Precision Digital Corporation SuperNova PD500 Instruction Manual Download Page 3

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SuperNova PD500 PID Process & Temperature Controllers

Instruction Manual

Table of Contents

Introduction ......................................................................................................... 6

Abbreviations ................................................................................................. 6

General Controller Term Descriptions .......................................................... 6

Range and Scale Descriptions ..................................................................... 6

Engineering Unit Descriptions ...................................................................... 7

Ordering Information .......................................................................................... 8

Enclosures ...................................................................................................... 9

Accessories .................................................................................................... 9

Specifications ................................................................................................... 10

General .......................................................................................................... 10

Process Input ............................................................................................... 10

Temperature Input ........................................................................................ 11

Control Outputs ............................................................................................ 11

Alarm Relay Outputs .................................................................................... 12

4-20 mA Retransmit Output ......................................................................... 12

Remote SV Process Input ............................................................................ 12

USB Connection ........................................................................................... 12

Digital Inputs ................................................................................................ 12

Modbus® RTU Serial Communications ...................................................... 13

SuperNova TCS Software ............................................................................ 13

Compliance Information................................................................................... 14

Safety ............................................................................................................ 14

Electromagnetic Compatibility .................................................................... 14

Safety Information ............................................................................................ 14

Operation & Care Notes ............................................................................... 15

Installation......................................................................................................... 15

Unpacking ..................................................................................................... 15

Panel Mounting Instructions ....................................................................... 16

Controller Dimensions ................................................................................ 17

Connections ................................................................................................. 18

Connectors Labeling .................................................................................. 18

Power Connections .................................................................................... 19

Signal Connections .................................................................................... 19

Relay Connections ..................................................................................... 19

4-20 mA Output Connections ..................................................................... 20

Digital Input Connections ........................................................................... 20

Remote SV Input Connections ................................................................... 20

Modbus RTU Serial Communications ........................................................ 20

Digital Input Connections ........................................................................... 20

Controller Operation ........................................................................................ 21

Change Control Set Value (SP) ................................................................. 21

RUN/STOP Modes ..................................................................................... 21

Menu Timeout ............................................................................................ 21

Front Panel ................................................................................................ 21

Front Panel Buttons and Status Indicators ................................................ 22

Setup and Programming .................................................................................. 23

Overview ....................................................................................................... 23

Setting Up the Controller ............................................................................. 23

Programming the Controller ....................................................................... 24

Set Value Group (G.SV) ............................................................................ 24

G.SV Parameter Details ............................................................................. 24

Input Group (G.IN) ..................................................................................... 25

G.IN Parameter Details .............................................................................. 26

Output Group (G.OUT) .............................................................................. 27

Output Limit High (OL-H) and Low (OL-L).................................................. 28

G.OUT Parameter Details .......................................................................... 29

Settings Group (G.SET) ............................................................................. 30

Power-On Operation Mode (POOM) .......................................................... 30

G.SET Parameter Details........................................................................... 31

Communication Group (G.COM) ................................................................ 32

Summary of Contents for SuperNova PD500

Page 1: ...nt PV Display up to 1 1 29 mm Input Power 100 240 VAC Heating Cooling and Heating Cooling Control Primary Control Output Options 4 20 mA SCR Voltage Pulse SSR or Relay Secondary Control Output Relay Standard on All Models Easily Switch Between Auto and Manual Control Modes Up to 2 Alarm Relays 4 20 mA Retransmit Outputs Remote Set Value 1 5 V Input Option 4 20 mA with External Resistor Digital Inp...

Page 2: ...t in personal injury or property loss Anyone using this product for such applications does so at his her own risk Precision Digital Corporation shall not be held liable for damages resulting from such improper use WARNING Cancer and Reproductive Harm www P65Warnings ca gov Operation Care Notes Limited Warranty Precision Digital Corporation warrants this product against defects in material or workm...

Page 3: ...5 Unpacking 15 Panel Mounting Instructions 16 Controller Dimensions 17 Connections 18 Connectors Labeling 18 Power Connections 19 Signal Connections 19 Relay Connections 19 4 20 mA Output Connections 20 Digital Input Connections 20 Remote SV Input Connections 20 Modbus RTU Serial Communications 20 Digital Input Connections 20 Controller Operation 21 Change Control Set Value SP 21 RUN STOP Modes 21...

Page 4: ... Time 50 SuperNova TCS Main menu 50 Top Level Menus 50 Troubleshooting Tips 52 Error Messages 53 Modbus Register Tables 54 Fixed Modbus Tables 54 General Process and Indication Address 0 99 54 Set Value Group G SV Address 100 199 54 Control Group G CTL Address 200 299 55 Alarm Group G ALM Address 300 399 56 Transmit Group G TRS Address 400 499 56 SUB Relay Group G SUB Address 500 599 57 Communicat...

Page 5: ...Connections 20 Figure 17 PD520 PD530 Digital Input Connections 20 Figure 18 PD510 Remote SV Input Connections 20 Figure 19 PD520 PD530 Remote SV Input Connections 20 Figure 20 PD510 RS 485 Connection 20 Figure 21 PD520 PD530 RS 485 Connection 20 Figure 22 Front Panel Buttons and Indicators 22 Figure 23 Input Type and Range Selection 25 Figure 24 Heating Cooling Hysteresis 28 Figure 25 Alarm Operat...

Page 6: ...abbreviations are used throughout this manual General Controller Term Descriptions Abbreviation Full Meaning PV Process value SV Set value MV Manipulated value Output value AT Auto tuning REM Remote set value RET Retransmission 4 20 mA output SUB1 SUB1 output alarm relay 1 SUB2 SUB2 output alarm relay 2 LBA Loop break alarm EU Engineering unit EUS Engineering unit total span Range and Scale Descri...

Page 7: ...ions could be defined in values from 200 C to 1200 C If the parameter or value is defined in EU but listed as a percentage EU 0 represents the value of 200 C and 100 represents a value of 1200 C Engineering Unit Span EUS A parameter or other value defined in EUS is defined in the actual engineering units of the input type or scaled engineering units for the case of voltage or current inputs but re...

Page 8: ...elay Control Output 2 Alarm Relays PD520 S CTD 1 8 V Voltage Pulse SSR Relay Control Output 2 Alarm Relays RS 485 4 20 mA Retransmit 2 Digital Inputs PD520 S CTDR 1 8 V Voltage Pulse SSR Relay Control Output 2 Alarm Relays RS 485 4 20 mA Retransmit 2 Digital Inputs 4 20 mA SV Input PD520 R 1 8 V Relay On Off Relay Control Output 2 Alarm Relays PD520 R CTD 1 8 V Relay On Off Relay Control Output 2 ...

Page 9: ...om esu Accessories Model Description PDX RES2 250 Ω 0 1 Precision Resistor for SuperNova 4 20 mA Input PDA7485 I RS 232 to RS 485 isolated converter PDA8485 I USB to RS 485 isolated converter PD9501 Multi function calibrator PDA LH Light horn accessory MOD LH Light horn enclosure modification PDA MINIUSB USB Cable for SuperNova Series Type A Male to Type Mini B Male PDX6901 Snubber 0 01 μF 470 Ω 2...

Page 10: ... to 185 F Relative humidity 35 to 85 non condensing Front Panel IP65 Depth Behind Panel Case extends 2 5 in 63 mm behind panel Required Fuse UL Recognized 250 VAC 0 5 A max slow blow fuse Use fuses or circuit breakers compliant with IEC60947 1 or IEC60947 3 Connections Fixed rear screw terminals and mini USB Mounting 1 4 1 8 or 1 4 DIN panel cutout required panel mounting bracket assemblies are pr...

Page 11: ...28 to 2372 F 200 to 1300 C U 12 U1 328 to 752 F 199 9 to 400 0 C W 13 W0 32 to 4172 F 0 to 2300 C PLII 14 PL0 32 to 2372 F 0 to 1300 C JPt100 20 JPt0 328 to 932 F 200 to 500 C 21 JPt1 328 to 932 F 199 9 to 500 0 C Pt100 22 Pt0 328 to 1184 F 200 to 640 C 23 Pt1 328 to 1184 F 199 9 to 640 0 C Control Outputs Control Outputs Each controller has a main control output and a secondary control relay outp...

Page 12: ...hen power is applied to the controller relays will reflect the state of the input to the controller unless standby mode is enabled 4 20 mA Retransmit Output Function 4 20 mA linear current output Scaling Range 0 100 of full scale Output Loop Resistance 600 Ω maximum load Output Accuracy 0 2 of full scale 1 digit 0 10 VDC Output The PD659 1MA 1V can convert the optional 4 20 mA output to a 0 10 VDC...

Page 13: ...load directly from www predig com download_software Operating System Requirements Microsoft Windows 7 8 10 64 bit x64 or 32 bit x86 Minimum Hardware Requirements Pentium 1 GHz 512 MB RAM 1 GB available hard drive space x86 2 GB available hard drive space x64 Communications USB 2 0 single controller only Standard USB A to Mini B USB RS 232 to RS 485 converter or USB to RS 485 converter programming ...

Page 14: ...tricity are generated Avoid places with heat accumulation caused by direct sunlight radiant heat etc Use it in places with elevation below 2000 m Installation Category II Risk of electric shock or personal injury The input output terminals are subject to electric shock risk Never let the input output terminals come in contact with your body or a conductive material This product is not recommended ...

Page 15: ...helps prevent noise Be sure to program the alarm functions to behave as desired in the case of abnormal operation Confirm this before operation When replacing the sensor be sure to turn off the power to the controller Use an intermediate relay when the frequency of operation such as proportional operation is high because connecting the load to the output relay directly may shorten the life of the ...

Page 16: ...e screws against the panel To achieve a proper seal tighten the mounting bracket screws evenly until controller is snug to the panel DO NOT OVER TIGHTEN as the rear of the panel may be damaged See Figure 2 PD510 Mounting Bracket Installation and Figure 3 PD520 and PD530 Mounting Bracket Installation Panel Cutout Units in mm Dimension PD510 PD520 PD530 W11 45 0 45 0 93 0 H11 45 0 93 0 93 0 A 60 0 7...

Page 17: ...s Temperature Controllers Instruction Manual 17 Controller Dimensions Controller Dimensions Units in mm Dimension PD510 PD520 PD530 W 48 0 48 0 96 0 H 48 0 96 0 96 0 D 63 0 63 0 63 0 D1 5 0 5 0 5 5 Figure 4 Controller Dimensions ...

Page 18: ...gulations Electrical wiring should be performed in accordance with all applicable national state and local codes to prevent damage to the controller and ensure personnel safety Use spade or ring terminals to secure wires Figure 5 Recommended Terminal Connectors Connectors Labeling The connector labelling diagraph marked on the controller shows the location of all connectors available with requeste...

Page 19: ... colors Voltage Connect the positive and negative of the voltage source device to the positive and negative terminals Current To accept a 4 20 mA input connect the positive terminal to and the negative return or common wire to In addition connect an external 250 Ω resistor across the and terminals Figure 10 PD510 Signal Connection Figure 11 PD520 PD530 Signal Connection Relay Connections Each cont...

Page 20: ...nections to the remote set value input are made to the connector terminals labeled REM and REM This input accepts a 1 5 VDC input Connect the positive and negative of the voltage source device to the positive and negative terminals To accept a 4 20 mA input connect the positive terminal to and the negative return or common wire to In addition connect an external 250 Ω resistor across the and termi...

Page 21: ...lso used to change between automatic and manual control modes and lock the controller to prevent accidental changes RUN STOP Modes The controller has a RUN and STOP mode Switching between these modes is done by pressing the SHIFT PAUSE LEFT arrow key for two seconds or by using digital inputs In RUN mode control outputs SUB alarm outputs communication and all other functions operate normally Auto ...

Page 22: ...SuperNova PD500 PID Process Temperature Controllers Instruction Manual 22 Front Panel Buttons and Status Indicators Figure 22 Front Panel Buttons and Indicators ...

Page 23: ... most applications initial auto tuning in the Control Group Group Display Group Name General Description G SV Set Value Group Select active Set Values and Set Value limits G IN Input Group Configure input type and display scaling G OUT Output Group Configure control outputs G SET Set Group Activate digital inputs and view system information G COM Comm Group Configure Modbus RS 485 parameters G SUB...

Page 24: ... is enabled using the digital inputs to select SV 4 will use the REM input to select the Set Value SV 1 to SV 4 must be within the limits set by the SV High Limit SV H and SV Low Limit SV L parameters Set Value High Limit SV H and Set Value Low Limit SV L These may be used to prevent the setting of unintentional Set Values Both the selections of SV NO as well as the REM SV are limited by these par...

Page 25: ...elected unit is displayed but scaling must be done to properly read the selected unit Decimal Point Position DP P This parameter sets the number of decimal places to be used for mA VDC and mVDC inputs It is used for the display values as well as the scaling parameters SL L and SL H Input Type Display Range K K0 328 to 2498 F 200 to 1370 C K1 148 to 932 F 100 0 to 500 0 C J J0 328 to 2192 F 200 to ...

Page 26: ...ise may impact the PV reading and will also results in sudden changes to the output Increasing the Filter time will help eliminate the effects of this noise However greatly increasing the filter time will result in a longer delay before changes to the input signal are reflected in the display and control outputs Bias Offset for Calibration BIAS This parameter is present when a thermocouple or RTD ...

Page 27: ...ling control mode the Output Action O ACT parameter is disabled OUT1 is always the heating side control output and OUT2 is always the cooling side control output Disable Heating Cooling Control To disable Heating Cooling control mode set OUT2 Control Mode CNT2 to NONE When this is done the Output Action O ACT parameter is used to selecting heating reverse or cooling direct control for OUT1 Control...

Page 28: ...th CNT1 and CNT2 are used EO and EOC are generated as follows HOUT Emergency Output when Control Output 1 CNT1 and Control Output 2 CNT2 in Use CNT1 Mode On Off ONOF PID EO Range EO 0 0 or 100 0 0 0 EO 100 0 HOUT Output If OLH 100 0 HOUT 0 0 If OL H EO HOUT OL H HOUT EO If 0 EO OL H HOUT EO Note that when using on off control if parameter Output Limit High OL H is set to less than 100 the emergenc...

Page 29: ...ode CNT2 is set to PID HYS EUS 0 0 100 0 Note 1 1 OUT1 control mode CNT1 is set to ONOF HYSC EUS 0 0 100 0 Note 1 1 OUT2 control mode CNT2 is set to ONOF EO 5 0 105 0 Note 2 0 0 105 0 Note 3 0 0 EOC 0 0 105 0 0 0 OUT2 control mode CNT2 is set to ONOF or PID OL H 5 0 105 0 Note 2 0 0 105 0 Note 3 However OL L OL H 100 0 OUT1 control mode CNT1 is set to PID OL L 5 0 105 0 Note 2 0 0 105 0 Note 3 How...

Page 30: ...ter Initialization P INT This parameter restores all other parameter settings in the controller to the factory default settings It is recommended to save your settings using the SuperNova Programming Software before resetting all parameters to factory default To reset to factory defaults set this parameter to ON Once this is done a Y N confirmation request will be displayed Select YES to reset the...

Page 31: ...y the Parameter Lock LOCK and the EEPROM Lock E2P L will be stored in EEPROM As a result of turning on the EEPROM Lock when a power cycle occurs on the controller all settings and data received by serial communications will be lost System Data SYS D This parameter displays system data useful to the factory for troubleshooting Option Data OPT D This parameter displays build option data useful to th...

Page 32: ... be used more reliably Therefore we recommend not to use PC Link without Checksum if avoidable Bits per Second BPS Set the communication speed in bits per second BPS Select from the following 6 communication speeds 4 800 4 8k 9 600 9 6k 14 400 14 4k 19 200 19 2k 38 400 38 4k or 57 600 57 6k bps Parity Bit PRI Select if parity bit function as none NONE even EVEN or odd ODD parity Stop Bit STOP Sele...

Page 33: ... Parameter Setting Range Unit Default Value Parameter Display Condition PRS PCK PCKS ASCI RTU PCK Only on models with RS 485 option BPS 4 8K 9 6K 14 4K 19 2K 38 4K 57 6K BPS 9 6K PRI NONE EVEN ODD bit NONE STOP 1 or 2 bit 1 D LEN 7 or 8 bit 8 ADDR 1 99 1 RP TM 0 10 Number of 50 ms time increments 0 ...

Page 34: ...condition occurs the alarm will turn on only after the ON time delay Set the ON time delay in seconds If the ON time delay is set to zero the alarm turns on immediately Alarm OFF Time Delay An FD When the alarm condition is cleared the alarm will turn OFF only after the OFF time delay Set the OFF time delay in seconds If the OFF time delay is set to zero the alarm turns OFF immediately While the a...

Page 35: ...range the LBA is released At this time if LB FD is set to a value other than zero it will be released after that many seconds elapse Loop Break Alarm Fail Safe LB EC The sub output relays are type A electromechanical relays Each has a NO Normally Open contact However it may be made to function as a Normally Closed contact with the Loop Break Alarm Fail Safe parameter If NO is selected the relay fu...

Page 36: ... 0 When a SUBx parameter to set to ALM1 A1 FD 0 999 Time seconds 0 A1 EC NO NC NO A1 LT OFF ON OFF A2 ND 0 999 Time seconds 0 When a SUBx parameter to set to ALM2 A2 FD 0 999 Time seconds 0 A2 EC NO NC NO A2 LT OFF ON OFF A3 ND 0 999 Time seconds 0 When a SUBx parameter to set to ALM3 A3 FD 0 999 Time seconds 0 A3 EC NO NC NO A3 LT OFF ON OFF A4 ND 0 999 Time seconds 0 A4 FD 0 999 Time seconds 0 A...

Page 37: ...mA or 1 5 V can be input to change the set value SV remotely To accept a 4 20 mA input connect 250 Ω resistor in parallel to the REM input a 0 1 high precision resistor is recommended and the high and low voltage input ranges of the remote input should be set to 1 000 and 5 000 VDC Remote Input Enable REM E Units with the remote input option can turn on this input by setting the Remote Input Enabl...

Page 38: ...PV SV EUS 5 0 5 0 MV EU 95 0 105 0 PV SV C MV PV SV EUS 0 MV EU 100 Models with RET option only T AL PV SV EUS 5 0 5 0 MV EU 5 0 5 0 PV SV EUS 0 MV EU 0 REM E OFF ON OFF Models with REM option only REM H 1 V REM L REM H 5 V V 5 000 REM L 1 000 R SH FR L FR H Note 2 SL L SL H Note 3 However R SL R SH Note 1 FR H Note 2 SL H Note 3 R SL FR L Note 2 SL H Note 3 R AH EUS 5 0 5 0 Note 1 EUS 0 0 R AL EU...

Page 39: ...n 7 High absolute with standby sequence Absolute Yes 8 Low absolute with standby sequence Absolute Yes 9 High deviation with standby sequence Deviation Yes 10 Low deviation with standby sequence Deviation Yes 11 High Low deviation with standby sequence Deviation Yes 12 High Low range with standby sequence Deviation Yes 13 Sensor error Absolute Figure 26 Alarm Type and Number Table Alarm Number n V...

Page 40: ... sequence Yes 5 High low deviation Deviation 11 High low deviation with standby sequence Yes 6 High low range Deviation 12 High low range with standby sequence Yes 13 Sensor error Burn out Absolute AL n Alarm value This is the specific PV value or for deviation alarms the deviation amount from the SV when the alarm activates Set value For deviation alarms only indicates the alarm operation as high...

Page 41: ...tion where n can be any of alarms 1 2 3 or 4 This parameter is accessible if the Sub Relay Group G SUB parameter An LT is set to ON If the Sub Relay Group G SUB parameter An LT is set to OFF this parameter does not appear in the menu The alarm will automatically reset when the alarm condition is cleared including deadband Releasing an Alarm in Latch State To release an alarm with the latch status ...

Page 42: ...troller is set to the STOP state When performing an auto tune Loop Break Detection Time LB TM The loop break detection time is usually set to about twice the value of PID coefficient 1 When auto tuning is executed the LB TM value is automatically set to twice the PID coefficient 1 value However when on off control is used LB TM is not set automatically so it must be input manually by the user Loop...

Page 43: ... SET RST G SUB parameter SUBx is ALM2 G SUB parameter A2 LT is ON G ALM parameter A2 TY OFF 0 A3 TY 0 13 1 G SUB parameter SUBx is ALM3 AL 3 Absolute EU 0 0 100 0 Deviation EUS 0 0 100 0 Note 1 EU 100 0 G SUB parameter SUBx is ALM3 G ALM parameter A3 TY OFF 0 A3 DB EUS 0 0 100 0 Note 1 1 0 C A3 LS RST SET RST G SUB parameter SUBx is ALM3 G SUB parameter A3 LT is ON G ALM parameter A3 TY OFF 0 A4 T...

Page 44: ...erivative time D constants When auto tuning starts the control output is changed temporarily to ON OFF control and the optimum PID constants are computed and set from system response data The TUNE or T icon on the display will blink during the auto tune process When the auto tuning process is complete the TUNE or T icon will turn off and stop blinking The time required for AT depends greatly on th...

Page 45: ... the front panel keys SET and UP for 3 seconds 6 When auto tuning process has started the TUNE or T indicator will blink This indicator will turn off when the auto tuning process is completed 7 To end the auto tuning process before it is automatically completed a Set the Control Group G CTL parameter Auto Tune AT to OFF b Press and hold the front panel keys SET and UP for 3 seconds If the auto tun...

Page 46: ... set value SV changes over time to reach a newly selected set value When ramp functions are not used a newly selected SV immediately becomes the active SV To set the ramp function the ramp time and the amount of SV change desired in that ramp time must be set The SV Ramp Up or SV Ramp Down functions are applied when the SV value is changed or when changing from STOP to RUN modes When the set SV is...

Page 47: ...parameter CNT2 is PID 2 P EUS 0 15 100 0 Note 4 EUS 0 0 100 0 Note 5 Note 1 EUS 5 0 G OUT parameter CNT1 is set to PID 2 I OFF 1 6000 Seconds 240 2 D OFF 1 6000 Seconds 60 2 MR 5 0 105 0 50 0 G OUT parameter CNT1 is set to PID and 1 I is set to OFF 2 Pc EUS 0 0 100 0 Note 1 EUS 5 0 G OUT parameter CNT2 is set to PID 2 Ic OFF 1 6000 Seconds 240 2 Dc OFF 1 6000 Seconds 60 2 DB 100 0 50 0 3 0 G OUT p...

Page 48: ...000 Seconds 240 4 Dc OFF 1 6000 Seconds 60 4 DB 100 0 50 0 3 0 G OUT parameter CNT1 is PID or G OUT parameter CNT2 is PID and CNT2 is not set to NONE RM UP OFF EUS 0 0 1Digit 100 0 Note 1 OFF UP TM 00 01 99 59 hh mm 01 00 G SV parameter RM UP is not set to OFF RM DW OFF EUS 0 0 1Digit 100 0 Note 1 OFF DW TM 00 01 99 59 hh mm 01 00 G SV parameter RM DW is not set to OFF 1 Set by G IN parameter UNIT...

Page 49: ... and check operation of the controller 8 Install the controller and put into service 9 Make any programming adjustments using the front panel buttons Data Acquisition SuperNova TCS software provides a convenient way to collect the data from the SuperNova controller The user can select the logging time interval Data can be written to a file which can then be imported into a spreadsheet or other app...

Page 50: ...ed will appear in the System menu box on the left side of the screen The image below shows on controller assigned address 01 connected to COM4 To connect to the controller s assigned to the active port s click the Connect icon shown below When connected the Disconnected message for the port will be replaced with a Connected message and monitoring will begin for the assigned addresses SuperNova TCS...

Page 51: ...all connected controllers Multitrend Opens the trend graph monitoring screen for all connected controllers Parameter Opens the parameter list and parameter settings for the selected controller Changes to the parameters and setup may be done from this screen Parameter configurations may be uploaded from the controller downloaded to the controller saved as a file or loaded from a file Tool Menu This...

Page 52: ...nual mode Change the controller to automatic mode by holding the SET and down keys for three seconds The controller is in heating and cooling mode and only heating or cooling mode is needed To operate as a heating or cooling controller disable the Output Group G OUT parameter CNT2 Set CNT2 to NONE This will disable the heating and cooling output indication of H or C before the MV output display di...

Page 53: ...utput value MV is 100 If the PV does not change enough to allow an auto tuning within 24 hours check the system wiring and other equipment Confirm the PV changes when the control output value is 0 If the PV does not change enough to allow an auto tuning within 24 hours check the system wiring and other equipment If the system is too slow to respond and auto tuning would take more than 24 hours man...

Page 54: ...019 9C53 18 0012 AT Auto tuning RO O 40020 9C54 19 0013 A M Auto manual mode RO O 40021 9C55 20 0014 AL1 M ALM1 monitoring RO O 40022 9C56 21 0015 AL2 M ALM2 monitoring RO O 40023 9C57 22 0016 AL3 M ALM3 monitoring RO O 40024 9C58 23 0017 AL4 M ALM4 monitoring RO O 40025 9C59 24 0018 LBA M LBA monitoring RO O 40026 9C5A 25 0019 HBA M HBA monitoring RO O 40032 9C60 31 001F A M Auto manual mode RW O...

Page 55: ...and R W 40225 9D21 224 00E0 2 Ic Cooling integral time R W 40226 9D22 225 00E1 2 Dc Cooling derivative time R W 40227 9D23 226 00E2 40228 9D24 227 00E3 2 DB Heating cooling deadband R W 40229 9D25 228 00E4 3 P Heating proportional band R W 40230 9D26 229 00E5 3 I Heating integral time R W 40231 9D27 230 00E6 3 D Heating derivative time R W 40232 9D28 231 00E7 3 MR Manual reset R W 40233 9D29 232 0...

Page 56: ...0319 9D7F 318 013E LB DB Loop break alarm deadband R W 40320 9D80 319 013F LB LS Loop break alarm latch status R W O 40321 9D81 320 0140 HB 1 Heater break alarm 1 current R W 40322 9D82 321 0141 H1 DB Heater break alarm 1 current deadband R W 40323 9D83 322 0142 HB 2 Heater break alarm 2 type R W 40324 9D84 323 0143 H2 DB Heater break alarm 2 current deadband R W 40325 9D85 324 0144 HB LS Heater b...

Page 57: ...t lock R W 40517 9E45 516 0204 A4 ND Alarm 4 on delay time R W 40518 9E46 517 0205 A4 FD Alarm 4 off delay time R W 40519 9E47 518 0206 A4 EC Alarm 4 contact type R W 40520 9E48 519 0207 A4 LT Alarm 4 output lock R W 40521 9E49 520 0208 LB ND Loop break alarm on delay R W 40522 9E4A 521 0209 LB FD Loop break alarm off delay R W 40523 9E4B 522 020A LB EC Loop break alarm electric Contact R W 40524 ...

Page 58: ...S PV bias R W User Defined Modbus Map It is possible to map the controller s fixed Modbus registers to a set of Modbus D registers from 1200 1219 These user defined registers can be any Modbus registers from the set of tables above The user defined Modbus map is assigned using D registers 721 740 addresses 40722 40741 To create the user defined Modbus map write the D register number of the desired...

Page 59: ... 12 ADC Err 11 CAL Err 10 RJC Err HBA M 9 AT Err LBA M 8 COMM Err 7 LOCK B OUT 6 OVER 5 STD HC OVER 4 RAMP 3 REM SUB4 OUT AL4 M DI4 IN 2 Auto Manual SUB3 OUT AL3 M DI3 IN 1 AT SUB2 OUT AL2 M DI2 IN 0 RUN STOP SUB1 OUT AL1 M DI1 IN Bit Definitions The following tables define what the values for each bit represent Now STS Now Status Description Bit Status 0 Status 1 15 14 13 12 11 10 9 8 7 No lock L...

Page 60: ...n out 6 PV value OVER 5 PV value OVER 4 3 2 1 0 SUB_STS Sub Output Status Description Bit Status 0 Status 1 15 Normal 14 13 12 11 10 9 8 7 6 5 4 3 SUB4 output on 2 SUB3 output on 1 SUB2 output on 0 SUB1 output on ALM_STS Alarm Status description Bit Status 0 Status 1 15 Normal 14 13 12 11 10 HBA on 9 LBA on 8 7 6 5 4 3 HBA on 2 LBA on 1 HBA on 0 LBA on DI_STS Digital Input Status description Bit S...

Page 61: ...d a European Union notified body certification Standards EN 61000 3 2 2014 EN 61000 3 3 2013 EN 61000 6 2 2005 EN 61000 6 4 2007 A1 2011 EN 61010 1 2010 The standards EN 61000 3 2 2014 EN 61000 3 3 2013 EN 61000 6 2 2005 EN 61000 6 4 2007 A1 2011 and EN 61010 1 2010 are no longer harmonized The requirements of these standards have been checked against the harmonized standards EN 61000 3 2 2019 EN ...

Page 62: ...08 655 8990 www predig com LIM510_A Ver 1 37 up 08 21 Contact Precision Digital Technical Support Call 800 610 5239 or 508 655 7300 Fax 508 655 8990 Email support predig com Sales Support Call 800 343 1001 or 508 655 7300 Fax 508 655 8990 Email sales predig com Place Orders Email orders predig com For the latest version of this manual please visit www predig com ...

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Summary of Contents for SuperNova PD500

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Precision Digital Corporation SuperNova PD500, Instruction Manual, Page: 3 / 62

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Summary of Contents for SuperNova PD500

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