Autonics TK Series User manual

USER MANUAL
For COMMUNICATION

ii © Copyright Reserved Autonics Co., Ltd.

Preface
© Copyright Reserved Autonics Co., Ltd. iii
Preface
Thank you for purchasing an Autonics product.
Please store this manual in a place where user can find easily, because it contains the
guidance for the product and how to correctly use it.

User Manual Guide
iv © Copyright Reserved Autonics Co., Ltd.
User Manual Guide
This user manual contains information about the product and its proper use, it should be
kept in a place where it will be easy to access.
Please familiarize yourself with the information in this manual before using the
product.
This manual provides detailed information on the product's features. It does not offer
any guarantee concerning matters beyond the scope of this manual.
This manual may not be edited or reproduced in either part or whole without
permission.
A user manual is not provided as part of the product package.
Please visit www.autonics.com to download a copy.
The manual's content may vary depending on changes to the product's software and
other unforeseen developments within Autonics, therefore, the contents of this
manual is subject to change without prior notice.

Communication Protocol
© Copyright Reserved Autonics Co., Ltd. v
Communication Protocol
TK Series is accepted to Modbus RTU Protocol.
Users should be aware that it does not support a broadcast command.

Table of Contents
vi © Copyright Reserved Autonics Co., Ltd.
Table of Contents
Preface .............................................................................................................................iii
User Manual Guide ......................................................................................................... iv
Communication Protocol .................................................................................................. v
Table of Contents ............................................................................................................ vi
1Modbus RTU Protocol.................................................................................7
1.1 Read Coil Status(Func01–01H)........................................................................... 7
1.2 Read Input Status(Func02–02H).........................................................................8
1.3 Read Holding Registers(Func03–03H) ...............................................................9
1.4 Read Input Registers(Func04–04H)..................................................................10
1.5 Preset Single Registers(Func06–06H).............................................................. 11
1.6 Preset Multiple Registers(Func16–10H) ........................................................... 12
1.7 Exception Response-Error Code....................................................................... 13
2Modbus Mapping Table.............................................................................15
2.1 Read Coils(Func01) / Write Single Coil (Func05) .............................................15
2.2 Read Discrete Inputs(Func02)...........................................................................15
2.3 Read Input Registers(Func04) .......................................................................... 16
2.4 Read Holding Register(Func03) / Write Single Register(Func06) / Write
Multiple Registers(Func16). ...........................................................................................18
2.4.1 Parameter 0 Setting Group[Func: 03/06/16, RW: R/W] ............................. 18
2.4.2 Parameter 1 Setting Group [Func: 03/06/16, RW: R/W] ............................ 18
2.4.3 Parameter 2 Setting Group [Func: 03/06/16, RW: R/W] ............................ 19
2.4.4 Parameter 3 Setting Group [Func: 03/06/16, RW: R/W] ............................ 20
2.4.5 Parameter 4 Setting Group [Func: 03/06/16, RW: R/W] ............................ 21
2.4.6 Parameter 5 Setting Group [Func: 03/06/16, RW: R/W] ............................ 22

1 Modbus RTU Protocol
© Copyright Reserved Autonics Co., Ltd. 7
1Modbus RTU Protocol
1.1 Read Coil Status(Func01–01H)
Read the output of ON/OFF(OX reference, Coil) status in Slave device.
1) Query(Master Side)
Slave Address Function
Starting Address No. of Points Error Check(CRC16)
High Low High Low Low High
1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte
2) Response(Slave Side)
Slave Address Function Byte Count Data Data Data
Error Check(CRC16)
Low High
1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte
If read the output status of 10EA within Coil 000001(0000 H)~000010(0009 H) on the
Slave side(Address 17) from the Master side.
Query(Master Side)
Slave Address Function
Starting Address No. of Points Error Check(CRC16)
High Low High Low Low High
11 H 02 H 00 H 00 H 00 H 0A H ## H ## H
If the values of Coil 000008(0007 H)~000001(0000 H) on Slave side are “ON-ON-OFF-
OFF-ON-ON-OFF-ON” and the values of Coil 000010(0009 H)~000009(0008 H) are
“OFF-ON”.
Response(Slave Side)
Slave Address Function Byte Count Data
(000008~000001)
Data
(000010~000009)
Error Check(CRC16)
Low High
11 H 01 H 02 H CD H 01 H ## H ## H
CRC16
CRC16

1 Modbus RTU Protocol
8 © Copyright Reserved Autonics Co., Ltd.
1.2 Read Input Status(Func02–02H)
Read the input(1X reference) ON/OFF Status in Slave device.
(1) Query(Master Side)
Slave Address Function
Starting Address No. of Points. Error Check(CRC16)
High Low High Low Low High
1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte
(2) Response(Slave Side)
Slave Address Function Byte Count Data Data Data
Error Check(CRC16)
Low High
1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte
If read the input status of 10EA(ON: 1, OFF:0) within 100001(0000 H) ~ 100010(0009 H)
on Slave side(Address 17) from the Master side.
Query(Master Side)
Slave Address Function
Starting Address No. of Points Error Check(CRC16)
High Low High Low Low High
11 H 02 H 00 H 00 H 00 H 0A H ## H ## H
If the values of 100008(0007 H)~100001(0000 H) on the Slave side are “ON-ON-OFF-
OFF-ON-ON-OFF-ON” and the values of 100010(0009 H)~100009(0008 H) are “OFF-ON”.
Response(Slave Side)
Slave Address Function Byte Count Data
(000008~000001)
Data
(000010~000009)
Error Check(CRC16)
Low High
11 H 02 H 02 H CD H 01 H ## H ## H
CRC16
CRC16

1 Modbus RTU Protocol
© Copyright Reserved Autonics Co., Ltd. 9
1.3 Read Holding Registers(Func03–03H)
Read the Binary data of Holding Registers(4X reference) in Slave device.
(1) Query(Master Side)
Slave Address Function
Starting Address No. of Points Error Check(CRC16)
High Low High Low Low High
1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte
(2) Response(Slave Side)
Slave Address Function Byte Count
Data Data Data Error Check(CRC16)
High Low High Low High Low Low High
1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte
If read the value of 2EA within Holding Register 400001(0000 H)~400002(0001 H) on
Slave side(Address 17) from the Master side.
Query(Master Side)
Slave Address Function
Starting Address No. of Points Error Check(CRC16)
High Low High Low Low High
11 H 03 H 00 H 00 H 00 H 02 H ## H ## H
If the values of 40001(0000 H) and 40002(0001 H) on Slave side are respectively
“555(22B H)” and “100(64 H)”.
Response(Slave Side)
Slave Address Function Byte Count
Data Data Error Check(CRC16)
High Low High Low Low High
11 H 03 H 04 H 02 H 2B H 00 H 64 H ## H ## H
CRC16
CRC16

1 Modbus RTU Protocol
10 © Copyright Reserved Autonics Co., Ltd.
1.4 Read Input Registers(Func04–04H)
Read the Binary data of Input Registers(3X reference) in Slave device.
(1) Query(Master Side)
Slave Address Function
Starting Address No. of Points Error Check(CRC16)
High Low High Low Low High
1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte
(2) Response(Slave Side)
Slave Address Function Byte Count Data Data Data
Error Check(CRC16)
Low High
1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte
If read the value of 2EA within Input Register 300001(0000 H)~300002(0001 H) on Slave
side from the Master side.
Query(Master Side)
Slave Address Function
Starting Address No. of Points Error Check(CRC16)
High Low High Low Low High
11 H 04 H 00 H 00 H 00 H 02 H ## H ## H
If the values of 300001(0000 H) and 300002(0001 H) are respectively “10(A H)” and
“20(14 H)”.
Response(Slave Side)
Slave Address Function Byte Count
Data Data Error Check(CRC16)
High Low High Low Low High
11 H 04 H 04 H 00 H 0A H 00 H 14 H ## H ## H
CRC16
CRC16

1 Modbus RTU Protocol
© Copyright Reserved Autonics Co., Ltd. 11
1.5 Preset Single Registers(Func06–06H)
Preset the Binary data of single Holding Registers(4X reference) in Slave device.
(1) Query(Master Side)
Slave Address Function
Register Address Preset Data Error Check(CRC16)
High Low High Low Low High
1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte
(2) Response(Slave Side)
Slave Address Function
Register Address Preset Data Error Check(CRC16)
High Low High Low Low High
1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte
If write “10(A H)” to Holding Register 400001(0000 H) on Slave side(Address 17) from the
Master side.
Query(Master Side)
Slave Address Function
Starting Address Preset Data Error Check(CRC16)
High Low High Low Low High
11 H 06 H 00 H 00 H 00 H 0A H ## H ## H
Response(Slave Side)
Slave Address Function
Starting Address Preset Data Error Check(CRC16)
High Low High Low Low High
11 H 06 H 00 H 00 H 00 H 0A H ## H ## H
CRC16
CRC16

1 Modbus RTU Protocol
12 © Copyright Reserved Autonics Co., Ltd.
1.6 Preset Multiple Registers(Func16–10H)
Write consecutively the Binary data of Holding Registers(4X reference) in Slave device.
(1) Query(Master Side)
Slave
Address Function
Starting
Address No. of Register
Byte Count
Data Data Error Check
(CRC16)
High Low High Low High Low High Low Low High
1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte
(2) Response(Slave Side)
Slave Address Function
Starting Address No. of Register Error Check(CRC16)
High Low High Low Low High
1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte
If write “10(A H)” to both 400001(0000 H) and 400002(0001 H) of Holding Register on
Slave side(Address 17) from the Master side.
Query(Master Side)
Slave
Address Function
Starting
Address
No. of Register
Byte Count
Data Data Error Check
(CRC16)
High Low High Low High Low High Low Low High
11 H 10 H 00 H 00 H 00 H 02 H 04 H 00 H 0A H 00 H 0A H ## H ## H
Response(Slave Side)
Slave Address Function
Starting Address No. of Register Error Check(CRC16)
High Low High Low Low High
11 H 10 H 00 H 00 H 00 H 02 H ## H ## H
Please use the Single Register Write function rather than Multi Register 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 minimum/maximum or basic value of the
parameter by input type in PC loader program.
CRC16
CRC16

1 Modbus RTU Protocol
© Copyright Reserved Autonics Co., Ltd. 13
1.7 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).
Slave Address Function(Command)+80 H Exception Code
Error Check(CRC16)
Low High
1Byte 1Byte 1Byte 1Byte 1Byte
ILLEGAL FUNCTION(Exception Code: 01 H): A command(Function order) that is not
supported
ILLEGAL DATA ADDRESS(Exception Code: 02 H): Starting Address of the queried
data is inconsistent with transmittable address from the device
ILLRGAL DATA VALUE(Exception Code: 03 H): Numbers of queried data are
inconsistent with the numbers of transferable data from device
SLAVE DEVICE FAILURE(Exception Code: 04 H): Not properly complete the queried
orders
If read the output status of non-existing coil 001001(03E8 H) [ON: 1, OFF: 0)] on Slave
side(Address 17) from the Master side.
Query (Master Side)
Slave Address Function
Starting Address No. of Points Error Check(CRC16)
High Low High Low Low High
11 H 01 H 03 H E8 H 00 H 01 H ## H ## H
Response (Slave Side)
Slave Address Function(Command)+80 H Exception Code
Error Check(CRC16)
Low High
11 H 81 H 02 H ## H ## H
CRC16

1 Modbus RTU Protocol
14 © Copyright Reserved Autonics Co., Ltd.

2 Modbus Mapping Table
© Copyright Reserved Autonics Co., Ltd. 15
2Modbus Mapping Table
2.1 Read Coils(Func01) / Write Single Coil
(Func05)
No(Address) Classification Description Setting Range Unit Factory Default
000001(0000) RUN/STOP Control Output Run/Stop 0: RUN 1: STOP - RUN
000002(0001) Auto-Tuning Run Auto-Tuning Run/Stop 0: OFF 0: ON - OFF
000003~000050 Reserved
2.2 Read Discrete Inputs(Func02)
No(Address) Classification Description Setting Range Unit Factory Default
100001(0000) ℃Indicator Unit Indicator 0: OFF 1: ON - -
100002(0001) ℉Indicator Unit Indicator 0: OFF 1: ON - -
100003(0002) % Indicator Unit Indicator 0: OFF 1: ON - -
100004(0003) OUT1 Indicator Control Output1 Indicator 0: OFF 1: ON - -
100005(0004) OUT2 Indicator Control Output2 Indicator 0: OFF 1: ON - -
100006(0005) AT Indicator Auto Tune Running Indicator
0: OFF 1: ON - -
100007(0006) SV1 Indicator Multi SV1 Selecting
Indicator 0: OFF 1: ON - -
100008(0007) SV2 Indicator Multi SV2 Selecting
Indicator 0: OFF 1: ON - -
100009(0008) SV3 Indicator Multi SV3 Selecting
Indicator 0: OFF 1: ON - -
100010(0009) AL1 Indicator Alarm Output1 Indicator 0: OFF 1: ON - -
100011(000A) AL2 Indicator Alarm Output2 Indicator 0: OFF 1: ON - -
100012(000B) MAN Indicator Manual Control Indicator 0: OFF 1: ON - -
100013(000C) DI-1 input DI-1 Input Status 0: OFF 1: ON - -
100014(000D) DI-2 input DI-2 Input Status 0: OFF 1: ON - -
100015~100050 Reserved

2 Modbus Mapping Table
16 © Copyright Reserved Autonics Co., Ltd.
2.3 Read Input Registers(Func04)
No(Address) Classification Setting Range Unit Factory Default Note
300001~300100 Reserved
300101(0064) - Product Serial No. H - -
300102(0065) - Product Serial No. L - -
300103(0066) - Hardware Version - -
300104(0067) - Software Version - -
300105(0068) - Model Name 1 - - “TK” “Product Name”
300106(0069) - Model Name 2 - - “4” “4-row indicator”
300107(006A)- Model Name 3 - - “14” “Option Output”
“Power Type”
300108(006B)- Model Name 4 - - “RR” “OUT1 Output”
“OUT2 Output”
300109(006C)- Model Name 5 - - “ “
300110(006D)- Model Name 6 - - “ “
300111(006E)- Model Name 7 - - “ “
300112(006F)- Model Name 8 - - “ “
300113(0070) - Model Name 9 - - “ “
300114(0071) - Model Name 10 - - “ “
300115(0072) - Reseved - - -
300116(0073) - Reseved - - -
300117(0074) - Reseved - - -
300118(0075) - Coil status Start Address - - 0000
300119(0076) - Coil status Quantity - - 0
300120(0077) - Input status Start Address - - 0000
300121(0078) - Input status Quantity - - 0
300122(0079) - Holding Register Start
Address - - 0000
300123(007A)- Holding Register Quantity - - 0
300124(007B)- Input Register Start
Address - - 0000
300125(007C)- Input Register Quantity - - 0
300127~300200 - Reserved
301001(03E8) PV Present Value -1999 ~ 9999 ℃/℉/- -
301002(03E9) - Decimal point location 0: 01: )0
2: )00 3: )000 - -

2 Modbus Mapping Table
© Copyright Reserved Autonics Co., Ltd. 17
No(Address) Classification Setting Range Unit Factory Default Note
301003(03EA) - Indicator Unit 0: ?C 1: ?F
2: ?/O 3: OFF - -
301004(03EB) SV SV Setting Value Range from L-SV ~
H-SV ℃/℉/- 0000
301005(03EC) H-MV Heating Side MV 0~1000: H )0~H100 % -
301006(03ED) C-MV Cooling Side MV 0~1000: C )0 ~ C100 % -
301007(03EE)
℃Indicator Unit Indicator 0: OFF 1: ON - - Bit 0
℉Indicator Unit Indicator 0: OFF 1: ON - - Bit 1
% Indicator Unit Indicator 0: OFF 1: ON - - Bit 2
OUT1 Indicator Control Output 1 Indicator 0: OFF 1: ON - - Bit 3
OUT2 Indicator Control Output 2 Indicator 0: OFF 1: ON - - Bit 4
AT Indicator Auto-tuning Running
Indicator 0: OFF 1: ON - - Bit 5
SV1 Indicator Multi SV1 Selecting
Indicator 0: OFF 1: ON - - Bit 6
SV2 Indicator Multi SV2 Selecting
Indicator 0: OFF 1: ON - - Bit 7
SV3 Indicator Multi SV3 Selecting
Indicator 0: OFF 1: ON - - Bit 8
AL1 Indicator Alarm Output 1 Indicator 0: OFF 1: ON - - Bit 9
AL2 Indicator Alarm Output 2 Indicator 0: OFF 1: ON - - Bit A
MAN Indicator Manual Control Indicator 0: OFF 1: ON - - Bit B
DI-I Input DI-1 Input Status 0: OFF 1: ON - - Bit C
DI-2 Input DI-2 Input Status 0: OFF 1: ON - - Bit D
301008(03EF) - Heater Current Value
Monitoring 0.0 ~ 50.0 - -
Consists of the 31007(03EE) Address bit data.
Bit F Bit E Bit D Bit C Bit B Bit A Bit 9 Bit 8
- - DI-2 Input DI-1 Input MAN Ind. AL2 Ind. AL1 Ind. SV4 Ind.
0 0 0 or 1 0 or 1 0 or 1 0 or 1 0 or 1 0 or 1
1 Byte
Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0
SV3 Ind. SV2 Ind. AT Ind. OUT2 Ind. OUT1 Ind. % Ind. ℉Ind. ℃Ind.
0 or 1 0 or 1 0 or 1 0 or 1 0 or 1 0 or 1 0 or 1 0 or 1
1 Byte

2 Modbus Mapping Table
18 © Copyright Reserved Autonics Co., Ltd.
2.4 Read Holding Register(Func03) / Write
Single Register(Func06) / Write Multiple
Registers(Func16).
2.4.1 Parameter 0 Setting Group[Func: 03/06/16, RW: R/W]
MV Monitoring/Manual Control Setting Group
No(Address) Parameter Description Setting Range Unit Factory Default
400001(0000) SV SV Set Value Range: L-SV~H-SV ℃/℉/- 0
400002(0001) H-MV Heating MV 0~1000 : H )0~H100 % -
400003(0002) C-MV Cooling MV 0~1000 : C )0~C100 % -
400004(0003) - Auto/Manual Control 0: AUTO 1: MAN - AUTO
400005~400050Reserved
2.4.2 Parameter 1 Setting Group [Func: 03/06/16, RW:
R/W]
No(Address) Parameter Description Setting Range Unit Factory Default
400051(0032) R-S Control Output Run/Stop 0: RUN 1: STOP - RUN
400052(0033) SV-N Multi SV No. Selection
0: SV-0 1: SV-1 2:
SV-2
3 : SV-3
- SV-0
400053(0034) CT-A Heater Current Value Monitoring 0~500: 0)0~5)0
(Indicator Range) A -
400054(0035) AL!L Alarm Output1 Low -limit Set
Value
Deviation Alarm : -F.S ~ F.S
Absolute Value Alarm: Within
the indicator range
℃/℉/-
1550
400055(0036) AL!H Alarm Output 1 High-limit Set
Value 1550
400056(0037) AL@L Alarm Output2 Low -limit Setting
Value
1550
400057(0038) AL@H Alarm Output 2 High-limit Set
Value 1550
400058(0039) SV-0 SV-0 Set Value Range from L-SV~H- SV ℃/℉/- 0000
400059(003A)SV-1 SV-1 Set Value Range from L-SV~H- SV ℃/℉/- 0000
400060(003B)SV-2 SV-2 Set Value Range from L-SV~H- SV ℃/℉/- 0000
400061(003C)SV-3 SV-3 Set Value Range from L-SV~H-SV ℃/℉/- 0000
400062~400100 Reserved

2 Modbus Mapping Table
© Copyright Reserved Autonics Co., Ltd. 19
2.4.3 Parameter 2 Setting Group [Func: 03/06/16, RW:
R/W]
No(Address) Parameter Description Setting Range Unit Factory Default
400101(0064) AT Auto Tune Run/Stop 0: OFF1: ON - OFF
400102(0065) H-P Heating Proportional
Band
1~9999: 00)1~99(9 ℃/℉/% 010.0
400103(0066) C-P Cooling Proportional
Band
400104(0067) H-I Heating Integral Time
0~9999: 0000~9999 Sec. 0000
400105(0068) C-I Cooling Integral Time
400106(0069) H-D Heating Derivative
Time
0~9999: 0000~9999 Sec. 0000
400107(006A) C-D Cooling Derivative
Time
400108(006B) DB
Dysfunction Band : It
may occur in the
course of processing
Heating-Cooling
Control
- Proportional Band ~ )0 ~
+Proportional Band (Based on smaller
proportional
band value)
<ON/OFF – ON/OFF Control>
-999~0999 (H)
`9(9 ~99(9 (L)
Digit 0000
-9(9~ 09(9 (Analog) %F.S 000.0
400109(006C) REST
Manual Reset, in the
Proportional Control
Mode
0~1000: 00)0 ~10)0 % 05)0
400110(006D) hHYS Heating Hysteresis 1~100: 001~100(Temperature H, Analog)
1~1000: 00)1~10)0(Temperature L) Digit 002
400111(006E) hOST Heating OFF offset 0~100: 000~100(Temperature H, Analog)
0~1000: 00)0~10)0(Temperature L) Digit 000
400112(006F) cHYS Cooling Hysteresis 1~100: 001~100(Temperature H, Analog)
1~1000: 00)1~10)0(Temperature L) Digit 002
400113(0070) cOST Cooling OFF offset 0~100: 000~100(Temperature H, Analog)
0~1000: 00)0~10)0(Temperature L) Digit 000
400114(0071) L-MV MV Low-limit Set Value
00)0~H-MV - )1(Heating or Cooling
Control)
`0)0 ~ 00)0 (Heating & Cooling Control)
%
000.0
`00.0
400115(0072) H-MV MV High-limit Set Value
L-MV+)1~10)0 (Heating or Cooling
Control)
00)0~10)0 (Heating & Cooling Control)
%
10)0
10)0
400116(0073) RAMU Ramp Up-Change Rate
0~999: 000~999(Temperature H, Analog)
0~9999: 00)0~99(9(Temperature L) Digit 000
400117(0074) RAMD Ramp Down-Change
Rate
0~999: 000~999(Temperature H, Analog)
0~9999: 00)0~99(9(Temperature L) Digit 0000
400118(0075) rUNT Ramp Time Unit 0: SEC 1: MIN 2: HOUR - MIN
400119~400150 Reserved

2 Modbus Mapping Table
20 © Copyright Reserved Autonics Co., Ltd.
2.4.4 Parameter 3 Setting Group [Func: 03/06/16, RW:
R/W]
No(Address) Parameter Description Setting Range Unit Factory Default
400151(0096) IN-T Input Type See the turn of input specifications - TCk1
400152(0097) UNIT Sensor Temperature Unit 0: ?C 1: ?F - ?C
400153(0098) L-RG Analog Low-limit Input
Value Minimum Range~ H-RG - F. S 1 0% Digit 00)0
400154(0099) H-RG Analog High-limit Input
Value L-RG+F.S10%~Maximum Range Digit 10)0
400155(009A) DOT Scale Value Decimal
Point 0: 01: )0 2: )00 3: )000 - )0
400156(009B) L-SC Low Scaling F. S - 00)0
400157(009C) H-SC High Scaling F.S - 10)0
400158(009D) dUNT Display Unit 0: ?C 1: ?F 2: ?/O 3: OFF - ?C
400159(009E) IN-B Input Bias -999~999: -999~0999
-1999~9999: `9(9~99(9 Digit 0000
400160(009F) MAvF Moving Average Filter 1~1200: 00)1~12)0 Sec. 00)1
400161(00A0) L-SV SV Low-limit Set Value Input Low-limit Value(L-SC) ~ H-SV-1Digit
℃/℉
%F.S
-200
00)0
400162(00A1) H-SV SV High-limit Set Value L-SV+1Digit ~ Input High-limit Value(H-
SC)
℃/℉
%F.S
1350
10)0
400163(00A2) O-FT Control Output Operation
Mode
Standard Type 0: HEAT 1: COOL - HEAT
Heating &
Cooling Type
0: HEAT 1: COOL 2:
H-C - H-C
400164(00A3) C-MD Temperature Control
Type
Standard
Control Mode 0: PID 1: ONOF - PID
Heating
&Cooling
Control Mode
0: pP 1: Pon 2: OnP
3: OnON - pP
400165(00A4) ATT Auto-tuning Mode 0: TUN1 1: TUN2 - TUN1
400166(00A5) OUT1 OUT1 Control Output
Type 0: SSR 1: CURR - SSR
400167(00A6) O!SR OUT1 SSR Output Type 0: STND 1: CYCL 2: PHAS - STND
400168(00A7) O!MA OUT1 Current Output
Range 0: 4-20 1: 0-20 - 4-20
400169(00A8) OUT2 OUT2 Control Output
Type 0: SSR 1: CURR - SSR
400170(00A9) O@MA OUT2 Current Output
Range 0: 4-20 1: 0-20 - 4-20
400171(00AA) H-T Heating Control Time 1~1200: 00)1~2)0 Sec. 02)0
400172(00AB) C-T Cooling Control Time 1~1200: 00)1~12)0 Sec. 02)0
400173~400200 Reserved