Honeywell SC2000 User Manual

Models SC1000 & SC2000Model SC3004SC InstrumentationSignal Conditioning,Self-CalibratingDigital IndicatorsSensotec SensorsModel SC2001Sensing and

page 10 008-0608-00operate and calibrate Strain-Gage Input Channels with your transducers.Chapter 11, “AC/AC-LVDT Input Channel”, explains how t

page 100 008-0608-0012.2.3 “3-wire Voltage” AmplifiersUse the following wiring diagram when connecting an amplified transducer or in-lineamplifi

SC Series Instruction Manual page 101High-Level Input Channel1212.2.4 “3-wire Voltage” Amplifiers with Single-wire Shunt CalUse the following wir

page 102 008-0608-0012.2.5 “3-wire Current” AmplifiersUse the following wiring diagram when connecting an amplified transducer or in-lineamplif

SC Series Instruction Manual page 103High-Level Input Channel1212.2.6 “2-wire Current” Amplifiers with Buffered Shunt CalUse the following wirin

page 104 008-0608-0012.2.7 “2-wire Current” Amplifiers with Single-wire Shunt CalUse the following wiring diagram when connecting an amplified

SC Series Instruction Manual page 105High-Level Input Channel1212.2.8 Low Voltage DC-DC LVDTsUse the following wiring diagram when connecting a l

page 106 008-0608-0012.3 Excitation and Signal Jumpers12.3.1 OverviewThe High-Level Input channel has hardware jumpers which allows configurati

SC Series Instruction Manual page 107High-Level Input Channel1212.4 Calibration ProcedureIf you are not familiar with operating the instrument i

page 108 008-0608-0012.5 Specifications(1)Total excitation current of all channels must not exceed 120mA for Models SC1000,SC2000 or SC2001 and

SC Series Instruction Manual page 109High-Level Input Channel1212.6 Channel MenuEach High-Level Input channel is configured and calibrated via i

SC Series Instruction Manual page 11Introduction11.2 Related DocumentsCustomer Information SheetEvery instrument is shipped with a Customer Info

page 110 008-0608-00•“PEAK” means the highest value of the channel.•“VALLEY” means the lowest value of the channel.•“TRACK / PEAK” means the liv

SC Series Instruction Manual page 111High-Level Input Channel1212.6.2 DISPLAY SETUP Sub-MenuThis menu controls how data values are displayed by t

page 112 008-0608-0012.6.3 AUXn FUNCTION Menu ItemsThe AUX1 FUNCTION and AUX2 FUNCTION menu items determine what happens when theAuxiliary Funct

SC Series Instruction Manual page 113High-Level Input Channel1212.6.4 CALIBRATION TYPE Menu ItemThis chooses the type of calibration technique to

page 114 008-0608-00used to compensate for the non-linearity in the transducer. The usual loads used are zero scale, half scale and full scale,

SC Series Instruction Manual page 115High-Level Input Channel1212.6.5 CALIBRATION DATA Sub-MenuThis enters the values that will be used by the in

page 116 008-0608-00ity.•“KNOWN POINT 2/3”: point 2 of 3, usually 50% of the transducer’s full-scale capac-ity.•“KNOWN POINT 3/3”: point 3 of 3,

SC Series Instruction Manual page 117High-Level Input Channel1212.6.6 CALIBRATE Menu ItemThis menu item performs a calibration according to what

page 118 008-0608-00If the CALIBRATION TYPE is 5-Point Known Load Calibration...• The display will read DOING 5POINT CAL, and prompt you to APPL

SC Series Instruction Manual page 119High-Level Input Channel1212.6.7 DAC SETUP Sub-MenuThis sub-menu contains four items that control the Digita

page 12 008-0608-001.3 What is the SC Series?The SC Series of Signal Conditioners/Indicators are versatile, multi-channel devicesdesigned to op

page 120 008-0608-0012.6.8 DIAGNOSTICS Sub-MenuDAC FULL SCALE Menu ItemWhen this menu item is selected, the Analog Output of the channel is forc

SC Series Instruction Manual page 121High-Level Input Channel1212.7 Analog Output Configuration12.7.1 Identifying the Output TypeA High-Level In

page 122 008-0608-0012.8 Troubleshooting12.8.1 Error MessagesSee “Error Messages” on page 151 for information relating to error messages.12.8.2

SC Series Instruction Manual page 123Relay Output Channel13Chapter 13Relay Output Channel13.1 Features13.1.1 First Channel InstalledThe first Re

page 124 008-0608-0013.2 WiringThe pin-out for the Relay Output channel’s 12-pin connector is shown in the followingtable.Table 2-8: Relay Outp

SC Series Instruction Manual page 125Relay Output Channel1313.3 Setup ProcedureIf you are not familiar with operating the instrument in the SETU

page 126 008-0608-0013.4 Specifications RELAY OUTPUTQuantity and Type 4 form CContact Rating 0.5A @ 50VAC max. (consult factory for 125VAC max.

SC Series Instruction Manual page 127Relay Output Channel1313.5 Channel MenuThe Relay Output channel’s SETUP menu allows you to manually turn th

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SC Series Instruction Manual page 129DAC Output Channel14Chapter 14DAC Output Channel14.1 FeaturesThe DAC Output channel uses a digital-to-analo

SC Series Instruction Manual page 13Introduction1• Mathematics Virtual channels run small programs written in an interpretive language called Sen

page 130 008-0608-0014.2 WiringConnect your readout instrument to a DAC Output channel by wiring it to the 12-pinconnector of that channel. Th

SC Series Instruction Manual page 131DAC Output Channel1414.3 Setup ProcedureIf you are not familiar with operating the instrument in the SETUP

page 132 008-0608-0014.4 SpecificationsANALOG OUTPUTVoltage range (voltage outputchannels)5, ±5 or 10 VDCCurrent range (current outputchannels)

SC Series Instruction Manual page 133DAC Output Channel1414.5 Channel MenuEach DAC Output channel is configured and calibrated via its channel m

page 134 008-0608-0014.5.2 DIAGNOSTICS Sub-MenuDAC FULL SCALE Menu ItemWhen this menu item is selected, the Analog Output of the channel is forc

SC Series Instruction Manual page 135DAC Output Channel1414.6 Analog Output Configuration14.6.1 Identifying the Output TypeA DAC Output channel

page 136 008-0608-0014.7 Troubleshooting14.7.1 Error MessagesSee “Error Messages” on page 151 for information relating to error messages.14.7.2

SC Series Instruction Manual page 137DAC Output Channel14

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SC Series Instruction Manual page 139Split Display Virtual Channel15Chapter 15Split Display Virtual Channel15.1 FeaturesThe Split Display Virtua

page 14 008-0608-001.4 What is Signature Calibration?1.4.1 OverviewA small integrated circuit is located either inside the transducer, in an in

page 140 008-0608-0015.4 Channel Menu Detailed instructions on operating the instrument in the SETUP Menu mode can befound in “SETUP Menu mode”

SC Series Instruction Manual page 141Split Display Virtual Channel15

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SC Series Instruction Manual page 143Mathematics Virtual Channel16Chapter 16Mathematics Virtual Channel16.1 FeaturesThe Mathematics Virtual Chan

page 144 008-0608-0016.2 WiringA Virtual Channel exists in software only; it does not occupy a physical slot inside ofthe instrument’s chassis.

SC Series Instruction Manual page 145Mathematics Virtual Channel1616.3 Setup ProcedureIf you are not familiar with operating the instrument in t

page 146 008-0608-0016.4 Channel MenuEach Mathematics Virtual Channel can have its configuration and SensoCode pro-gramming examined via its ch

SC Series Instruction Manual page 147Mathematics Virtual Channel1616.4.5 DISPLAY SETUP Sub-MenuThis menu controls how data values are displayed b

page 148 008-0608-0016.4.6 POWER-ON SOURCE Menu ItemThis menu selects which value is displayed by the channel when first entering theRUN mode.Fo

SC Series Instruction Manual page 149Mathematics Virtual Channel1616.5 TroubleshootingSee “Error Messages” on page 151 for information relating

SC Series Instruction Manual page 15Getting Started Quickly2Chapter 2Getting Started Quickly2.1 Locate Required Parts and InformationThe followi

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SC Series Instruction Manual page 151Error Messages17Chapter 17Error Messages17.1 OverviewIf the instrument detects an error during the RUN, INI

page 152 008-0608-0017.2 Error Message ListError 05, DIVIDE BY ZEROA Mathematics Virtual channel has attempted to divide by zero.Error 07, SQUA

SC Series Instruction Manual page 153Error Messages17Error 29, S.EE VERIFY FAILA verification failure occurred during a write operation to the ch

page 154 008-0608-00SEN”) are not connected to the (+)Excitation and (-)Excitation pins (labeled as “+EXC”and “-EXC”), respectively, This is m

SC Series Instruction Manual page 155Error Messages17Error 61, LOAD NOT GT LOADA load applied during a known-load calibration was not greater tha

page 156 008-0608-00Error 85, UNREACHABLE GOTOThe destination step of a “Go to” Instruction is beyond the end of the SensoCode pro-gram. The Se

SC Series Instruction Manual page 157Setup Menu Reference18Chapter 18Setup Menu Reference18.1 Navigation instructions• Press [UP]+[DOWN] to ente

page 158 008-0608-00Table 7-10: SETUP MenuCHANNEL 01 MENU(menu varies according to channel type)CHANNEL 02 MENU(menu varies according to c

SC Series Instruction Manual page 159Setup Menu Reference18Table 7-11: System MenuSYSTEM MENUSOFTWARE REVISIONpage 41 CONFIGURATIONDISPLA

page 16 008-0608-002.3 Turn on the InstrumentConnect the power cord between the instrument power source and the instrument,and turn the On/Off

page 160 008-0608-00 Table 7-12: LIMIT MENULIMIT xx MENULIMIT. ENABLEONpage 55  OFF LIMIT. SETPOINTpage 55 LIMIT. RETUR

SC Series Instruction Manual page 161Setup Menu Reference18Table 7-16: Strain Gage Input Channel MenuCHANNEL xx MENUOPERATIONAUTO-ZEROON

page 162 008-0608-00  TYPE=2 POINT CAL  TYPE=3 POINT CAL  TYPE=5 POINT CAL CALIBRATION DATAEXCITATION(menu varies with page 69

SC Series Instruction Manual page 163Setup Menu Reference18Table 7-17: AC-AC LVDT Input Channel MenuCHANNEL xx MENUOPERATIONAUTO-ZEROONp

page 164 008-0608-00  TYPE=5 POINT CAL CALIBRATION DATAFULL SCALE VRMSpage 88  KNOWN LOAD POINT 1/5  KNOWN LOAD POINT 2/5  

SC Series Instruction Manual page 165Setup Menu Reference18Table 7-18: High-Level Input Channel MenuCHANNEL xx MENUOPERATIONAUTO-ZEROONp

page 166 008-0608-00  TYPE=3 POINT CAL  TYPE=5 POINT CAL CALIBRATION DATAFULL-SCALE VOLT/CURR(menu varies with page 115  FULL-S

SC Series Instruction Manual page 167Setup Menu Reference18Table 7-19: Relay Output ChannelCHANNEL xx MENUDIAGNOSTICSRELAY 1ONpage 127 

page 168 008-0608-00Table 7-22: Mathematics Virtual ChannelCHANNEL xx MENUSENSOCODE P/Npage 146 USER VALUESUSER VALUE 1(item name may va

SC Series Instruction Manual - Model SC500 page 169IndexIndexAAC/AC-LVDT Input channel 792-Point Known Displacement Calibration 87–893-Po

SC Series Instruction Manual page 17Getting Started Quickly22.4 Use the SETUP Menus to Enter Transducer InformationYou can skip this step if:• Y

page 170 008-0671-00OVLD messageAC/AC-LVDT Input channel 95High-Level Input channel 122Strain-Gage Input channel 77percentage of Analog-to-Digit

SC Series Instruction Manual - Model SC500 page 171IndexERROR 22INITIALIZE 19RUN 20SETUP menu 23OVLD messageAC/AC-LVDT Input channel 95Hi

page 172 008-0671-00resolution 63SETUP menu 63Shunt Calibration 21, 67, 69, 71software revision 75specifications 62step response time 63troubles

WarrantyWarrantyHoneywell warrants goods of its manufacture as being free of defective materialsand faulty workmanship. Contact your local sales off

Document Number 008-0608-00 Printed in USA © Copyright 2005 Honeywell International Inc.Honeywell Automation and Control SolutionsSensotec Senso

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SC Series Instruction Manual page 19Operating Modes3Chapter 3Operating Modes3.1 Operating ModesThe SC Series instruments have four modes of oper

HoneywellSensotec Sensors2080 Arlingate LaneColumbus, Ohio 43228, USATelephone: (614)850-5000FAX: (614)850-1111Toll Free: 1-800-848-6564E-mail: servic

page 20 008-0608-003.3 RUN ModeAfter the INITIALIZE mode finishes, the instrument enters the RUN mode, its normalmode of operation.3.3.1 Displa

SC Series Instruction Manual page 21Operating Modes3To clear the peak and valley values of all channels simultaneously, use the Sys-tem connector

page 22 008-0608-003.4 ERROR modeThe instrument enters the ERROR mode when a critical error occurs that prevents theinstrument from operating.

SC Series Instruction Manual page 23Operating Modes33.5 SETUP Menu modeThe SETUP Menu mode is used to display or change the settings that contro

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SC Series Instruction Manual page 25Chassis Models4Chapter 4Chassis Models4.1 IntroductionThe SC Series of Signal Conditioners/Indicators are av

page 26 008-0608-004.2 SpecificationsModel SC1000Model SC2000Model SC2001Model SC3004GENERAL# Physical channels 1 to 4 1 to 4 1 to 4 1 to 14# V

SC Series Instruction Manual page 27Chassis Models44.3 Models SC1000 and SC20004.3.1 DifferencesModel SC1000 instruments do not include peak/val

page 28 008-0608-00Figure 4-2: Panel Cutout Drawing for SC1000 & SC2000 (not to scale)Step 1: In the panel or rack, cut a hole as shown abov

SC Series Instruction Manual page 29Chassis Models4Removal of rear panelThe rear panel must be removed in order to install or remove channels.Ste

SC Series Instruction Manual page 3ContentsContents Contents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3Chapter 1 In

page 30 008-0608-00boards in the instrument.• The Front Panel/Display Board Assembly contains the display and all front panel controls.•The Powe

SC Series Instruction Manual page 31Chassis Models44.4 Model SC20014.4.1 DifferencesModel SC2001 instruments are SC2000 instruments housed in a

page 32 008-0608-00Step 2: Pull the front panel assembly out of the case.Step 3: Proceed with Model SC2000 “Case Removal” on page 28.4.4.5 Inter

SC Series Instruction Manual page 33Chassis Models44.5 Model SC30044.5.1 External ArrangementFigure 4-5: External Arrangement of Model SC30044.5

page 34 008-0608-004.5.5 Case Removal Step 1: Remove the four, silver rack-mounting ears from the left and right sides.Step 2: Remove one Philli

SC Series Instruction Manual page 35System Connector5Chapter 5System Connector5.1 IntroductionThe 25-pin D-subminiature System connector is used

page 36 008-0608-005.2 System Connector PinoutThe Limit Output pins and Function Input pins are electrically isolated from the rest ofthe inst

SC Series Instruction Manual page 37System Connector55.3 Function Input Pins5.3.1 OverviewTo use a Function Input pin (9, 10, 11 or 21), connect

page 38 008-0608-005.4 Limit Output Pins5.4.1 OverviewAn open-collector output is a transistor logic output that can be used to control DCloads

SC Series Instruction Manual page 39System Connector5

page 4 008-0608-004.2 Specifications . . . . . . . . . . . . . . . . . . . . . . . . . . . 264.3 Models SC1000 and SC2000 . . . . . . . . . .

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SC Series Instruction Manual page 41System Menu6Chapter 6System Menu6.1 OverviewThe System menu allows you to examine and change settings that a

page 42 008-0608-006.2.4 INSTALL CHANNEL Menu ItemThis menu item will add an Input, Output or Virtual channel as the next highest chan-nel numbe

SC Series Instruction Manual page 43System Menu6Input Channels, Output Channels and Virtual Channels (such as Mathematics Channels and Split Disp

page 44 008-0608-006.2.5 DELETE CHANNEL Menu ItemThis menu item will delete the last channel in the instrument. Before deletion occurs,the numb

SC Series Instruction Manual page 45System Menu6

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SC Series Instruction Manual page 47Serial Communications7Chapter 7Serial Communications7.1 OverviewThe SC Series instruments are designed to co

page 48 008-0608-007.3 Communications Protocol7.3.1 RS-232 vs. RS-485SC Series instruments are available with either of two communications prot

SC Series Instruction Manual page 49Serial Communications77.4 Serial Com Menu7.4.1 OverviewThe Serial Com menu allows you to examine and change

SC Series Instruction Manual page 5ContentsChapter 7 Serial Communications . . . . . . . . . . . . . . . . . . . . . . 477.1 Overview . . .

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SC Series Instruction Manual page 51Display Menu8Chapter 8Display Menu8.1 OverviewThe Display menu allows you to examine and change settings tha

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SC Series Instruction Manual page 53Limits9Chapter 9Limits9.1 Understanding Limits, Set Points and Return PointsLimits are signal levels at whic

page 54 008-0608-009.2 Limit Operation9.2.1 Actions When ActivatedWhen Limits 1, 2, 3, or 4 are activated, the following actions occur:• The fr

SC Series Instruction Manual page 55Limits99.3 Limit Menus9.3.1 OverviewThere are four, eight, twelve or sixteen Limit menus depending on how ma

page 56 008-0608-00Figure 9-1: Limit Operation when LIMIT.ENERGIZE = SIGNAL > SETPOINTFigure 9-2: Limit Operation when LIMIT.ENERGIZE = SIGNA

SC Series Instruction Manual page 57Limits9Figure 9-4: Limit Operation when LIMIT.ENERGIZE = SIGNAL OUTSIDE9.3.6 LIMIT.LATCHING Menu ItemThis spe

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SC Series Instruction Manual page 59Strain-Gage Input Channel10Chapter 10Strain-Gage Input Channel10.1 FeaturesThe Strain-Gage Input channel pro

page 6 008-0608-0010.5.2 DISPLAY SETUP Sub-Menu . . . . . . . . . . . . . . . . . . . . . 6510.5.3 AUXn FUNCTION Menu Items . . . . . . . . .

page 60 008-0608-0010.2 WiringConnect the transducer to a Strain-Gage Input channel by wiring it to the 12-pin con-nector of that channel. The

SC Series Instruction Manual page 61Strain-Gage Input Channel1010.3 Calibration ProcedureIf you are not familiar with operating the instrument i

page 62 008-0608-0010.4 Specifications TRANSDUCER INPUTTransducer type full-bridge, strain gage Excitation Voltage 5 or 10 VDC,short circuit pr

SC Series Instruction Manual page 63Strain-Gage Input Channel1010.5 Channel MenuEach Strain-Gage Input channel is configured and calibrated via

page 64 008-0608-00POWER-ON SOURCE Menu ItemThis menu selects which value is displayed by the channel when first entering theRUN mode.The choic

SC Series Instruction Manual page 65Strain-Gage Input Channel1010.5.2 DISPLAY SETUP Sub-MenuThis menu controls how data values are displayed by t

page 66 008-0608-0010.5.3 AUXn FUNCTION Menu ItemsThe AUX1 FUNCTION and AUX2 FUNCTION menu items determine what happens when theAuxiliary Functi

SC Series Instruction Manual page 67Strain-Gage Input Channel1010.5.4 CALIBRATION TYPE Menu ItemThis chooses the type of calibration technique to

page 68 008-0608-00a known, precision resistor into the transducer circuit, which causes a predictable apparent signal. The instrument then take

SC Series Instruction Manual page 69Strain-Gage Input Channel1010.5.5 CALIBRATION DATA Sub-MenuThis enters the values that will be used by the in

SC Series Instruction Manual page 7Contents12.3 Excitation and Signal Jumpers . . . . . . . . . . . . . 10612.3.1 Overview . . . . . . . . . .

page 70 008-0608-00Figure 10-2: Shunt Calibration Resistor LocationTo verify proper transducer operation, you can apply the shunt resistor to th

SC Series Instruction Manual page 71Strain-Gage Input Channel1010.5.6 CALIBRATE Menu ItemThis menu item performs a calibration according to what

page 72 008-0608-00applied this load to the transducer, press [ENTER]. • Upon completion, the display will indicate DONE and the instrument will

SC Series Instruction Manual page 73Strain-Gage Input Channel1010.5.7 DAC SETUP Sub-MenuThis sub-menu contains four items that control the Digita

page 74 008-0608-0010.5.8 SIGNATURE MODULE Sub-MenuUPDATE SIG.MOD? Menu ItemUpdates the information stored in the transducer’s Signature Module

SC Series Instruction Manual page 75Strain-Gage Input Channel1010.5.9 DIAGNOSTICS Sub-MenuDAC FULL SCALE Menu ItemWhen this menu item is selected

page 76 008-0608-0010.6 Analog Output Configuration10.6.1 Identifying the Output TypeA Strain-Gage Input channel is available with one of two t

SC Series Instruction Manual page 77Strain-Gage Input Channel1010.7 Troubleshooting10.7.1 Error MessagesSee “Error Messages” on page 151 for inf

page 78 008-0608-00not pin 8, to activate them.Sensitivity to EMI/RFITo obtain maximum immunity to electromagnetic or radio frequency interferen

SC Series Instruction Manual page 79AC/AC-LVDT Input Channel11Chapter 11AC/AC-LVDT Input Channel11.1 FeaturesThe AC/AC-LVDT Input channel provid

page 8 008-0608-00Chapter 15 Split Display Virtual Channel . . . . . . . . . . . . . . . . . . 13915.1 Features . . . . . . . . . . . . . .

page 80 008-0608-0011.2 WiringConnect your transducer to an AC/AC-LVDT Input channel by wiring it to the 12-pinconnector of that channel. The

SC Series Instruction Manual page 81AC/AC-LVDT Input Channel1111.3 Calibration ProcedureIf you are not familiar with operating the instrument in

page 82 008-0608-0011.4 Specifications TRANSDUCER INPUTTransducer type full-bridge, AC/AC-LVDT Excitation Voltage 3 VRMS @ 5kHz,short circuit p

SC Series Instruction Manual page 83AC/AC-LVDT Input Channel1111.5 Channel MenuEach AC/AC-LVDT Input channel is configured and calibrated via it

page 84 008-0608-00POWER-ON SOURCE Menu ItemThis menu selects which value is displayed by the channel when first entering theRUN mode.The choic

SC Series Instruction Manual page 85AC/AC-LVDT Input Channel1111.5.2 DISPLAY SETUP Sub-MenuThis menu controls how data values are displayed by th

page 86 008-0608-00updated.•“HIGH/LOW HOLD” means that the peak and valley values will not be updated.•“HIGH/LOW CLEAR” means that the peak and

SC Series Instruction Manual page 87AC/AC-LVDT Input Channel1111.5.4 CALIBRATION TYPE Menu ItemThe choices for this menu item are:•“TYPE= 2 POINT

page 88 008-0608-0011.5.5 CALIBRATION DATA Sub-MenuThis sub-menu enters the values that will be used by the instrument when it calibratesitself

SC Series Instruction Manual page 89AC/AC-LVDT Input Channel1111.5.6 CALIBRATE Menu ItemThis menu item performs a calibration according to what w

SC Series Instruction Manual page 9Introduction1Chapter 1Introduction1.1 About This Manual1.1.1 ScopeThis manual will explain the setup, feature

page 90 008-0608-00previously entered as KNOWN POINT 3/5 and DISPLAY. UNITS). When you have applied this displacement to the transducer, press [

SC Series Instruction Manual page 91AC/AC-LVDT Input Channel1111.5.7 DAC SETUP Sub-MenuThis sub-menu contains four items that control the Digital

page 92 008-0608-0011.5.8 DIAGNOSTICS Sub-MenuDAC FULL SCALE Menu ItemWhen this menu item is selected, the Analog Output of the channel is force

SC Series Instruction Manual page 93AC/AC-LVDT Input Channel1111.6 Electrical Null and Transducer Mounting11.6.1 OverviewThe mechanical travel o

page 94 008-0608-0011.7 Analog Output Configuration11.7.1 Identifying the Output TypeAn AC/AC-LVDT Input channel is available with one of two t

SC Series Instruction Manual page 95AC/AC-LVDT Input Channel1111.8 Troubleshooting11.8.1 Error MessagesSee “Error Messages” on page 151 for info

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SC Series Instruction Manual page 97High-Level Input Channel12Chapter 12High-Level Input Channel12.1 FeaturesThe High-Level Input channel provid

page 98 008-0608-0012.2 Wiring12.2.1 Channel ConnectorConnect the amplified transducer, in-line amplifier or DC-DC LVDT to a High-LevelInput ch

SC Series Instruction Manual page 99High-Level Input Channel1212.2.2 Bi-polar Voltage AmplifiersUse the following wiring diagram when connecting