GIC 151A12B Instructions Manual Download Page 34 | Manualshive

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34

READ/WRITE: Read/Write
Address (in HEX): 2016

2. Variable - o1cF#

6,7

Description: Output 1 Config

Data type: Unsigned short
Range: 0: I_oP, 1: V_oP

Decimal dependence: No
READ/WRITE: Read/Write

Address (in HEX):2017

3. Variable - oP1#

6,7

Description:Output1 act on
Data type: Unsigned short

Range: 0: coP, 1: temp
Decimal dependence: No

READ/WRITE: Read/Write
Address (in HEX): 2018

4. Variable - oP1#

5,8

Description:Output1 act on
Data type: Unsigned short
Range: 0: coP, 1: A1no, 2: A1nc, 3: A2no, 4: A2nc,

5: Senb, 6: BrkL, 7: Off
Decimal dependence: No

READ/WRITE: Read/Write
Address (in HEX):2018

5. Variable - oP2

Description: Output 2 act on
Data type: Unsigned short
Range: 0: coP, 1: A1no, 2: A1nc, 3: A2no,4: A2nc,

5: Senb, 6: BrkL, 7: Off
Decimal dependence: No

READ/WRITE: Read/Write
Address (in HEX):2019

6. Variable - oP3

Description: Output 3 act on
Data type: Unsigned short
Range: 0: coP, 1: A1no, 2: A1nc, 3: A2no, 4: A2nc,

5: Senb, 6: BrkL, 7: Off
Decimal dependence: No

READ/WRITE: Read/Write
Address (in HEX): 201A

7. Variable - LboP

Description: Loop break alarm act on
Data type: Unsigned short
Range: 0: Lbo1#

5,8

, 1: Lbo2, 2: Lbo3, 0: Lbo2, 1: Lbo3#

67

Decimal dependence: No
READ/WRITE: Write

Address (in HEX): 201B

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Summary of Contents for 151A12B

Page 1: ...1 SERIES PR 69 TEMPERATURE CONTROLLER...

Page 2: ...NING 14 14 RAMP AND SOAK 15 14 1 POWER DOWN RESUMPTION MODE Pwrd 15 14 2 HOLDBACK hbck 15 15 SOFT START 16 16 ALARMS 16 17 PROGRAMMING 18 18 SEVEN SEGMENT DISPLAY 18 19 MENUS 18 20 MODBUS 26 21 MODBUS...

Page 3: ...ption Dual acting PID controller with three relay and RS485 Modbus communication Note Models are indicated by special symbols as shown below and these symbols are used while explaining the device 1 Ap...

Page 4: ...DN Scroll down key 5 Key UP Scroll up key 6 Key E Enter key 7 oP3 LED indication for output 3 8 oP2 LED indication for output 2 9 oP1 LED indication for output 1 10 Indicates that PV is less than SV 1...

Page 5: ...5 5 0 DIMENSIONS in mm...

Page 6: ...Range Sensor J 0 to 700 c 32 to 1292 F Sensor K 0 to 1300 c 32 to 2372 F Sensor E 0 to 600 c 32 to 1112 F Sensor S 0 to1750 c 32 to 3182 F Sensor B 250 to 1820 c 482 to 3308 F Sensor R 0 to 1750 c 32...

Page 7: ...nical life 2x10 7 Electrical life 5x10 4 Max Resistance in case of current output terminal 5 and 7 2 3 6 7 600 Min Resistance in case of voltage output terminals 6 and 7 2 3 6 7 30 k Temperature Sampl...

Page 8: ...and Interruptions IEC 61000 4 11 AC Ed 2 0 2004 11 Conducted Emission CISPR 14 1 Ed 5 0 2005 11 Class A Radiated Emission CISPR 14 1 Ed 5 0 2005 11 Class B Isolation 151A12B Sensor oP1 oP2 Op3 Supply...

Page 9: ...Supply 2 kV 4 kV 2 kV 2 kV 2 kV Sensor 4 kV 2 kV 2 kV NO oP1 4 kV 4 kV 4 kV oP2 2 kV 2 kV oP3 2 kV Note 6 7 As there is no isolation between RS 485 and oP1 user must take care that the ground of circ...

Page 10: ...ich values to program on par oFst and rate the following formulae must be applied rate y2 y1 x2 x1 oFSt y2 rate x2 Where y1 Measured temperature 1 x1 temperature displayed by instrument y2 Measured te...

Page 11: ...rd and suitably programming par key key oPLP key oFF it is possible to pass from Auto state to the state programmed on the parameter and vice versa The instrument switches into Auto state at the end o...

Page 12: ...P in case of Asymmetric ON OFF control Similarly in case of direct action i e COOL being set on par Func the controller activates the output when the process value Pv goes above sP hEsT and deactivate...

Page 13: ...put deactivation and then even if the regulator requires to switch on the corresponding output the activation is delayed till the time set on cdty elapses 12 3 PID Control 12 3 0 Single Acting PID Con...

Page 14: ...ange between 0 1 to 10 coEf 1 represents that the cooling element is stronger than heating element coEf 1 represents that the heating and cooling element are equally strong coEf 1 represents that the...

Page 15: ...ent memory 14 0 RAMP AND SOAK 5 6 7 8 1 The PR 69 has provision for three ramps and three soaks corresponding to sP1 sP2 and sP3 2 All parameters related to ramp functions in group rEg 3 Three strateg...

Page 16: ...roup rEg The soft start functioning allows limitation of output power when instrument is switched on for a limited period of time Following parameters are needed sst Soft start time in hh mm ssth soft...

Page 17: ...sed then the alarm is deactivated 2 Delayed a 0 Alarm is activated immediately on alarm condition occurrence b 2 Alarm is activated after the delay set on par A1dL But if alarm condition disappears wh...

Page 18: ...key E to confirm the value or key C to maintain the previous value 6 Whenever the value of the menu is being edited the PV display blinks Here UP and DN key change the value on SV display When the dis...

Page 19: ...100 RTD E E Thermocouple S S thermocouple b b thermocouple r r thermocouple Analog Input 1260 12 to 60 mV 0_50 0 to 50 mV 0_60 0 to 60 mV default Pt1 2 IScL Low scale in case of analog inputs Range 19...

Page 20: ...0 to cohi Corresponds to 4 mA 0 V default 0 13 Cohi 2 3 6 7 Controller output high Range coLo to 100 0 Corresponds to 20 mA 10 V default 100 MAIN MENU oP output Parameter Description 1 OPcF 6 7 Output...

Page 21: ...t as Range 1 coP Controller output 2 A1no Alarm 1 normally open 3 A1nc Alarm 1 normally closed 4 A2no Alarm 2 normally open 5 A2nc Alarm 2 normally closed 6 Senb Sensor break 7 Brkl Loop break alarm 8...

Page 22: ...e 1 2 3 4 0 0 to o1HV Range 5 6 7 8 100 0 to o1HV default 0 0 8 o1hV Output 1 high value Range o1LV to 100 0 default 100 0 9 o1hs Output 1 hysteresis Range OFF to 100 0 default 1 10 A1dL Alarm 1 delay...

Page 23: ...ult 20 9 rs 1 2 3 4 Manual reset Range 0 to 100 0 default 0 9 rs 5 6 7 8 Manual reset Range 100 0 to 100 0 default 0 10 hct 5 6 7 8 heat cycle time Range 1 to 130 s default 20 11 cct 5 6 7 8 Cool cycl...

Page 24: ...0 to 100 0 default 0 23 SST Soft start time Range 0 00 OFF to 7 59 hh mm default Off 24 SSTH Soft start threshold Range 1999 to 9999 default 0 Main Menu ConF Configuration Parameter Description 1 Key...

Page 25: ...ch is Set by EFSP 4 A1th Alarm 1 threshold 5 A2th Alarm 2 threshold default sP 3 LEd Led shift index Range 0 off to 9999 default 0 Main Menu ModB Modbus 1 Addr Device Id Range 1 to 99 default 1 2 bAUd...

Page 26: ...to 99 b Function code contains 3 or 6 for specified functions c Information field contains data like word addresses and word values as required by function in use d Control word a cyclic redundancy c...

Page 27: ...st is formally correct but cannot be satisfied standing particular situations the reply contains a code indicating the cause of the missing regular reply The frame is Slave Number Byte 0 Function code...

Page 28: ...F xxxx xxx0 ON xxxx xxx1 Decimal dependence NO READ WRITE Read Address in HEX 1003 4 Variable AL2 Description Alarm 2 Status Data type Unsigned short Range OFF xxxx xx0x ON xxxx xx1x Decimal dependenc...

Page 29: ...005 9 Variable MvEr Description Model Version Data type Unsigned short Range Pr01 01 Pr02 02 Pr03 03 Pr04 04 Pr05 5 Pr06 6 Pr07 7 PR08 8 Decimal dependence No READ WRITE Read Address in HEX 1006 10 Va...

Page 30: ...Data type Signed short Range Setpoint as selected by EFsP to 9999 Decimal dependence dP READ WRITE Read Write Address in HEX 2002 3 Variable nSP Description Number of set point Data type Signed short...

Page 31: ...gned short Range spLL to spHL Decimal dependence dP READ WRITE Read Write Address in HEX 2008 InP 1 Variable SEns Description Sensor select Data type Unsigned short Range 0 J thermocouple 1 K thermoco...

Page 32: ...9999 Decimal dependence dP READ WRITE Read Write Address in dec 200D 6 Variable oPP Description Output power in case of error Data type Signed short Range 100 0 to 100 0 Decimal dependence dP READ WR...

Page 33: ...PvLo to 9999 Decimal dependence dP READ WRITE Read Write Address in HEX 2013 12 Variable coLo 6 7 Description Control output low value Data type Signed short Range 100 0 to coHi Decimal dependence 1 R...

Page 34: ...4 A2nc 5 Senb 6 BrkL 7 Off Decimal dependence No READ WRITE Read Write Address in HEX 2018 5 Variable oP2 Description Output 2 act on Data type Unsigned short Range 0 coP 1 A1no 2 A1nc 3 A2no 4 A2nc...

Page 35: ...cription Alarm 1 Function Data type Unsigned short Range 0 to 31 Decimal dependence 0 READ WRITE Read Write Address in HEX 201E 3 Variable A1Lo Description Alarm 1 Function Data type Signed short Rang...

Page 36: ...Range o1LV to 100 0 Decimal dependence 1 READ WRITE Read Write Address in HEX 2024 9 Variable o1hs Description Output alarm hysterisis 1 Data type Unsigned short Range OFF to 100 0 Decimal dependence...

Page 37: ...al dependence dP READ WRITE Read Write Address in HEX 202A 5 Variable A2hI Description Alarm 2 High Data type Signed short Range A2th to 9999 Decimal dependence dP READ WRITE Read Write Address in HEX...

Page 38: ...iable Cont Description Control type Data type Unsigned short Range 0 onFS 1 onFA 2 Pid 3 nr Decimal dependence No READ WRITE Read Write Address in HEX 2031 2 Variable Func Description Control action f...

Page 39: ...to 9999 Decimal dependence 0 READ WRITE Read Write Address in HEX 2037 8 Variable rs Description Manual reset Data type Signed short Range 100 to 100 Decimal dependence 1 READ WRITE Read Write Addres...

Page 40: ...dress in HEX 203D 14 Variable rmP1 Description Ramp 1 Data type Unsigned short Range 0 to 99 99 Decimal dependence 2 READ WRITE Read Write Address in HEX 203E 15 Variable rmP2 Description Ramp 2 Data...

Page 41: ...ge 0 to 9999 Decimal dependence dP READ WRITE Read Write Address in HEX 2044 21 Variable ssP Description Soft start Power Data type Unsigned short Range 100 to 100 Decimal dependence 1 READ WRITE Read...

Page 42: ...ss in HEX 2048 2 Variable disP Description Configure Display Data type Unsigned short Range 0 SP 1 Co 2 A1th 3 A2th 4 EFSp Decimal dependence No READ WRITE Read Write Address in HEX 2049 3 Variable Le...

Page 43: ...43 22 CONNECTION DIAGRAMS...

Page 44: ...e above time then loop break alarm is given If any relay output is set for the alarm the given relay is switched on Break loop alarm works only in PID mode Break loop alarm can be turned off by moving...

Page 45: ...tes between a message rsEt and value configured on it by the user This message disappears after a time of about 1 min 8 How to change Set point while on main Screen A It is possible to change the set...

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