Honeywell SC500 Manual Download

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Model SC500

SC Instrumentation

Signal Conditioning,
Self-Calibrating
Digital Indicators

Sensotec Sensors

Sensing and Control

Summary of Contents for SC500

Page 1: ...Model SC500 SC Instrumentation Signal Conditioning Self Calibrating Digital Indicators Sensotec Sensors Sensing and Control ...

Page 2: ...d that if the equipment is used in a man ner not specified in this manual the protection provided by the equipment may be impaired CAUTION Only qualified service trained personnel who are aware of the hazards involved should remove the cover from the instrument or connect external wiring to the instrument WARNING PERSONAL INJURY DO NOT USE these products as safety or emergency stop devices or in a...

Page 3: ...the Transducer to the Input Channel 15 2 3 Turn on the Instrument 16 2 4 Use the SETUP Menus to Enter Transducer Information 17 2 5 Calibrate the Transducer to the Input Channel 17 2 6 The SC Series Instrument is Ready for Use 17 Chapter 3 Operating Modes 19 3 1 Operating Modes 19 3 2 INITIALIZE Mode 19 3 3 RUN Mode 20 3 3 1 Display 20 3 3 2 VALUE button 20 3 3 3 CLEAR Button 20 3 3 4 CHANNEL butt...

Page 4: ... 3 2 3 Form A Relays Option 33 5 4 Relay Output Pins 34 5 4 1 Operation 34 5 4 2 Specifications 34 5 4 3 Diagnostics 34 Chapter 6 System Menu 35 6 1 Overview 35 6 2 Menu Items 35 6 2 1 SOFTWARE REVISION Menu Item 35 6 2 2 CONFIGURATION Sub Menu 35 6 2 3 DIAGNOSTICS Sub Menu 35 6 2 4 INSTALL CHANNEL Menu Item 36 6 2 5 DELETE CHANNEL Menu Item 37 6 2 6 DEFAULT CHANNEL Menu Item 37 Chapter 7 Serial C...

Page 5: ...G Menu Item 49 9 4 7 LIMIT CHANNEL Menu Item 49 9 4 8 LIMIT SOURCE Menu Item 49 9 4 9 LEAVE MENU Menu Item 49 Chapter 10 Strain Gage Input Channel 51 10 1 Features 51 10 2 Wiring 52 10 2 1 Strain Gage Transducers 53 10 2 2 Strain Gage Transducers with Buffered Shunt Cal 54 10 3 Calibration Procedure 55 10 4 Specifications 56 10 5 Channel Menu 57 10 5 1 OPERATION Sub Menu 57 10 5 2 DISPLAY SETUP Su...

Page 6: ...blems and Solutions 89 Chapter 12 High Level Input Channel 91 12 1 Features 91 12 2 Wiring 92 12 2 1 Channel Connector 92 12 2 2 Bi polar Voltage Amplifiers 93 12 2 3 3 wire Voltage Amplifiers 94 12 2 4 3 wire Voltage Amplifiers with Single wire Shunt Cal 95 12 2 5 3 wire Current Amplifiers 96 12 2 6 2 wire Current Amplifiers with Buffered Shunt Cal 97 12 2 7 2 wire Current Amplifiers with Single ...

Page 7: ...oubleshooting 118 Chapter 14 Mathematics Virtual Channel 119 14 1 Features 119 14 2 Wiring 120 14 3 Setup Procedure 121 14 4 Channel Menu 122 14 4 1 SENSOCODE P N Menu Item 122 14 4 2 USER VALUES Sub Menu 122 14 4 3 VIEW SENSOCODE Menu Item 122 14 4 4 VIEW COMMANDS Sub Menu 122 14 4 5 DISPLAY SETUP Sub Menu 123 14 4 6 POWER ON SOURCE Menu Item 124 14 5 Troubleshooting 125 Chapter 15 Error Messages...

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Page 9: ...n provides an overview of how to get started quickly if your instrument and transducers were ordered at the same time or if Signature Calibration is used Chapter 3 Operating Modes discusses the significant features of the SC Series and operation procedures when the instrument is in the INITIALIZE RUN ERROR or SETUP modes TEXT IN BRACKETS The label of a front panel button DISPLAY Text that appears ...

Page 10: ...o alter their settings via the Limit Menus Chapter 10 Strain Gage Input Channel explains how to wire configure operate and calibrate the Strain Gage Input Channel with your transducer Chapter 11 AC AC LVDT Input Channel explains how to wire configure operate and calibrate the AC AC LVDT Input Channel with your transducer Chapter 12 High Level Input Channel explains how to wire configure operate an...

Page 11: ...ommunications Guide document 008 0610 00 describes in detail how to communicate with an SC Series instrument using RS 232 and RS 485 Wiring diagrams sample programs and descriptions of each command are included A printed copy of this document is available for order or you may download it from http www honeywell com sensotec Supplemental Instructions If an instrument is configured with Mathematics ...

Page 12: ...anual covers the following models i e chassis types SC500 1 physical channel 1 8 DIN case 1 3 3 Channel Types Channels can be one of two types Input or Virtual Input Channel The Model SC500 always contains a single input channel designated as Channel 01 At the time of order the input channel can be configured to operate with one of the fol lowing types of sensors Strain gage sensors such as unampl...

Page 13: ...tomers to fit their require ments A Factory Calibration Sheet Data area unalterable by the customer can be cop ied back into the User Calibration Data 1 4 3 Information Stored The following information is stored inside transducers equipped with Signature Cali bration Full scale mV V The full scale millivolt per volt mV V rating of the transducer when its full load is applied also called calibratio...

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Page 15: ...ay need to make this cable The transducer s Calibration Record or Certificate of Calibration The Customer Information Sheet that shipped with your instrument This sheet describes which cards are installed in each channel 2 2 Connect the Transducer to the Input Channel Connect the cable between the transducer and the Input Channel connector on the instrument The Input Channel connector is the 12 pi...

Page 16: ...s last pressed Data value 00000 displays the value from the transducer in engineering units Units label PSIG indicates the engineering units being used up to 4 charac ters Tare indicator A symbol indicates tare is off a Ë symbol indicates tare is on NOTICE If the channel s display flashes APPLY 00000 or some other load value the instrument has detected a transducer other than the one which was las...

Page 17: ...is step if You are using a transducer equipped with Signature Calibration or The transducer and instrument were purchased together and set up by Sen sotec Otherwise you must choose a calibration method e g Shunt Calibration mV V Calibration or Known Load Calibration appropriate for your application and use the SETUP menu for the Input Channel CHANNEL 01 MENU to calibrate the channel to the transdu...

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Page 19: ...n this chapter 3 2 INITIALIZE Mode When the instrument is powered up or otherwise reset it enters the INITIALIZE mode As the instrument enters this mode all segments of the display illuminate momentarily Next each channel in the instrument is checked for proper opera tion If a problem is detected the instrument may enter the ERROR mode Depending on the type of channel other actions may occur For e...

Page 20: ...the next characters indicate which data value for the dis played channel is shown There are three possibly four data values available from each channel blank tracking data value peak data value highest value since the peak valley detector was cleared valley data value lowest value since the peak valley detector was cleared Û percentage of the Analog to Digital converter s full scale digitizing cap...

Page 21: ...nel is being monitored by the display use the AUX1 or AUX2 control pins on the Input Channel connector See the particular chapter regarding the type of channel for details 3 3 6 Indicator Lights Model SC500 A symbol on the right side of a channel s display indicates tare is off for that channel a Ë symbol indicates tare is on If the display is configured with the DISPLAY MENU DISPLAY MODE menu ite...

Page 22: ... short description of the error The first two digits xx hold the error code The last two digits yy is channel number that caused the error For example ERROR 60 ON CH 01 indicates that error number 60 occurred on channel 1 While the instrument is in the ERROR mode no other operations are taking place except for limited serial communications capabilities See Error Message List on page 128 for a list...

Page 23: ...rough SETUPMenusandMenu Items The following table shows how to move though menus and menu items and how to display or change the setting of a particular item To change the setting of a menu item Press ENTER to display the current setting which is preceded by the character Press UP or DOWN until you see the setting you want To abandon changes press EXIT To accept the new setting and move to the nex...

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Page 25: ...ailable for a wide variety of transducers including strain gage AC AC LVDT RTD and high level voltage and current inputs The Input Channel uses a 12 pin connector located at the top rear of the instrument If the DAC Digital to Analog Converter Output option is selected at the time of order then two pins of the Input Channel connector will be used for the DAC Out put 4 1 2 Options Board The Options...

Page 26: ...uum Fluorescent ENVIRONMENTAL Storage Temperature 30º C to 90º C Operating Temperature 5º C to 40º C Relative Humidity 80 max for temperatures up to 31º C decreasing linearly to 50 max at 40º C Other indoor use at altitudes up to 2000 m Pollution Degree 2 Overvoltage Cat egory II SPECIAL FEATURES Limits Quantity 0 standard 2 optional 3 optional Digital control inputs 2 POWER Power Requirements 10 ...

Page 27: ...4 3 2 Rear Panel The pinout for the Input Channel is located in the chapter for that channel s type The pinout for the Options Channel is located in Wiring on page 32 4 3 3 Panel Mounting The panel cutout size conforms to the 1 8 DIN standard Panel Mounting Jacks order code AA943 are available that slide into two slots at the sides of the instru ment Use the following procedure to mount a Model SC...

Page 28: ...einsert the Panel Mounting Jacks into the slide slots Slide them as far toward the panel as possible Step 6 Reinsert the set screws and tighten them This will force the Panel Mounting Jacks toward the rear side of the panel drawing the instrument tightly into place 4 3 4 Rack Mounting The following rack mount panels are available to mount Model SC500 instruments into a 19 2U rack For each instrume...

Page 29: ...ircuit boards Figure 4 3 Internal Arrangement of Model SC500 WARNING Disconnect the power cord and all cables from the instrument before attempt ing to remove the case Failure to comply with these instructions could result in death or serious injury CAUTION Use a 0 Phillips screwdriver on the black screws to avoid damaging them Failure to comply with these instructions may result in product damage...

Page 30: ...d of the wall mount AC power adapter a mate for the Power connector may be purchased by part number 023 0769 01 4 3 10 Wall Mount AC Power Adapter Only the specified wall mount AC power adapter order code AA961 should be used This universal wall mount power supply includes interchangable plugs for use in the Americas Europe the United Kingdom and Australia CAUTION Turn off the instrument and unplu...

Page 31: ... instrument s serial number tag 5 2 Accessories The following connectors and cable assemblies for use with the Options connec tor are available for purchase For cable assemblies the standard length is given but other lengths may be available consult Honeywell Sensotec for further infor mation Table 5 4 Accessory Connectors and Cable Assemblies for Option connector Order Code First Connector Descri...

Page 32: ...ence Pin Availability 1 left OUT TX RS 232 Data Out Option 53a RS 485 Transmit Option 53d 5 Option 53a or 53d 2 IN TX RS 232 Data In Option 53a RS 485 Transmit Option 53d 5 Option 53a or 53d 3 DSR RX RS 232 Data Set Ready Option 53a RS 485 Receive Option 53d 5 Option 53a or 53d 4 RX RS 485 Receive 5 Option 53d 5 GND RS 232 RS 485 reference Option 53a or 53d 6 N C No Connection 7 RELAY1 NC Relay 1 ...

Page 33: ... Option 53a RS 485 Transmit Option 53d 5 Option 53a or 53d 3 DSR RX RS 232 Data Set Ready Option 53a RS 485 Receive Option 53d 5 Option 53a or 53d 4 RX RS 485 Receive 5 Option 53d 5 GND RS 232 RS 485 reference Option 53a or 53d 6 N C No Connection 7 RELAY3 COM Relay 3 common Option 58h 8 RELAY3 NO Relay 3 normally open 7 Option 58h 9 RELAY1 COM Relay 1 common Option 58h 10 RELAY1 NO Relay 1 normal...

Page 34: ...AGNOSTICS Sub Menu on page 35 for information on how to manually activate and deactivate each of relay pins from the SETUP Menu NOTICE A SensoCode program running on a Mathematics Virtual Channel may over ride the default behavior of the relay outputs Consult the Customer Information Sheet included with your instrument for details RELAY OUTPUT Quantity and Type 2 form C Option 58a or 3 form A Opti...

Page 35: ...nu allows exercising of the Option connector s Limit Output pins and monitoring of the Input Channel s Auxilliary Input pins LIMIT OUTPUT n Menu Items These menus items are used to select a Limit Output to activate or deactivate The Limit Outputs are updated immediately If the instrument was not purchased with any Limit Outputs then these menu items do not have any effect AUX INPUT TEST Menu Item ...

Page 36: ... the installation will commence 3 If the installation was successful DONE will be displayed If the installation failed you will see one of the following messages CAN T INSTALL There is no more memory available for Virtual channels SYSTEM IS FULL There are no unused channels available in the instrument After installing a Mathematics Virtual channel you must re load the SensoCode pro gram into the c...

Page 37: ...l in the system will be deleted 6 2 6 DEFAULT CHANNEL Menu Item This menu item will reset all settings for the channel you select to their factory default values Before the channel settings are reset you are asked ARE YOU SURE To cancel this operation press the EXIT button If YES is selected the channel s settings will be reset NOTICE Deleting Channel 01 will cause all of the Input Channel s calib...

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Page 39: ...he SETUP Menu items relating for serial communications A separate instruction manual is available to assist with the hookup and wiring for data communications as well as provide detailed information of all the available commands Ask for manual 008 0610 00 SC Series Communications Guide or download it from http www honeywell com sensotec 7 2 Wiring The Options connector on the instrument s rear pan...

Page 40: ...sages in parallel on the line the so called multi drop system To avoid garbled transmissions only one device should respond to a particular message Therefore every device on the loop must have a unique address If you have an instrument with more than one channel transmission must be addressed to the appropriate channel within the instrument 7 3 2 Parameters All SC instruments use no parity 8 data ...

Page 41: ...or serial communications The default baud rate is 9600 7 4 5 AUTO LINE FEED Menu Item This allows you to examine the setting on off of the auto line feed function When set to on a line feed character ASCII code decimal 10 is transmitted just before the carriage return ASCII code decimal 13 that signifies the end of the instrument s response If the instrument is connected to a dumb terminal or prin...

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Page 43: ... change whether the channel s track peak or valley data value is displayed on power up use the channel s OPERATION POWER ON SOURCE menu item 8 2 2 LOWER CHANNEL Menu Item Specifies the channel that is displayed on the lower line when the LOWER MODE menu item is set to CHANNEL To change whether the channel s track peak or valley data value is displayed on power up use the channel s OPERATION POWER ...

Page 44: ...r and lower lines of the display In this mode the setting of the LOWER CHANNEL menu item is not used by the instru ment This is an example 8 2 4 LEAVE MENU Menu Item When this menu item is displayed press ENTER to leave this menu Press EXIT to return to the RUN mode 1 00000 ...

Page 45: ...e points chatter may result and the limit rapidly ener gizes and de energizes To keep this from happening we can specify the SET POINT at which the action would occur as well as the RETURN POINT where we want the action to cease If the amount of dead band between these two values is more than the expected noise the desired action will take place only once The SET POINT and the RETURN POINT should ...

Page 46: ... The front panel indicator on the display will illuminate The Relay corresponding to the Limit will activate 9 3 2 Scan Time The scan time or update rate of the limits depends on how many channels are installed in the instrument To determine the scan time of the limits for your particular instrument see SCAN TIME Menu Item on page 35 ...

Page 47: ...1 of full scale Carefully consider what value should be entered for the RETURN POINT If the signal is expected to approach the SET POINT from a lower value the RETURN POINT value should be less algebraically than the SET POINT If the signal is expected to approach the SET POINT from a higher level the RETURN POINT should be higher algebraically than the SET POINT 9 4 5 LIMIT ENERGIZE Menu Item Thi...

Page 48: ...ge 48 008 0671 00 Figure 9 2 Limit Operation when LIMIT ENERGIZE SIGNAL SETPOINT Figure 9 3 Limit Operation when LIMIT ENERGIZE SIGNAL INSIDE Figure 9 4 Limit Operation when LIMIT ENERGIZE SIGNAL OUTSIDE ...

Page 49: ...ses the return point 9 4 7 LIMIT CHANNEL Menu Item This specifies the channel that is monitored by this limit 9 4 8 LIMIT SOURCE Menu Item This designates the data source of the channel monitored by this limit Each channel has three data sources the live tracking value TRACK its highest value PEAK and its lowest value VALLEY The options for this menu item are TRACK means the live tracking value of...

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Page 51: ...ures adjustable digital low pass filtering 12 to 18 bit resolution depending on the filter setting and has several different mV V input ranges These many input ranges allow 50 000 count reso lution at the slowest filter setting across a wide variety of mV V input ranges Three methods of calibrating the Strain Gage Input channel to the transducer are available known load calibration shunt calibrati...

Page 52: ...on 58i and are elec trically isolated from all other pins on the instrument Table 4 7 Strain Gage Input Channel Pin Connections Pin Label Function Reference Pin Availability 1 left EXC Excitation 10 standard 2 SHUNT1 Shunt Relay 3 standard 3 SHUNT2 Shunt Relay 2 standard 4 EXC Excitation 10 standard 5 SIG Signal 10 standard 6 SIG Signal 10 standard 7 OUT DAC Output 8 Option 58i 8 OUT DAC Return Op...

Page 53: ...trument to the trans ducer the shunt calibration resistor inside the instrument is placed across the Excitation and Output pins during Shunt Calibration functions Normally the instrument has a shunt calibration resistor of 59000 59K ohms installed The shunt resistor s ohmic value used to generate the Shunt Calibration Output is given on the transducer s Certificate of Calibration If your transduce...

Page 54: ...l To use the transducer s buffered shunt cal feature the instrument must be configured to connect the SHUNT1 and SHUNT2 pins of the Input Channel connector when the shunt cal feature is needed If transducer and instrument were purchased together the instrument was configured for the correct Shunt Cal Application configuration Figure 10 4 Location of Shunt Cal Application Jumpers Table 4 8 Shunt Ca...

Page 55: ...as described in CALIBRATION TYPE Menu Item on page 60 It is important to know your application in order to select the appropriate calibration type Step 3 Enter the CALIBRATION DATA If your transducer has Signature Calibration you don t need to enter these values as they are entered automatically If your transducer was ordered and shipped along with the instrument you don t need to enter these valu...

Page 56: ...ncy Response see FREQ RESPONSE Menu Item on page 57 INSTRUMENT ONLY ACCURACY Frequency Response setting 16Hz Linearity repeat ability hysteresis mV V Calibration 0 1 F S Known Load Calibration 0 01 F S AUXILLIARY INPUTS Quantity 2 Type momentary contact closure Response Time 5ms Field Selectable Functions tare on tare off peak valley clear peak valley hold track hold DIGITAL TO ANALOG OUTPUT Avail...

Page 57: ...nu item is set to 000 00 two deci mal points If the tracking value never leaves the range of 000 10 to 000 10 for any 10 second period then tracking value will reset to 000 00 automatically FREQ RESPONSE Menu Item This sets the frequency response step response and resolution of the channel according to the table below The tracking value peak valley detector values and DAC Output are all affected T...

Page 58: ...ransducer s Signature Module DISPLAY UNITS Menu Item Specifies the four character label that is displayed to the right of the channel s values When a character position is flashing press the UP or DOWN button to change the character Press ENTER to advance to the next character This menu item may be automatically updated by a transducer s Signature Module DISPLAY AVERAGE Menu Item Controls the spee...

Page 59: ...tes the channel s Tare function resets it to zero TARE OFF deactivates the channel s Tare function As the Auxiliary Function pins are not isolated it is recommended that a push but ton switch or relay is used to connect these pins to the Signature pin Figure 10 5 Auxilliary Input Example NOTICE A SensoCode program running on a Mathematics Virtual Channel may over ride the default behavior of the A...

Page 60: ...ment inserts a known precision resistor into the transducer circuit which causes a predictable apparent signal The instrument then takes a reading and adjusts itself using the Table 4 9 Comparison of Calibration Types Shunt Calibration mV V Calibration 2 3 or 5 point KnownLoad Calibration RECOMMENDED for most applications no yes no when frequently swapping transducers yes yes no when best possible...

Page 61: ...E 3 POINT CAL means 3 Point Known Load Calibration You are prompted to apply the loads to the transducer that were entered in the KNOWN POINT 1 3 and KNOWN POINT 2 3 and KNOWN POINT 3 3 registers This technique can be used to compensate for the non linearity in the transducer The usual loads used are zero scale half scale and full scale but you are not restricted to these loads TYPE 5 POINT CAL me...

Page 62: ...nings Shunt Calibration Output The transducer s output under shunt calibration condi tions in mV V Sometimes called Shunt Cal Factor Full Scale Output The transducer s full scale output in mV V Sometimes called Calibration Factor Full Scale Capacity The transducer s desired full scale reading in engineering units PSI lbs Kg etc You may wish to convert the engineering units of this value For exampl...

Page 63: ... transducer s full scale capac ity KNOWN POINT 2 5 point 2 of 5 usually 25 of the transducer s full scale capac ity KNOWN POINT 3 5 point 3 of 5 usually 50 of the transducer s full scale capac ity KNOWN POINT 4 5 point 4 of 5 usually 75 of the transducer s full scale capac ity KNOWN POINT 5 5 point 5 of 5 usually 100 of the transducer s full scale capacity These menu items are only available with ...

Page 64: ... the transducer press ENTER The display will read WORKING then APPLY 01000 UNIT where 01000 and UNIT are pre viously entered as KNOWN POINT 2 2 and DISPLAY UNITS When you have applied this load to the transducer press ENTER Upon completion the display will indicate DONE and the instrument will return to the RUN mode If the CALIBRATION TYPE is 3 Point Known Load Calibration The display will read DO...

Page 65: ...ad to the transducer press ENTER The display will read WORKING then APPLY 00750 UNIT where 00750 and UNIT are previously entered as KNOWN POINT 4 5 and DISPLAY UNITS When you have applied this load to the transducer press ENTER The display will read WORKING then APPLY 01000 UNIT where 01000 and UNIT are previously entered as KNOWN POINT 5 5 and DISPLAY UNITS When you have applied this load to the ...

Page 66: ...s specifies what value in engineering units corresponds to zero output on the DAC Output Zero output might be 0 Volts 2 5 Volts or 5 Volts depending on how the DAC Output is configured See Digital to Analog Converter DAC Output Configuration on page 69 for details If the UPDATE DAC SETUP menu item is set to ON and the DAC CHANNEL menu item is set to this channel this menu item may be automatically...

Page 67: ...ored inside the Signature Module The options for this menu item are NO will not update the Signature Module YES will display WORKING update the Signature Module then display DONE DEFAULT SIG MOD Menu Item This menu item will overwrite any user settings in the Signature Module with the original default settings The Signature Module always maintains a copy of the original default settings that were ...

Page 68: ...bility display source to be available along with TK track ing value HI peak value and LO valley value when the VALUE button is pressed on the front panel The Analog to Digital converter counts are displayed as a percentage from 100 00 to 100 00 This can be used to verify that the transducer s output does not exceed the input range of the instrument If the Analog to Digital converter readings displ...

Page 69: ...the DAC SETUP sub menu 10 6 2 Output Selection Jumpers located on the Main Circuit Board determine what outputs are generated when the value selected to drive the DAC Output from the DAC CHANNEL and DAC SOURCE menu items equals the DAC FULL SCALE and DAC ZERO SCALE settings Figure 10 6 Digital to Analog Output Jumper Locations DAC ZERO SCALE Output DAC FULL SCALE Output Jumper Block J36 5 10 jumpe...

Page 70: ... the DIAGNOSTICS DAC FULL SCALE and DIAGNOSTICS DAC ZERO SCALE menu items to force the DAC Output to a known output Then adjust your readout device panel meter PLC or data acquisition system to match Check the output selection jumpers see Output Selection on page 69 APPLY 00000 on Power up The channel has detected that the transducer connected to the instrument is dif ferent than the one the chann...

Page 71: ... activate the channel s shunt calibration function while the instrument is in RUN Mode see Shunt Calibration Check on page 21 This serves as a quick check of the shunt cal feature Problems with shunt calibration are most likely caused by incorrect wiring incor rect shunt cal resistor or using an incorrect instrument Shunt Cal Application con figuration Verify that the shunt calibration resistor in...

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Page 73: ... features adjustable digital low pass filtering 12 to 18 bit resolution depending on the filter setting and has several different input ranges These many input ranges allow 25 000 count resolution at the slowest filter setting for a wide variety of LVDT outputs The AC AC LVDT Input channel is calibrated to the transducer by using known displacement calibration Two rear panel control inputs can be ...

Page 74: ... isolated from all other pins on the instrument Figure 11 1 Connection of Four or Five wire AC AC LVDT Table 5 10 AC AC LVDT Input Channel Pin Connections Pin Label Function Reference Pin Availability 1 left EXC Excitation 10 standard 2 N C No connection 3 N C No connection 4 EXC Excitation 10 standard 5 SIG Signal 10 standard 6 SIG Signal 10 standard 7 OUT DAC Output 8 Option 58i 8 OUT DAC Return...

Page 75: ...N TYPE menu item allows you to specify how many known displacements will be applied during calibration Step 3 Enter the CALIBRATION DATA Consult the Certificate of Calibration for the transducer when entering infor mation in the CALIBRATION DATA sub menu Step 4 Determine the LVDT s electrical null point then physically mount it The electrical null is the armature position that produces the least e...

Page 76: ...a Low pass filter digital 24 tap FIR Resolution see page 77 Frequency Response see page 77 AUXILLIARY INPUTS Quantity 2 Type momentary contact closure Response Time 5ms Field Selectable Functions tare on tare off peak valley clear peak valley hold track hold DIGITAL TO ANALOG OUTPUT Availibility with Option 58i Output voltage range 5 5 10 or 10 VDC field selectable Source any channel s track peak ...

Page 77: ...em This sets the frequency response step response and resolution of the channel according to the table below The tracking value peak valley detector values and DAC Output are all affected The default value of 016 HERTZ is suitable for most applications POWER ON SOURCE Menu Item This menu selects which value is displayed by the channel when first entering the RUN mode The choices are TRACK means th...

Page 78: ...shing press the UP or DOWN button to change the character Press ENTER to advance to the next character DISPLAY AVERAGE Menu Item Controls the speed with which the channel s display values will update Display aver aging does not affect the DAC Output or peak valley detection which will proceed at the speed selected by the OPERATION FREQ RESPONSE menu item The choices are ON means that the display w...

Page 79: ...e Auxiliary Function pins are not isolated it is recommended that a push but ton switch or relay is used to connect these pins to the DGND pin Figure 11 2 Auxilliary Input Example NOTICE A SensoCode program running on a Mathematics Virtual Channel may over ride the default behavior of the Auxilliary Function inputs Consult the Customer Information Sheet included with your instrument for details ...

Page 80: ...ensate for the different sensitivities that an LVDT may have on each side of its electrical null The usual displacements used are zero scale half scale and full scale but you are not restricted to these displacements TYPE 5 POINT CAL means 5 Point Known Displacement Calibration You are prompted to apply the displacements to the transducer that were entered in the KNOWN POINT 1 5 KNOWN POINT 2 5 KN...

Page 81: ...ually 100 of the transducer s full scale capacity When using the 3 Point Known Displacement Calibration type the following menu items are available KNOWN POINT 1 3 point 1 of 3 usually 0 of the transducer s full scale capac ity 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 usually 100 of the transducer s full scale capacity When using...

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Page 83: ...reviously entered as KNOWN POINT 2 3 and DISPLAY UNITS When you have applied this displacement to the transducer press ENTER The display will read WORKING then APPLY 01000 UNIT where 01000 and UNIT are previously entered as KNOWN POINT 2 3 and DISPLAY UNITS When you have applied this displacement to the transducer press ENTER Upon completion the display will indicate DONE and the instrument will r...

Page 84: ...pre viously entered as KNOWN POINT 4 5 and DISPLAY UNITS When you have applied this displacement to the transducer press ENTER The display will read WORKING then APPLY 01000 UNIT where 01000 and UNIT are pre viously entered as KNOWN POINT 5 5 and DISPLAY UNITS When you have applied this displacement to the transducer press ENTER Upon completion the display will indicate DONE and the instrument wil...

Page 85: ...utput The options for this menu item are TRACK means the live tracking value of the channel PEAK means the highest value of the channel since the peak valley detector was last cleared VALLEY means the lowest value of the channel since the peak valley detector was last cleared DAC ZERO SCALE Menu Item This specifies what value in engineering units corresponds to zero output on the DAC Output Zero o...

Page 86: ...ll allow the AD percentage of the Analog to Digital converter s full scale digitizing capability display source to be available along with TK tracking value HI peak value and LO valley value when the VALUE button is pressed on the front panel The Analog to Digital converter counts are displayed as a percentage from 100 00 to 100 00 This can be used to establish the transducer s electrical null pri...

Page 87: ...rior to every calibration 11 6 2 Procedure Step 1 Use the channel s SETUP menu and set DIAGNOSTICS DISPLAY ADC to ON Exit the SETUP menu and re start the instrument Step 2 Display the channel to which the LVDT is connected Press and release the VALUE button until the AD display source is shown This is the raw analog to digital converter readings displayed as a percentage of its full scale 100 to 1...

Page 88: ...nnel s circuit board as shown in the figure below 11 7 2 Channel Menu Items The DAC Output can be driven by any channel s track peak or valley value See the Channel Menu section earlier in this chapter for a complete listing of SETUP menu items available on the DAC SETUP sub menu 11 7 3 Output Selection Jumpers located on the Main Circuit Board determine what outputs are generated when the value s...

Page 89: ...put Incorrect The DAC Output is only available on instruments that were ordered with Option 58i Use the DIAGNOSTICS DAC FULL SCALE and DIAGNOSTICS DAC ZERO SCALE menu items to force the Analog Output to a known output Then adjust your readout device panel meter PLC or data acquisition system to match Check the output selection jumpers see Output Selection on page 88 Auxiliary Function Pins Not Ope...

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Page 91: ...ltering 12 to 18 bit resolution depending on the filter setting and has several different input ranges These many ranges allow 50 000 count resolution at the slowest filter setting across a wide variety of input ranges A combination of SETUP menu items and hardware jumpers are used to config ure the excitation supply output voltage 28 VDC 15 VDC 15 VDC or 12 VDC the input type voltage or current a...

Page 92: ...ft EXC Excitation 10 standard 2 SHUNT1 Shunt Cal Relay 3 3 SHUNT2 Shunt Cal Relay 2 4 EXC Excitation 10 standard 5 SIG Signal 10 standard 6 SIG Signal 10 standard 7 OUT Analog Output 8 Option 58i 8 OUT Analog Return Option 58i 9 N C No Connection 10 DGND Digital Ground standard 11 AUX1 Auxiliary Function 1 connect to pin 10 to activate 10 standard 12 right AUX2 Auxiliary Function 2 connect to pin ...

Page 93: ...P 10 Universal In Line amplifiers with shunt cal Models JEC replaces model MDL JEC AG replaces model DLA JEC C replaces model MDLC DW7U DW7C and DW7S DC DC LVDTs no shunt cal The High Level Input channel s Configuration Jumpers must be set as follows for proper operation See Excitation and Signal Jumpers on page 100 Excitation supply 15 VDC Excitation supply 15 VDC Signal type voltage Signal refer...

Page 94: ...ansducers with Option 2c or Option 2t internal amplifiers with shunt cal Models UV or UV 10 Universal In Line amplifiers with shunt cal The High Level Input channel s Configuration Jumpers must be set as follows for proper operation See Excitation and Signal Jumpers on page 100 Excitation supply 28 VDC Excitation supply GND Signal type voltage Signal reference differential Figure 12 2 3 wire Volta...

Page 95: ...n to a High Level Input channel An example of a such device includes transducers with Option 2d or Option 2g internal amplifiers with shunt cal The High Level Input channel s Configuration Jumpers must be set as follows for proper operation See Excitation and Signal Jumpers on page 100 Excitation supply 28 VDC Excitation supply GND Signal type voltage Signal reference differential Figure 12 3 3 wi...

Page 96: ...nclude transducers with the Option 2j internal amplifier with shunt cal Model U3W Universal In Line amplifiers with shunt cal The High Level Input channel s Configuration Jumpers must be set as follows for proper operation See Excitation and Signal Jumpers on page 100 Excitation supply 28 VDC Excitation supply GND Signal type current Signal reference single ended Figure 12 4 3 wire Current Amp Con...

Page 97: ... with the Option 2k internal amplifier not equipped with shunt cal transducers with the Option 2k 3d internal amplifier buffered shunt cal Model U2W Universal In Line amplifiers not equipped with shunt cal The High Level Input channel s Configuration Jumpers must be set as follows for proper operation See Excitation and Signal Jumpers on page 100 Excitation supply 28 VDC Excitation supply GND Sign...

Page 98: ...cers with the Option 2p 3d internal amplifier single wire shunt cal transducers with the Option 2y internal amplifier not equipped with shunt cal transducers with the Option 2y 3d internal amplifier single wire shunt cal The High Level Input channel s Configuration Jumpers must be set as follows for proper operation See Excitation and Signal Jumpers on page 100 Excitation supply 28 VDC Excitation ...

Page 99: ...l Input channel Examples of such devices include Models DLB DLE and DLF DC DC LVDTs The High Level Input channel s Configuration Jumpers must be set as follows for proper operation See Excitation and Signal Jumpers on page 100 Excitation supply 12 VDC Excitation supply GND Signal type voltage Signal reference single ended Figure 12 7 Low Voltage DC DC LVDT Connection to High Level Input Channel ...

Page 100: ...n Circuit Board Step 3 Change the jumper settings according to the figure below Step 4 Re connect the Options Board to the Main Circuit Board Re install the circuit board stack into the case Figure 12 8 Excitation and Signal Jumper Locations on the High Level Input Channel CAUTION Wiring on page 92 explains the jumper settings required for a particular trans ducer type Incorrect placement of the E...

Page 101: ...g on page 92 and Excitation and Signal Jumpers on page 100 Step 3 Enter the CALIBRATION TYPE There are two methods that can be used to calibrate the transducer to the Input Channel Each has advantages and disadvantages as described in CALIBRATION TYPE Menu Item on page 106 It is important to know your application in order to select the appropriate calibration type Step 4 Enter the CALIBRATION DATA...

Page 102: ...IR Resolution and Frequency Response see FREQ RESPONSE Menu Item on page 103 INSTRUMENT ONLY ACCURACY Frequency Response setting 16Hz Linearity repeat ability hysteresis Known Load Calibration 0 01 F S AUXILLIARY INPUTS Quantity 2 Type momentary contact closure Response Time 5ms Field Selectable Functions tare on tare off peak valley clear peak valley hold track hold DIGITAL TO ANALOG OUTPUT Avail...

Page 103: ...he tracking value never leaves the range of 000 10 to 000 10 for any 10 second period then tracking value will reset to 000 00 automatically FREQ RESPONSE Menu Item This sets the frequency response step response and resolution of the channel according to the table below The tracking value peak valley detector values and DAC Output are all affected The default value of 016 HERTZ is suitable for mos...

Page 104: ... signal The choices are 00001 00002 00005 00010 00020 00050 00100 00200 DISPLAY UNITS Menu Item Specifies the four character label that is displayed to the right of the channel s values This menu item doesn t change the mathematical scaling of the channel s values that can be changed by altering the CALIBRATION DATA FULL SCALE VALUE menu item and then performing a re calibration When a character p...

Page 105: ...ll not be updated HIGH LOW HOLD means that the peak and valley values will not be updated HIGH LOW CLEAR means that the peak and valley values are reset TARE ON activates the channel s Tare function resets it to zero TARE OFF deactivates the channel s Tare function As the Auxiliary Function pins are not isolated it is recommended that a push but ton switch or relay is used to connect these pins to...

Page 106: ...and adjusts itself using the SHUNT CAL VALUE register TYPE 2 POINT CAL means 2 Point Known Load Calibration You are prompted to apply the loads to the transducer that were entered in the KNOWN POINT 1 2 and KNOWN POINT 2 2 registers This technique assumes that the transducer is linear so the usual loads used are zero scale and full scale TYPE 3 POINT CAL means 3 Point Known Load Calibration You ar...

Page 107: ...e prompted to apply the loads to the transducer that were entered in the KNOWN POINT 1 5 KNOWN POINT 2 5 KNOWN POINT 3 5 KNOWN POINT 4 5 and KNOWN POINT 5 5 regis ters This technique can be used to compensate for the non linearity in the transducer The usual loads used are zero scale one quarter scale half scale three quarters scale and full scale but you are not restricted to these loads The sele...

Page 108: ...utput in Volts or milliamps Sometimes called Calibration Factor Full Scale Capacity The transducer s desired full scale reading in engineering units PSI lbs Kg etc You may wish to convert the engineering units of this value For example if the transducer full scale is 3000 PSIG and you wish the channel to read in bar you must convert 3000 PSIG into 206 84 bar This menu item is only available with t...

Page 109: ... full scale capac ity KNOWN POINT 3 5 point 3 of 5 usually 50 of the transducer s full scale capac ity KNOWN POINT 4 5 point 4 of 5 usually 75 of the transducer s full scale capac ity KNOWN POINT 5 5 point 5 of 5 usually 100 of the transducer s full scale capacity These menu items are only available with the Known Load Calibration types NOTICE To insure both correct operation of the transducer and...

Page 110: ...e display will indicate DONE and the instrument will return to the RUN mode If the CALIBRATION TYPE is 3 Point Known Load Calibration The display will read DOING 3POINT CAL and prompt you to APPLY 00000 UNIT where 00000 and UNIT are previously entered as KNOWN POINT 1 3 and DISPLAY UNITS When you have applied this load to the transducer press ENTER The display will read WORKING then APPLY 00500 UN...

Page 111: ...o the transducer press ENTER The display will read WORKING then APPLY 00750 UNIT where 00750 and UNIT are previously entered as KNOWN POINT 4 5 and DISPLAY UNITS When you have applied this load to the transducer press ENTER The display will read WORKING then APPLY 01000 UNIT where 01000 and UNIT are previously entered as KNOWN POINT 5 5 and DISPLAY UNITS When you have applied this load to the tran...

Page 112: ...options for this menu item are TRACK means the live tracking value of the channel PEAK means the highest value of the channel since the peak valley detector was last cleared VALLEY means the lowest value of the channel since the peak valley detector was last cleared DAC ZERO SCALE Menu Item This specifies what value in engineering units corresponds to zero output on the DAC Output Zero output migh...

Page 113: ...display source to be available along with TK track ing value HI peak value and LO valley value when the VALUE button is pressed on the front panel The Analog to Digital converter counts are displayed as a percentage from 100 00 to 100 00 This can be used to verify that the transducer s output does not exceed the input range of the instrument If the Analog to Digital converter readings display more...

Page 114: ...ut Selection Jumpers located on the Main Circuit Board determine what outputs are generated when the value selected to drive the DAC Output from the DAC CHANNEL and DAC SOURCE menu items equals the DAC FULL SCALE and DAC ZERO SCALE settings Figure 12 10 Digital to Analog Output Jumper Locations DAC ZERO SCALE Output DAC FULL SCALE Output Jumper Block J36 5 10 jumper B U jumper 0 5V 2 5 Volts 5 Vol...

Page 115: ...nal SIG or Signal SIG pins If you remove all load from the transducer and you get a numeric reading the transducer may have a high zero offset Use the channel s SETUP menu and set DIAGNOSTICS DISPLAY ADC to ON in the RUN mode this will allow the VALUE but ton to display raw A D readings as a percentage of its full scale If the raw A D readings display more than 10 when there is no load on the tran...

Page 116: ...page 116 008 0671 00 ...

Page 117: ...e channel of the value 13 2 Wiring A Virtual Channel exists in software only it does not occupy a physical slot inside of the instrument s chassis However a Virtual Channel does require a channel number There is no rear panel connector for a Virtual Channel 13 3 Setup Procedure If you are not familiar with operating the instrument in the SETUP menu mode see SETUP Menu mode on page 23 A listing of ...

Page 118: ...l that is displayed on the right half of the split display RIGHT SOURCE Menu Item This lets you designate the data source of the channel monitored by the right half of the split display Each channel has three data sources the live tracking value TRACK its highest value PEAK and its lowest value VALLEY The options for this menu item are TRACK means the live tracking value of the channel PEAK means ...

Page 119: ...ore Senso Code programs are created These SensoCode programs are loaded into the Mathematics Virtual channels of the instrument at the factory The end result is an instrument that meets your specific needs but is built with off the shelf hardware and software SensoCode programs allow the instrument to perform a variety of functions including Mathematics addition subtraction multiplication division...

Page 120: ...is However a Virtual Channel does require a channel number A SensoCode program that is executed by a Mathematics Virtual Channel can use the System connector s Limit Output pins and Function Input pins for its own purposes Consult the Customer Information Sheet and Supplemental Instructions included with the particular instrument for details ...

Page 121: ...Menu Reference on page 133 Step 1 Examine the Supplemental Instructions Supplemental Instructions contain important information about what each Mathematics Channel does and what Function Inputs and or Limit Output pins of the System connector are used Step 2 Wire to the pins on the System connector See Options Connector on page 31 It is important to read the Supple mental Instructions to determine...

Page 122: ...ER VALUE 3 and USER VALUE 4 However a SensoCode program can alter the menu item text for each of the User Values to make them more relevant to the operator For example USER VALUE 1 might be re titled JELLY BEAN COUNT 14 4 3 VIEW SENSOCODE Menu Item This menu item allows the display of each step either an operand or an instruction of the SensoCode program presently loaded into a Mathematics Virtual...

Page 123: ...ttons to move the decimal point to the right and left DISPLAY COUNT BY Menu Item Determines by what value the display increments or decrements This will make the display less sensitive to a noisy signal The choices are 00001 00002 00005 00010 00020 00050 00100 00200 DISPLAY UNITS Menu Item Specifies the four character label that is displayed to the right of the channel s val ues This menu item doe...

Page 124: ...lue of the channel VALLEY means the lowest value of the channel For multi line displays the choices are TRACK means the live tracking value of the channel PEAK means the highest value of the channel VALLEY means the lowest value of the channel TRACK PEAK means the live tracking value and the highest value of the channel TRACK VALLEY means the live tracking value and the lowest value of the channel...

Page 125: ...Error Messages on page 127 for information relating to error messages NOTICE Supplemental Instructions included with the instrument may contain important information about which indicator lights Function Input pins and or Limit Output pins of the System connector are used by the Mathematics Virtual channel ...

Page 126: ...page 126 008 0671 00 ...

Page 127: ... SETUP modes it stops operation and enters its ERROR mode as described in Operating Modes on page 19 The most frequent causes of error messages are Wiring electrical connection problems Misplaced address jumpers when installing or removing channel circuit boards Swapping channel circuit boards between instruments Incorrect calibration of the transducer to the instrument ...

Page 128: ...software stack has overflowed Restart the instrument If this error persists contact our Service department with the information found in the SYSTEM MENU SOFTWARE REV menu item Error 22 TYPE NOT FOUND The instrument has not been programmed to understand the type of channel Contact our Service department with the information found in the SYSTEM MENU SOFTWARE REV menu item Error 23 CAN T RENDER FS Th...

Page 129: ...ven card type Contact Sensotec with the information found in the SYSTEM MENU SOFTWARE REV menu item Error 38 BAD FORMAT The channel s EEPROM memory contains a display setting which is not under stood by the instrument Check that every item in the channel s DISPLAY SETUP menu has a valid setting Error 39 WRONG HARDWARE The channel type expected by the instrument for the channel number is not the ch...

Page 130: ...odule during a read opera tion Check the wiring Error 54 SIG MOD LENGTH W An unexpected record type was found inside a Signature Module during a write opera tion Check the wiring and re start the instrument Error 55 SIG MOD VERIFY SP A data verification error occurred during a write operation to a Signature Module s scratchpad Check the wiring and re start the instrument Error 56 SIG MOD VERIFY A ...

Page 131: ...ION TYPE menu item is set to one of the Known Load Calibration settings no calibration can take place Either re connect the original transducer use the SETUP menu to perform a calibration or use the SETUP menu to change the cali bration type Error 70 CAN T DO GAIN The channel s EEPROM memory contains an input range setting which is beyond the capabilities of the channel Change the channel s CALIBR...

Page 132: ... BAD VALUE A Mathematics Virtual channel has attempted to get a value from a channel not installed in the instrument Error 85 UNREACHABLE GOTO The destination step of a Go to Instruction is beyond the end of the SensoCode pro gram The SensoCode program loaded in the Mathematics Virtual channel is invalid Error 87 GOTO NOT JUMP The SensoCode program contains a Go to Instruction that has not been co...

Page 133: ...e 133 Setup Menu Reference 16 Chapter 16 Setup Menu Reference 16 1 Navigation instructions Press UP DOWN to enter the SETUP menu mode Press UP to move up Press DOWN to move down Press ENTER to select an item Press EXIT to re start the instrument ...

Page 134: ...ng to channel type CHANNEL 03 MENU menu varies according to channel type CHANNEL 04 MENU menu varies according to channel type LIMIT 01 MENU optional see LIMIT MENU LIMIT 02 MENU optional see LIMIT MENU LIMIT 03 MENU optional see LIMIT MENU SYSTEM MENU see SYSTEM MENU SERIAL COM MENU see SERIAL COM MENU DISPLAY MENU see DISPLAY MENU ...

Page 135: ...L 09 TYPE CHANNEL 10 TYPE CHANNEL 11 TYPE CHANNEL 12 TYPE CHANNEL 13 TYPE CHANNEL 14 TYPE CHANNEL 15 TYPE CHANNEL 16 TYPE CHANNEL 17 TYPE CHANNEL 18 TYPE CHANNEL 19 TYPE CHANNEL 20 TYPE CHANNEL 21 TYPE CHANNEL 22 TYPE CHANNEL 23 TYPE LEAVE SUB MENU DIAGNOSTICS LIMIT OUTPUT 1 ON page 35 OFF LIMIT OUTPUT 2 ON OFF AUX INPUT TEST page 35 SCAN TIME page 35 LEAVE SUB MENU INSTALL CHANNEL 65 STRAIN GAGE ...

Page 136: ...NG ON page 49 OFF LIMIT CHANNEL page 49 LIMIT SOURCE TRACK page 49 PEAK VALLEY LEAVE MENU Table 5 16 SERIAL COMMUNICATIONS Menu SERIAL COM MENU INTERFACE page 41 ADDRESS page 41 BAUD RATE page 41 AUTO LINE FEED page 41 TRANSMIT TEST page 41 LEAVE MENU Table 5 17 DISPLAY Menu for Model SC500 DISPLAY MENU UPPER CHANNEL page 43 LOWER CHANNEL page 43 DISPLAY MODE LOWER BLANK page 43 LOWER LIMITS LOWER...

Page 137: ...Y LEAVE SUB MENU DISPLAY SETUP DISPLAY DIGITS 5 DIGIT BIPOLAR page 58 6 DIGIT UNIPOLAR 7 DIGIT UNIPOLAR DISPLAY DECPT 99999 page 58 9999 9 999 99 99 999 9 9999 99999 DISPLAY COUNTBY 00001 page 58 00002 00005 00010 00020 00050 00100 00200 DISPLAY UNITS page 58 DISPLAY AVERAGE ON page 58 OFF LEAVE SUB MENU AUX1 FUNCTION DISABLED page 51 TRACK HOLD HIGH LOW HOLD HIGH LOW CLEAR TARE ON TARE OFF AUX2 F...

Page 138: ... LOAD POINT 5 5 LEAVE SUB MENU CALIBRATE page 64 DAC SETUP DAC CHANNEL page 66 DAC SOURCE TRACK PEAK VALLEY DAC ZERO SCALE DAC FULL SCALE LEAVE SUB MENU SIGNATURE MODULE UPDATE SIG MOD NO page 67 YES DEFAULT SIG MOD NO YES UPDATE DAC SETUP NO YES LEAVE SUB MENU DIAGNOSTICS DAC FULL SCALE page 68 DAC ZERO SCALE VERSION INFO DISPLAY ADC ON OFF LINEARIZATION ON OFF DISABLE CHANNEL ON OFF LEAVE SUB ME...

Page 139: ...EAVE SUB MENU DISPLAY SETUP DISPLAY DIGITS 5 DIGIT BIPOLAR page 78 6 DIGIT UNIPOLAR 7 DIGIT UNIPOLAR DISPLAY DECPT 99999 page 78 9999 9 999 99 99 999 9 9999 99999 DISPLAY COUNTBY 00001 page 78 00002 00005 00010 00020 00050 00100 00200 DISPLAY UNITS page 78 DISPLAY AVERAGE ON page 78 OFF LEAVE SUB MENU AUX1 FUNCTION DISABLED page 78 TRACK HOLD HIGH LOW HOLD HIGH LOW CLEAR TARE ON TARE OFF AUX2 FUNC...

Page 140: ...OAD POINT 4 5 KNOWN LOAD POINT 5 5 LEAVE SUB MENU CALIBRATE page 83 DAC SETUP DAC CHANNEL page 85 DAC SOURCE TRACK PEAK VALLEY DAC ZERO SCALE DAC FULL SCALE LEAVE SUB MENU DIAGNOSTICS DAC FULL SCALE page 86 DAC ZERO SCALE VERSION INFO DISPLAY ADC ON OFF LINEARIZATION ON OFF LEAVE SUB MENU LEAVE MENU Table 5 19 AC AC LVDT Input Channel Menu Continued ...

Page 141: ...AVE SUB MENU DISPLAY SETUP DISPLAY DIGITS 5 DIGIT BIPOLAR page 104 6 DIGIT UNIPOLAR 7 DIGIT UNIPOLAR DISPLAY DECPT 99999 page 104 9999 9 999 99 99 999 9 9999 99999 DISPLAY COUNTBY 00001 page 104 00002 00005 00010 00020 00050 00100 00200 DISPLAY UNITS page 104 DISPLAY AVERAGE ON page 104 OFF LEAVE SUB MENU AUX1 FUNCTION DISABLED page 105 TRACK HOLD HIGH LOW HOLD HIGH LOW CLEAR TARE ON TARE OFF AUX2...

Page 142: ... LOAD POINT 3 5 KNOWN LOAD POINT 4 5 KNOWN LOAD POINT 5 5 LEAVE SUB MENU CALIBRATE page 110 DAC SETUP DAC CHANNEL page 112 DAC SOURCE TRACK PEAK VALLEY DAC ZERO SCALE DAC FULL SCALE LEAVE SUB MENU DIAGNOSTICS DAC FULL SCALE page 113 DAC ZERO SCALE VERSION INFO DISPLAY ADC ON OFF LINEARIZATION ON OFF DISABLE CHANNEL ON OFF LEAVE SUB MENU LEAVE MENU Table 5 20 High Level Input Channel Menu Continued...

Page 143: ...el SC500 page 143 Setup Menu Reference 16 Table 5 21 Split Display Virtual Channel CHANNEL xx MENU LEFT CHANNEL page 118 LEFT SOURCE TRACK page 118 PEAK VALLEY RIGHT CHANNEL page 118 RIGHT SOURCE TRACK page 118 PEAK VALLEY LEAVE MENU ...

Page 144: ...DE page 122 VIEW COMMANDS COMMAND 0 page 122 COMMAND 1 COMMAND 2 COMMAND 3 COMMAND 4 COMMAND 5 COMMAND 6 COMMAND 7 LEAVE SUB MENU DISPLAY SETUP DISPLAY DIGITS 5 DIGIT BIPOLAR page 123 6 DIGIT UNIPOLAR 7 DIGIT UNIPOLAR DISPLAY DECPT 99999 page 123 9999 9 999 99 99 999 9 9999 99999 DISPLAY COUNTBY 00001 page 123 00002 00005 00010 00020 00050 00100 00200 DISPLAY UNITS page 123 DISPLAY AVERAGE ON page...

Page 145: ... AC AC LVDT Input channel 75 High Level Input channel 101 Strain Gage Input channel 55 case removal of SC500 29 channel changing which is displayed 20 43 clearing peak and valley 20 deleting last in instrument 37 Input 12 installation 36 list of all in instrument 35 reset to default settings 37 types 12 Virtual 12 CHANNEL button 20 Chassis 25 cleaning 30 CLEAR button 20 49 Communications Guide 11 ...

Page 146: ...UP menu 103 Shunt Calibration 21 106 108 110 software revision 113 specifications 102 step response time 103 troubleshooting 115 wiring 92 I indicator lights limits 46 lower line display of 43 Tare 21 INITIALIZE mode 19 installation of channels 36 L LEDs See indicator lights lights See indicator lights limits clearing latched limits 20 enabling 47 indicator lights latching 49 operation 46 47 49 Re...

Page 147: ...am 122 Strain Gage Input channel 68 specifications AC AC LVDT Input channel 76 Chassis Models 26 High Level Input channel 102 Strain Gage Input channel 56 Split Display Virtual channel 117 display formatting 117 SETUP menu 118 step response time AC AC LVDT Input channel 77 High Level Input channel 103 Strain Gage Input channel 57 Strain Gage Input channel 2 Point Known Load Calibration 60 62 64 3 ...

Page 148: ...page 148 008 0671 00 W wiring AC AC LVDT Input channel 74 High Level Input channel 92 Mathematics Virtual channel 120 Strain Gage Input channel 52 ...

Page 149: ...he foregoing is the Buyer s sole remedy and is in lieu of all other warranties expressed or implied including those of merchantability and fitness for a particular purpose Specifications may change without notice The information we supply is believed to be accurate and reliable as of this printing However we assume no responsi bility for its use While we provide applications assistance personally ...

Page 150: ...A Copyright 2004 Honeywell International Inc Honeywell Automation and Control Solutions Sensotec Sensors 2080 Arlingate Lane Columbus Ohio 43228 4112 Tel 614 850 5000 Fax 614 850 1111 E mail service sensotec com http www honeywell com sensotec ...

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