P1 -6

(-)*

Display will read 14-.2,h-.\\

_j4 Q zo 1w1 e.

ms\\d#6\\956a201 m.doc PAGE 2 OF 3

DOCUMENT NO.: 956A-201-M1MS REV. A 4.9 If the UDR passed the test, sign and~date this Modification Sheet.

If not, review the ACTION portion of this Modification Sheet, checking for errors and perform the TEST portion again.

4.10 Turn off UDR. Remove power cord and generator connections.

5.0 DOCUMENTATION Operator shall sign and date this document.

Where the original 956A201 Traveller is available, mark to indicate implementation of this modification.

The completed document shall be retained by Q.A.

TEST EQUIPMENT:

DVM MODEL:

E" -AA DZ

~O A

PROM P/N:

Q4C,. 9" O3 PERFORMED BY:

Q. A. REVIEW BY:

_2 DOCUMENT NO.:

i//

S/N:

OG CAL DATE: (6-1-0 REV.:

13 DATE:

DATE:

c,,

ms\\d#6\\956a201 m.doc PAGE 3 OF 3

- Le-ft B Ic, r)

IL -

ML023120147

Contents

Text

SUBJECT:

SUBJECT:

SUBJECT:

4.5 897AKIT

SUBJECT:

SUBJECT:

SUBJECT:

SUBJECT:

1.1 INTRODUCTION

Navigation menu

ML023120147

Text

SUBJECT:

SUBJECT:

SUBJECT:

4.5 897AKIT

SUBJECT:

SUBJECT:

SUBJECT:

SUBJECT:

1.1 INTRODUCTION

Navigation menu

Search