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Burster 9163 Manual Download Page 20

Model 9163 

Digital indicator 

 

Page 20 

The digital indicator pack contains the following installation components: 

•

  Fixing clips (A) for fitting the unit in the instrument panel 

•

  Seal (B) for protecting against dust and water spray 

¾

 

Fit the digital indicator in the instrument panel as shown in the diagram. 

A

B

 

Figure 2:  Fitting the digital indicator 

Summary of Contents for 9163

Page 1: ...ionsmesstechnik gmbh co kg All rights reserved Talstrasse 1 5 76593 Gernsbach Germany P O Box 1432 76587 Gernsbach Germany Valid from 2009 02 27 Tel 49 07224 6450 Fax 49 07224 64588 E Mail info burste...

Page 2: ...by burster praezisionsmesstechnik hereinafter referred to as product are the results of targeted development and meticulous research As of the date of delivery burster provides a warranty for the pro...

Page 3: ...tives and carries the CE marking accordingly 2006 95 EC Elektrische Betriebsmittel zur Verwendung innerhalb bestimmter Spannungsgrenzen Low Voltage Electrical Equipment designed for use within certain...

Page 4: ...Model 9163 Digital indicator Page 4...

Page 5: ...Digital indicator Model 9163 Page 5 9163 as panel mount unit 9163 as bench top unit...

Page 6: ...Model 9163 Digital indicator Page 6...

Page 7: ...vent injuries and damage to property The 230 V unit has Class II protection and is classified as Installation Category II Instruments with 20 27 V AC DC power supply must only be supplied from a curre...

Page 8: ...Model 9163 Digital indicator Page 8...

Page 9: ...ing 17 2 2 Installation panel mounting 18 2 2 1 Installation dimensions 18 2 2 2 Installation instructions 18 3 Electrical connections 21 3 1 Panel mount unit 22 3 1 1 Inputs and outputs on the 9163 V...

Page 10: ...ing the inputs and outputs 69 8 1 Configuring the inputs 69 8 1 1 Configuring a main input 69 8 1 2 Configuring an auxiliary input 75 8 2 Outputs 79 8 2 1 Specifying the output parameters 79 8 2 2 Sel...

Page 11: ...10 5 2 Strain gage sensors 127 10 5 3 RTD PT100 131 10 5 4 Thermocouple TC 133 10 5 5 Restoring factory set calibration 135 11 Instrument power up power down via software stand by 137 11 1 Switch off...

Page 12: ...Model 9163 Digital indicator Page 12...

Page 13: ...lving high speed processes with a signal feedback option The instrument has two digital inputs in addition to the analog inputs These can be used for functions such as reset and hold In addition up to...

Page 14: ...d of 24 months after delivery Any repairs required during this time will be made without charge Damage caused by improper use of the device is not covered by the warranty If you are returning the devi...

Page 15: ...DC DC sensor PT100 or thermocouples 2 auxiliary inputs for standard signals and potentiometers 1 power supply for transmitters 2 configurable data inputs NPN or PNP 1 selectable sensor excitation suit...

Page 16: ...ator must have the RS232 RS485 option to be able to use this software tool By purchasing this additional software package you can visualize up to eight measurements at once In addition DigiVision lets...

Page 17: ...lete A standard package includes o 9163 digital indicator o 2 fixing clips o Shock protection o Dust protection seal o Operating manual Make sure that the order code matches the instrument configurati...

Page 18: ...d electromagnetic compatibility Furthermore disregarding the safety instructions will forfeit the warranty Basic installation rules for the 9163 If you connect the unit to devices that are not electri...

Page 19: ...sources Ensure that the ventilation slots are unobstructed The ventilation slots must never be covered The operating temperature must lie in the range 0 C to 50 C The maximum ambient temperature is 5...

Page 20: ...ins the following installation components Fixing clips A for fitting the unit in the instrument panel Seal B for protecting against dust and water spray Fit the digital indicator in the instrument pan...

Page 21: ...icinity of the instrument within easy reach of the user One circuit breaker can be used for more than one instrument All connecting terminals are on the rear of the unit Section 13 Technical specifica...

Page 22: ...onal injury or property damage resulting from unauthorized access improper use or inappropriate operation or use given the technical properties of the unit or from use that contravenes the instruction...

Page 23: ...Model 9163 Page 23 90 260 V AC 20 27 V AC DC Option Reference ground 15 V 24 V signal Reference ground 15 V 24 V signal 15 V 24 V Figure 3 Electrical connections to the digital indicator 9163 Vxxxx0 v...

Page 24: ...sor will specify the size of the calibration resistor Input IN1 TC thermocouple T IN1 Pt 100 for possible compensation of external reference junction You can connect thermocouples of type J K R S and...

Page 25: ...xcitation 1 2 5 6 10 V 0 V The sensor type depends on the selected transmitter Input IN1 connected to 2 wire transmitter with excitation supplied by unit IN1 24 V Transmitter excitation 4 20 mA 10 V 0...

Page 26: ...ltage signal Voltage Output impedance 60 mV 10 M 100 mV 10 M 1 0 V 2 M 5 0 V 2 M 10 0 V 2 M Input IN1 potentiometer 2 5 V Sensor excitation IN1 Potentiometer R 100 W Input IN1 PT100 IN1 2 Wire connect...

Page 27: ...r property damage resulting from unauthorized access improper use or inappropriate operation or use given the technical properties of the unit or from use that contravenes the instructions given in th...

Page 28: ...indicator Page 28 90 260 V AC 20 27 V AC DC Option Reference ground 15 V 24 V signal Reference ground 15 V 24 V signal 15 V 24 V Figure 4 Electrical connections to the digital indicator 9163 Vxxxx1 v...

Page 29: ...ter an 80 calibration The test and calibration report for the sensor will specify the size of the calibration resistor Input IN2 strain gage sensor 4 wire Sensor excitation 5 10 V IN2 Exc Exc CAL CAL...

Page 30: ...tion if required You can connect thermocouples of type J K R S and T Following customized linearization you can also connect thermocouples of type B E N L U G D and C Make sure you connect the polarit...

Page 31: ...excitation supplied by unit 24 V Transmitter excitation IN2 S 10 V 0 V 3 4 5 6 Transmitter excitation The sensor type depends on the selected transmitter Input IN1 connected to 2 wire transmitter wit...

Page 32: ...itter excitation IN2 4 20 mA 10 V 3 4 5 6 Input IN1 current IN1 This input is suitable for a linear DC current signal Current level Output impedance 0 4 mA to 20 mA 50 Input IN1 voltage IN1 This input...

Page 33: ...ce 0 4 mA to 20 mA 50 Input IN2 voltage IN2 This input is suitable for a linear DC voltage signal Voltage Output impedance 60 mV 10 M 100 mV 10 M 1 0 V 2 M 5 0 V 2 M 10 0 V 2 M Input IN1 potentiometer...

Page 34: ...age 34 Input IN1 PT100 2 wire connection 3 wire connection Note Only use wires with a suitable cross section i e 1 mm2 Input IN2 PT100 2 wire connection 3 wire connection Note Only use wires with a su...

Page 35: ...mage resulting from unauthorized access improper use or inappropriate operation or use given the technical properties of the unit or from use that contravenes the instructions given in the present ope...

Page 36: ...to 3 wire transmitter with excitation supplied by unit IN4 IN3 24 V Transmitter excitation S S Reference Ground Inputs IN3 IN4 connected to 2 wire transmitter with excitation supplied by unit IN4 IN3...

Page 37: ...Reference ground 5 10 V 2 5 V for panel mount unit only Vpot stands for the supply voltage to the potentiometer Digital inputs DI1 and DI2 COM DI2 DI1 Digital inputs PNP 24V maximum 5 mA factory defau...

Page 38: ...1 OUT 2 OUT 3 OUT 4 PNP Relay 5 A 250 V AC 30 V DC Connection to the analog output Analog output Analog output reference ground You can select the following output types 02 10 V 10 V max 25 mA short...

Page 39: ...ndard GND A data B data Warning You will get an electric shock if the voltage is connected Disconnect the digital indicator from the power supply before opening it 120 termination resistor can be conn...

Page 40: ...ower supply Make sure that the instrument is suitable for the given supply voltage The appropriate supply voltage can be found from the order code for the unit Order code Correct supply voltage 9163 V...

Page 41: ...ground 1V o resistance 6 Use suitable line filters in the vicinity of high frequency generators or arc welding machines Lay the mains voltage cables separately from the signal lines If the power supp...

Page 42: ...ng from unauthorized access improper use or inappropriate operation or use given the technical properties of the unit or from use that contravenes the instructions given in the present operating manua...

Page 43: ...ent 1 analog output 8 OUT1 2 reference ground analog output 9 OUT2 3 digital input 1 10 OUT3 4 digital input 2 11 OUT4 5 reference ground digital inputs 12 not used 6 not used 13 reference ground 7 no...

Page 44: ...liary channels Sensor 3 4 Plug Assignment Sensor 3 sensor excitation 15 24 V 1 2 6 IN3 signal 6 IN3 8 reference ground 15 V 24 V signal 4 5 9 9 IN4 signal 6 IN4 9 Case Shield Case 6 9 3 8 Case 6 9 1 2...

Page 45: ...Model 9163 Page 45 Optional RS232 Pin Assignment 2 Tx 3 Rx 5 GND 1 2 3 4 5 6 7 8 9 View towards the rear of the unit Optional RS485 Pin Assignment 1 Rx 4 Tx 6 Tx 1 2 3 4 5 6 7 8 9 View towards the rea...

Page 46: ...rom unauthorized access improper use or inappropriate operation or use given the technical properties of the unit or from use that contravenes the instructions given in the present operating manual Fo...

Page 47: ...ill specify the size of the calibration resistor Input IN1 IN2 TC thermocouple 1 2 3 4 5 6 7 8 9 View towards the rear of the unit You can connect thermocouples of type J K R S and T Following customi...

Page 48: ...e sensor type depends on the selected transmitter Input IN1 IN2 connected to 2 wire transmitter with excitation supplied by unit 1 2 3 4 5 6 7 8 9 View towards the rear of the unit Input IN1 IN2 curre...

Page 49: ...tiometer Note The pin assignment for connecting a potentiometer differs between a single channel and two channel instrument 1 2 3 4 5 6 7 8 9 View towards the rear of the unit Adapter cable for connec...

Page 50: ...connecting leads with a suitable cross section i e 1 mm2 Inputs IN3 IN4 connected to 3 wire transmitter with excitation supplied by unit 1 2 3 4 5 6 7 8 9 View towards the rear of the unit Inputs IN3...

Page 51: ...and IN4 current 1 2 3 4 5 6 7 8 9 View towards the rear of the unit 6 8 9 8 Inputs IN3 and IN4 voltage 1 2 3 4 5 6 7 8 9 View towards the rear of the unit 6 8 9 8 Inputs IN3 and IN4 potentiometer 1 2...

Page 52: ...ut 1 2 3 4 5 6 7 8 9 10 11 12 13 View towards the rear of the unit COM DI2 DI1 3 4 5 Digital inputs PNP 24V maximum 5 mA factory default Isolated contact NPN maximum 5 mA Hd1 Use the parameters di6 x...

Page 53: ...ndard 1 2 3 4 5 6 7 8 9 View towards the rear of the unit 4 B data 6 A data 1 GND Warning You will get an electric shock if the voltage is connected Disconnect the digital indicator from the power sup...

Page 54: ...TX 6 Tx 1 Rx 9 Rx Warning You will get an electric shock if the voltage is connected Disconnect the digital indicator from the power supply before opening it 120 termination resistor can be connected...

Page 55: ...nt parameter value or modified parameter value and opens the next parameter PEAK button Enables maximum peak value for input IN1 factory default CAL RST button Checks the strain gage calibration for i...

Page 56: ...Model 9163 Digital indicator Page 56...

Page 57: ...uccessfully it switches to normal operating mode Main menu level 1 If the self test identifies a fault an error code is displayed This error code is also saved in the parameter ERR in the menu INF The...

Page 58: ...er Ki S in menu INP ERR Input short circuited or readings at input below the minimum values e g because thermocouple connected incorrectly The 4 20 mA transmitter is faulty or has no excitation SBR Br...

Page 59: ...card and on the parameter lock setting Once you have reached the menu you require Release the F button You are now in the menu you require 6 2 Accessing the parameters in the menu Once you are in the...

Page 60: ...n once ten values have been stepped through So in our example the step size 1 changes first to 10 then 100 etc Once you have adjusted the parameter to the value your require Press but do not hold down...

Page 61: ...1 F 2 1 2 PV 3 Input 1 Input 2 Input 3 Input 4 Mathematical function A Mathemetical function B Limit 1 Absolute only Limit 2 if absolute 9999 9999 if relative Limit 3 if absolute 9999 9999 if relative...

Page 62: ...tion of Limits Configuration of Outputs Password No Enter 99 without pressing F button To access Parameter PRO press F button once To access next menu press and hold down F button Parameter lock Hardw...

Page 63: ...briefly once You are now at the parameter Upd PV The display now toggles between the parameter name Upd and the software version 7 2 Displaying the equipment code Switch from the main menu into the me...

Page 64: ...10 3 1 Mathematical functions on page 105 The unit now toggles between the parameter name Err and one of the error codes from the following table Error code Meaning 0 No error at this input 1 The act...

Page 65: ...the F button briefly several times until dps 5 is displayed PV This parameter contains the position of the decimal point for the mathematical function Fin A Press the F button briefly You are now at...

Page 66: ...ue for the mathematical function Fin A Switch to the parameter Los 6 To do this press the F button briefly PV This contains the lower scale value for the mathematical function Fin b Switch to the para...

Page 67: ...r code IN2 Error code IN3 Error code IN4 Error code Fin A Error code Fin b Position of decimal point Fin A read only Position of decimal point Fin b read only Lower scale value Fin A read only Lower s...

Page 68: ...Model 9163 Digital indicator Page 68...

Page 69: ...ied by details of its function its default value if any and the limits within which it can be set Note Please refer to the values in the tables when setting parameters For some parameters you also nee...

Page 70: ...99 99999 14 Strain gage sensors with positive polarization Sensitivity 1 5 to 4 mV V 19999 99999 15 Strain gage sensors with symmetric polarization Sensitivity 1 5 to 4 mV V 19999 99999 16 60 mV 19999...

Page 71: ...tivity of 4 mV V Once you have set the sensor class Press the F button briefly The display now shows the parameter F1t PV You use this parameter to set the digital filter for the input concerned You c...

Page 72: ...differential inputs 16 25 Once you have set the position of the decimal point for this input Continue by setting the upper and lower scale values To do this press the F button The display now shows th...

Page 73: ...ched the parameter S6OF offset only for sensors of class 28 and 29 PV Now set the offset This can lie between 9 999 and 9 999 mV Once you have made the setting Press the F button briefly to confirm it...

Page 74: ...gital filter Input 1 0 00 20 00 sec Position of decimal point for scale input 1 Lower scale value Input 1 Upper scale value Input 1 Correction offset Input 1 999 999 Scale devisions Offset Input 1 9 9...

Page 75: ...3 or InP 4 To do this hold down the F button until InP 3 orInP 4 is displayed PV Press the F button briefly once You are now at parameter typ PV Set a specific sensor type for the input by entering a...

Page 76: ...ou are now at the parameter dPS PV This parameter is used to set the position of the decimal point Use a code to set the position Only positions 0 and 1 are available for thermocouples Code Format 0 0...

Page 77: ...the upper scale value Confirm the upper scale value with the F button The display now shows the parameter OFS PV Enter the correction offset for this input The correction offset can lie between 999 a...

Page 78: ...ustom linearization and main input scale Digital filter Input 3 0 00 20 00 sec Position of decimal point for scale Input 3 Lower scale value Input 3 Upper scale value Input 3 Correction offset Input 3...

Page 79: ...AL1 or AL2 1 Limit 1 AL1 9 AL1 or AL2 or AL3 2 Limit 2 AL2 10 AL1 and AL2 3 Limit 3 AL3 11 AL1 and AL2 and AL3 5 Replicate logic input 1 16 or AL3 AL4 6 Replicate logic input 2 17 and AL3 AL4 7 Replic...

Page 80: ...tton briefly several times until typ An is displayed PV You use this parameter to specify the type of the analog output OUT W The following settings are possible Code Format 0 Output disabled 1 0 to 1...

Page 81: ...L3 Add on functions 32 analog output to physical max min when input in High Low state outside the calibration limits 64 only for riF An 0 1 2 3 4 5 Output to minimum when the input is in state Err Sbr...

Page 82: ...times until ALS is displayed PV Specify the type of sensor excitation The following types of sensor excitation are possible Code Sensor excitation 0 2 5 V for potentiometer only for input IN1 1 5 V st...

Page 83: ...age is connected Disconnect the digital indicator from the power supply before opening the case Caution Risk of damage from electrostatic voltages Take suitable precautions when handling the boards Yo...

Page 84: ...3 Assignment of reference signal OUT 4 Assignment of reference signal Outputtype for feedback OUT W Assignment of reference signal OUT W MIN lower scale value analog output Scale range of reference va...

Page 85: ...value 99 Once you have set the value you get access to the protected area Hold down the F button until U CAL is displayed F PV Enter the value 7 Press the F button briefly to confirm this value You a...

Page 86: ...ss the F button once briefly The display now shows the parameter Cod PV This is used for setting the device address A possible address must lie in the range 0 to 247 Set the required address Press the...

Page 87: ...s the parameter Par PV This parameter is used for setting the parity Code Parity 0 none 1 odd 2 even The serial interface is now configured PV PV F PV PV Equipment code 0 247 Baud rate Parity Figure 1...

Page 88: ...Model 9163 Digital indicator Page 88 8 4 Profibus interface only for instruments with the Profibus option The separate Profibus manual contains information on the Profibus...

Page 89: ...Limit 2 AL 2 Hy 2 AL 1 Hy 1 Time Absolute limit For AL1 inverse absolute limit undershoot with positive hysteresis Hy 1 At 1 1 0 Limit is Off if actuated during power up phase For AL2 direct absolute...

Page 90: ...referred to SP previous absolute limit Symmetric relative limit SP AL 1 Inverse Direct Time SP SP AL 1 For AL1 relative inverse symmetric limit with hysteresis Hy 1 At 1 6 For AL1 relative direct symm...

Page 91: ...utton briefly several times until AL n is displayed PV Use the or buttons to set the number of alarm limits to be enabled You can enable up to four alarm limits Press the F button to confirm the value...

Page 92: ...AL1 and AL2 relative limit In 3 and In 4 of digital input diG 1 2 codes 4 5 6 Press the F button briefly to confirm the reference variable You are now at the parameter At n PV This parameter is used...

Page 93: ...r limits with delay 512 enable the assigned character string when limit is active 1024 enable the assigned character string when value exceeds limit only for limits with delay Confirm the limit type a...

Page 94: ...4 in the menu ALL If a different value has been added the parameters for setting the character string are not displayed You can assign each enabled alarm limit a five character alphanumeric string wh...

Page 95: ...te r Value 0 63 95 i 4 1 6 A 119 1 6 2 91 b 124 L 56 3 79 c 88 M 55 4 102 C 57 n 84 5 109 d 94 o 92 6 125 e 123 O 63 7 7 E 121 P 115 8 127 F 113 r 80 9 111 6 61 S 109 128 h 116 t 120 H 118 U 62 Press...

Page 96: ...lie between 19 999 and 99 999 Press the F button briefly to confirm the value You have now reached the last step of the limit configuration process parameter rEL PV This parameter defines the behavio...

Page 97: ...aracter B character set limit n 0 255 Character C character set limit n 0 255 Character D character set limit n 0 255 Character E character set limit n 0 255 Number of enabled limits can be set in Hrd...

Page 98: ...2 Adjusting an alarm limit In measurement mode press the F button briefly several times until the sub display shows the number of the alarm limit that you wish to adjust Press the or button This chang...

Page 99: ...4 F 1 F 2 1 2 PV 3 Input 1 Input 2 Input 3 Input 4 Mathematical function A Mathemetical function B Limit 1 Absolute only Limit 2 if absolute 9999 9999 if relative Limit 3 if absolute 9999 9999 if rela...

Page 100: ...rom the power supply before opening the case Caution Risk of damage from electrostatic voltages Take suitable precautions when handling the boards The jumpers J1 J2 J3 and J4 for selecting the contact...

Page 101: ...inputs Sensor specific calibration To gain access to the protected area Go to the menu PAS To do this in the main menu hold down the F button until PAS is displayed PV This menu contains just one par...

Page 102: ...ed to control access to the menus of the instrument Enable access Close jumper S9 Disable access Open jumper S9 As you run through the menus by holding down the F button the menu 0VT is followed by th...

Page 103: ...ntil Pro is displayed PV Set the Pro parameter to one of these values Code Display these parameters Editing possible 0 IN1 IN2 IN3 IN4 Fin A Fin B Al 1 Al 2 Al 3 Al 4 AL 1 AL 2 AL 3 AL 4 1 IN1 IN2 IN3...

Page 104: ...Model 9163 Digital indicator Page 104 PV Hold down F button PV Set to the value 99 Figure 20 Access to the menu Pro is password protected...

Page 105: ...ode Function 0 Function disabled 1 C1 A In1 A C2 A OPErA C3 A In2 A C4 A Fin A C5 A 2 IN1 IN2 3 IN1 IN2 4 IN1 IN2 IN2 can only take positive values in the range 1 to 99 999 5 IN1 can only take positiv...

Page 106: ...A PV PV The following settings are possible Code Variable Code Variable 0 0 3 IN3 1 IN1 4 IN4 2 IN2 6 Fin B Press the F button briefly to confirm each value The display now shows the parameter OPEr A...

Page 107: ...C3 A PV This coefficient must lie in the range 9 99 to 99 99 Specify the coefficient C4 A PV The following settings are possible Code Value 0 1 1 1 2 2 2 Finally specify the coefficient C5 A PV This c...

Page 108: ...and IN4 We set the parameters for the mathematical function A as follows Fvnc A C1 A In1 A C2 A OPErA C3 A In2 A C4 A Fin A C5 A In1 A IN3 In2 A IN4 Oper A C1 A 1 C2 A 1 C3 A 1 C4 A 1 C5 A 1 If we su...

Page 109: ...5 6 or 8 skip the following steps and you are taken directly to the parameter for enabling the alarm limits see section 10 3 2 Enabling the alarm limits If you select function 7 you must specify the c...

Page 110: ...ings are possible Code Operator Code Operator 0 2 x 1 3 Confirm with the F button Specify the coefficient C1 b PV This coefficient must lie in the range 9 99 to 99 99 Specify the next coefficient C2 b...

Page 111: ...nally specify the coefficient C5 b PV This coefficient must lie in the range 9 99 to 99 99 Once you have specified the coefficient C5 b you have finished configuring the parameters for mathematical fu...

Page 112: ...ntil AL n is displayed PV This is used for enabling alarm limits Set the number of alarm limits to be enabled You can enable up to four 4 alarm limits After enabling the limits you can specify the but...

Page 113: ...set OUT1 to 4 only for bvt 1 25 Zero display tare IN1 8 Enable peak value maximum IN1 Clear peak value buffer IN1 9 Enable peak value minimum IN1 26 Zero display tare IN1 Clear limit buffer 10 Enable...

Page 114: ...d relays being released and the buffer for all limits being cleared FLASH function The input value is read and the limits are frozen if the logic input goes active the input value is frozen and the li...

Page 115: ...t setting is used e g for pressure and flow rate control functions whereas Slow is used e g for temperature regulation functions You have the following selection options Code Process type Code Process...

Page 116: ...splay tare IN1 8 Enable peak value maximum IN1 Clear limit buffer 9 Enable peak value minimum IN1 25 Zero display tare IN1 10 Enable peak to peak value Clear peak value buffer IN1 max peak value min p...

Page 117: ...2 approx 1 2 s 4 IN4 64 alternating IN1 IN2 IN3 approx 1 2 s 8 Analog output 128 alternating IN1 IN2 IN3 IN4 approx 1 2 s Add on function 16 for a green process value display Press the F button briefl...

Page 118: ...d AL2 3 HOLD IN1 19 AL1 and AL2 and AL3 4 HOLD IN2 20 Check on automatic calibration IN1 7 Replicate DI1 21 Check on automatic calibration IN2 8 Replicate DI2 22 Display peak value maximum IN1 9 Fault...

Page 119: ...Peak button Function of CAL RST button Function of button Function digital input 1 Function digital input 2 Digital filter for PV Diplay 0 0 9 9 Scale divisions Selection of variable to be displayed o...

Page 120: ...ation type 0 Variable intervals maximum 32 intervals 1 Variable intervals with teach in of IN1 maximum 32 intervals steps 2 Variable intervals with teach in of IN2 maximum 32 intervals steps 3 Variabl...

Page 121: ...t the lower scale value Enter here the same value that you have set for this input in the parameter LoS This value must lie between 19 999 and 99 999 After confirming F button the display shows the pa...

Page 122: ...n the parameter LoS This value must lie between 19 999 and 99 999 Confirm this value F button Enter the values for the intervals 1 to 64 Use the following equation to calculate these values mV lower s...

Page 123: ...y assinged to point 1 19999 99999 PV Note the decimal point of the input is only displayed forteach in and only for nn is the maximum value set for Linearization type 5 PV Step 0 lower scale limit Dis...

Page 124: ...order to define the relationship between the electrical signals measured by the connected sensors and the measured values to be displayed This is a two point calibration Normally the sensors have a te...

Page 125: ...ltaneously You are then taken back to the parameter U CAL Note Potentiometric position sensors usually have electrical dead regions at the beginning and end of the measurement range where the measurem...

Page 126: ...in the center position Press the F button briefly to confirm the minimum value The display now shows the parameter C Hi F PV Set the potentiometer to the maximum value The potentiometer slider must si...

Page 127: ...L Figure 24 Measured quantity and sensor signal The values are related as follows Lower scale value Lower calibration value Upper scale value Upper calibration value The lower calibration value is the...

Page 128: ...ponents each contributing to the overall measurement accuracy of the test setup One can avoid these accuracy problems by using the standard solution of the 6 wire circuit or by calibrating as a unit t...

Page 129: ...To abort the process hold down the F buttons simultaneously You are then taken back to the parameter U CAL Connect the sensor to the instrument Remove any load from the sensor First go to the menu PAS...

Page 130: ...mps to the parameter S6 2 F PV This parameter is used to define the input sensitivity and the upper scale value Now load the sensor with the reference weight or reference pressure The digital indicato...

Page 131: ...ollowing steps to carry out a calibration Note Before a calibration connect all the sensors to the digital indicator If all the sensors that are connected to the digital indicator during normal operat...

Page 132: ...100 this equals 18 52 it cannot be changed Press the F button briefly You are now at the parameter rtd Hi PV This parameter is used for the maximum resistance of the RTD For a Pt100 this equals 390 48...

Page 133: ...ration connect all the sensors to the digital indicator If all the sensors that are connected to the digital indicator during normal operation are not connected measurement errors can arise in the cal...

Page 134: ...parameter tc 50 PV This parameter is used by the digital indicator for calibration at 50 mV Press the F button briefly The next parameter is the parameter TC ta PV Enter the ambient temperature of th...

Page 135: ...the code of the input whose calibration you wish to reset 32 This produces the following codes for restoring the factory set calibration Code Function 0 33 Input IN1 34 Input IN2 35 Input IN3 36 Input...

Page 136: ...g the input sensitivity and the upper scale value Re calculation of zero value Calibration 0 mV Calibration 50 mV Setting for ambient temperature in C 25 0 of calibration location Calibration minimum...

Page 137: ...uts and relay outputs assume the OFF state logic outputs to 0 relays released All instrument functions with the exception of actual value acquisition and display and the power up function are deactiva...

Page 138: ...Model 9163 Digital indicator Page 138...

Page 139: ...aning or checking the jumpers you simply need to unscrew the fixing screws on the front panel and pull out the unit There is no need to disconnect cables The instrument has no On Off switch 12 1 Clean...

Page 140: ...ent s hardware configuration is not set to accept any changes to the preset parameters apart from changes to the setpoint value and the limits in display level 1 The jumper S9 on the CPU card enables...

Page 141: ...vity 1 5 4 mV V with sensor excitation 5 10 V DC 5 Potentiometer 100 Ri 10 M at 2 5 V DC DC linear 60mV 100mV 1V 5V 10V Ri 10M 0 4 20 mA Ri 50 TC RTD Sampling interval 2 msec Type TC thermocouple ITS9...

Page 142: ...lculation every 2 4 ms depending on the number of limits Special functions for limits Disable option in power up phase limit buffer reset via keyboard and or contact Sensor excitation 5 V DC 10 V DC f...

Page 143: ...None 0 0 10 V 1 0 20 mA 2 4 20 mA 3 10 V 4 Interface None 0 RS232 1 RS485 2 Profibus 1 3 Limit outputs 4 x relay 0 4 x transistor open e p switching 1 Version 1 main channel 2 sub channels 0 2 main ch...

Page 144: ...th 15 V DC or 24V DC excitation voltage and sensors with fitted plug 9900 V209 Type 99209 609B 0090002 Adapter cable from sensor socket 3 4 to transmitter with 10 V DC excitation voltage or potentiome...

Page 145: ...t of mathematical function A Fin b LSW 546 MSW 547 Result of mathematical function b AL 1 4 000 LSW 554 MSW 555 Limit 1 AL 2 9 000 LSW 556 MSW 557 Limit 2 AL 3 14 000 LSW 558 MSW 559 Limit 3 AL 4 19 0...

Page 146: ...value CONF MOD bus Description od 1 693 Equipment code bAv 4 694 Serial communications baud rate Par 0 695 Serial communications parity Table 10 Menu InP 1 Display Default value CONF MOD bus Descripti...

Page 147: ...40mV upper scale value Table 12 Menu InP 3 Display Default value CONF MOD bus Description typ 3 1 716 Sensor or signal type for input IN3 FLt 3 0 02 717 Digital filter Input IN3 dPs 3 3 718 Position o...

Page 148: ...imit 2 At 2 0 738 Type of limit 2 xy 2 1 739 Hysteresis for limit 2 rA 2 0 740 Activation time for limit 2 bt 2 0 741 Time base for activation time for limit 2 Sda 2 0 1288 Character A of character st...

Page 149: ...it 4 Sd 4 0 1300 Character C of character string for limit 4 SdD 4 0 1301 Character D of character string for limit 4 SdE 4 0 1302 Character E of character string for limit 4 Table 15 Menu Ovt Display...

Page 150: ...nc b 0 824 Mathematical function b In1 b 0 825 First operand of Fvnc b In2 b 0 826 Second operand of Fvnc b 0pEr b 0 827 Operator of Fvnc b 1 b 0 00 828 Coefficient 1 b 2 b 0 829 Coefficient 2 b 3 b 0...

Page 151: ...ault value CONF MOD bus Description tyP L 1 858 Linearization type StEP n 4 859 Number of intervals S 00 0 LSW 860 MSW 861 Point 0 value assigned to lower scale value step 0 S 01_A 2 500 LSW 862 MSW 8...

Page 152: ...assigned to point 7 step 14 S 08_A 0 LSW 890 MSW 891 Point 8 input value 1 10 000 of upper scale value step 15 S 08_b 0 LSW 892 MSW 893 Value assigned to point 8 step 16 S 09_A 0 LSW 894 MSW 895 Poin...

Page 153: ...16_A 0 LSW 922 MSW 923 Point 16 input value 1 10 000 of upper scale value step 31 S 16_b 0 LSW 924 MSW 925 Value assigned to point 16 step 32 S 17_A 0 LSW 926 MSW 927 Point 17 input value 1 10 000 of...

Page 154: ...24_A 0 LSW 954 MSW 955 Point 24 input value 1 10 000 of upper scale value step 47 S 24_b 0 LSW 956 MSW 957 Value assigned to point 24 step 48 S 25_A 0 LSW 958 MSW 959 Point 25 input value 1 10 000 of...

Page 155: ...LSW 980 MSW 981 Value assigned to point 30 step 60 S 31_A 0 LSW 982 MSW 983 Point 31 input value 1 10 000 of upper scale value step 61 S 31_b 0 LSW 984 MSW 985 Value assigned to point 31 step 62 S 32_...

Page 156: ...in Input IN1 IN2 Sensor excitation Auxiliary inputs IN3 IN4 Transmitter excitation Digital inputs DI1 DI2 A D converter CPU Power supply 20 27 VAC DC 100 240 VAC DC Insolation 1 5 KV Insolation 4 KV S...

Page 157: ...sensor specific linearization tyP4 Sensor type enable sensor specific linearization HiS 1 LoS 1 OFS 1 dP 1 FiLt 1 IN1 IN1 max IN1 min Peak value but 1 3 DI 1 2 Net Gross but 1 3 DI 1 2 0 Tare IN1 Abso...

Page 158: ...in b Example In1 In b OPEr C1 C2 C3 C4 C5 IN1 IN2 IN1 IN2 1 1 1 1 1 IN1 IN2 IN1 IN2 1 1 1 1 1 IN1 IN2 IN1 IN2 1 1 1 1 1 Square root N1 IN1 0 1 0 5 0 1 1 IN1 IN2 2 IN1 IN2 1 1 1 1 2 IN3 C1 IN1 0 C1 1 0...

Page 159: ...IN1 IN2 IN3 IN4 Fin A Fin b AL 1 AL 2 AL 3 Peak value Peak value IN1 max IN1 max IN1 min IN1 min IN2 max IN2 max IN2 min IN2 min RiF An Value from serial interface HiS An LoS An tyP An Analog output...

Page 160: ...IN3 IN4 Fin A Fin b Peak value Peak value IN1 max IN1 max IN1 min IN1 min IN2 max IN2 max IN2 min IN2 min Value from serial output AL 1 AL 2 At 1 At 2 Status AL1 Status AL2 AL 4 Status AL4 At 4 Limit...

Page 161: ...RTD third wire Lin Lin Lin Diff Diff Check and calibration of pressure traducers 6 wire Stabilized power supply for sensors 5 V 10 V Pot 100 W Potentiometer power supply 2 5 V Pot 1K W Pot 100 W Digit...

Page 162: ...Model 9163 Digital indicator Page 162 O U T P U T S OUT 1 OUT 4 Analog output NO NC Relais 5 A 250 VAC 30 VDC Logic 30 mA Rmin 390 W 0 2 10 V 0 4 20 mA 10 V...

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