Autonics TN Series Communications Manual
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Autonics TN Series Communications Manual

Two-degree-of-freedom pid temperature controllers
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TN Series
Two-Degree-of-Freedom PID Temperature Controllers
Communication Manual     MCT-TNC1-V1.1-EN

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Summary of Contents for Autonics TN Series

  • Page 1 TN Series Two-Degree-of-Freedom PID Temperature Controllers Communication Manual     MCT-TNC1-V1.1-EN...

  • Page 3: Table Of Contents

    1.3. Autonics Modbus Address System........
  • Page 4 2.5.9. Alarm output parameter group .......... ...

  • Page 5: Preface

    Preface Thank you for purchasing Autonics products. Be sure to read and follow the Safety Precautions thoroughly before use. This manual contains information about the product and how to use it properly, so keep it in a place where users can easily find it.
  • Page 6 6 　 Autonics | TN Series...

  • Page 7: Manual Guide

    • Any or all of the manual may not be edited or copied without permission. • The manual is not provided with the product. • Download and use from our website (www.autonics.com). • The contents of the manual are subject to change without prior notice according to the improvement of the product’s performance, and upgrade notices are provided through our website.
  • Page 8 8 　 Autonics | TN Series...

  • Page 9: Common Symbols In The Manual

    Common Symbols in the Manual Failure to follow instructions may result in serious injury or death. Failure to follow instructions may result in injury or product damage. Supplementary explanation of the function Example of that function Important information about the feature Common Symbols in the Manual 　...
  • Page 10 10 　 Autonics | TN Series...

  • Page 11: Safety Considerations

    Safety Considerations • Observe all ‘Safety Considerations’ for safe and proper operation to avoid hazards. • Symbol ! indicates caution due to special circumstances in which hazards may occur. Failure to follow instructions may result in serious injury or death. Failure to follow instructions may result in injury or product damage.
  • Page 12 9. Make a required space around the unit for radiation of heat. For accurate temperature measurement, warm up the unit over 20 min after turning on the power. 12 　 Autonics | TN Series...
  • Page 13 The specifications, dimensions, etc are subject to change without notice for product improvement Some models may be discontinued without notice. For your safety, read and follow the considerations written in the instruction manual, other manuals and Autonics website. Safety Considerations 　 13...
  • Page 14 14 　 Autonics | TN Series...

  • Page 15: Modbus Rtu And Ascii Protocol

    1. Modbus RTU and ASCII Protocol 1.1. Modbus The Modbus industrial protocol was developed in 1979 to make communication possible between automation devices. The protocol has expanded to include implementations over serial, TCP/IP, and the user datagram protocol (UDP). Today, it is a common protocol used by countless devices for simple, reliable, and efficient communication across a variety of modern networks.

  • Page 16: Frame Structure Of Modbus Rtu And Ascii

    1-byte 2-Char Data 1-byte 2-Char Data 1-byte 2-Char Data 1-byte 2-Char Error Check CRC (16-bit) LRC (2-Char) Trailer None CRLF (0x0D 0x0A) 01) Error Check * Calculation range of CRC/LRC: Slave Address to Data 16 　 Autonics | TN Series...

  • Page 17: Read Input Status (Func 02-02H)

    1.2.2. Read Input Status (Func 02-02H) Reads Input ON/OFF status (1X reference) in Slave device. Query (Master) Field Name ASCII Header None : (Colon, 0x3A) Slave Address 1-byte 2-Char Function 1-byte 2-Char Starting Address 2-byte 4-Char No. of Points/Registers 2-byte 4-Char Error Check CRC (16-bit)

  • Page 18: Read Holding Registers (Func 03-03H)

    1-byte 2-Char Data 2-byte 4-Char Data 2-byte 4-Char Data 2-byte 4-Char Error Check CRC (16-bit) LRC (2-Char) Trailer None CRLF (0x0D 0x0A) 01) Error Check * Calculation range of CRC/LRC: Slave Address to Data 18 　 Autonics | TN Series...

  • Page 19: Read Input Registers (Func 04-04H)

    1.2.4. Read Input Registers (Func 04-04H) Reads the Binary data of Input Registers (3X reference) in Slave device. Query (Master) Field Name ASCII Header None : (Colon, 0x3A) Slave Address 1-byte 2-Char Function 1-byte 2-Char Starting Address 2-byte 4-Char No. of Points/Registers 2-byte 4-Char Error Check...

  • Page 20: Force Single Coil (Func 05-05H)

    1-byte 2-Char Coil Address 2-byte 4-Char Force Data 2-byte 4-Char Error Check CRC (16-bit) LRC (2-Char) Trailer None CRLF (0x0D 0x0A) 01) Error Check * Calculation range of CRC/LRC: Slave Address to Force Data 20 　 Autonics | TN Series...

  • Page 21: Preset Single Register (Func 06-06H)

    1.2.6. Preset Single Register (Func 06-06H) Writes the Binary data of single Holding Registers (4X reference) in Slave device. Query (Master) Field Name ASCII Header None : (Colon, 0x3A) Slave Address 1-byte 2-Char Function 1-byte 2-Char Register Address 2-byte 4-Char Preset Data 2-byte 4-Char...

  • Page 22: Preset Multiple Registers (Func 16-10H)

    Write function if you use the slave (device) connecting with external devices such as PLC, Graphic Panel, except in the case of download that presets the minimum/maximum or basic value of parameter by Input specifications in PC Loader Program. 22 　 Autonics | TN Series...

  • Page 23: Exception Response - Error Code

    1.2.8. Exception Response - Error Code If occurs an error, send a response command and transmit each Exception Code after set(1) the highest level bit of received command(Function). Field Name ASCII Header None : (Colon, 0x3A) Slave Address 1-byte 2-Char Function + 80H 1-byte 2-Char...

  • Page 24: Autonics Modbus Address System

    The parameter address can be somewhat different for each manufacturer because the regulation for a starting number is not defined. Autonics Modbus address is started at ‘1’ for decimal (DEC) address, and at ‘0’ for hexadecimal (HEX). So, decimal (DEC) address values are +1 for Hex (HEX) address values.

  • Page 25: Modbus Mapping Table

    2. Modbus Mapping Table 2.1. Read Coil Status (Func 01, R/W) / Force Single Coil (Func 05, R/W) No(Address) Parameter Description Default 000001(0000) RUN/STOP Control output Run/Stop 0: RUN 0 : RUN 1 : STOP 000002(0001) Auto-Tuning Auto-tuning ON/OFF 0: OFF Execute 0 : OFF 1 : ON 000003(0002)

  • Page 26: Read Discrete Inputs (Func 02, R)

    MV display 1st order value level) 0: OFF 1: ON 10015(000E) 2 indicator (3- MV display 2nd order value level) 0: OFF 1: ON 10016(000F) LOCK indicator Front key lock display 0: OFF 1: ON 26 　 Autonics | TN Series...
  • Page 27 No(Address) Parameter Description Default 10017(0010) PROG indicator Pattern control display 0: OFF 1: ON 10018(0011) WAIT indicator WAIT display 0: OFF 1: ON 10019(0012) HBA1 indicator CT1 input brake alarm display 0: OFF 1: ON 10020(0013) HBA2 indicator CT2 input brake alarm display 0: OFF 1: ON 10021(0014) OUT1 indicator...
  • Page 28 EVENT 6 status EVENT 6 status display 0: OFF 1: ON 10049(0030) EVENT 7 status EVENT 7 status display 0: OFF 1: ON 10050(0031) EVENT 8 status EVENT 8 status display 0: OFF 1: ON 28 　 Autonics | TN Series...
  • Page 29 No(Address) Parameter Description Default 10051(0031) EVENT 9 status EVENT 9 status display 0: OFF 1: ON 10052 to 10100 Reserved 2.2. Read Discrete Inputs (Func 02, R) 　 29...

  • Page 30: Read Input Status (Func 04, R)

    Input status Start Address 30121(0078) Input status Quantity 30122(0079) Holding Register Start Address 30123(007A) Holding Register Quantity 30124(007B) Input Register Start Address 30125(007C) Input Register Quantity 30127 to 30200 Reserved 01)Setting is varied by models. 30 　 Autonics | TN Series...

  • Page 31: Read Input Registers (Func 04, R)

    2.4. Read Input Registers (Func 04, R) No(Address) Parameter Description Default 31001(03E8) Present Value Present value -1999 to 9999 ℃/℉/- 31000: OPEN, 30000: HHHH, -30000: LLLL 31002(03E9) Decimal point 0: 0, 1: 0.0, 2: 0.00, 3: 0.000- 31003(03EA) Display unit 0: ℃, 1: ℉, 2: %, 3: OFF- 31004(03EB) Set Value...
  • Page 32 Unit indicator (2-level) level) 0: OFF 1: ON Bit 3 S indicator (2- Time unit seconds level) 0: OFF 1: ON Bit 4 A indicator (2- Ampere unit (current) – 2-level level) 0: OFF 1: ON 32 　 Autonics | TN Series...
  • Page 33 Parameter Description Bit 5 H:M indicator (3- Program operation time Hours:Minutes, HH.MM level) 0: OFF 1: ON Bit 6 M:S indicator Program operation time Minutes:Seconds, MM.SS 0: OFF 1: ON Bit 7 A indicator (3- Ampere unit (current) – 3-level level) 0: OFF 1: ON Bit 8...
  • Page 34 0: OFF 1: ON Bit 1 → indicator Temp. maintain segment/pattern control temp. maintain display 0: OFF 1: ON Bit 2 ↘ indicator Temp. down segment/pattern control temp. down display 0: OFF 1: ON 31010(03F1) Bit data 34 　 Autonics | TN Series...
  • Page 35 Parameter Description Bit 0 DI-1 input DI-1 input status display 0: OFF 1: ON Bit 1 DI-2 input DI-2 input status display 0: OFF 1: ON Bit 2 DI-3 input DI-3 input status display 0: OFF 1: ON Bit 3 DI-4 input DI-4 input status display 0: OFF 1: ON...
  • Page 36 ALARM 5 status display 0: OFF 1: ON Bit 5 ALARM 6 status ALARM 6 status display 0: OFF 1: ON Bit 6 ALARM 7 status ALARM 7 status display 0: OFF 1: ON 36 　 Autonics | TN Series...

  • Page 37: Read Holding Register (Func 03, R/W) / Write Single Register (Func 06, R/W) / Write Multiple

    2.5. Read Holding Register (Func 03, R/W) / Write Single Register (Func 06, R/W) / Write Multiple Registers (Func 16, R/W) 2.5.1. Operation parameter group No(Address) Parameter Description Default 40001(0000) RUN-STOP Control output Run/Stop 1: STOP 0: RUN 1: STOP 40002(0001) Timer PAUS / Pause timer/pattern...
  • Page 38 No(Address) Parameter Description Default 40055(0036) SV-3 Setting Value SV 3 setting L-SV to H-SV ℃/℉/- 40056 to 40100 Reserved 38 　 Autonics | TN Series...

  • Page 39: Pid Control Parameter Group

    2.5.3. PID control parameter group No(Address) Parameter Description Default 40101(0064) Autotuning Auto-tuning RUN/STOP 0: OFF Execute 0: OFF 1: ON 40102(0065) Autotuning Mode Auto-tuning mode 0: TUN1 0: TUN1 1: TUN2 40103(0066) Heating_ Heating proportional band 100 (10.0) Proportional Band 000.1 to 999.9 ℃/℉/% 40104(0067) Heating_Integral...

  • Page 40: Input Parameter Group

    1(0.1) 1 to 1200(0.1 to 120.0) Sec 40161(00A0) SV Low Limit SV low-limit value Temp. Min. value of temp. sensor or Analog L-SC to SV sensor High Limit – 1Digit ℃/℉/%F.S -200 Analog 0 40 　 Autonics | TN Series...
  • Page 41 No(Address) Parameter Description Default 40162(00A1) SV High Limit SV high-limit value Temp. SV Low Limit + 1Digit to Max. value of temp. sensor sensor or Analog H-SC ℃/℉/%F.S 1350 Analog 40163(00A2) Analog Output1 Analog transmission output mode 0: PV Mode 0: PV 1: SV 2: H-MV 3: C-MV 40164(00A3) Analog Output...
  • Page 42 0 to 100 mV AMV1 0 to 1,000 decima l point 0 to 20 mA AMA1 0 to 2,000 decima l point 4 to 20 mA AMA2 400 to 2,000 decima l point 42 　 Autonics | TN Series...

  • Page 43: Pattern Parameter Group

    2.5.5. Pattern parameter group No(Address) Parameter Description Default 40201(00C8) Time unit Program time unit 1: MM.SS 0: MM.SS 1: HH.MM 40202(00C9) condition Pattern start condition 1: SSV 0: SSV 1: SPV 40203(00CA) Wait operation Pattern standby action width Temp. H: width setting Temp.
  • Page 44 L-SV to H-SV 40229(00E4) STEP_TIM_9 STEP 9 time 00.00 to 99.59 40230(00E5) STEP_SV_10 STEP 10 SV L-SV to H-SV 40231(00E6) STEP_TIM_10 STEP 10 time 00.00 to 99.59 40232(00E7) STEP_SV_11 STEP 11 SV L-SV to H-SV 44 　 Autonics | TN Series...
  • Page 45 No(Address) Parameter Description Default 40233(00E8) STEP_TIM_11 STEP 11 time 00.00 to 99.59 40234(00E9) STEP_SV_12 STEP 12 SV L-SV to H-SV 40235(00EA) STEP_TIM_12 STEP 12 SV 00.00 to 99.59 40236(00EB) STEP_SV_13 STEP 13 time L-SV to H-SV 40237(00EC) STEP_TIM_13 STEP 13 SV 00.00 to 99.59 40238(00ED) STEP_SV_14...

  • Page 46: Control Parameter Group

    SSR: 20 Current output SSR (2.0) 001.0 to 120.0 Sec 40311(0136) Cooling_Control Cooling control cycle Relay: Time Relay, SSRP 200 (20.0) 000.1 to 120.0 Sec SSR: 20 Current output SSR (2.0) 001.0 to 120.0 Sec 46 　 Autonics | TN Series...
  • Page 47 No(Address) Parameter Description Default 40312(0137) Dead_Overlap Heating-Cooling control, dead band band - Proportional band to 0.0 to + Proportional band ONOFF Temp. H -999 to 0999 ONOFF Temp. L -199.9 to 999.9℃/℉ 40313(0138) Manual Reset Manual reset 500 (50.0) 0 to 1000: 000.0 to 100.0 %F.S 40314(0139) Heating_ON Heating hysteresis...
  • Page 48 0 to 9999: 000.0 to 999.9 digit 40325(0144) Ramp_Down Rate Ramp down rate Temp. H, Analog 0 to 999 digit Temp. L 0 to 9999: 000.0 to 999.9 digit 40326(0145) Ramp_Time Ramp time 1 to 3600 Sec 40327to40350 Reserved 48 　 Autonics | TN Series...

  • Page 49: Pid Group Parameter Group

    2.5.7. PID group parameter group No(Address) Parameter Description Default 40351(015E) PID Group PID group number 0: PID.0 Number 0: PID.0, 1: PID.1, 2: PID.2, 3: PID.3, 4: PID.4, 5: PID.5, 6: PID.6, 7: PID.7 40352(015F) 0.Heating_Proport PID 0 group Heating proportional band 100 (10.0) ional Band 1 to 9999: 000.1 to 999.9 ℃/℉/%...
  • Page 50 0 to 9999 Sec 40384(017F) 5.Heating_Derivati PID 5 group Heating derivation time on Time 0 to 9999 Sec 40385(0180) 5.cooling_Proport PID 5 group Cooling proportional band 100 (10.0) ional Band 1 to 9999: 000.1 to 999.9 ℃/℉/% 50 　 Autonics | TN Series...
  • Page 51 No(Address) Parameter Description Default 40386(0181) 5.cooling_Integral PID 5 group Cooling integral time Time 0 to 9999 Sec 40387(0182) 5.cooling_Derivati PID 5 group Cooling derivation time on Time 0 to 9999 Sec 40388(0183) 6.Heating_Proport PID 6 group Heating proportional band 100 (10.0) ional Band 1 to 9999: 000.1 to 999.9 ℃/℉/% 40389(0184)

  • Page 52: Event Parameter Group

    20 (2.0) 000.0 to 999.9 ℃/℉ Analog: 2 Analog (0.2) 0.0  to 100.0 ℃/℉ 40458(01C9) Pattern Alarm Event 0 notice Pattern/Step Position.0 Pattern notice PTN.0 to PTN.9, ALL Step notice ST.0 to ST.19, ALL 52 　 Autonics | TN Series...
  • Page 53 No(Address) Parameter Description Default 40459(01CA) Alarm Output Event 0 output 1: AL.1 Connection.0 0: OFF, 1: AL.1, 2: AL.2, 3: AL.3, 4: AL.4, 5: AL.5, 6: AL.6, 7: AL.7 40460(01CB) Alarm Mode.1 Event 1 alarm output operation mode 1: DV[[ Refer to Table 2.
  • Page 54 0: OFF, 1: AL.1, 2: AL.2, 3: AL.3, 4: AL.4, 5: AL.5, 6: AL.6, 7: AL.7 40476(01DB) Alarm Mode.3 Event 3 alarm output operation mode 0: OFF Refer to Table 2. Alarm operation mode 54 　 Autonics | TN Series...
  • Page 55 No(Address) Parameter Description Default 40477(01DC) Alarm_Low.3 Event 3 alarm output low-limit value 1550 Deviation alarm -F.S to F.S ℃/℉/- Absolute alarm Within display range ℃/℉/- 40478(01DD) Alarm_High.3 Event 3 alarm output high-limit value 1550 Deviation alarm -F.S to F.S ℃/℉/- Absolute alarm Within display range ℃/℉/- 40479(01DE)
  • Page 56 0: OFF, 1: AL.1, 2: AL.2, 3: AL.3, 4: AL.4, 5: AL.5, 6: AL.6, 7: AL.7 40492(01EB) Alarm Mode.5 Event 5 alarm output operation mode 0: OFF Refer to Table 2. Alarm operation mode 56 　 Autonics | TN Series...
  • Page 57 No(Address) Parameter Description Default 40493(01EC) Alarm_Low.5 Event 5 alarm output low-limit value 1550 Deviation alarm -F.S to F.S ℃/℉/- Absolute alarm Within display range ℃/℉/- 40494(01ED) Alarm_High.5 Event 5 alarm output high-limit value 1550 Deviation alarm -F.S to F.S ℃/℉/- Absolute alarm Within display range ℃/℉/- 40495(01EE)
  • Page 58 0: OFF, 1: AL.1, 2: AL.2, 3: AL.3, 4: AL.4, 5: AL.5, 6: AL.6, 7: AL.7 40508(01FB) Alarm Mode.7 Event 7 alarm output operation mode 0: OFF Refer to Table 2. Alarm operation mode 58 　 Autonics | TN Series...
  • Page 59 No(Address) Parameter Description Default 40509(01FC) Alarm_Low.7 Event 7 alarm output low-limit value 1550 Deviation alarm -F.S to F.S ℃/℉/- Absolute alarm Within display range ℃/℉/- 40510(01FD) Alarm_High.7 Event 7 alarm output high-limit value 1550 Deviation alarm -F.S to F.S ℃/℉/- Absolute alarm Within display range ℃/℉/- 40511(01FE)
  • Page 60 0: OFF, 1: AL.1, 2: AL.2, 3: AL.3, 4: AL.4, 5: AL.5, 6: AL.6, 7: AL.7 40524(020B) Alarm Mode.9 Event 9 alarm output operation mode 0: OFF Refer to Table 2. Alarm operation mode 60 　 Autonics | TN Series...
  • Page 61 No(Address) Parameter Description Default 40525(020C) Alarm_Low.9 Event 9 alarm output low-limit value 1550 Deviation alarm -F.S to F.S ℃/℉/- Absolute alarm Within display range ℃/℉/- 40526(020D) Alarm_High.9 Event 9 alarm output high-limit value 1550 Deviation alarm -F.S to F.S ℃/℉/- Absolute alarm Within display range ℃/℉/- 40527(020E)
  • Page 62 PAUS Control output PAUSE notice P.ST Pattern control start notice P.END Pattern control end notice P.OT Pattern control delay point notice S.ST Step start notice S.END Step end notice S.OT Step delay point notice 62 　 Autonics | TN Series...

  • Page 63: Alarm Output Parameter Group

    2.5.9. Alarm output parameter group No(Address) Parameter Description Default 40551(0226) Alarm Output.n Alarm output terminal 0: AL.1 0: AL.1, 1: AL.2, 2: AL.3, 3: AL.4, 4: AL.5, 5: AL.6, 6: AL.7 40552(0227) Alarm Logic.1 Alarm output 1 logic 0: OR 0: OR 1: AND 40553(0228) Alarm Type.1...
  • Page 64 Refer to Table 3. Alarm option 40584(0247) Alarm1 NO/NC.7 Alarm output 7 contact 0: NO 0: NO 1: NC 40585(0248) Alarm1 ON Delay Alarm output 7 ON delay time Time.7 0 to 3600 Sec 64 　 Autonics | TN Series...
  • Page 65 No(Address) Parameter Description Default 40586(0249) Alarm1 OFF Delay Alarm output 7 OFF delay time Time.7 0 to 3600 Sec 40587 to 40600 Reserved Table 3. Alarm option Setting Parameter Alarm operation AL-A Standard alarm AL-B Alarm latch AL-C Standby alarm 1 AL-D Standby alarm latch 1 AL-E...

  • Page 66: Communication Parameter Group

    PLC ladderless communication start time 3000 0 to 9999 ms 40615(0266) PLC Reception PLC ladderless communication receive wait time 1000 Waiting Time 100 to 9999 ms 40616(0267) PLC Monitoring 0 PLC monitoring 0 0, 1 to 24 66 　 Autonics | TN Series...
  • Page 67 No(Address) Parameter Description Default 40617(0268) PLC Monitoring 1 PLC monitoring 1 0, 1 to 24 40618(0269) PLC Monitoring 2 PLC monitoring 2 0, 1 to 24 40619(026A) PLC Monitoring 3 PLC monitoring 3 0, 1 to 24 40620(026B) PLC Monitoring 4 PLC monitoring 4 0, 1 to 24 40621(026C)
  • Page 68 PLC Write PLC parameter 18 Parameter 18 0, 1 to 24 40651(028A) PLC Write PLC parameter 19 Parameter 19 0, 51 to 223 40652(028B) PLC Write PLC parameter 20 Parameter 20 0, 51 to 223 68 　 Autonics | TN Series...
  • Page 69 No(Address) Parameter Description Default 40653(028C) PLC Write PLC parameter 21 Parameter 21 0, 51 to 223 40654(028D) PLC Write PLC parameter 22 Parameter 22 0, 51 to 223 40655(028E) PLC Write PLC parameter 23 Parameter 23 0, 51 to 223 40656(028F) PLC Write PLC parameter 24...

  • Page 70: Other Parameter Group

    0 to 1000 (0.0 to 100.0) 40712(02C7) Alarm Reset Alarm latch output clear 0: NO 0: NO 1: YES 40713(02C8) Digital Input 1 Digital input terminal 1 0: OFF Func Refer to Table 4. Digital input terminal function 70 　 Autonics | TN Series...
  • Page 71 No(Address) Parameter Description Default 40714(02C9) Digital Input 2 Digital input terminal 2 0: OFF Func Refer to Table 4. Digital input terminal function 40715(02CA) Digital Input 3 Digital input terminal 3 0: OFF Func Refer to Table 4. Digital input terminal function 40716(02CB) Digital Input 4 Digital input terminal 4...
  • Page 72 Control PID.G PID group EVNT Event Alarm output COMM Communication Other Monitoring Table 6. Shortcut function Setting Parameter Shortcut function Not used PAUS Timer/Pattern control pause AL.RE Alarm output clear Auto/Manual control Auto-tuning RUN/STOP 72 　 Autonics | TN Series...

  • Page 73: Masking Address (Func 03/06, R/W)

    2.6. Masking Address (Func 03/06, R/W) No(Address) Parameter Description 41001(03E8) ONE_TIME_DOWN Batch download of Parameter setting values (password: 1075)/ Bit mask setting (DAQ setting) (password: 1076) 41002(03E9) BIT_MASK_1 BIT_MASK_1 0 : OFF 1 : ON 41003(03EA) BIT_MASK_2 BIT_MASK_2 0 : OFF 1 : ON 41004(03EB) BIT_MASK_3 BIT_MASK_3...
  • Page 74 No(Address) Parameter Description 41018(03F9) BIT_MASK_17 BIT_MASK_17 0 : OFF 1 : ON 41019(03FA) BIT_MASK_18 BIT_MASK_18 0 : OFF 1 : ON 41020(03FB) BIT_MASK_19 41021(03FC) BIT_MASK_20 74 　 Autonics | TN Series...
  • Page 75 BIT_MASK 1 to 18 BIT_MASK_1 BIT_MASK_2 BIT_MASK_3 Bit 0 MONI_HEATING_MV MONI_EVENT2_STATUS MONI_DI1_STATUS Bit 1 MONI_COOLING_MV MONI_EVENT3_STATUS MONI_DI2_STATUS Bit 2 MONI_CT1_CURRENT MONI_EVENT4_STATUS MONI_DI3_STATUS Bit 3 MONI_CT2_CURRENT MONI_EVENT5_STATUS MONI_DI4_STATUS Bit 4 MONI_TRANS_OUT_MV MONI_EVENT6_STATUS MONI_DI5_STATUS Bit 5 MONI_COMM_STATUS MONI_EVENT7_STATUS MONI_DI6_STATUS Bit 6 MONI_PID_GROUP MONI_EVENT8_STATUS RUN_STOP Bit 7...
  • Page 76 Bit 9 COOL_I Analog_Unit PATTERN_PID_GROUP Bit A COOL_D IN_B PATTERN_STEP_NO Bit B ARW_BAND DIGITAL_FILTER STEP_SV_1 Bit C ALFA SV_LOW_LIMIT STEP_TIME_1 Bit D ZONE_USE SV_HIGH_LIMIT STEP_SV_2 Bit E ZONE_RP0 TRANS_OUT1_TYPE STEP_TIME_2 Bit F ZONE_RP1 TRANS_OUT1_RG STEP_SV_3 76 　 Autonics | TN Series...
  • Page 77 BIT_MASK_7 BIT_MASK_8 BIT_MASK_9 Bit 0 STEP_TIME_3 STEP_TIME_11 STEP_TIME_19 Bit 1 STEP_SV_4 STEP_SV_12 STEP_SV_20 Bit 2 STEP_TIME_4 STEP_TIME_12 STEP_TIME_20 Bit 3 STEP_SV_5 STEP_SV_13 OPERATING_TYPE Bit 4 STEP_TIME_5 STEP_TIME_13 CONTROL_METHOD Bit 5 STEP_SV_6 STEP_SV_14 SAMPLING_TIME Bit 6 STEP_TIME_6 STEP_TIME_14 OUTPUT1_TYPE Bit 7 STEP_SV_7 STEP_SV_15 OUTPUT1_SSR_TYPE...
  • Page 78 Bit 9 SET_TIME EVNT_LBA_TIME COMM_WR Bit A RAMP_UP_DIGIT EVNT_LBA_BAND MAX_UNIT Bit B RAMP_DOWN_DIGIT EVNT_ARLIM_POS_SET PLC_KUKBUN Bit C RAMP_TIME EVNT_OUT_CONNECTION CPU_num Bit D PID_NO ALARM_OUT register_type Bit E GROUP_HEAT_P ALARM_ALARM_LOGIC register_start_num_high Bit F GROUP_HEAT_I ALARM_OPTION register_start_num_low 78 　 Autonics | TN Series...
  • Page 79 BIT_MASK_13 BIT_MASK_14 BIT_MASK_15 Bit 0 PLC_comm_start_time PLC_MONITOR_SET15 PLC_PARAMETER_SET15 Bit 1 PLC_comm_reception_wait PLC_MONITOR_SET16 PLC_PARAMETER_SET16 _time Bit 2 PLC_MONITOR_SET1 PLC_PARAMETER_SET1 PLC_PARAMETER_SET17 Bit 3 PLC_MONITOR_SET2 PLC_PARAMETER_SET2 PLC_PARAMETER_SET18 Bit 4 PLC_MONITOR_SET3 PLC_PARAMETER_SET3 PLC_PARAMETER_SET19 Bit 5 PLC_MONITOR_SET4 PLC_PARAMETER_SET4 PLC_PARAMETER_SET20 Bit 6 PLC_MONITOR_SET5 PLC_PARAMETER_SET5 PLC_PARAMETER_SET21 Bit 7 PLC_MONITOR_SET6 PLC_PARAMETER_SET6 PLC_PARAMETER_SET22...
  • Page 80 DI2_KEY Bit 8 PLC_PARAMETER_SET39 DI3_KEY Bit 9 PLC_SETTING_COPY DI4_KEY Bit A POWER_Operating_of_PWR DI5_KEY Bit B Control_Output_of_ALARM DI6_KEY _EXEC Bit C INITIAL_MANUAL_MV USER_KEY_SET Bit D PRESET_MANUAL_MV FUNC_1 Bit E SENSOR_ERROR_MV FUNC_2 Bit F STOP_MV FUNC_3 80 　 Autonics | TN Series...

  • Page 81: User Group

    2.7. User Group 2.7.1. User Group Address (Func 03/06/16, R/W) • Set range: Dedicated parameter address or 8001 to 8300 8000 + Address level by each parameter (0001 to 0105) No(Address) Parameter Default 41022(03FD) User group address_1 41023(03FE) User group address_2 41024(03FF) User group address_3 41025(0400)

  • Page 82: User Group Data (Func 03/06, R/W)

    User group data_19 42020(07E3) User group data_20 42021(07E4) User group data_21 42022(07E5) User group data_22 42023(07E6) User group data_23 42024(07E7) User group data_24 42025(07E8) User group data_25 42026(07E9) User group data_26 42027(07EA) User group data_27 82 　 Autonics | TN Series...
  • Page 83 No(Address) Parameter Default 42028(07EB) User group data_28 42029(07EC) User group data_29 42030(07ED) User group data_30 42031 to 42050 Reserved 2.7. User Group 　 83...

  • Page 84: User Group Setting Range

    DI status display 20 to 50 Reserved PLC write parameter Setting Parameter Description RUN_STOP Control output Run / Stop Timer PAUS / Continue Timer Pause / Continue Setting Auto-Manual Control Auto / Manual control 84 　 Autonics | TN Series...
  • Page 85 Setting Parameter Description Heating_MV Heating MV Cooling_MV Cooling MV Set_Value SV setting Mode Select Operation mode PID Control Select PID control Multi SV No Multi SV No SV-0 Setting Value SV-0 setting SV-1 Setting Value SV-1 setting SV-2 Setting Value SV-2 setting SV-3 Setting Value SV-3 setting...
  • Page 86 STEP 4 SV STEP_TIM_4 STEP 4 time STEP_SV_5 STEP 5 SV STEP_TIM_5 STEP 5 time STEP_SV_6 STEP 6 SV STEP_TIM_6 STEP 6 time STEP_SV_7 STEP 7 SV STEP_TIM_7 STEP 7 time STEP_SV_8 STEP 8 SV 86 　 Autonics | TN Series...
  • Page 87 Setting Parameter Description STEP_TIM_8 STEP 8 time STEP_SV_9 STEP 9 SV STEP_TIM_9 STEP 9 time STEP_SV_10 STEP 10 SV STEP_TIM_10 STEP 10 time STEP_SV_11 STEP 11 SV STEP_TIM_11 STEP 11 time STEP_SV_12 STEP 12 SV STEP_TIM_12 STEP 12 SV STEP_SV_13 STEP 13 time STEP_TIM_13 STEP 13 SV...
  • Page 88 Alarm hysteresis.n LBA Time.n LBA monitor time.n LBA Band.n LBA detection band.n Pattern Alarm Position.N Pattern alarm position.N Alarm Output Connection.n Relay alarm output connection.n Alarm Output.n Alarm output.n Alarm Logic.n Output logic operation.n 88 　 Autonics | TN Series...
  • Page 89 Setting Parameter Description Alarm Type.n Alarm option/type.n Alarm1 NO/NC.n Alarm output contact type.n (NO/NC) Alarm1 ON Delay Time.n ON delay time.n Alarm1 OFF Delay Time.n OFF delay time.n rs485 Communication Communication protocol protocol Unit Address Communication address Bit Per Second Communication baudrate Parity Bit Communication parity bit...
  • Page 90 PLC Write Parameter 24 PLC parameter 24 PLC Write Parameter 25 PLC parameter 25 PLC Write Parameter 26 PLC parameter 26 PLC Write Parameter 27 PLC parameter 27 PLC Write Parameter 28 PLC parameter 28 90 　 Autonics | TN Series...
  • Page 91 Setting Parameter Description PLC Write Parameter 29 PLC parameter 29 PLC Write Parameter 30 PLC parameter 30 PLC Write Parameter 31 PLC parameter 31 PLC Write Parameter 32 PLC parameter 32 PLC Write Parameter 33 PLC parameter 33 PLC Write Parameter 34 PLC parameter 34 PLC Write Parameter 35 PLC parameter 35...
  • Page 92 Setting Parameter Description Lock Parameter All LOCK ALL Parameter Initialize Prameter reset 289 to 300 Reserved 92 　 Autonics | TN Series...

  • Page 93: Plc Register Map

    3. PLC register map • Based on the initial value of the register start number 3.1. Monitoring group (Read) No(Address) Parameter Description D00000 Communication State Communication status normal connection: 0/1 repeat D00001 Set Communication Response Response status check (Refer to state Table 1.
  • Page 94 8000 to 8022 parameter range Table 1. Status check bit Status Bit 0 Setting Group Write completed Bit 1 Setting Group Read completed Bit 2 Setting Group Set error Bit 2 Setting Group Read error 94 　 Autonics | TN Series...

  • Page 95: Setting Parameter Group (Read)

    3.2. Setting parameter group (Read) No(Address) Parameter Description D00020 Request Flag 0: initialization, 1: write, 2: read Operating Mode: (0) continuous write Request Flag Write completed: 1(write) → 1 Request Flag Read completed: 2(read) → 1 Operating Mode: (1) single write Request Flag Write completed: 1(write) →...
  • Page 96 (WR.16) 0, 51 to 223 parameter range D00039 PLC setting parameter 18 No. 18 parameter assignment (WR.17) 0, 51 to 223 parameter range D00040 PLC setting parameter 19 No. 19 parameter assignment (WR.18) 0, 51 to 223 parameter range 96 　 Autonics | TN Series...
  • Page 97 No(Address) Parameter Description D00041 PLC setting parameter 20 No. 20 parameter assignment (WR.19) 0, 51 to 223 parameter range D00042 PLC setting parameter 21 No. 21 parameter assignment (WR.20) 0, 51 to 223 parameter range D00043 PLC setting parameter 22 No.
  • Page 98 (WR.36) 0, 51 to 223 parameter range D00059 PLC setting parameter 38 No. 38 parameter assignment (WR.37) 0, 51 to 223 parameter range Table 2. Read/Write bit Read/Write Bit 0 Setting Group Write Bit 1 Setting Group Read 98 　 Autonics | TN Series...
  • Page 99 Dimensions or specifications on this manual are subject to change and some models may be discontinued without notice. www.autonics.com...

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