Response Electronics CL6011B Especificações

Users ManualUM4.6:CS6003Original — December 1991Using and Maintaining theType CS6003 CalibratorD4U00891002

ContentsSection/Title PagexOriginal — December 1991UM4.6:CS6003Tables4-1 Calibrator Breakout Terminal Assignments for Single-Ended Analog Input Cards

5-22 Controller CardsUM4.6:CS6003 Original — December 1991R42 ZeroAdjustmentX00824–AR44 SpanAdjustmentR19 SpanCurrent Output 2R41 SpanCurrent Output 1

5-23Controller CardsOriginal — December 1991 UM4.6:CS6003Step 10: Observe the CONTROLLER DO indicators. CONTROLLERDO indicators 1 and 2 light up in se

5-24 Controller CardsUM4.6:CS6003 Original — December 1991Step 21: Press Switch 2 of the data switches labeled MUX DI/DO ORCONTROLLER DI. The 1 ACTIVE

5-25Controller CardsOriginal — December 1991 UM4.6:CS6003X00825–AR39 Span AdjustmentR38 Zero AdjustmentR11 Span Current OutputFigure 5-13. Type CL731

5-26 Controller CardsUM4.6:CS6003 Original — December 1991Step 9: Connect jumpers from the +CO1 and –CO1 breakoutterminals to the 250 ohm LOAD termina

5-27Controller CardsOriginal — December 1991 UM4.6:CS60035.8.2 Calibration ProcedureUse the following procedure to calibrate the card:Step 1: Verify t

5-28 Controller CardsUM4.6:CS6003 Original — December 1991The R11 potentiometer on the controllerpower conversion card is not useradjustable. It is se

5-29Controller CardsOriginal — December 1991 UM4.6:CS6003X00627–ACR3 HeatsinkR15R29 –28 Volt AdjustmentR53 5 Volt AdjustmentR47 Logic Reset Adjustment

5-30 Controller CardsUM4.6:CS6003 Original — December 1991Step 6: Connect the voltmeter between the heatsink (cathode) ofdiode CR3 and the common (COM

5-31Controller CardsOriginal — December 1991 UM4.6:CS6003Step 13: On the controller power conversion card, connect a jumperbetween the banded end of d

xiOriginal — December 1991UM4.6:CS6003 Section Tab GuideIntroductionUsing the CalibratorCard Removal, Cleaning,

5-32 Controller CardsUM4.6:CS6003 Original — December 19915.10 Type CS6201 Service Transfer Card This calibration procedure for the service transfer u

5-33Controller CardsOriginal — December 1991 UM4.6:CS6003Step 4: Press the calibrator RESET switch. The IN PROGRESSindicator lights and remains lit un

5-34 Controller CardsUM4.6:CS6003 Original — December 1991Step 6: Press the calibrator RESET switch. The IN PROGRESSindicator lights and remains lit u

5-35Controller CardsOriginal — December 1991 UM4.6:CS6003Step 17: Set the SVCE XFER TEST switch to CONT IN. The servicetransfer display station goes b

5-36 Controller CardsUM4.6:CS6003 Original — December 19915.11.1 Equipment RequiredThe following equipment is required:Type CS6003 CalibratorVoltmeter

6-1Data Highway CardsOriginal — December 1991 UM4.6:CS6003 6 Data Highway CardsThis section contains the calibration procedures for:Power Converter Ca

6-2 Data Highway CardsUM4.6:CS6003 Original — December 19916.1.2 Calibration ProcedureUse the following procedure to calibrate the card:Step 1: Verify

6-3Data Highway CardsOriginal — December 1991 UM4.6:CS6003Step 13: Adjust the +15 VOLT (R31) potentiometer on the powerconverter card until the voltme

6-4 Data Highway CardsUM4.6:CS6003 Original — December 1991Step 29: Adjust the +5 VOLT (R29) potentiometer until the voltmeterreads 5.07 ± 0.010 volts

6-5Data Highway CardsOriginal — December 1991 UM4.6:CS60036.2.2 Calibration ProcedureUse the following procedure to calibrate the card:Step 1: Verify

xiiOriginal — December 1991UM4.6:CS6003This page intentionally left blank.

6-6 Data Highway CardsUM4.6:CS6003 Original — December 1991Step 10: Remove the jumper.Step 11: Adjust the +5 VOLT (R26) potentiometer on the powerconv

A-1Maintaining the CalibratorOriginal — December 1991 UM4.6:CS6003 Appendix AMaintaining the CalibratorA.1 Power Supply Status IndicatorThe power supp

A-2 Maintaining the CalibratorUM4.6:CS6003 Original — December 1991A.3 Lamp TestThe LAMP TEST switch, when pressed, lights all indicators and displays

Original — December 1991UM4.6:CS6003Glossary-1 GlossaryAAbsolute Alarm An alarm which is triggered when the signal that is being monitoredreaches

Original — December 1991UM4.6:CS6003Glossary-2Alarm Trip PointThe user-defined value at which the system activates an alarm. Suchactivation occurs as

Original — December 1991UM4.6:CS6003Glossary-3AO Acronym: Analog OutputAPU Acronym: Arithmetic Processing UnitArchitecture The arrangement and interco

Original — December 1991UM4.6:CS6003Glossary-4BB&G Acronym: Bias and GainBaby N Connector (BNC)A type of connector for coaxial cable; used for a v

Original — December 1991UM4.6:CS6003Glossary-5Bus A general term for a group of signal lines to be considered together, as ina data bus or address bus

Original — December 1991UM4.6:CS6003Glossary-6Complimentary Metal Oxide Semiconductor (CMOS)A family of digital integrated circuits that use transisto

Original — December 1991UM4.6:CS6003Glossary-7Control SequenceA type of primary control algorithm which provides basic functions suchas alarming, data

1-1IntroductionOriginal — December 1991 UM4.6:CS6003 1 Introduction 1.1 Who Should Read This ManualThis manual is intended for maintenance personn

Original — December 1991UM4.6:CS6003Glossary-8Data Group The name for data structures used by certain PROVOX softwareproducts. Data groups resemble ar

Original — December 1991UM4.6:CS6003Glossary-9DESCR Abbreviation: DescriptorDeviation Usually, the difference between setpoint and process variable. M

Original — December 1991UM4.6:CS6003Glossary-10Discrete Having either of two states, for example, on or off, or 1 or 0.Discrete Control Device (DCD)A

Original — December 1991UM4.6:CS6003Glossary-11EEAROM Acronym: Electrically Alterable Read-Only MemoryEDAS Acronym: Extended Data Acquisition SystemEI

Original — December 1991UM4.6:CS6003Glossary-12ENVOX Trademark for Fisher Controls’ product line of advanced configurationdevices for certain process

Original — December 1991UM4.6:CS6003Glossary-13Extended ac2A multiplexer point type that monitors signals associated with FisherControls ac2 100 instr

Original — December 1991UM4.6:CS6003Glossary-14FIL Abbreviation: FilterFilter Time Constant (FTIM)The length of time required for 63.21 percent of a s

Original — December 1991UM4.6:CS6003Glossary-15High Engineering Units Scale Factor (HIEC)A floating-point number that represents the upper limit (100

Original — December 1991UM4.6:CS6003Glossary-16Integer 1. Any positive or negative natural number, or zero.2. A PROVOX point type. An integer point r

Original — December 1991UM4.6:CS6003Glossary-17LLAN Acronym: Local Area NetworkLast In, First Out (LIFO)An order for handling or processing items plac

1-2 IntroductionUM4.6:CS6003 Original — December 1991Section 6 — Data Highway Cards: describes the calibration of the TypeDH7010 for PN46A4233 and PN4

Original — December 1991UM4.6:CS6003Glossary-18LOEC Low Engineering Units Scale FactorLog A summary of process operation data, especially a list of si

Original — December 1991UM4.6:CS6003Glossary-19Measured Variable (MV)A physical quality or quantity which is monitored as part of a controlstrategy. C

Original — December 1991UM4.6:CS6003Glossary-20MSD Acronym: Most Significant DigitMultiple VariableMultivariableMultiplexer (MUX)A PROVOX highway devi

Original — December 1991UM4.6:CS6003Glossary-21MVP Acronym: Multivariable PointNNAK Acronym: Negative AcknowledgementNC Acronym: Normally ClosedND Acr

Original — December 1991UM4.6:CS6003Glossary-22OOAL Acronym: Operator Attention ListOAR Acronym: Operator Action RequestOCC Abbreviation: OccurrenceOc

Original — December 1991UM4.6:CS6003Glossary-23Optical IsolationThe technique of electrically isolating two circuits by converting anelectrical signal

Original — December 1991UM4.6:CS6003Glossary-24PARAM Abbreviation: ParameterParity Check A test for errors in transmitted data: checking whether the n

Original — December 1991UM4.6:CS6003Glossary-25PKT Abbreviation: PacketPlant Management Area (PMA)A collection of plant process areas (PPAs). A PMA co

Original — December 1991UM4.6:CS6003Glossary-26Process 1. A collection of physical devices and methods used in the production ormanufacturing of a pro

Original — December 1991UM4.6:CS6003Glossary-27PROM Acronym: Programmable Read-Only MemoryProportional BandThe change of input required to produce a f

1-3IntroductionOriginal — December 1991 UM4.6:CS6003Installing the Type DM6001 and DM6003 Multiplexer Units(PN4.11:DM6001)Maintaining Type DM6001 Mult

Original — December 1991UM4.6:CS6003Glossary-28Radio Frequency Interference (RFI)Inadvertently transmitted energy that falls in the frequency band of

Original — December 1991UM4.6:CS6003Glossary-29Restart To re-power a device of a PROVOX system.RETMA Acronym: Radio, Electronic, and Television Manufa

Original — December 1991UM4.6:CS6003Glossary-30Service Transfer Unit (SVXFR)A stand–alone maintenance product which maintains the current outputto a f

Original — December 1991UM4.6:CS6003Glossary-31Standard Analog OutputA multiplexer point type that receives an analog value from thedata-highway, the

Original — December 1991UM4.6:CS6003Glossary-32TTC Abbreviation: ThermocoupleTIM Abbreviation: TimerTransducer A device that converts one physical var

Original — December 1991UM4.6:CS6003Glossary-33Unit Operations Controller (UOC)A PROVOX controller designed for batch, sequencing, discontinuous,and u

Original — December 1991UM4.6:CS6003Glossary-34WWatchdog Timer (WDT)1. An electronic timer that generates a priority interrupt unlessperiodically recy

Original — December 1991UM4.6:CS6003Index-1IndexAanalog current output card, Usingthe Calibrator, calibration, 4-31analog input card, isolated, Usingt

Original — December 1991UM4.6:CS6003Index-2CL7011, without dual currentoutput, Using the Calibrator,calibration, 5-19CL7311 and CL7312, Using theCalib

Original — December 1991UM4.6:CS6003Index-3DM6461, DM6462, DM6463, Usingthe Calibrator, calibration, 4-43Document by Number,UM4.6:CS6003, 1-1Index

1-4 IntroductionUM4.6:CS6003 Original — December 1991This page intentionally left blank.1

Original — December 1991UM4.6:CS6003Index-4Eenvironment, Using the Calibrator,2-7external relay panel, Using theCalibrator, 4-44external switch, Using

Original — December 1991UM4.6:CS6003Index-5power converter for highway devicePN46A4233, Using the Calibrator,calibration, 6-1Index

Original — December 1991UM4.6:CS6003Index-6power converter, Type CP7202,Using the Calibrator, calibration,5-28power converter, Type DH7010,Using the C

1-1NotesNotes_________________________________________________________________________________________________________________________________________

1-2 NotesNotes________________________________________________________________________________________________________________________________________

1-3NotesNotes_________________________________________________________________________________________________________________________________________

1-4 NotesNotes________________________________________________________________________________________________________________________________________

Reader’s Evaluation FormDecember 1991 UM4.6:CS6003 Reader’s EvaluationOur goal is to provide you with documents that excel in meeting your needs. Plea

Tape along this edge only. Do Not Staple.NO POSTAGENECESSARYIF MAILEDIN THEUNITED STATESPOSTAGE WILL BE PAID BY ADDRESSEEFoldFIRST-CLASS MAIL PERMIT N

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2-1Using the CalibratorOriginal — December 1991 UM4.6:CS6003 2 Using the CalibratorThis section describes the Type CS6003 Calibrator and other tes

Document NumberFor information, contact Fisher Controls:Austin, Texas 78753 USALeicester, England LE3 2WUSao Paulo 05424 BrazilSingapore 0512

2-2 Using the CalibratorUM4.6:CS6003 Original — December 19912.2.1 CablesThree operator (and display) station cables and three umbilical cablesare sup

2-3Using the CalibratorOriginal — December 1991 UM4.6:CS60032.2.2.1 AC Power CordThe ac power cord is stored with the operator station cables andumbil

PROVOX, PROFLEX, and PROVUE are registered trademarks and ENVOX is a trademark of FisherControls International, Inc. Fisher Controls International, I

2-4 Using the CalibratorUM4.6:CS6003 Original — December 1991The operator station case on the calibrator front panel will not hold DINstandard operato

2-5Using the CalibratorOriginal — December 1991 UM4.6:CS60032.2.2.12 Family SwitchesThe family switches, CONT and MUX, determine which family of cards

2-6 Using the CalibratorUM4.6:CS6003 Original — December 1991The CAL LOW mode allows the user to set the 0 percent (ZERO) voltagelevel on the analog-t

2-7Using the CalibratorOriginal — December 1991 UM4.6:CS60032.2.2.19 Data IndicatorsThe data indicators labeled MUX MS BYTE, MUX LS BYTE, MUXDO/DI, CO

2-8 Using the CalibratorUM4.6:CS6003 Original — December 19912.3.4 Card Installation and RemovalCards should not be installed or removed from the cali

2-9Using the CalibratorOriginal — December 1991 UM4.6:CS60032.3.4.3 Test Equipment RequiredSome calibrator test procedures require no test equipment o

2-10 Using the CalibratorUM4.6:CS6003 Original — December 1991Range — 0 to 20 mAAccuracy — ± 0.05%Decade Resistance Box (used for calibration of Type

3-1Card Removal, Cleaning, and InstallationOiginal — December 1991 UM4.6:CS6003 3 Card Removal, Cleaning, andInstallation3.1 ScopeThis section describ

3-2 Card Removal, Cleaning, and InstallationUM4.6:CS6003 Original — December 1991Step 6: Pull out the termination panel, if used. Lift the top tab on

3-3Card Removal, Cleaning, and InstallationOiginal — December 1991 UM4.6:CS6003Use caution not to loosen labels on ROMsmounted on the card. Also, be c

Documentation MapiiiOriginal — December 1991UM4.6:CS6003YOU ARE HEREUM4.6:CS6003Using and Maintaining the Type CS6003CalibratorUsing and Maintaining t

3-4 Card Removal, Cleaning, and InstallationUM4.6:CS6003 Original — December 19913.5 Card Installation ProcedureUse the following procedure when repla

4-1Input and Output CardOriginal — December 1991 UM4.6:CS6003 4 Input and Output CardThis section describes the procedures for calibrating the:DM6300

4-2 Input and Output CardUM4.6:CS6003 Original — December 1991X00605–AR7 Span Adjustment R8 Zero AdjustmentOLD STYLER11 Zero Adjustment R15 Span Adjus

4-3Input and Output CardOriginal — December 1991 UM4.6:CS6003Step 3: Connect the umbilical cable labeled MUX DI/BREAKOUTbetween the connector on the f

4-4 Input and Output CardUM4.6:CS6003 Original — December 1991Table 4-1. Calibrator Breakout Terminal Assignments forSingle-Ended Analog Input CardsBr

4-5Input and Output CardOriginal — December 1991 UM4.6:CS6003channels. The ZERO potentiometer on each channel controls theminimum level for that chann

4-6 Input and Output CardUM4.6:CS6003 Original — December 19914.1.2.2 Equipment RequiredThe following equipment is required:Type CS6003 CalibratorVolt

4-7Input and Output CardOriginal — December 1991 UM4.6:CS6003Table 4-2. Calibrator Breakout Terminal Assignments for IsolatedAnalog Input CardsBreakou

4-8 Input and Output CardUM4.6:CS6003 Original — December 1991Step 12: To check the channel for linearity, set the voltage source forvarious percentag

4-9Input and Output CardOriginal — December 1991 UM4.6:CS6003Step 15: Turn the calibrator power OFF.Step 16: Disconnect the umbilical cable and remove

Documentation MapivOriginal — December 1991UM4.6:CS6003Fisher documentation supports each stage of system development.System Development StagesDocumen

4-10 Input and Output CardUM4.6:CS6003 Original — December 1991X00607–AR54 Channel 2 SpanR53 Channel 1 SpanOLD STYLENEW STYLER9 Channel 1 ZeroR10Chann

4-11Input and Output CardOriginal — December 1991 UM4.6:CS6003Table 4-5. Resistor Values for Various Temperature Range RTD CardsTemperature Range Resi

4-12 Input and Output CardUM4.6:CS6003 Original — December 1991Step 7: Set the calibrator CHANNEL SELECT switch to channel 1.Step 8: Using the termina

4-13Input and Output CardOriginal — December 1991 UM4.6:CS6003Table 4-7. Test Resistances for RTD Input CardsResistance in Ohms by Temperature Rangein

4-14 Input and Output CardUM4.6:CS6003 Original — December 1991Step 13: Repeat steps 7 through 12 for input channels two throughfour.Step 14: Disconne

4-15Input and Output CardsOriginal — December 1991 UM4.6:CS6003 X00608–AR16 Channel 2 SpanR15 Channel 1 SpanOLD STYLENEW STYLEU25R22 Channel 1 Zer

4-16 Input and Output CardsUM4.6:CS6003 Original — December 19914.1.4.2 Equipment RequiredThe following equipment is required:Type CS6003 CalibratorMi

4-17Input and Output CardsOriginal — December 1991 UM4.6:CS6003Step 7: Set the calibrator CHANNEL SELECT switch to channel 1.Step 8: Connect the milli

4-18 Input and Output CardsUM4.6:CS6003 Original — December 1991Table 4-10. Test Voltages for Low-Level Analog Input CardsTest Voltages in MillivoltsT

4-19Input and Output CardsOriginal — December 1991 UM4.6:CS60034.1.5.1 OverviewThe calibrator performs functional testing of the low-voltage discretei

Original — December 1991UM4.6:CS6003v1 Introduction 1-1. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1.1 Who Should

4-20 Input and Output CardsUM4.6:CS6003 Original — December 19914.1.5.3 Calibration ProcedureUse the following procedure to calibrate the card:Step 1:

4-21Input and Output CardsOriginal — December 1991 UM4.6:CS6003X00612–AU1Figure 4-7. Discrete Input Card — High Voltage4.1.6.2 Equipment RequiredThe f

4-22 Input and Output CardsUM4.6:CS6003 Original — December 1991Step 5: Press the calibrator MUX switch. The calibrator numericaldisplay shows one of

4-23Input and Output CardsOriginal — December 1991 UM4.6:CS6003Step 10: Turn on the voltage source and adjust the output voltage to10 volts dc.Excessi

4-24 Input and Output CardsUM4.6:CS6003 Original — December 19914.1.7.1 OverviewDuring the functional test, the calibrator checks each of the four pul

4-25Input and Output CardsOriginal — December 1991 UM4.6:CS6003Step 5: Press the calibrator MUX switch. The calibrator numericaldisplay shows one of t

4-26 Input and Output CardsUM4.6:CS6003 Original — December 1991Step 9: Turn the signal generator on, and if necessary, allow time forthe oscillator t

4-27Input and Output CardsOriginal — December 1991 UM4.6:CS6003X00613–APS1S1S2Figure 4-9. Weigh Scale Interface CardThe 8-position DIP switch S1 is th

4-28 Input and Output CardsUM4.6:CS6003 Original — December 1991The 4-position DIP switch S2 is the scale type select switch used toindicate the type

4-29Input and Output CardsOriginal — December 1991 UM4.6:CS6003Table 4-16. Switch Settings on BLH Weigh Scale Models 4310A and4315A(1)Switch(2)Positio

ContentsSection/Title PageviOriginal — December 1991UM4.6:CS60032.3 Operating the Calibrator 2-7. . . . . . . . . . . . . . . . . . . . . . . . . . .

4-30 Input and Output CardsUM4.6:CS6003 Original — December 1991The M5000 operates in one of two modes: Setup/Calibration or Weight.Select the mode wi

4-31Input and Output CardsOriginal — December 1991 UM4.6:CS6003Table 4-18. Weigh Scale Interface Card Scale Type Select SwitchSettingsSwitch Position

4-32 Input and Output CardsUM4.6:CS6003 Original — December 1991X00614–AR5 Channel 1 ZeroR6 Channel 2 ZeroR7 Channel 3 ZeroR8 Channel 4 ZeroR23 Channe

4-33Input and Output CardsOriginal — December 1991 UM4.6:CS6003Step 6: Press the calibrator AO group mode switch.Step 7: Set the calibrator CHANNEL SE

4-34 Input and Output CardsUM4.6:CS6003 Original — December 1991Step 9: Set the calibrator data switches 10 through 1 (labeled MUXDATA BYTE 1 and MUX

4-35Input and Output CardsOriginal — December 1991 UM4.6:CS60034.2.2.1 Switch Settings — DM6460-SeriesFor momentary output only, the card uses eight 8

4-36 Input and Output CardsUM4.6:CS6003 Original — December 1991Table 4-21. Momentary Output Duration Switch Settings forDM6460-Series Discrete Output

4-37Input and Output CardsOriginal — December 1991 UM4.6:CS6003Table 4-21. Momentary Output Duration Switch Settings forDM6460-Series Discrete Output

4-38 Input and Output CardsUM4.6:CS6003 Original — December 1991Table 4-21. Momentary Output Duration Switch Settings forDM6460-Series Discrete Output

4-39Input and Output CardsOriginal — December 1991 UM4.6:CS6003Table 4-21. Momentary Output Duration Switch Settings forDM6460-Series Discrete Output

ContentsSection/Title PageOriginal — December 1991UM4.6:CS6003vii4.1.7 Types DM6371, DM6372, and DM6373 Pulse Count Input Cards 4-23. . . . . . . . .

4-40 Input and Output CardsUM4.6:CS6003 Original — December 1991Table 4-21. Momentary Output Duration Switch Settings forDM6460-Series Discrete Output

4-41Input and Output CardsOriginal — December 1991 UM4.6:CS6003Table 4-21. Momentary Output Duration Switch Settings forDM6460-Series Discrete Output

4-42 Input and Output CardsUM4.6:CS6003 Original — December 1991Table 4-21. Momentary Output Duration Switch Settings forDM6460-Series Discrete Output

4-43Input and Output CardsOriginal — December 1991 UM4.6:CS6003Table 4-21. Momentary Output Duration Switch Settings forDM6460-Series Discrete Output

4-44 Input and Output CardsUM4.6:CS6003 Original — December 19914.2.3.2 External Relay PanelField wiring for the Type DM6463 Discrete Output Card conn

4-45Input and Output CardsOriginal — December 1991 UM4.6:CS60034.2.3.6 Calibration ProcedureUse the following procedure to calibrate the card:Step 1:

4-46 Input and Output CardsUM4.6:CS6003 Original — December 1991NoteFor cards with momentary output, hold down theCHK MOM switch long enough to ensure

4-47Input and Output CardsOriginal — December 1991 UM4.6:CS6003Step 12: Press the calibrator CHK MOM switch. All the indicators onthe discrete output

4-48 Input and Output CardsUM4.6:CS6003 Original — December 1991This page intentionally left blank.4

5-1Controller CardsOriginal — December 1991 UM4.6:CS60035 Controller CardsThis section contains the calibration procedures for:Type CL6003 Interactive

ContentsSection/Title PageviiiOriginal — December 1991UM4.6:CS60035.4 Type CL6202 Computing Controller Card 5-16. . . . . . . . . . . . . . . . . . .

5-2 Controller CardsUM4.6:CS6003 Original — December 19915.1.1 MPU CardUse the following procedure to calibrate the MPU card.5.1.1.1 Equipment Require

5-3Controller CardsOriginal — December 1991 UM4.6:CS6003X00813–AFigure 5-1. Type CL6003 Interactive Controller MPU UnitX00814–AFigure 5-2. Type CL6003

5-4 Controller CardsUM4.6:CS6003 Original — December 1991NoteThe SCAN ERROR indicator may be lit while thecalibrator is in the CAL HIGH mode. This is

5-5Controller CardsOriginal — December 1991 UM4.6:CS6003Step 15: Set the calibrator ON/OFF switch to OFF.Step 16: Remove the MPU card and the discrete

5-6 Controller CardsUM4.6:CS6003 Original — December 1991X00815–AR17Span CurrentOutput 1R37Span CurrentOutput 2R44Zero AdjustmentR45Span AdjustmentSho

5-7Controller CardsOriginal — December 1991 UM4.6:CS6003Step 13: Disconnect the jumpers from +CO2 and –CO2 breakoutterminals and connect the jumpers t

5-8 Controller CardsUM4.6:CS6003 Original — December 19915.2.1.2 Calibration ProcedureUse the following procedure to calibrate the card:Step 1: Verify

5-9Controller CardsOriginal — December 1991 UM4.6:CS6003Step 4: Press the calibrator RESET switch. The IN PROGRESSindicator lights and remains lit unt

5-10 Controller CardsUM4.6:CS6003 Original — December 1991Step 11: Press Switch 1 of the switches labeled MUX DI/DO ORCONTROLLER DI. The 1 ACTIVE indi

5-11Controller CardsOriginal — December 1991 UM4.6:CS60035.2.2.2 Calibration ProcedureUse the following procedure to calibrate the card:Step 1: Verify

ContentsSection/Title PageOriginal — December 1991UM4.6:CS6003ixGlossaryIndexFigures2-1 Type CS6003 Calibrator Front Panel 2-2. . . . . . . . . . . .

5-12 Controller CardsUM4.6:CS6003 Original — December 1991Step 6: Ensure the INT/EXT switch is set to INT.Step 7: Press the CAL LOW switch.Step 8: Obs

5-13Controller CardsOriginal — December 1991 UM4.6:CS60035.3 Type CL6201 Configurable ControllerCard This calibration procedure for the configurable

5-14 Controller CardsUM4.6:CS6003 Original — December 19915.3.1 Equipment RequiredThe following equipment is required:Type CS6003 CalibratorVoltmeter5

5-15Controller CardsOriginal — December 1991 UM4.6:CS6003Step 8: If the configurable controller card does not have discrete I/O,skip to Step 9. Otherw

5-16 Controller CardsUM4.6:CS6003 Original — December 1991Step 18: Press both of the lit MUX DI/DO CONTROLLER DI dataswitches again to switch them OFF

5-17Controller CardsOriginal — December 1991 UM4.6:CS60035.4.2 Calibration ProcedureUse the following procedure to calibrate the card:Step 1: Verify t

5-18 Controller CardsUM4.6:CS6003 Original — December 1991Step 13: Observe the voltmeter (ensure the calibrator is still in the CALHIGH mode). The vol

5-19Controller CardsOriginal — December 1991 UM4.6:CS60035.5 Type CL7011 Computing Controller Card(without Dual Current Output) This calibration proce

5-20 Controller CardsUM4.6:CS6003 Original — December 1991Step 5: Ensure the INT/EXT switch is set to INT.Step 6: Connect jumpers from the +CO1 and –C

5-21Controller CardsOriginal — December 1991 UM4.6:CS6003Step 17: Press Switch 2 of the data switches labeled MUX DI/DO ORCONTROLLER DI. The 1 ACTIVE