DIGITAL INDICATING CONTROLLERS

ACD-13A, ACR-13A
INSTRUCTION MANUALPreface

Thank you for purchasing our Digital indicating controller ACD-13A or ACR-13A. Thismanual contains instructions for the mounting, functions, operations and notes when
operating the ACD-13A or ACR-13A. To prevent accidents arising from the misuse of thiscontroller, please ensure the operator receives this manual.

Notes• This instrument should be used in accordance with the specifications described in the manual.

If it is not used according to the specifications, it may malfunction or cause a fire.
• Be sure to follow the warnings, cautions and notices. If they are not observed, serious injury or
malfunction may occur.
• Specifications of the instrument and the contents of this instruction manual are subject tochange without notice.
• Care has been taken to ensure that the contents of this instruction manual are correct, but if
there are any doubts, mistakes or questions, please inform our sales department.
• This instrument is designed to be installed through a control panel. If it is not, measures must be
taken to ensure that the operator cannot touch power terminals or other high voltage sections.
• Any unauthorized transfer or copying of this document, in part or in whole, is prohibited.
• Shinko Technos Co., Ltd. is not liable for any damage or secondary damage(s) incurred as aresult of using this product, including any indirect damage.
SAFETY PRECAUTIONS (Be sure to read these precautions before using our products.)
The safety precautions are classified into categories: “Warning” and “Caution”.
Caution may result in serious
Depending on the circumstances, procedures indicated byconsequences, so be sure to follow the directions for usage.
which may lead to dangerous conditions andWarning Procedurescause death or serious injury, if not carried out properly.
which may lead to dangerous conditions and cause
Caution Procedures
superficial to medium injury or physical damage or may degrade

Warningor damage the product, if not carried out properly.

• To prevent an electrical shock or fire, only Shinko or other qualified service personnel
may handle the inner assembly.
• To prevent an electrical shock, fire or damage to the instrument, parts replacement may
only be undertaken by Shinko or other qualified service personnel.

Safety Precautions• To ensure safe and correct use, thoroughly read and understand this manual before using this

instrument.
• This instrument is intended to be used for industrial machinery, machine tools and measuring
equipment. Verify correct usage after purpose-of-use consultation with our agency or main
office. (Never use this instrument for medical purposes with which human lives are involved.)• External protection devices, such as protective equipment used for excessive rises intemperature, must be installed, as malfunction of this product could result in serious damage tothe system, or injury to personnel. Proper periodic maintenance is also required.
• This instrument must be used under the conditions and environment described in this manual.
Shinko Technos Co., Ltd. does not accept liability for any injury, loss of life or damage occurring
due to the instrument being used under conditions not otherwise stated in this manual.

Caution with Respect to Export Trade Control Ordinance

To avoid this instrument from being used as a component in, or as being utilized in the
manufacture of weapons of mass destruction (i.e. military applications, military equipment, etc.),
please investigate the end users and the final use of this instrument. In the case of resale,ensure that this instrument is not illegally exported.
- 2 -1. Installation Precautions
CautionThis instrument is intended to be used under the following environmental conditions(IEC61010-1):
Overvoltage category , Pollution degree 2
Ensure the mounting location corresponds to the following conditions:• A minimum of dust, and an absence of corrosive gases• No flammable, explosive gases• No mechanical vibrations or shocks• No exposure to direct sunlight, an ambient temperature of 0 to 50 (32 to 122 )that does not change rapidly, and no icing• An ambient non-condensing humidity of 35 to 85 %RH• No large capacity electromagnetic switches or cables through which large current
is flowing.
• No water, oil or chemicals or where the vapors of these substances can come into
direct contact with the unit
• Take note that the ambient temperature of this unit - not the ambient temperature of thecontrol panel - must not exceed 50 (122 ) if mounted through the face of a control
panel. Otherwise the life of the electronic components (especially electrolytic capacitors)
may be shortened.
Note: Avoid setting this instrument directly on or near flammable material eventhough the case of this instrument is made of flame-resistant resin.

2. Wiring Precautions
Caution• Do not leave wire remnants in the instrument, as they could cause a fire and/or malfunction.
• Use a solderless terminal with an insulation sleeve in which the M3 screw fits whenwiring the instrument.
• The terminal block of this instrument is designed to be wired from the left side. The leadwire must be inserted from the left side of the terminal, and fastened with the terminal screw.
• Tighten the terminal screw using the specified torque. If excessive force is applied tothe screw when tightening, the terminal screw or case may be damaged.
• This instrument does not have a built-in power switch, circuit breaker and fuse.
Be sure to install a power switch, circuit breaker and fuse near the controller.
(Recommended fuse: Time-lag fuse, rated voltage 250 V AC, rated current 2 A)
• For a 24 V AC/DC power source, do not confuse polarity when using direct current (DC).
• Do not apply a commercial power source to the sensor which is connected to the input
terminal nor allow the power source to come into contact with the sensor.
• Use a thermocouple and compensating lead wire according to the sensor input
specifications of this controller.
• Use the 3-wire RTD according to the sensor input specifications of this controller.
• For voltage input, (+) side input terminal number differs depending on its range as follows.
(+) side input terminal number of 0 to 5 V DC, 1 to 5 V DC, 0 to 10 V DC: 16(+) side input terminal number of 0 to 10 mV DC, -10 to 10 mV DC, 0 to 50 mV DC,
0 to 100 mV DC, 0 to 1 V DC: 18• When using a relay contact output type, externally use a relay according to the capacityof the load to protect the built-in relay contact.
• When wiring, keep input wires (thermocouple, RTD, etc.) away from AC sources or load
wires.
- 3 -3. Operation and Maintenance Precautions
Caution• It is recommended that AT (auto-tuning) be performed during the trial run.
• Do not touch live terminals. This may cause electrical shock or problems in operation.
• Turn the power supply to the instrument OFF when retightening the terminal orcleaning.
Working on or touching the terminal with the power switched ON may result in severe
injury or death due to electrical shock.
• Use a soft, dry cloth when cleaning the instrument.
(Alcohol based substances may tarnish or deface the unit.)• As the display section is vulnerable, be careful not to put pressure on, scratch or strike
it with a hard object.

Abbreviations used in this manual
Abbreviation
PV
SV
MV
DV
AT
CT

Term
Process variable
Desired value
Output manipulated variable
Deviation
Auto-tuning
Current transformer (for Heater burnout alarm option)

Characters used for this instrument and manual:
Indication
Number,

/

-1

0

1

2

3

4

5

6

7

8

9

A

B

C

D

E

F

G

H

I

J

K

L

M

N

O

P

Q

R

S

T

U

V

W

X

Y

Z

Indication
Alphabet
Indication
Alphabet- 4 -CONTENTS
1. Model ..................................................................................................................................... 7
1.1 Model ............................................................................................................................... 7
1.2 How to Read the Model Label ......................................................................................... 8
2. Name and Functions ............................................................................................................. 9
3. Mounting to the Control Panel ............................................................................................ 12
3.1 External Dimensions (Scale: mm) ................................................................................. 12
3.2 Panel Cutout (Scale: mm) ............................................................................................. 13
3.3 CT (Current Transformer) External Dimensions (Scale: mm) ....................................... 14
3.4 Mounting to and Removal from the Control Panel (Common to ACD-13A, ACR-13A) 14
4. Wiring .................................................................................................................................. 15
4.1 Lead Wire Solderless Terminal...................................................................................... 15
4.2 Terminal Arrangement ................................................................................................... 16
4.3 Wiring Example ............................................................................................................. 18
5. Outline of Key Operation and Setting Groups .................................................................... 20
6. Setup ................................................................................................................................... 21
6.1 Turn the Power Supply to the Unit ON. ......................................................................... 24
6.2 Basic Operation of Settings ........................................................................................... 25
6.3 Engineering Group ........................................................................................................ 26
6.3.1 Input Group .............................................................................................................26
6.3.2 Output Group ..........................................................................................................29
6.3.3 Event Input Group ...................................................................................................32
6.3.4 Event Output Group ................................................................................................34
6.3.5 Program Group .......................................................................................................426.3.6 Communication Group ............................................................................................43
6.3.7 External Setting Group ...........................................................................................45
6.3.8 Transmission Output Group ....................................................................................46
6.3.9 Other Function Group .............................................................................................47
7. Settings................................................................................................................................ 52
7.1 Simplified Setting Method.............................................................................................. 52
7.1.1 SV Setting Mode .....................................................................................................52
7.1.2 Event Setting Mode ................................................................................................52
7.1.3 PID Setting Mode ....................................................................................................56
7.2 Group Selection ............................................................................................................. 58
7.2.1 SV, Event Group (for Fixed Value Control) .............................................................58
7.2.2 Program Pattern Group (for Program Control) .......................................................62
7.2.3 PID Group ...............................................................................................................66
7.2.4 AT Group .................................................................................................................68
8. Operation............................................................................................................................. 69
8.1 Starting Operation ......................................................................................................... 69
8.2 Control Output OFF Function ........................................................................................ 71
8.3 Switching Auto/Manual Control ..................................................................................... 72
8.4 Indicating MV and Remaining Step Time (Program Control) ........................................ 72
8.5 AT/Auto-reset Perform, AT Cancel ................................................................................ 72
8.6 Using Event Output as a High/Low Limits Independent Alarm ..................................... 74
8.7 Set Value Memory Function .......................................................................................... 76
9. Auto-reset ............................................................................................................................ 78
10. AT ...................................................................................................................................... 79
11. Action Explanation ............................................................................................................. 81
11.1 OUT1 Action................................................................................................................. 81
11.2 OUT1 ON/OFF Control Action ..................................................................................... 82- 5 -11.3 Alarm Action ................................................................................................................. 83
11.4 Heater Burnout Alarm Action ....................................................................................... 85
11.5 OUT2 (Heating/Cooling control) Action ....................................................................... 86
11.6 OUT2 (Heating/Cooling Control) Action (When Setting Dead Band) .......................... 87
11.7 OUT2 (Heating/Cooling Control) Action (When Setting Overlap Band) ...................... 88
12. Specifications .................................................................................................................... 89
12.1 Standard Specifications............................................................................................... 89
12.2 Optional Specifications ................................................................................................ 95
13. Troubleshooting ................................................................................................................. 99
13.1 Indication ..................................................................................................................... 99
13.2 Key Operation............................................................................................................ 100
13.3 Control ....................................................................................................................... 101
14. Character Tables ............................................................................................................. 102
15. Operation Flowchart ........................................................................................................ 127
15.1 Simplified Setting (SV, Event, PID Setting Modes: For Fixed Value Control Only) .. 127
15.2 Group Selection (for Fixed Value Control) ................................................................ 128
15.3 Group Selection (for Program Control) ..................................................................... 130- 6 -1. Model
1.1 Model
ACD-1 3 A ACR-1 3 A Control
3
actionEvent output
A
EVT1, EVT2
Control output(OUT1)/M/M,,

ACD-13A (W96 x H96 x D100 mm)
ACR-13A (W48 x H96 x D100 mm)
PID
Selectable by front keypad (*1)

R
S

Relay contact: 1a1b
Non-contact voltage (for SSR drive):
12 V DC 15%
Direct current: 4 to 20 mA DC
Multi-range (*2)
100 to 240 V AC (standard)
24 V AC/DC (*3)
Event input
Event output (EVT1 to EVT3)
Event output (EVT4, EVT5)Single-phase
Heater burnout
3-phasealarm (*4)

A

Input
Power supply voltage

M
1
EI
A3
A5
W
W3
DR

Relay contact: 1a
Non-contact voltage
Heating/Cooling(for SSR drive):DS
control output
12 V DC 15%(OUT2)
Direct current:
OptionsDA
4 to 20 mA DC(Multiple options selectable)C
RS-232C
Serialcommunication
C5
RS-485EA1
4 to 20 mA DC
EA2
0 to 20 mA DC
External setting
input
EV1
0 to 1 V DC
EV2
1 to 5 V DC
TA1
4 to 20 mA DC
Transmission
outputTV1
0 to 1 V DC
P
Insulated power output(*1) 13 types of alarm action (including No event) and Energized/De-energized, Timeroutput, Heater burnout alarm output option, Loop break alarm output, Time signal
output, Output during AT or Pattern end output can be selected by front keypad.
(*2) An input type can be selected by front keypad from; Thermocouple, RTD, Direct
current and Voltage.
(*3) Power supply voltage 100 to 240 V AC is standard. When ordering 24 V AC/DC,
enter “1” after the input code.
(*4) The rated current 20 A and 100 A for single-phase and 3-phase can be selected by
front keypad.
- 7 -1.2 How to Read the Model Label
The model label is attached to the left side of the case.
ACD-13A
Model,
Power supply voltage (“1” is entered for 24 V AC/DC), option

Serial number(e.g.) Relay contact output / Multi-range input(Fig. 1.2-1)
ACR-13A
Model,
Power supply voltage (“1” is entered for 24 V AC/DC), option

Serial number(e.g.) Relay contact output / Multi-range input(Fig.1.2-2)- 8 -2. Name and Functions
ACD-13A

ACR-13A
(1)

(1)
(2)
(3)
(4)
(5)
(7)

(6)
(9)

(8)

(2)
(3)
(4)
(5)
(7)
(8)

(6)
(9)

(10)

(10)

(14)

(11)
(12)

(15)

(13)

(16)

(17)

(11)
(12)
(13)

(17)

(Fig. 2-1)

- 9 -

(14)
(15)
(16)

Displays, Indicators(1) PV indicator
Lights when PV is indicated in PV/SV Display Mode.
(2) PV Display
Indicates the PV or setting characters in setting mode.
(3) SV/MV/TIME indicator
SV: Lights when SV is indicated in PV/SV Display Mode.
MV: Lights when MV is indicated in PV/SV Display Mode.
TIME: Lights when remaining step time (program control) is indicated in PV/SV
Display Mode.
(4) SV/MV/TIME Display
Indicates the SV, MV, remaining step time (program control) or set values in eachsetting mode.
(5) MV/DV indicator
MV: Lights when MV is indicated on the bar graph.
DV: Lights when DV is indicated on the bar graph.
(6) MV/DV Bar Graph Display
MV or DV is indicated on the bar graph.
(7) MEMO/STEP indicator
MEMO: Lights when a Set value memory number is indicated.
STEP: Lights when a step number is indicated during program control.
Flashes during Wait action.
(8) MEMO/STEP Display
Indicates the Set value memory number or step number (program control).
(9) M/S indicator
M: Lights when step time unit “Hours:Minutes” is selected in the program control.
S: Lights when step time unit “Minutes:Seconds” is selected in the program control.
(10) Action indicators
OUT1: Lights when control output (OUT1) is ON.
For direct current output type, flashes corresponding to the MV
in 125 ms cycles.
OUT2: Lights when control output OUT2 (D option) is ON.
For direct current output type, flashes corresponding to the MV
in 125 ms cycles.
EVT1: Lights when Event output EVT1 output occurs.
EVT2: Lights when Event output EVT2 output occurs.
EVT3: Lights when Event output EVT3 output occurs.
EVT4: Lights when Event output EVT4 output occurs.
EVT5: Lights when Event output EVT5 output occurs.
MAN: Lights during manual control.
T/R: Lights during Serial communication (C, C5 option) [TX (transmitting)output].
AT:
Flashes while AT (auto-tuning) or auto-reset is performing.
LOCK: Lights when Set value Lock 1, Lock 2, Lock 3 or Lock 4 is selected.
RUN: Lights while program is running.
HOLD: Flashes while program is on hold (suspended).

- 10 -

Keys(11)

UP key: Increases the numeric value.
If this key is pressed for 1 second during program operation (RUN), the unit
proceeds to the next step. (This is the Advance function.)
DOWN key: Decreases the numeric value.
(12)(13) SET key
Switches setting groups.
Switches step numbers in the Program group.
Switches Set value memory numbers in the ‘SV, Event group’.
Switches block numbers in the PID group.
(14) MODE key
Selects setting modes, and registers the set value (or selection).
(15) RUN/STOP key
For Fixed value control, PV/SV Display Mode or standby mode can be switchedby pressing this key for 1 second.
In standby mode, pressing this key turns all outputs OFF as when the power
supply is turned off.
In program mode, control RUNS/STOPS.
In standby mode, pressing this key RUNS program control.
Program control STOPS by pressing this key for 1 second during program
operation (RUN).
(16) A/M B.MODE key
Switches Auto/Manual control.
If this key is pressed during setting mode, the unit reverts to the previous groupor mode.
Case(17) Console connector
By connecting to the USB communication cable (CMB-001, sold separately),
the following operations can be conducted from an external computer using
the Console software SWS-AC001M.
• Reading and setting of SV, PID and various set values• Reading of PV and action status• Function change- 11 -

3. Mounting to the Control Panel
3.1 External Dimensions (Scale: mm)
ACD-13A

Screw type
mounting bracket

Terminal cover(Sold separately)

91
106.2

Gasket A

11.5

96

98.5
104.5 (When terminal cover is used)(Fig. 3.1-1)

ACR-13A

Screw type
mounting bracket

96
48

Terminal cover(Sold separately)

91
106.2

Gasket A

11.5

98.5
104.5 (When terminal cover is used)(Fig. 3.1-2)- 12 -

3.2 Panel Cutout (Scale: mm)

CautionIf horizontal close mounting is used for the controller, IP66 specification (Drip-proof/
Dust-proof) may be compromised, and all warranties will be invalidated.

130

92＋0.80

ACD-13A

n×96-3 ＋0.5
0Horizontal close mounting□92＋0.80n: Number of mounted units(Fig. 3.2-1)

130

92+0.80

ACR-13A

92 0

+0.8

n x 48-3 +0.5
0Horizontal close mounting
n: Number of mounted units

+0.5

45 0

(Fig. 3.2-2)- 13 -

3.3 CT (Current Transformer) External Dimensions (Scale: mm)

CTL-6-S-H (for 20 A)

CTL-12-S36-10L1U (for 100 A)(Fig. 3.3-1)
3.4 Mounting to and Removal from the Control Panel (Common to ACD-13A, ACR-13A)

CautionAs the case is made of resin, do not use excessive force while screwing in
the mounting bracket, or the case or mounting brackets could be damaged.
The torque should be 0.12 N•m.
How to mount the unit
Mount the controller vertically to the flat, rigid panel to ensure it adheres to theDrip-proof/Dust-proof specification (IP66).
Mountable panel thickness: 1 to 8 mm(1) Insert the controller from the front side of the panel.
(2) Attach the mounting brackets by the holes at the top and bottom of the case,and secure the controller in place with the screws.
How to remove the unit
(1) Turn the power to the unit OFF, and disconnect all wires before removing the unit.
(2) Loosen the screws of the mounting brackets, and remove the mounting brackets.
(3) Pull the unit out from the front of the panel.

- 14 -

UP(Fig.3.4-1)

4. Wiring
Warning

Turn the power supply to the instrument OFF before wiring or checking.
Working on or touching the terminal with the power switched ON may result
in severe injury or death due to electrical shock.
4.1 Lead Wire Solderless Terminal
Use a solderless terminal with an insulation sleeve in which an M3 screw fits as shown
below. The torque should be 0.63 N•m.

Y-type

5.8 mm max.

Ring-type

Manufacturer
Nichifu Terminal Industries CO.,LTD.
Japan Solderless Terminal MFG CO.,LTD.
Nichifu Terminal Industries CO.,LTD.
Japan Solderless Terminal MFG CO.,LTD.

3.2 mmModel

TMEV1.25Y-3
VD1.25-B3A
TMEV1.25-3
V1.25-3
3.2 mm

5.8 mm max.

Solderless
Terminal(Fig. 4.1-1)- 15 -

Tightening
Torque0.63 N•m

4.2 Terminal Arrangement
ACD-13A
Power Supply
GND

OptionGND

1+
24 V AC/DC-

C (Serial communication RS-232C)

1

11

11

2

2
100 to 240 V AC

12

12

3

3

OUT1
R

S

(Relay contact)(Non-contact voltage)

4

4

5

5

6

6

A

(Direct current)

+

5
6

-

EVT2

8
9

EVT1

10
OptionA3 (Event output EVT1 to EVT3)
EVT3

7

EVT2

8
9

14

YB(+)

14

SG

15

SG

15

DR (Relay contact)

DS (Non-contact voltage)

7

7

8

8

9

9

10

10

+

-

7
8

-

12
DI3 (*)

13

DI4 (*)

14
15

TC (Thermocouple)
16

+

18

-

19

21

11

2

22

12

3

23

13

4

24

14

16

5

25

15

17

6

26

16

A

18

7

27

17

B

19

8

28

18

B

20

9

29

19

10

30

20

+

+

23

-

24

W, W3 (Heater burnout alarm)

CT2

29

10

10

30

- 16 -

16+

17

4 to 20 mA
0 to 20 mA 18-

19

DC V (DC voltage)
0 to 10 mV 16-10 to 10 mV
0 to 50 mV
17
0 to 100 mV
0 to 1 V+
18
19

DC V (DC voltage)+
16

A5 (Event output EVT4, EVT5)9DC A (Direct current)

20

27

9

RTD

-

26

28

20

20

-

EA, EV (External setting input)

CT1

+

DI2

1

25

P24 (Insulated power output)

11

17

TA, TV (Transmission output)

Option

-

RX

DI1

-

22

8

13

Input

21

+

YA(-)

+

10

7

13

Option

EVT1

DA (Direct current)

TX

EI (Event input)(*) If C, C5 (Serial communication) and EI (Event input) areapplied together, Event input DI3, DI4 cannot be used.

4

Event Output
7

C5 (Serial communication RS-485)

EVT5
EVT4

0 to 5 V 17
1 to 5 V
0 to 10 V 18

-

19
20

ACR-13A
Power Supply
GND

OptionGND

1+
24 V AC/DC21

2100 to 240 V AC
3

3-

C (Serial communication RS-232C)
11

R

S

(Non-contact voltage)

4

4

5

5

6

6

+

DI3 (*)

14

YB(+)

14

(Direct current)

SG

15

SG

15

4

(*) If C, C5 (Serial communication) and EI (Event input) areapplied together, Event input DI3, DI4 cannot be used.

A

6

10
OptionA3 (Event output EVT1 to EVT3)

9

12

RX

EVT1

EVT3
EVT2

8

DI2

13

EVT2

7

11

YA(-)

8
9

DI1

13

Event Output
7

EI (Event input)

TX

5

-

12

12

OUT1
(Relay contact)

C5 (Serial communication RS-485)
11

Input

+

DI4 (*)

15

TC (Thermocouple)

-

17
1

11

2

12

3

13

4

14

5

15

6

16

7

17

8

18

9

19

10

20

+

18

-

19
20

RTD
16
17
A

18

B

19

B

20

DC A (Direct current)
16+

TA, TV (Transmission output)+

10

DR (Relay contact)

DS (Non-contact voltage)

7

7

8

8

9

9

10

10

DA (Direct current)
7
8

+

-

+

-

8

9

9

10

10

+

W, W3 (Heater burnout alarm)

-

+

19
20

DC V (DC voltage)
0 to 10 mV
16-10 to 10 mV
0 to 50 mV
17
0 to 100 mV
0 to 1 V
+
18

-

CT1

P24 (Insulated power output)
7

EA, EV (External setting input)

17

4 to 20 mA
0 to 20 mA 18

Option14

16

Option

EVT1

13

19
20

CT2
A5 (Event output EVT4, EVT5)
EVT5

-

EVT4

DC V (DC voltage)+
16
0 to 5 V 17
1 to 5 V
0 to 10 V 18

-

19
20

- 17 -

4.3 Wiring Example
ACD-13A-R/M

3-phase100 to 240 V AC
Ground*Electromagnetic
switchPowersupplyAlarm unit

Heater

Thermocouple
Electric furnace* To prevent the unit from harmful effects of unexpected high level noise, it isrecommended that a surge absorber be installed between the electromagnetic
switch coils.
(Fig. 4.3-1)

ACD-13A-S/M 1, W

Single-phase

Ground24 V DC

SSR
CT

Alarm unit
Thermocouple
Heater• Number of Shinko SSR units when connected in parallel:
SA-400 series: 5 units, SA-500 series: 2 units• For a 24 V AC/DC of power source, do not confuse polarity when using a direct current (DC).
(Fig. 4.3-2)- 18 -

Current transformer (CT1, CT2) input (W, W3 option)(1) This alarm is not usable for detecting current under phase control.
(2) Use the current transformer (CT) provided, and pass one lead wire of heater
circuit into the hole of the CT.
(3) When wiring, keep CT wire away from AC sources and load wires to avoid theexternal interference.
[Single-phase heater]

25
26(Fig. 4.3-3)[Three-phase heater]
25
26
3-phase heater

27

CT1

R
CT2

(Fig. 4.3-4)- 19 -S Power supplyT5. Outline of Key Operation and Setting Groups

There are 2 setting methods for this controller; Simplified setting (traditional setting method),Group selection. For each setting method, refer to page 21 and subsequent pages.
POWER ON
(*1)

(*1)

Standby mode(*2)

PV/SV Display Mode

Manual control (*3)

Simplified settingSVsetting mode
Each setting item
Group selection+
Eventsetting mode
Each setting item

(3 sec)+PID
setting mode
Each setting item

(3 sec)MV /Remaining step time
indication mode

To 1

SV, Eventgroup (*4)

Each setting item
(1sec)

PID group(: Goes to the next item.

: Returns to the previous item.)

Each setting item
(1sec)

AT group(Operation is the same as the above.)

Each setting item
(1sec)Engineering
group(Operation is the same as the above.)

To 2
Input group

From 1(1sec)• If the Mode key is pressed for
3 seconds at any setting mode,
the unit reverts to PV/SV
Display Mode.
(*1) The unit starts from thepower-off status.
(*2) For fixed value control, if thiskey is pressed for 1 second,
PV/SV Display Mode andstandby mode can be switched.
For program control, this key
runs/stops the control.
(*3) If power is turned off during
manual control, the unit starts
from PV/SV Display Mode.
Setting with Group selection
method is possible during themanual control. After settings
are complete, the unit starts
from the manual control.
(*4) During program control, thiswill be program pattern group.
(*5) If option is not ordered,
relevant setting groups will not
be displayed.

Each setting item

(1sec)(1sec)
Output group

Each setting item
(1sec)

Event input group (*5)(Same as the above)

Each setting item
(1sec)

Event output group(Same as the above)

Each setting item

(1sec)
Program group(*5)(Same as the above)

Each setting item
(1sec)

Communication group(*5)
External setting group(*5)
Transmission output
group (*5)

From 2(Same as the above)

Each setting item
(1sec)(Same as the above)

Each setting item
(1sec)(Same as the above)

Each setting item
(1sec)

Other function group- 20 -(Same as the above)(Same as the above)

Each setting item
(1sec)(Same as the above)6. Setup

Factory default of this controller:
Input type: K, -200 to 1370
Control action: PID control (with AT), Reverse action (Heating action)
Event output (EVT1, EVT2): No event
Setup (setting the Input type, control action, Event output type, etc.) should be done
before using this controller, according to the user’s conditions.
Setup is conducted in the Engineering group.
The Engineering group consists of Input group, Output group, Event input group (optional),
Event output group, Program group, Communication group, External setting group,
Transmission output group and Other function group.
If the user’s specification is the same as the factory default of the instrument, it is notnecessary to set up the controller. Proceed to Section “7. Settings” (pp. 52-68).
Factory default of the Engineering group• Input group (pp. 26-28)
Setting Item
Input type
Scaling high limit
Scaling low limit
Decimal point place
PV filter time constantSensor correction• Output group (pp. 29-31)
Setting ItemOUT1 proportional cycle

OUT2 proportional cycle (Doption)OUT1 high limit
OUT1 low limit
OUT1 ON/OFF hysteresis
OUT2 cooling method (D option)
OUT2 high limit (D option)
OUT2 low limit (D option)
Overlap/Dead band (D option)
OUT2 ON/OFF hysteresis (D option)
Direct/Reverse action
OUT1 MV preset output
OUT2 MV preset output (D option)

Factory Default
K, -200 to 1370
1370
-200
No decimal point
0.0 seconds
0.0

Factory Default
Relay contact output: 30 seconds
Non-contact voltage output: 3 seconds
Direct current output: Not available
Relay contact output: 30 seconds
Non-contact voltage output: 3 seconds
Direct current output: Not available
100%
0%
1.0
Air cooling
100%
0%
0.0
1.0
Reverse action
0.0%
0.0%

- 21 -

• Event input group (EI option) (pp. 32-34)
Setting Item
Event input EVI1 allocation
No event
Event input EVI2 allocation
No event
Event input EVI3 allocation
No event
Event input EVI4 allocation
No event

Factory Default• Event output group (pp. 34-41)
Setting Item
Event output EVT1 allocation
Event output EVT2 allocation
Event output EVT3 allocation (A3 option)
Event output EVT4 allocation (A5 option)
Event output EVT5 allocation (A5 option)

No event
No event
No event
No event
No event• Program group (p. 42)
Setting Item
Fixed value control/Program control
Step time unit
Power restore action
Program start temperature

Factory Default
Fixed value control
Hours:Minutes
Stops after power is restored.
0

Factory Default• Communication group (C or C5 option) (pp. 43-44)
Setting Item
Factory Default
Communication protocol
Shinko protocol
Instrument number
0Communication speed
9600 bps
Data bit/Parity
7 bits/Even
Stop bit
1
SVTC bias
0• External setting group (EA or EV
Setting Item
Remote/Local
External setting input high limit
External setting input low limit
Remote bias

option) (p. 45)
Local
1370
-200
0

- 22 -

Factory Default• Transmission output group (TA1 or TV1 option) (p. 46)
Setting Item
Factory Default
Transmission output typePV transmission
Transmission output high limit
1370
Transmission output low limit-200• Other function group (pages 47-51)
Setting Item
Set value lockPID zone function
SV rise rate
SV fall rate
Indication when output OFF
Backlight selection
PV color
PV color range
Backlight time
Bar graph
Deviation unit

Factory Default

UnlockNot used
0 /minute0 /minuteOFF indication
All are backlit
Red
5.0
0 minutes
MV indication1- 23 -

6.1 Turn the Power Supply to the Unit ON.
After the power is turned on, the PV Display indicates the input type, and the
SV/MV/TIME Display indicates the input range high limit value (thermocouple, RTD
inputs) or scaling high limit
value (DC voltage, current inputs) for approximately 3 seconds. (Table 6.1-1)
During this time, all outputs and the indicators are in OFF status.
Control will then start, indicating the PV on the PV Display and SV on the SV/MV/TIME
Display.
.
While the control output OFF function is working, the PV Display indicatesIndication differs depending on the selection in [Indication when output OFF].
(Table 6.1-1)
Sensor Input
K
J
R
S
B
E
T
N
PLC(W/Re5-26)
Pt100
JPt100
Pt100
JPt100Pt100
Pt100
4 to 20 mA DC
0 to 20 mA DC
0 to 10 mV DC-10 to 10 mV DC
0 to 50 mV DC
0 to 100 mV DC
0 to 1 V DC
0 to 5 V DC
1 to 5 V DC
0 to 10 V DC

PV Display

SV/MV/TIME
Display

PV Display

Scaling high limit value- 24 -

SV/MV/TIME
Display6.2 Basic Operation of Settings
To proceed to each setting mode, refer to each setting mode.
• To set each setting item, use theorkey.
• If thekey is pressed, the set value is registered, and the unit proceeds to thenext setting item.
If thekey is pressed at the last setting item, the unit proceeds to the first setting item.
• Pressing the
key reverts to the previous setting item.
• Pressing the
key for 1 second reverts to the previous setting level (reverts fromsetting item to each group).
• If thekey is pressed for 3 seconds at each setting group or item, the unit reverts
to PV/SV Display Mode.

- 25 -

6.3 Engineering Group
6.3.1 Input GroupTo enter the Input group, follow the procedure below.
(1)
Press thekey 4 times in PV/SV Display Mode.
The unit enters the Engineering group.
key. The unit proceeds to the Input group.
(2)
Press the(3)
Character

key.
Press theThe unit proceeds to the ‘Input type’.
Setting Item, Function, Setting Range
Factory Default
Input type
K (-200 to 1370 )• Selects an input type from thermocouple (10 types), RTD (2 types),
direct current (2 types) and DC voltage (8 types), and the unit / .
• If the input type is changed, the scaling high and low limit will
become the altered input range high and low limit values.
• When changing the input from DC voltage to other inputs, remove thesensor connected to this controller first, then change the input. If the
input is changed with the sensor connected, the input circuit may break.
• With DC voltage input, the (+) side input terminal number differs
as follows.
(+) side input terminal number of 0 to 5V DC, 1 to 5V DC,
0 to 10V DC: 16(+) side input terminal number of 0 to 10 mV DC, -10 to 10 mV
DC, 0 to 50 mV DC, 0 to 100 mV DC, 0 to 1 V DC: 18• Input types
K-200 to1370
K-200.0 to
400.0J-200 to
1000
R
0 to
1760
S
0 to
1760
B
0 to
1820
E
T
N
PLC(W/Re5-26)
Pt100
JPt100
Pt100
JPt100
Pt100
Pt100

-200
-200.0-200
00-200.0-200.0-200-200-100.0-100.0

to
to
to
to
to
to
to
to
to
to
to

800
400.0
1300
1390
2315
850.0
500.0
850
500
100.0
500.0

K
K

-328 to-328.0 to

2498
752.0

- 26 -

Character

Setting Item, Function, Setting Range
J
RS
B

Factory Default

-328
32
32
32

to
to
to
to

1832
3200
3200
3308

E
T
N
PLC(W/Re5-26)
Pt100
JPt100
Pt100
JPt100
Pt100
Pt100

-328
-328.0-328
32
32-328.0-328.0-328-328-148.0-148.0

to
to
to
to
to
to
to
to
to
to
to

1472
752.0
2372
2534
4199
1562.0
932.0
1562
932
212.0
932.0

4 to 20 mA DC
0 to 20 mA DC
0 to 10 mV DC-10 to 10 mV DC
0 to 50 mV DC
0 to 100 mV DC

-2000
-2000
-2000
-2000
-2000
-2000
-2000
-2000
-2000
-2000

to
to
to
to
to
to
to
to
to
to

10000
10000
10000
10000
10000
10000
10000
10000
10000
10000

0 to 1 V DC
0 to 5 V DC
1 to 5 V DC
0 to 10 V DC

Scaling high limit (*)
1370• Sets scaling high limit value.
• Setting range: Scaling low limit value to input range high limit value
DC voltage, current inputs: -2000 to 10000 (The placement of thedecimal point follows the selection.)
Scaling low limit (*)-200• Sets scaling low limit value.
• Setting range: Input range low limit value to scaling high limit value
DC voltage, current inputs: -2000 to 10000 (The placement of thedecimal point follows the selection.)(*) In the case of DC voltage, current inputs, if Scaling high limit value< Scaling low limit
value is set, PV scaling decrease/input increase is possible.

- 27 -

Character

Setting Item, Function, Setting Range
Factory Default
Decimal point place
No decimal point• Selects decimal point place.
Available only for DC voltage and current inputs.
•: No decimal point: 1 digit after decimal point: 2 digits after decimal point: 3 digits after decimal point: 4 digits after decimal point
PV filter time constant
0.0 seconds• Sets PV filter time constant.
If the value is set too high, it affects control results due to the delay of
response.
• Setting range: 0.0 to 100.0 seconds
Sensor correction
0.0• Sets the correction value for the sensor.
This corrects the input value from the sensor. When a sensor cannot be
set at the exact location where control is desired, the sensor-measured
temperature may deviate from the temperature in the controlled location.
When controlling with multiple controllers, sometimes the measured
temperatures do not concur due to differences in sensor accuracy ordispersion of load capacities. In such a case, the control can be set at thedesired temperature by adjusting the input value of sensors.
However, it is effective within the input rated range regardless of thesensor correction value.
PV after sensor correction= Current PV + (Sensor correction value)• Setting range: -200.0 to 200.0 ( )DC voltage, current inputs: -2000 to 2000 (The placement of thedecimal point follows the selection.)- 28 -

6.3.2 Output GroupTo enter the Output group, follow the procedure below.
key 4 times in PV/SV Display Mode.
(1)
Press theThe unit enters the Engineering group.
key. The unit proceeds to the Input group.
(2)
Press the(3)

Press the

(4)

key.
Press theThe unit proceeds to the ‘OUT1 proportional cycle’.

Character

Setting Item, Function, Setting Range
Factory Default
OUT1 proportional cycle
Relay contact: 30 sec• Sets OUT1 proportional cycle.
Non-contact voltage: 3 sec
For relay contact output, if the proportional cycle time is decreased,
the frequency of the relay action increases, and the life of the relay
contact is shortened.
Not available if OUT1 is in ON/OFF control or direct current output
type.
• Setting range: 1 to 120 seconds
OUT2 proportional cycle
Relay contact: 30 sec• Sets OUT2 proportional cycle.
Non-contact voltage: 3 sec
For relay contact output, if the proportional cycle time is decreased,
the frequency of the relay action increases, and the life of the relay
contact is shortened.
Available when the D option is ordered.
Not available if OUT2 is in ON/OFF control.
• Setting range: 1 to 120 seconds
OUT1 high limit
100%• Sets OUT1 high limit value.
Not available if OUT1 is in ON/OFF control• Setting range: OUT1 low limit value to 100%
(Direct current output type: OUT1 low limit value to 105%)
OUT1 low limit0%• Sets OUT1 low limit value.
Not available if OUT1 is in ON/OFF control• Setting range: 0% to OUT1 high limit value(Direct current output type: -5% to OUT1 high limit value)
OUT1 ON/OFF hysteresis
1.0• Sets OUT1 ON/OFF hysteresis.
Available only when OUT1 is in ON/OFF control• Setting range: 0.1 to 1000.0 ( ),DC voltage, current inputs: 1 to 10000 (The placement of the decimal
point follows the selection.)key. The unit proceeds to the Output group.

- 29 -

Character

Setting Item, Function, Setting Range
Factory Default
OUT2 cooling method
Air cooling• Selects OUT2 cooling method from air, oil or water cooling.
Available when the D option is ordered.
Not available if OUT2 is in ON/OFF control.
•: Air cooling (linear characteristics): Oil cooling (1.5th power of thelinear characteristics): Water cooling (2nd power of thelinear characteristics)

OUT2 proportional band
Air cooling
Oil cooling
Water coolingSV(Fig. 6.3.2-1)
OUT2 high limit
100%• Sets OUT2 high limit value.
Available if the D option is ordered.
Not available if OUT2 is in ON/OFF control.
• Setting range: OUT2 low limit value to 100%
(Direct current output type: OUT2 low limit value to 105%)
OUT2 low limit0%• Sets OUT2 low limit value.
Available if the D option is ordered.
Not available if OUT2 is in ON/OFF control.
• Setting range: 0% to OUT2 high limit value(Direct current output type: -5% to OUT2 high limit value)
Overlap band/Dead band
0.0
• Sets the overlap band or dead band for OUT1 and OUT2.
+ Set value: Dead band, –Set value: Overlap band
Available only when the D option is ordered• Setting range: -200.0 to 200.0 ( ),DC voltage, current inputs: -2000 to 2000 (The placement of thedecimal point follows the selection.)
OUT2 ON/OFF hysteresis
1.0• Sets OUT2 ON/OFF hysteresis.
Available when the D option is ordered.
Available when OUT2 is in ON/OFF control action.
• Setting range: 0.1 to 1000.0 ( ),DC voltage, current inputs: 1 to 10000 (The placement of the decimal
point follows the selection.)
Direct/Reverse action
Reverse (Heating) action• Selects either Reverse (Heating) or Direct (Cooling) control action.
•: Reverse (Heating) action: Direct (Cooling) action- 30 -

Character

Setting Item, Function, Setting Range
Factory Default
OUT1 MV preset output
0.0%• If Preset output 1 or 2 is selected in [Event input allocation],
OUT1 MV can be set.
Preset output 1:
Control is performed with the preset output MV if sensor is burnt out
during Event Input ON.
Preset output 2:
Control is performed with the preset output MV when Event Input isON.
• Available only when EI option is ordered• Setting range: 0.0 to 100.0 % (Direct current output: -5.0 to 105.0%)
OUT2 MV preset output
0.0%• If Preset output 1 or 2 is selected in [Event input allocation],
OUT2 MV can be set.
Preset output 1:
Control is performed with the preset output MV if sensor is burnt out
during Event Input ON.
Preset output 2:
Control is performed with the preset output MV when Event Input is ON.
• Available when the D option and EI option are ordered• Setting range: 0.0 to 100.0% (Direct current output: -5.0 to 105.0%)- 31 -

6.3.3 Event Input Group
This group is available only when the EI option is ordered.
To enter the Event input group, follow the procedure below.
(1)

Press thekey 4 times in PV/SV Display Mode.
The unit enters the Engineering group.

(2)

Press thekey. The unit proceeds to the Input group.

(3)

Press thekey twice. The unit proceeds to the Event input group.

(4)

key.
Press theThe unit proceeds to the ‘Event input EVI1 allocation’.

Character

Setting Item, Function, Setting Range
Factory Default
Event input EVI1 allocation
000 (No event)• Selects Event input EVI1 from Event input allocation table.
• Refer to the Event input allocation table.
Event input EVI2 allocation
000 (No event)• Selects Event input EVI2 from Event input allocation table.
• Refer to the Event input allocation table.
Event input EVI3 allocation
000 (No event)• Selects Event input EVI3 from Event input allocation table.
• Refer to the Event input allocation table.
Event input EVI4 allocation
000 (No event)• Selects Event input EVI4 from Event input allocation table.
• Refer to the Event input allocation table.

Event Input Allocation Table
Selectedvalue

Event input function

000
001
002

No event
Set value memory
Control ON/OFF

003
004
005

Direct/Reverse action
Timer Start/Stop
PV Display;
PV holding
PV Display;
PV peak value holding

006

Input ON
(Closed)Input OFF
(Open)

2n
Control OFF

1
Control ON

Direct action
Start
Holding
Holding- 32 -

Remarks

n=0 to 3 (*1)
Control output
OFF function
Reverse action Always effective
Stop
Not holding
Ineffective whencontrolling
Not holding
Ineffective whencontrolling

Selected
Event input function
value

Input ON
(Closed)Preset output(*2)

Input OFF
(Open)
Standard
controlManualcontrol
RemoteAutomatic
control
Local

007

Preset output 1

008

Auto/Manual control

009

Remote/Local

010

RUN

013

Program mode;
RUN/STOP
Program mode;
Holding/Not holding
Program mode;
Advance function
Integral action holding

014

Preset output 2

Preset output
(*2)

011
012

Holding
Advance
Integral action
Holding

Remarks
If sensor is burnt
out, the unit
maintains control
with the preset
output MV.

Effective only when
EA or EV
option is ordered
STOP
Level action whenpower is turned on
Not holding
Level action whenpower is turned onStandard
Level action whencontrolpower is turned onStandard
Control continues
integral action with the integral
value being held.
Standard
The unit maintains
control
control with thepreset output MV.

Signal edge action from OFF to ON or from ON to OFF is engaged.
If “010 (Program mode RUN/STOP)” is selected in [Event input EVI1 allocation], thefollowing action will be performed. However, only when power is turned ON, level
action [ON (Closed) or OFF (Open)] is engaged.
Controller status

Terminals 11-15[DI1(EVI1)-COM]
ON (Closed)
Terminals 11-15[DI1(EVI1)-COM]
OFF (Open)

Standby mode

11-15 [DI1(EVI1)-COM]:
OFF(Open)Standby mode

Program control run

Program control stop(in Standby mode)

11-15 [DI1(EVI1)-COM]:
ON(Closed)
Program control performs.

11-15 [DI1(EVI1)-COM]:
OFF(Open)
Program control stops(Standby mode).

Program control performs when
“11-15 [DI1(EVI1)-COM]” changes
from OFF(Open) to ON(Closed).

Program control stops (in standby mode)
when “11-15 [DI1(EVI1)-COM]” changes
from ON(Closed) to OFF(Open).

(Fig. 6.3.3-1)
OR calculation [if any one is ON (closed), the function activates] begins if the samefunctions except 001 (Set value memory) have been selected for plural Event inputs.

- 33 -

(*1) The value that 1 (one) is added to 2n, is indicated on the MEMO/STEP Display.
(e.g.) If EVI1(20)=OFF, EVI2(21)=ON, then 3 (21 +1) is indicated.
20, 21, 22 and 23 will be allocated to Event input EVI1 to EVI4 respectively, andthe Set value memory number will be determined by each value of EVI1 to EVI4.
(Refer to Section “8.7 Set Value Memory Function” on pp.76, 77.)(*2) Preset value can be set in [OUT1 MV preset output], [OUT2 MV preset output](p.31) in the Output group.
6.3.4 Event Output GroupTo enter the Event output group, follow the procedure below.
(1)

key 4 times in PV/SV Display Mode.
Set the
The unit enters the Engineering group.

(2)

Press the(3)

key multiple times until characters of the Event output
Press thegroup appear.

(4)

key.
Press theThe unit proceeds to the ‘Event output EVT1 allocation’.

Character

Setting Item, Function, Setting Range
Factory Default
Event output EVT1 allocation
000 (No event)• Selects Event output EVT1 from the Event output allocation table.
• Refer to the Event Output Allocation Table.

key. The unit proceeds to the Input group.

Event output EVT2 allocation
000 (No event)• Selects Event output EVT2 from the Event output allocation table.
• Refer to the Event Output Allocation Table.
Event output EVT3 allocation
000 (No event)• Selects Event output EVT3 from the Event output allocation table.
Available only when A3 option is ordered.
• Refer to the Event Output Allocation Table.
Event output EVT4 allocation
000 (No event)• Selects Event output EVT4 from the Event output allocation table.
Available only when A5 option is ordered.
• Refer to the Event Output Allocation Table.
Event output EVT5 allocation
000 (No event)• Selects Event output EVT5 from the Event output allocation table.
Available only when A5 option is ordered.
• Refer to the Event Output Allocation Table.

- 34 -

Event Output Allocation Table
Selected
Event output
value
function000
No event
001
Alarm output;
High limit alarm

002
003
004
005
006
007
008
009
010
011
012
013

014

Alarm output;
Low limit alarm
Alarm output;
High/Low limits
Alarm output;
High/Low limits
independent
Alarm output;
High/Low limit range
Alarm output;
High/Low limit range
independent
Alarm output;
Process high alarm
Alarm output;
Process low alarm
Alarm output;
High limit with standby
Alarm output;
Low limit with standby
Alarm output;
High/Low limits withstandbyAlarm output;
High/Low limits withstandby independent
Timer output linked
to “Timer Start/Stop”
in [Event input
allocation].

Timer output linked to“Timer Start/Stop” in[Event input allocation].
Control ON during
timer operation.
Control OFF after timeis up.

Proceeding to the lower
level with thekey

Remarks

Alarm hysteresis
Alarm delay time
Alarm Energized/De-energizedSame as the High limit alarmSame as the High limit alarmSame as the High limit alarmSame as the High limit alarmSame as the High limit alarmSame as the High limit alarmSame as the High limit alarmSame as the High limit alarmSame as the High limit alarmSame as the High limit alarmSame as the High limit alarm
Timer output delay action
Timer output time unit

Select “Timer
Start/Stop”
in [Event input

OFF delay time

(p.32)

ON delay time
Same as the above- 35 -

allocation].

Same asthe above

Selected
value

015

Event output
function
Heater burnout alarm
outputProceeding to the lower
level with the
key
Heater rated current

Remarks

Heater burnout alarm 1 value
Heater burnout alarm 2 value

016

Loop break alarm
output017

Time signal output

Loop break alarm time
Loop break alarm band
Time signal output stepTime signal output OFF time

018
019

Time signal output ON time

Output during AT
Pattern end output

Select the rated
current 20 A or
100 A. (Can be
set within theselected rated
current.) (*)

Time signal
output is turned
off when theperforming step
is complete.

Outputs during AT.
Program control• If an alarm type is changed, the alarm value will return to 0 (0.0).
• If “001 to 012 (Alarm output)” is selected: Individual setting for event outputs
If “013 to 019” is selected: Common setting to the plural event outputs(*) Available only when W or W3 option is ordered.
Pattern End Output
After the program control is completed, pattern end output is turned ON.
The following program pattern shows that the temperature rises to 200
for 1 hour, and stays at 200 for 2 hours after program control starts.
Step

1

Step SV
Step time

2

200
1:00

200
2:00

Pattern end output is shown below in (Fig. 6.3.4-1).
Step
1
2
200
0
2:00

1:00
Pattern end output

ON
OFF

Program control run

Program control stops.
Pattern end output ON(Fig. 6.3.4-1)- 36 -

Pattern end output isturned off by the
key or by power-off.

• Alarm output setting items [When Alarm output (001 to 012) is selected]
Character

(*)

(*)

(*)

Setting Item, Function, Setting Range
Factory Default
Alarm hysteresis
1.0• Sets Alarm hysteresis.
• Setting range: 0.1 to 1000.0 ( )DC voltage, current inputs: 1 to 10000 (The placement of thedecimal point follows the selection.)
Alarm delay time
0 seconds• Sets Alarm action delay time.
When setting time has elapsed after the input enters the Alarm output
range, the Alarm is activated.
• Setting range: 0 to 10000 seconds
Alarm Energized/De-energized
Energized• Selects Alarm action Energized/De-energized status.
Refer to [Alarm action Energized/De-energized] below.
•: Energized: De-energized(*) If any alarm output from 001 (Alarm output; High limit alarm) to 012 (Alarm output;
High/Low limits with standby independent) is selected in [Event output EVT2 toxxx toxxx.
EVT5 allocation], their setting characters will be[Alarm action Energized/De-energized])] is selected, EVT1 output (terminals 9-10) is
When [Alarm Energized (conductive (ON) while the EVT1 indicator is lit.
EVT1 output is not conductive (OFF) while EVT1 indicator is not lit.
When [Alarm De-energized ()] is selected, EVT1 output (terminals 9-10)
is not conductive (OFF) while EVT1 indicator is lit.
EVT1 output is conductive (ON) while EVT1 indicator is not lit.
High limit alarm (when Energized is set)High limit alarm (when De-energized is set)

EVT1 hysteresis

EVT1 hysteresis
ON

ON

OFF

OFF
SV

SV

+ EVT1 value(Fig. 6.3.4-2)+ EVT1 value(Fig. 6.3.4-3)

For EVT2 to EVT5, the alarm action is the same as that of EVT1.
For EVT2 to EVT5, read “EVT2 to EVT5” for “EVT1”.
• EVT2 output (terminals 7-8) (A3 option: terminals 8-10)• EVT3 output (terminals 7-10)• EVT4 output (terminals 29-30)• EVT5 output (terminals 28-30)- 37 -

• Timer output setting items [When Timer output (013, 014) is selected]
Available only when the EI option is ordered.
Character
Setting Item, Function, Setting Range
Factory Default
Timer output delay action
ON delay time
• Selects a Timer output action.
•: ON delay time
: OFF delay time
: ON/OFF delay time
• Delay action
ON
Event input

OFF

DLYON

ON

ON delay time
DLYOFFON
OFF delay time
DLYON

ON

ON/OFF delay time

DLYOFF

OFF

OFF

OFF

DLYON: ON delay time setting
DLYOFF: OFF delay time setting(Fig. 6.3.4-4)
Timer output time unit
Minutes•Selects Timer output time unit.
•: Minutes: Seconds
OFF delay time0
• Sets OFF delay time.
• Setting range: 0 to 10000 (Time unit follows the selection in [Timeroutput time unit].)ON delay time0
• Sets ON delay time.
• Setting range: 0 to 10000 (Time unit follows the selection in [Timeroutput time unit].)- 38 -

• Heater burnout alarm output setting items [When Heater burnout alarm output(015) is selected]
Available only when W, W3 option is ordered.
Characterand CT1
current
alternating
display(on the PV
Display)andCT2 current
alternating
display(on the PV
Display)

Setting Item, Function, Setting Range
Factory Default
Heater rated current
20.0 A• Selects heater rated current.
• If heater rated current is changed, Heater burnout alarm 1 and 2
value will return to 0.0.
•
: 20.0 A: 100.0 A
Heater burnout alarm 1 value
0.0 A• Sets the heater current value for Heater burnout alarm 1.
Setting to 0.0 disables the alarm.
CT1 current value and characterare indicated alternately on the
PV Display.
When OUT1 is ON, the CT1 current value is updated.
When OUT1 is OFF, the unit memorizes the previous value when
OUT1 was ON.
Upon returning to set limits, the alarm will stop.
• Rated current: 20.0 A (0.0 to 20.0 A),
100.0 A (0.0 to 100.0 A)
Heater burnout alarm 2 value
0.0 A• Sets the heater current value for Heater burnout alarm 2.
Setting to 0.0 disables the alarm.
CT2 current value and characters
are indicated alternately on
the PV Display.
When OUT1 is ON, the CT2 current value is updated.
When OUT1 is OFF, the unit memorizes the previous value when
OUT1 was ON.
Upon returning to set limits, the alarm will stop.
Available only when W3 option is ordered• Rated current: 20.0 A (0.0 to 20.0 A),
100.0 A (0.0 to 100.0 A)- 39 -

• Loop break alarm output setting items [When Loop break alarm output (016) is
selected]
Character

Setting Item, Function, Setting Range
Factory Default
Loop break alarm time
0 minutes• Sets the time to assess the Loop break alarm.
• Setting to 0 (zero) disables the alarm.
• Setting range: 0 to 200 minutes
Loop break alarm band0
• Sets the band to assess the Loop break alarm.
• Setting to 0 (zero) disables the alarm.
• Setting range: 0 to 150 ( ), 0.0 to 150.0 ( )DC voltage, current inputs: 0 to 1500 (The placement of the decimal
point follows the selection.)[Loop break alarm]
When the control action is Reverse (Heating) control:
After MV has reached 100% or the OUT high limit value, and if the PV does not reach the
Loop break alarm band setting within the time allotted to assess the Loop break alarm, thealarm output will be turned ON.
Likewise, after MV has reached 0% or the OUT low limit value, and if the PV does not drop
to the Loop break alarm band setting within the time allotted to assess the Loop break alarm,
the alarm output will be turned ON.
When the control action is Direct (Cooling) control:
After MV has reached 100% or the OUT high limit value, and if the PV does not drop to the
Loop break alarm band setting within the time allotted to assess the Loop break alarm, thealarm output will be turned ON.
Likewise, after MV has reached 0% or the OUT low limit value, and if the PV does not reachthe Loop break alarm band setting within the time allotted to assess the Loop break alarm,
the alarm output will be turned ON.

- 40 -

• Time signal output setting items [When Time signal output (017) is selected]
Character
Setting Item, Function, Setting Range
Factory Default
Time signal output step
1
• Sets step number for time signal output performance.
• Setting range: 1 to 15
Time signal output OFF time
00:00
• Sets the Time signal output OFF time.
• Setting range: 00:00 to 99:59 (Time unit follows the selection in[Step time unit] in the Program group.)
Time signal output ON time
00:00
• Sets the Time signal output ON time.
• Setting range: 00:00 to 99:59 (Time unit follows the selection in[Step time unit] in the Program group.)
Time signal output
Time signal output activates during Time signal output ON time within the set step forwhich Time signal output is performed.
Time signal output ON time follows Time signal output OFF time after the program
control starts.
The following program pattern shows that the temperature rises to 200 for 1 hour,and stays at 200 for 2 hours after program control starts.
Step
1
2
Step SV
Step time

200
1:00

200
2:00

Time signal output (Fig. 6.3.4-5) is shown when set as follows.
• The step for which Time signal output is performed: 2• Time signal output OFF time setting: 0:30
• Time signal output ON time setting: 1:00
Step

1

2

1:00

2:00

200
0

Time signal output

ON
OFF

Program control run

0:30 1:00
OFF time

ON time(Fig. 6.3.4-5)
Time signal output is effective within the step set in [Time signal output step].
For example, if Time signal output ON time is set to “2:00” at the above,
Time signal output is turned OFF when step 2 is completed.
- 41 -

6.3.5 Program GroupTo enter the Program group, follow the procedure below.
(1)

Set thekey 4 times in PV/SV Display Mode.
The unit enters the Engineering group.

(2)

Press the(3)

Press thekey multiple times until characters of the Program
group appear.

(4)

Press thekey.
The unit proceeds to the ‘Fixed value control/Program control’.

Characterkey. The unit proceeds to the Input group.

Setting Item, Function, Setting Range

Factory Default

Fixed value control / Program control
Fixed value control• Selects Fixed value control or Program control.
•: Fixed value control: Program control
Step time unit
Hours:Minutes• Selects the step time unit for the program control.
• Available only for the program control.
•: Hours:Minutes: Minutes:Seconds
Stops (in standby) afterPower restore action• Selects the program status if a power
power is restored.
failure occurs mid-program and it is restored.
• Available only for the program control•: Stops (in standby) after power is restored.
: Continues (resumes) after power is restored.
: Suspends (on hold) after power is restored.
Program start temperature0• Sets the step temperature when program starts.
• Available only for the program control• Setting range: Scaling low limit value to Scaling high limit value- 42 -

6.3.6 Communication Group
Available when C, C5 option is ordered.
To enter the Communication group, follow the procedure below.
(1)
(2)
(3)
(4)
Characterkey 4 times in PV/SV Display Mode.
Set the
The unit enters the Engineering group.
key. The unit proceeds to the Input group.
Press thekey multiple times until characters of the Communication
Press thegroup appear.
key.
Press theThe unit proceeds to the ‘Communication protocol’.
Setting Item, Function, Setting Range
Factory Default
Communication protocol
Shinko protocol• Selects communication protocol.
•: Shinko protocol: MODBUS ASCII mode
: MODBUS RTU mode
Instrument number0• Sets the instrument number.
The instrument numbers should be set one by one when multiple
instruments are connected in Serial communication, otherwise
communication is impossible.
• Setting range: 0 to 95
Communication speed
9600 bps• Selects a communication speed equal to that of the host computer.
: 9600 bps•: 19200 bps: 38400 bps
Data bit/Parity
7 bits/Even• Selects data bit and parity.
•: 8 bits/No parity: 7 bits/No parity: 8 bits/Even: 7 bits/Even: 8 bits/Odd: 7 bits/Odd
Stop bit1• Selects the stop bit.
•:1
:2

- 43 -

Character

Setting Item, Function, Setting Range
Factory Default
SVTC bias
0• SV adds SVTC bias value to the value received via SV digitaltransmission (SVTC command).
Available only when Shinko protocol is selected in [Communication
protocol].
• Setting range: Converted value of 20% of input span
DC voltage, current inputs: 20% of scaling span (The placementof the decimal point follows the selection.)- 44 -

6.3.7 External Setting Group
Available only when the EA or EV option is ordered.
To enter the External setting group, follow the procedure below.
(1)

Set thekey 4 times in PV/SV Display Mode.
The unit enters the Engineering group.

(2)

Press the(3)

key multiple times until characters of the External
Press thesetting group appear.

(4)

Press thekey.
The unit proceeds to the ‘Remote/Local’.

Character

Setting Item, Function, Setting Range
Factory Default
Remote/Local
Local• Selects Remote or Local setting of the SV.
•: Local (The SV can be set by front keypad.): Remote (The SV can be set in analog by the remote
operation externally.)
External setting input high limit
1370• Sets External setting input high limit value.
[For EA1 (4-20 mA) option, the value corresponds to 20 mA input.]• Setting range: External setting input low limit to Input range high limit(The placement of the decimal point follows the selection.)
External setting input low limit-200• Sets External setting input low limit value.
[For EA1 (4-20 mA) option, the value corresponds to 4 mA input.]• Setting range: Input range low limit to External setting input high limit(The placement of the decimal point follows the selection.)
Remote bias
0
• During remote action, SV adds the remote bias value.
• Setting range: Converted value of 20% of input span
DC voltage, current inputs: 20% of scaling span (The placementof the decimal point follows the selection.)key. The unit proceeds to the Input group.

- 45 -

6.3.8 Transmission Output Group
Available only when TA1 or TV1 option is ordered.
To enter the Transmission output group, follow the procedure below.
(1)

Set thekey 4 times in PV/SV Display Mode.
The unit enters the Engineering group.

(2)

Press the(3)

Press thekey multiple times until characters of the Transmission
output group appear.

(4)

key.
Press theThe unit proceeds to the ‘Transmission output type’.

Character

Setting Item, Function, Setting Range
Factory Default
Transmission output typePV transmission• Selects transmission output type.
•: PV transmission: SV transmission: MV transmission: DV transmission
Transmission output high limit
1370• Sets the Transmission output high limit value.
[For TA1 (4-20 mA) option, the value correponds to 20 mA output.]• Setting range:
PV, SV transmission: Transmission output low limit to Input range
high limit value
MV transmission: Transmission output low limit value to 105.0%
DV transmission: Transmission output low limit to Scaling span
Transmission output low limit-200• Sets the Transmission output low limit value.
[For TA1 (4-20mA) option, the value correponds to 4mA output.]• Setting range:
PV, SV transmission: Input range low limit to Transmission output
high limit value
MV transmission: -5.0% to Transmission output high limit value
DV transmission: -Scaling span to Transmission output high limit value

key. The unit proceeds to the Input group.

- 46 -

6.3.9 Other Function GroupTo enter Other function group, follow the procedure below.
(1)

key 4 times in PV/SV Display Mode.
Set the
The unit enters the Engineering group.

(2)

Press the(3)

Press thekey multiple times until characters of Other
function group appear, or press the
key.

(4)

key.
Press theThe unit proceeds to the ‘Set value lock’.

Character

Setting Item, Function, Setting Range
Factory Default
Set value lock
Unlock• Locks the set values to prevent setting errors.
The setting item to be locked depends on the selection.
• When any selection from Lock 1 to Lock 4 is made, AT or Auto-resetcannot be carried out.
(Unlock): All set values can be changed.
•(Lock 1): None of the set values can be changed.
(Lock 2): Only SV can be changed.
(Lock 3): None of the set values can be changed as Lock 1.
(Lock 4): SV and Alarm value can be changed. Other set
values cannot be changed.
PID zone function
Not used• Selects “Not used/Used” of the PID zone function.
Control is performed by automatic change of PID zone parameters,
which are linked to the SV (or step SV for program control).
PID zone value can be set in the PID group.
Refer to [PID zone function] on p. 49.
•: Not used
: UsedSV rise rate
0 /minute• Sets SV rise rate (rising value for 1 minute).
When the SV is adjusted, it approaches the new SV by the preset
rate-of-change ( /minute, / minute).
When the power is turned on, the control starts from the PV andapproaches the SV by the rate-of-change.
• Setting to 0 or 0.0 disables this function.
• Setting range: 0 to10000 / minute ( /minute)
Thermocouple, RTD inputs with a decimal point:
0.0 to1000.0 /minute ( /minute)DC voltage, current inputs: 0 to 10000/minute (The placement of
the decimal point follows the selection.)key. The unit proceeds to the Input group.

- 47 -

Character

Setting Item, Function, Setting Range
Factory Default
SV fall rate
0 /minute• Sets SV fall rate (falling value for 1 minute).
When the SV is adjusted, it approaches the new SV by the preset
rate-of-change ( /min, /min). When the power is turned on, the control
starts from the PV, and approaches the SV by the rate-of-change.
Setting to 0 or 0.0 disables this function.
• Setting range: 0 to10000 /min ( /min)
Thermocouple, RTD inputs with a decimal point: 0.0 to 1000.0 /min( /min)
DC voltage, current inputs: 0 to 10000/min (The placement of thedecimal point follows the selection.)
Indication when output OFF
OFF indication• Selects the indication when control output is OFF.
•: OFF indication: No indication: PV indication: PV indication + Any event output from EVT1 to EVT5
Backlight selection
All are backlit.
• Selects the display to backlight.
•: All (Displays and indicators) are backlit.
: PV Display is backlit.
: SV/MV/TIME + MV/DV Bar Graph Displays are backlit.
: Action indicators are backlit.
: PV + SV/MV/TIME + MV/DV Bar Graph Displays are backlit.
: PV Display + Action indicators are backlit.
: SV/MV/TIME + MV/DV Bar Graph Displays + Action
indicators are backlit.
PV colorRed• Selects PV Display color. See [PV Display color selection] on p.50.
•: Green: Red: Orange: When any alarm output from EVT1 to EVT5 is ON, PV
color turns from green to red.
: When any alarm output from EVT1 to EVT5 is ON, PV
color turns from orange to red.
: PV color changes continuously (Orange Green Red).
: PV color changes continuously (Orange Green Red),+ Any alarm output from EVT1 to EVT5 is ON (Red).
PV color range
5.0• Whenoris selected in [PV color], the value ofgreen PV color range can be set.
See [PV Display color selection] on p.50.
• Setting range: 0.1 to 200.0 ( ),DC voltage, current inputs: 1 to 2000 (The placement of the decimal
point follows the selection.)- 48 -

Character

Setting Item, Function, Setting Range
Factory Default
Backlight time
0 minutes• Sets time to backlight from no operation status until backlight isswitched off.
When set to 0, the backlight remains ON.
Backlight relights by pressing any key while backlight is OFF.
• Setting range: 0 to 99 minutes
Bar graph
MV indication• Selects the MV or DV indication on the bar graph. (See p.51.)•: MV indication: DV indication: No indication
Deviation unit
1
• Sets amount of deviation for the positive (or negative) side of one
division of the bar graph. (See p.51.)• Setting range: 1 to Converted value of 20% of input span

[PID zone function]
When PID zone function “Used” is selected, and if SV (or Step SV for the program
control) is lower than PID zone value, the control is performed with PID zone
parameters of the relevant PID zone value.
If the next PID zone value is lower than the current one, the next PID zone
parameters will not be effective.
During program control, the currently performing step SV is applicable to the PID zone.
In the case of (Fig. 6.3.9-1), “SV: 150 ” is higher than “PID zone value 1: 100 ”,
and lower than “PID zone value 2: 200 ”, so control is performed using PID zone
parameters of PID zone value 2.
As PID zone value 4 has not been set, even in the case SV is higher than PID zone
value 3, control is performed using PID zone parameters of PID zone value 3.
PID zone value 3: 300

If PID zone value 4 has not been set, for the zone which ishigher than the PID zone value 3, control is performed usingparameters of PID zone value 3.
Controls using PID zone
parameters of PID zone value 3.

SV: 250
PID zone value 2: 200

Controls using PID zone
parameters of PID zone value 2.

SV: 150
PID zone value 1: 100

Controls using PID zone
parameters of PID zone value 1.

Controls using PID zone
parameters of PID zone
value 2.

SV change(Fig. 6.3.9-1)- 49 -

Controls using PID zone
parameters of PID zone
value 3.

[PV Display color selection](Table 6.3.9-1)
PV Color Selection

PV Color: GreenConstantly green: Red

Constantly red: Orange: When any alarm output
from EVT1 to EVT5 is ON:
Green
Red (*): When any alarm
output from EVT1 to EVT5 is ON:
OrangeRed (*):
PV color changes continuously(Orange
Green
Red).

Constantly orange
When alarm output OFF: Green
When any alarm output from EVT1 to EVT5
is ON, the PV color turns from green to red.
When alarm output OFF: Orange
When any alarm output from EVT1 to EVT5
is ON, the PV color turns from orange to red.
PV color changes depending on the color range
setting.
• PV is lower than [SV-PV color range]: Orange• PV is within [SV PV color range]: Green• PV is higher than [SV+PV color range]: Red
OrangeGreenHys

PV color changes continuously(Orange
GreenRed)+ Any alarm output from EVT1 to
EVT5 is ON (Red). (*)

SV

Red

Hys

Hys: Set point of PV color range(Fig. 6.3.9-2)
PV color changes depending on the PV color
range setting.
When any alarm output from EVT1 to EVT5 is
ON, the PV Display turns red.
• PV is lower than [SV-PV color range]: Orange• PV is within [SV PV color range]: Green• PV is higher than [SV+PV color range]: Red• Any alarm output from EVT1 to EVT5 is ON: Red
Orange

Green

Red

Red

Red
EVT2

Hys

SV

Hys

EVT1

Hys: Set point of PV color range
EVT1: EVT1 value (High limit alarm)
EVT2: EVT2 value (Low limit alarm)(Fig. 6.3.9-3)(*) Available for Event output EVT1 to EVT5 allocations 001 to 012.
Not available for Event output allocations from 013 to 019. (See pages 34-36)- 50 -

[Bar Graph Indication]
MV or DV are indicated on the bar graph.
With MV indication, if Heating/Cooling control output is ordered, bar graph indication
for OUT1 MV and OUT2 MV differs as shown below.
FunctionMV
indicationMV
indication(when
Heating/
Cooling
control output
is ordered.)DV
indication

Contents
Scale is -5 to 105%,and segments lightincreasingly to the rightin accordance with the
OUT1 MV.

Indication(e.g.) OUT1 MV 50%

-5%

105%

Lights increasingly to the right in accordance with
the OUT1 MV.

Scale shows that center
is 0%, the right end(OUT1 MV) is 105%,
and the left end (OUT2
MV) is 105%.
Segments for OUT1 MV
light increasingly to theright from the center.
Segments for OUT2 MV
light increasingly to theleft from the center.
In the case of deviation
zero (0), central 2
segments light.
For positive deviation,
segments lightincreasingly to the right.
For negative deviation,
segments lightincreasingly to the left.

50%(e.g.) OUT1 MV 50%

105%

0%

105%

Light increasingly to the right in accordance with
the OUT1 MV.

(e.g.) OUT2 MV 50%
105%

0%

105%

Light increasingly to the left in accordance with
the OUT2 MV.

When deviation unit is set to 1:(e.g.) Deviation 0 (SV=200, PV=200)-

0Central 2 segments light.

+(e.g.) Negaitve deviation (SV=200, PV=196)

-

0

+

4 segments of deviation except the central segment lightincreasingly to the left in accordance with the deviation.

- 51 -

7. Settings
There are 2 setting methods for this controller: Simplified setting, Group selection.
7.1 Simplified Setting Method
Simplified setting method, which is effective for the Fixed value control, is the same
method as when setting standard Shinko controllers.
7.1.1 SV Setting Mode
key in PV/SV Display Mode.
To enter the SV setting mode, press the
If ‘Set value memory’ is selected in [Event input allocation], only the memory number
selected by terminal connection can be set.
To set other Set value memory number, select it again by connecting terminals.
Character

Setting Item, Function, Setting Range
Factory Default
SV0• Sets SV.
• Setting range: Scaling low limit to Scaling high limit

7.1.2 Event Setting Mode
To enter Event setting mode, press theandkeys (in that order) together
in PV/SV Display Mode.
If ‘Set value memory’ is selected in [Event input allocation], only the memory number
selected by terminal connection can be set.
To set other Set value memory number, select it again by connecting terminals.
Character

Setting Item, Function, Setting Range
Factory Default
EVT1 alarm value0• Sets EVT1 alarm value.
If the independent alarm (High/Low limits independent, High/Low limit
range independent, or High/Low limits with standby independent) is
selected in [Event output EVT1 allocation], the EVT1 alarm value
matches the EVT1 low limit alarm value.
Setting the value to 0 or 0.0 disables this alarm (except Process
high and Process low alarm).
Not available if No event is selected.
Available when the Alarm output is selected in [Event output EVT1
allocation].
• Setting range: Refer to (Table 7.1.2-1) on p.55.
EVT1 high limit alarm value0• Sets EVT1 high limit alarm value.
Setting the value to 0 or 0.0 disables this alarm (except Process
high and Process low alarm).
Available when the independent alarm (High/Low limits independent,
High/Low limit range independent, or High/Low limits with standby
independent) is selected in [Event output EVT1 allocation].
• Setting range: Refer to (Table 7.1.2-1) on p.55.
- 52 -

Character

Setting Item, Function, Setting Range
Factory Default
EVT2 alarm value0• Sets EVT2 alarm value.
If the independent alarm (High/Low limits independent, High/Low limit
range independent, or High/Low limits with standby independent) is
selected in [Event output EVT2 allocation], the EVT2 alarm value
matches the EVT2 low limit alarm value.
Setting the value to 0 or 0.0 disables this alarm (except Process
high and Process low alarm).
Not available if No event is selected.
Available when the Alarm output is selected in [Event output EVT2
allocation].
• Setting range: Refer to (Table 7.1.2-1) on p.55.
EVT2 high limit alarm value0• Sets EVT2 high limit alarm value.
Setting the value to 0 or 0.0 disables this alarm (except Process
high and Process low alarm).
Available when the independent alarm (High/Low limits independent,
High/Low limit range independent, or High/Low limits with standby
independent) is selected in [Event output EVT2 allocation].
• Setting range: Refer to (Table 7.1.2-1) on p.55.
EVT3 alarm value0• Sets EVT3 alarm value.
If the independent alarm (High/Low limits independent, High/Low limit
range independent, or High/Low limits with standby independent) is
selected in [Event output EVT3 allocation], the EVT3 alarm value
matches the EVT3 low limit alarm value.
Setting the value to 0 or 0.0 disables this alarm (except Process
high and Process low alarm).
Not available if No event is selected.
Available when the Alarm output is selected in [Event output EVT3
allocation].
• Setting range: Refer to (Table 7.1.2-1) on p.55.
EVT3 high limit alarm value0• Sets EVT3 high limit alarm value.
Setting the value to 0 or 0.0 disables this alarm (except Process
high and Process low alarm).
Available when the independent alarm (High/Low limits independent,
High/Low limit range independent, or High/Low limits with standby
independent) is selected in [Event output EVT3 allocation].
• Setting range: Refer to (Table 7.1.2-1) on p.55.

- 53 -

Character

Setting Item, Function, Setting Range
Factory Default
EVT4 alarm value0• Sets EVT4 alarm value.
If the independent alarm (High/Low limits independent, High/Low limit
range independent, or High/Low limits with standby independent) is
selected in [Event output EVT4 allocation], the EVT4 alarm value
matches the EVT4 low limit alarm value.
Setting the value to 0 or 0.0 disables this alarm (except Process
high and Process low alarm).
Not available if No event is selected.
Available when the Alarm output is selected in [Event output EVT4
allocation].
• Setting range: Refer to (Table 7.1.2-1) on p.55.
EVT4 high limit alarm value0• Sets EVT4 high limit alarm value.
Setting the value to 0 or 0.0 disables this alarm (except Process
high and Process low alarm).
Available when the independent alarm (High/Low limits independent,
High/Low limit range independent, or High/Low limits with standby
independent) is selected in [Event output EVT4 allocation].
• Setting range: Refer to (Table 7.1.2-1) on p.55.
EVT5 alarm value0• Sets EVT5 alarm value.
If the independent alarm (High/Low limits independent, High/Low limit
range independent, or High/Low limits with standby independent) is
selected in [Event output EVT5 allocation], the EVT5 alarm value
matches the EVT5 low limit alarm value.
Setting the value to 0 or 0.0 disables this alarm (except Process
high and Process low alarm).
Not available if No event is selected.
Available when the Alarm output is selected in [Event output EVT5
allocation].
• Setting range: Refer to (Table 7.1.2-1) on p.55.
EVT5 high limit alarm value0• Sets EVT5 high limit alarm value.
Setting the value to 0 or 0.0 disables this alarm (except Process
high and Process low alarm).
Available when the independent alarm (High/Low limits independent,
High/Low limit range independent, or High/Low limits with standby
independent) is selected in [Event output EVT5 allocation].
• Setting range: Refer to (Table 7.1.2-1) on p.55.

- 54 -

(Table 7.1.2-1)
Alarm TypeHigh limit alarm (deviation setting)
Low limit alarm (deviation setting)High/Low limits alarm (deviation setting)High/Low limits independent alarm(deviation setting)High/Low limit range alarm(deviation setting)High/Low limit range independent alarm(deviation setting)
Process high alarm
Process low alarm

Setting Range-(Input span) to input span-(Input span) to input span
0 to input span( ) *1
0 to input span( ) *1
0 to input span( ) *1

0 to input span( ) *1( ) *1( ) *1

Input range low limit to
input range high limit value *2
Input range low limit to
input range high limit value *2-(Input span) to input span( ) *1High limit with standby alarm(deviation setting)
Low limit with standby alarm-(Input span) to input span(deviation setting)High/Low limits with standby alarm
0 to input span( ) *1(deviation setting)High/Low limits with standby independent 0 to input span( ) *1
alarm (deviation setting)( ) *1*1 For DC voltage, current inputs, the input span is the same as the scaling span.
*2 For DC voltage, current inputs, input range low (or high) limit value is the sameas scaling low (or high) limit value.

- 55 -

7.1.3 PID Setting Modeandkeys (in that order)
To enter PID setting mode, press and hold thetogether for 3 seconds in PV/SV Display Mode.
If PID zone function “Used” is selected, settable PID zone parameters depends on
the SV.
PID zone numbers are indicated on the MEMO/STEP Display.
Character

Setting Item, Function, Setting Range

Factory Default

OUT1 proportional band10
• Sets the proportional band for OUT1.
OUT1 becomes ON/OFF control when set to 0 or 0.0.
• Setting range: 0 to Input span( )(DC voltage, current inputs: 0.0 to 1000.0%)
OUT2 proportional band
1.0 times• Sets the proportional band for OUT2.
OUT2 becomes ON/OFF control when set to 0.0.
Available when the D option is ordered.
Not available if OUT1 is in ON/OFF control.
• Setting range: 0.0 to 10.0 times (Multiplied value of OUT1
proportional band)
Integral time
200 seconds• Sets integral time for OUT1.
Setting the value to 0 disables this function.
Not available if OUT1 is in ON/OFF control.
Auto-reset can be performed when PD is control action (I=0).
• Setting range: 0 to 3600 seconds
Derivative time
50 seconds• Sets derivative time for OUT1.
Setting the value to 0 disables this function.
Not available if OUT1 is in ON/OFF control.
• Setting range: 0 to 1800 seconds
ARW
50%• Sets anti-reset windup (ARW) for OUT1.
Available only when PID is control action.
• Setting range: 0 to 100%Manual reset
0.0• Sets the reset value manually.
Available only when P or PD is control action.
• Setting range: 1000.0
DC voltage, current inputs: The placement of the decimal point
follows the selection.

- 56 -

Character

Setting Item, Function, Setting Range

Factory Default

OUT1 rate-of-change
0 %/second• Sets changing value of OUT1 MV for 1 second.
Setting the value to 0 disables this function.
Not available if OUT1 is in ON/OFF control.
See “OUT1 rate-of-change” below.
• Setting range: 0 to 100 %/second[OUT1 rate-of-change]
For Heating control, if PV is lower than SV, output is generally turned from OFF to ON
as shown in (Fig. 7.1.3-1).
If OUT1 rate-of-change is set, the output can be changed by the rate-of-change (Fig.
7.1.3-2).
This control is suitable for high temperature heaters (which are made from molybdenum,
tungsten or platinum, etc., and used at approx. 1500 to 1800 ) which are easily burnt
out from turning on electricity rapidly.
Usual output
ONOFF(Fig. 7.1.3-1)

Output when Output rate-of-change is set
100 %/sec

20 %/sec

10 %/sec

1 sec

5 sec

10 sec(Fig. 7.1.3-2)- 57 -

7.2 Group Selection
There are 4 groups to be set for the controller; ‘SV, Event group’, PID group, AT groupand Engineering group.
key, and set each item in the group with the
key.
Select a group with the
PV Display

Group

Setting Items• ‘SV, Event group’(Fixed value control)• Program pattern group(Program control)• SV, Event (EVT1 to EVT5)(for Fixed value control)• Step SV, Step time, Wait value,
Event (EVT1 to EVT5)(for Program control)
PID group
PID parameters
AT group
AT/Auto-reset Perform/Cancel, AT bias
Engineering group
Input parameters, Output parameters,
Event output parameters, Program
parameters, Other functions
For details of the Engineering group, see pages 26 to 51.
7.2.1 SV, Event Group (for Fixed Value Control)
Sets SV, Event (EVT1 to EVT5) in this group.
If ‘Set value memory’ is selected in [Event input allocation], setting itemsin this group can be set for the selected memory numbers.
To enter the ‘SV, Event group’, follow the procedure below.
(1)

key in PV/SV Display Mode.
Press theThe unit proceeds to the ‘SV, Event group’.

(2)

Press theCharacterkey. The unit proceeds to the ‘SV1’.

Setting Item, Function, Setting Range

Factory Default

SV10• Sets SV1.
• Setting range: Scaling low limit to Scaling high limit
EVT1 alarm value0• Sets EVT1 alarm value.
If the independent alarm (High/Low limits independent, High/Low limit
range independent, or High/Low limits with standby independent) is
selected in [Event output EVT1 allocation], the EVT1 alarm value
matches the EVT1 low limit alarm value.
Setting the value to 0 or 0.0 disables this alarm (except Process
high and low alarm).
Not available if No event is selected in [Event output EVT1 allocation].
Available when the Alarm output is selected in [Event output EVT1
allocation].
• Setting range: Refer to (Table 7.1.2-1) on p.55.
- 58 -

Character

Setting Item, Function, Setting Range

Factory Default

EVT1 high limit alarm value0• Sets EVT1 high limit alarm value.
Setting the value to 0 or 0.0 disables this alarm (except Process
high and Process low alarm).
Available when the independent alarm (High/Low limits independent,
High/Low limit range independent, or High/Low limits with standby
independent) is selected in [Event output EVT1 allocation].
• Setting range: Refer to (Table 7.1.2-1) on p. 55.
EVT2 alarm value0• Sets EVT2 alarm value.
If the independent alarm (High/Low limits independent, High/Low limit
range independent, or High/Low limits with standby independent) is
selected in [Event output EVT2 allocation], the EVT2 alarm value
matches the EVT2 low limit alarm value.
Setting the value to 0 or 0.0 disables this alarm (except Process
high and Process low alarm).
Not available if No event is selected in [Event output EVT2 allocation].
Available when the Alarm output is selected in [Event output EVT2
allocation].
• Setting range: Refer to (Table 7.1.2-1) on p. 55.
EVT2 high limit alarm value0• Sets EVT2 high limit alarm value.
Setting the value to 0 or 0.0 disables this alarm (except Process
high and Process low alarm).
Available when the independent alarm (High/Low limits independent,
High/Low limit range independent, or High/Low limits with standby
independent) is selected in [Event output EVT2 allocation].
• Setting range: Refer to (Table 7.1.2-1) on p. 55.
EVT3 alarm value0• Sets EVT3 alarm value.
If the independent alarm (High/Low limits independent, High/Low limit
range independent, or High/Low limits with standby independent) is
selected in [Event output EVT3 allocation], the EVT3 alarm value
matches the EVT3 low limit alarm value.
Setting the value to 0 or 0.0 disables this alarm (except Process
high and Process low alarm).
Not available if No event is selected in [Event output EVT3 allocation].
Available when the Alarm output is selected in [Event output EVT3
allocation].
• Setting range: Refer to (Table 7.1.2-1) on p. 55.
EVT3 high limit alarm value0• Sets EVT3 high limit alarm value.
Setting the value to 0 or 0.0 disables this alarm (except Process
high and Process low alarm).
Available when the independent alarm (High/Low limits independent,
High/Low limit range independent, or High/Low limits with standby
independent) is selected in [Event output EVT3 allocation].
• Setting range: Refer to (Table 7.1.2-1) on p. 55.
- 59 -

Character

Setting Item, Function, Setting Range

Factory Default

EVT4 alarm value0• Sets EVT4 alarm value.
If the independent alarm (High/Low limits independent, High/Low limit
range independent, or High/Low limits with standby independent) is
selected in [Event output EVT4 allocation], the EVT4 alarm value
matches the EVT4 low limit alarm value.
Setting the value to 0 or 0.0 disables this alarm (except Process
high and Process low alarm).
Not available if No event is selected in [Event output EVT4 allocation].
Available when the Alarm output is selected in [Event output EVT4
allocation].
• Setting range: Refer to (Table 7.1.2-1) on p. 55.
EVT4 high limit alarm value0• Sets EVT4 high limit alarm value.
Setting the value to 0 or 0.0 disables this alarm (except Process
high and Process low alarm).
Available when the independent alarm (High/Low limits independent,
High/Low limit range independent, or High/Low limits with standby
independent) is selected in [Event output EVT4 allocation].
• Setting range: Refer to (Table 7.1.2-1) on p. 55.
EVT5 alarm value0• Sets EVT5 alarm value.
If the independent alarm (High/Low limits independent, High/Low limit
range independent, or High/Low limits with standby independent) is
selected in [Event output EVT5 allocation], the EVT5 alarm value
matches the EVT5 low limit alarm value.
Setting the value to 0 or 0.0 disables this alarm (except Process
high and Process low alarm).
Not available if No event is selected in [Event output EVT5 allocation].
Available when the Alarm output is selected in [Event output EVT5
allocation]• Setting range: Refer to (Table 7.1.2-1) on p. 55.
EVT5 high limit alarm value0• Sets EVT5 high limit alarm value.
Setting the value to 0 or 0.0 disables this alarm (except Process
high and Process low alarm).
Available when the independent alarm (High/Low limits independent,
High/Low limit range independent, or High/Low limits with standby
independent) is selected in [Event output EVT5 allocation].
• Setting range: Refer to (Table 7.1.2-1) on p. 55.
Up to 15 files of the Set value memory selected in [Event input
allocation] can be set.
- 60 -

EVT5 high limit alarm value0• Sets EVT5 high limit alarm value.
Setting the value to 0 or 0.0 disables this alarm (except Process
high and Process low alarm).
Available when the independent alarm (High/Low limits independent,
High/Low limit range independent, or High/Low limits with standby
independent) is selected in [Event output EVT5 allocation].
• Setting range: Refer to (Table 7.1.2-1) on p. 55.

- 61 -

7.2.2 Program Pattern Group (for Program Control)
Sets Step SV, Step time, Wait value and Event (EVT1 to EVT5) in this group.
A maximum of 15 steps of program pattern can be created.
Step

1

This program pattern shows that thetemperature rises to 200 for 1 hour,and stays at 200 for 2 hours.

2200

In this case, Step 1 SV is 200
and Step 1 time is 1 hour.

0
1:00
2:00
Program control run(Fig. 7.2.2-1)[Wait function]
While Program control is running, the program cannot proceed to the next step
until the deviation between PV and SV enters SV Wait value at the end of step.
The STEP indicator flashes while the Wait function is working.
The Wait function is released on the condition that:
When program pattern is rising: PV is higher than SV- Wait value
When program pattern is falling: PV is lower than SV+ Wait value
Step

1

2

3

Wait value 10

4

5

T

T
200
0

If PV becomes higher than 190 , the wait
function will be released, and proceeds to Step 2.
As PV is not in the range of SV Wait value, the unit
is in Wait status, and does not proceed to Step 2.
The STEP indicator flashes during Wait action (T time).
: PV: Program pattern: Program pattern delayed by T due to the Wait function(Fig. 7.2.2-2)- 62 -

To enter the Program pattern group, follow the procedure below.
(1)

key in PV/SV Display Mode.
Press theThe unit proceeds to the Program pattern group.

(2)

key.
Press theThe unit proceeds to ‘Step 1 SV’.

Character

Setting Item, Function, Setting Range

Factory Default

Step 1 SV0• Sets Step 1 SV.
• Setting range: Scaling low limit value to Scaling high limit value
Step 1 time
• Sets Step 1 time.
• Setting range: 00:00 to 99:59

00:00

Step 1 wait value0• Sets Step 1 wait value.
This function prevents the step from proceeding to the next one until
PV enters the range of SV Wait value regardless of the step time.
Setting the value to 0 or 0.0 disables this function.
• Setting range: 0 to Converted value of 20% of input span
Step 1 EVT1 alarm value0• Sets Step1 EVT1 alarm value.
If the independent alarm (High/Low limits independent, High/Low limit
range independent, or High/Low limits with standby independent) is
selected in [Event output EVT1 allocation], the EVT1 alarm value
matches the EVT1 low limit alarm value.
Setting the value to 0 or 0.0 disables this alarm (except Process
high and Process low alarm).
Not available if No event is selected in [Event output EVT1 allocation].
Available when the Alarm output is selected in [Event output EVT1
allocation].
• Setting range: Refer to (Table 7.1.2-1) on p. 55.
Step 1 EVT1 high limit alarm value0• Sets Step 1 EVT1 high limit alarm value.
Setting the value to 0 or 0.0 disables this alarm (except Process
high and Process low alarm).
Available when the independent alarm (High/Low limits independent,
High/Low limit range independent, or High/Low limits with standby
independent) is selected in [Event output EVT1 allocation].
• Setting range: Refer to (Table 7.1.2-1) on p. 55.

- 63 -

Character

Setting Item, Function, Setting Range

Factory Default

Step 1 EVT2 alarm value0• Sets Step 1 EVT2 alarm value.
If the independent alarm (High/Low limits independent, High/Low limit
range independent, or High/Low limits with standby independent) is
selected in [Event output EVT2 allocation], the EVT2 alarm value
matches the EVT2 low limit alarm value.
Setting the value to 0 or 0.0 disables this alarm (except Process
high and Process low alarm).
Not available if No event is selected in [Event output EVT2 allocation].
Available when the Alarm output is selected in [Event output EVT2
allocation].
• Setting range: Refer to (Table 7.1.2-1) on p. 55.
Step 1 EVT2 high limit alarm value0• Sets Step 1 EVT2 high limit alarm value.
Setting the value to 0 or 0.0 disables this alarm (except Process
high and Process low alarm).
Available when the independent alarm (High/Low limits independent,
High/Low limit range independent, or High/Low limits with standby
independent) is selected in [Event output EVT2 allocation].
• Setting range: Refer to (Table 7.1.2-1) on p. 55.
Step 1 EVT3 alarm value0• Sets Step 1 EVT3 alarm value.
If the independent alarm (High/Low limits independent, High/Low limit
range independent, or High/Low limits with standby independent) is
selected in [Event output EVT3 allocation], the EVT3 alarm value
matches the EVT3 low limit alarm value.
Setting the value to 0 or 0.0 disables this alarm (except Process
high and Process low alarm).
Not available if No event is selected in [Event output EVT3 allocation].
Available when the Alarm output is selected in [Event output EVT3
allocation].
• Setting range: Refer to (Table 7.1.2-1) on p. 55.
Step 1 EVT3 high limit alarm value0• Sets Step 1 EVT3 high limit alarm value.
Setting the value to 0 or 0.0 disables this alarm (except Process
high and Process low alarm).
Available when the independent alarm (High/Low limits independent,
High/Low limit range independent, or High/Low limits with standby
independent) is selected in [Event output EVT3 allocation].
• Setting range: Refer to (Table 7.1.2-1) on p. 55.
Step 1 EVT4 alarm value0• Sets Step 1 EVT4 alarm value.
If the independent alarm (High/Low limits independent, High/Low limit
range independent, or High/Low limits with standby independent) is
selected in [Event output EVT4 allocation], the EVT4 alarm value
matches the EVT4 low limit alarm value.
Setting the value to 0 or 0.0 disables this alarm (except Process
high and Process low alarm).
Not available if No event is selected in [Event output EVT4 allocation].
Available when the Alarm output is selected in [Event output EVT4
allocation].
• Setting range: Refer to (Table 7.1.2-1) on p. 55.
- 64 -

Character

Setting Item, Function, Setting Range

Factory Default

Step 1 EVT4 high limit alarm value0• Sets Step 1 EVT4 high limit alarm value.
Setting the value to 0 or 0.0 disables this alarm (except Process
high and Process low alarm).
Available when the independent alarm (High/Low limits independent,
High/Low limit range independent, or High/Low limits with standby
independent) is selected in [Event output EVT4 allocation].
• Setting range: Refer to (Table 7.1.2-1) on p. 55.
Step 1 EVT5 alarm value0• Sets Step 1 EVT5 alarm value.
If the independent alarm (High/Low limits independent, High/Low limit
range independent, or High/Low limits with standby independent) is
selected in [Event output EVT5 allocation], the EVT5 alarm value
matches the EVT5 low limit alarm value.
Setting the value to 0 or 0.0 disables this alarm (except Process
high and Process low alarm).
Not available if No event is selected in [Event output EVT5 allocation].
Available when the Alarm output is selected in [Event output EVT5
allocation].
• Setting range: Refer to (Table 7.1.2-1) on p. 55.
Step 1 EVT5 high limit alarm value0• Sets Step 1 EVT5 high limit alarm value.
Setting the value to 0 or 0.0 disables this alarm (except Process
high and Process low alarm).
Available when the independent alarm (High/Low limits independent,
High/Low limit range independent, or High/Low limits with standby
independent) is selected in [Event output EVT5 allocation].
• Setting range: Refer to (Table 7.1.2-1) on p. 55.
Step 1 data contains data from “Step 1 SV” to “Step 1 EVT5 high limit
alarm value”.
Up to Step15 can be set repeatedly.
Step 15 EVT5 high limit alarm value0• Sets Step 15 EVT5 high limit alarm value.
Setting the value to 0 or 0.0 disables this alarm (except Process
high and Process low alarm).
Available when the independent alarm (High/Low limits independent,
High/Low limit range independent, or High/Low limits with standby
independent) is selected in [Event output EVT5 allocation].
• Setting range: Refer to (Table 7.1.2-1) on p. 55.
Step SV of Steps 1 to 15 correspond to SV of Set value memory numbers 1 to 15.
EVT1 to EVT5 value of Steps 1 to 15 correspond to EVT1 to EVT5 value of Set value
memory numbers 1 to 15.
- 65 -

7.2.3 PID GroupPID parameters can be set in this group.
PID group is common to Fixed value control and program control.
To enter the PID group, follow the procedure below.
(1)

Press thekey twice in PV/SV Display Mode.
The unit proceeds to the PID group.

(2)

key.
Press theIf PID zone function “Not used” is selected in [PID zone function],
the unit will proceed to ‘OUT1 proportional band 1’.
If PID zone function “Used” is selected in [PID zone function],
the unit will proceed to ‘PID zone value 1’.

Character

Setting Item, Function, Setting Range

Factory Default

PID zone value 10• Sets Reference value 1 to switch PID zone parameters of the PID
zone function.
(PID zone parameters: OUT1 proportional band 1 to OUT1 rate-ofchange 1)
Not available if PID zone function “Not used” is selected in [PID zonefunction].
One zone contains from “PID zone value 1” to “OUT1 rate-of- change
1”.
When SV is lower than Reference value 1 (PID zone value 1), control
is performed with these PID zone parameters.
• Setting range: Scaling low limit value to Scaling high limit value
OUT1 proportional band 1
10• Sets proportional band 1 for OUT1.
OUT1 becomes ON/OFF control when set to 0 or 0.0.
• Setting range: 0 to Input span( )DC voltage, current inputs: 0.0 to 1000.0%
OUT2 proportional band 1
1.0 times• Sets proportional band 1 for OUT2.
OUT2 becomes ON/OFF control when set to 0.0.
Available only when D option is ordered.
• Setting range: 0.0 to 10.0 times (Multiplied value of OUT1
proportional band)
Integral time 1
200 seconds• Sets integral time 1 for OUT1.
Setting the value to 0 disables this function.
Auto-reset can be performed when PD is control action (I=0).
• Setting range: 0 to 3600 seconds- 66 -

Character

Setting Item, Function, Setting Range

Factory Default

Derivative time 1
50 seconds• Sets derivative time 1 for OUT1.
Setting the value to 0 disables this function.
• Setting range: 0 to 1800 seconds
ARW 1
50%
• Sets ARW 1 (anti-reset windup 1) for OUT1.
• Setting range: 0 to 100%Manual reset 1
0.0• Sets reset value 1 manually.
• Setting range: 1000.0
DC voltage, current inputs: The placement of the decimal point
follows the selection.
OUT1 rate-of-change 1
0 %/second• Sets OUT1 rate-of-change 1 (changing value of OUT1 MV for
1 second).
Setting the value to 0 disables this function.
See [OUT1 rate-of-change] below.
• Setting range: 0 to 100 %/second
If PID zone function “Used” is selected in [PID zone function], one zone
contains data from “PID zone value 1” to “OUT1 rate-of- change 1”.
Up to 5 zones can be set repeatedly.
OUT1 rate-of-change 5
0 %/second• Sets OUT1 rate-of-change 5 (changing value of OUT1 MV for
1 second).
Setting the value to 0 disables this function.
See [OUT1 rate-of-change] below.
• Setting range: 0 to 100 %/second[OUT1 rate-of-change]
For Heating control, if PV is lower than SV, output is generally turned from OFF to ON
as shown in (Fig. 7.2.3-1). If OUT1 rate-of-change is set, the output can be changed by
the rate-of-change (Fig. 7.2.3-2).
This control is suitable for high temperature heaters (which are made from molybdenum,
tungsten or platinum, etc., and used at approx. 1500 to 1800 ) which are easily burnt
out from turning on electricity rapidly.
Usual output
ONOFF(Fig. 7.2.3-1)

Output when Output rate-of-change is set
100 %/sec

20 %/sec

10 %/sec

1 sec

5 sec

10 sec(Fig. 7.2.3-2)- 67 -

7.2.4 AT Group
AT/Auto-reset Perform/Cancel, AT bias can be set in this group.
AT group is common to Fixed value control and program control.
During ON/OFF control or PI control, the unit cannot proceed to any setting items inthis group.
If PID zone function “Used” is selected, and if control action of the PID zone number(used for control) is ON/OFF or PI, the unit cannot proceed to any setting items in thisgroup.
To enter the AT group, follow the procedure below.
(1)
Press thekey 3 times in PV/SV Display Mode.
The unit proceeds to the AT group.
(2)

Character

key.
Press theThe unit proceeds to the ‘AT/Auto-reset’.
Setting Item, Function, Setting Range
Factory Default
AT/Auto-reset• Selects AT Perform/Cancel in PID control, or
Auto-reset Perform/Cancel in P control or PD control.
• If PID zone function “Used” is selected, values such as P, I, D, ARW ofthe PID block number (which are used for control) will be changed
after AT is finished.
• If AT is cancelled during the process, P, I, D and ARW values returnto the values before AT was performed.
• AT will be forced to stop if it has not been completed within 4 hours.
• Auto-reset is cancelled in approximately 4 minutes. It cannot bereleased while performing this function.
Auto-reset value will be calculated within the manual reset setting
range.
•: AT/Auto-reset Cancel/: AT/Auto-reset Perform
If “AT/Auto-reset Perform” is selected, and if the
key ispressed, the unit will return to PV/SV Display Mode.
AT bias20• Sets bias value for the AT.
Refer to Section “10. AT” on pages 79, 80.
Not available for DC voltage, current inputs.
• Setting range: 0 to 50 (0 to 100 )With a decimal point: 0.0 to 50.0 (0.0 to 100.0 )- 68 -

8. Operation

8.1 Starting Operation
After the unit is mounted to the control panel and wiring is completed, operate theunit following the procedure below.
(1) Turn the power supply to the unit ON.
After the power is turned on, the PV Display indicates the input type, and the
SV/MV/TIME Display indicates the input range high limit value (for thermocouple,
RTD inputs) or scaling high limit value (for DC voltage, current inputs) for
approximately 3 seconds. See (Table 8.1-1).
(Table 8.1-1)
Sensor Input
K
J
R
S
B
E
T
N
PLC(W/Re5-26)
Pt100
JPt100
Pt100
JPt100Pt100
Pt100
4 to 20 mA DC
0 to 20 mA DC
0 to 10 mV DC-10 to 10 mV DC
0 to 50 mV DC
0 to 100 mV DC
0 to 1 V DC
0 to 5 V DC
1 to 5 V DC
0 to 10 V DC

PV Display

SV/MV/TIME
Display

PV Display

SV/MV/TIME
Display

Scaling high limit value

During this time, all outputs and indicators are in OFF status.
Control will then start, indicating as follows.
• Fixed value control status
The PV Display indicates PV, and the SV/MV/TIME Display indicates SV.
The MEMO/STEP Display indicates the memory number if ‘Set value memory’is selected in [Event input allocation].
- 69 -

• When Control output OFF function is working]. (Indication depends on the selection in
The PV Display indicates [[Indication when output OFF].)• Program control standby status
The PV Display indicates the PV, and the SV/MV/TIME Display and MEMO/STEP
Display are turned off.
• When program control is operating
The PV Display indicates PV, the SV/MV/TIME Display indicates the Step SV, and the
MEMO/STEP Display indicates the step number.
(2) Set up the unit.
Refer to Section “6. Setup” (pp. 21-51) and “15. Operation Flowchart” (pp. 127-131).
Setup (setting the Input type, Event output type, Control action, etc.) should be done in
the Engineering group before using this controller, according to the user’s conditions.
If the user’s specification is the same as the factory default of the instrument, it is notnecessary to set up the controller. Proceed to Step (3).
(3) Input each set value.
Refer to Section “7. Settings” (pp. 52-68) and “15. Operation Flowchart” (pp. 127-131).
(4) Turn the load circuit power ON.
The controller works as follows depending on the control (Fixed value control/Program
control).
• Fixed value control
Control action starts so as to keep the control target at the SV.
• Program control
Perform program control
key.
To perform Program control, press theProgram control starts (“PV start” is used).
PV start: When the program control starts, the step SV and time are advanced to
the PV, and the control starts.
If “Program start temperature” has been set in the Program group, Program control
starts from the preset temperature.
While the Wait function is working, the STEP indicator flashes.
Stop program control
To stop Program control, press the
key for 1 second.
Program control stops, and the unit reverts to Program control standby.
Advance function (proceeds to the next step during program operation)
If thekey is pressed for 1 second during program control, it will interrupt theperforming step, and will proceed to the next step. If the Wait function is working,the Wait function will be cancelled, and the unit will proceed to the next step.
Control after power is restored
If power failure occurs during the Program control, then is restored, control will stop(in standby)/continue/suspend depending on the selection in [Power restore action].
To cancel the “Suspends (on hold) after power is restored”, press thekey.
- 70 -

(e.g.) When setting the SV to 100 in the Fixed value control.
1
Proceed to SV setting mode.
Press thekey in PV/SV Display Mode.
The unit proceeds to the SV setting mode.
Set SV.
Set SV with the

2

or

key.

3

Register the SV.
Press thekey to register the SV.
The unit reverts to PV/SV Display Mode.

4

Control starts.

8.2 Control Output OFF Function
The control action and output of an instrument (or instruments) can be turned OFF
without turning OFF their power supplies using this function.
This function is available for Fixed value control.
To turn the control output OFF, press the
key for approximately 1 second in
PV/SV Display Mode.
] is indicated on the PV Display while the function is working.
[
However, indication on the PV Display depends on the selection in [Indication when
output OFF].
Once the control output OFF function is enabled, the function cannot be released
even if the power to the instrument is turned OFF and ON again.
key again for approx. 1 second.
To cancel the function, press the
PV/SV Display Mode
(Automatic control)

Control output
OFF
key (1 second)- 71 -

8.3 Switching Auto/Manual Control
key in PV/SV Display Mode, Auto/Manual control can be switched.
By pressing the
If control action is switched from automatic to manual and vice versa, balancelessbumpless function works to prevent a sudden change of MV.
When automatic control is switched to manual control, the MEMO/STEP Display
indicates [ ].
orkey to perform
The MV can be increased or decreased by pressing thethe control.
key again, the unit reverts to PV/SV Display Mode (automatic
By pressing thecontrol).
Whenever the power to the controller is turned on, automatic control starts.
Switching from Automatic to Manual control, and vice versa
PV/SV Display Mode
(Automatic control)

Manual control
Increases or decreases
MV with the
or
key.

key

8.4 Indicating MV and Remaining Step Time (Program Control)
To indicate MV, press the
key for approximately 3 seconds in PV/SV Display
Mode. The SV/MV/TIME Display indicates the output MV, and the MEMO/STEP
Display indicates [ ].
SV and TIME of the SV/MV/TIME indicator are unlit, and MV of the SV/MV/TIME indicatorlights.
If thekey is pressed again during Fixed value control, the unit will revert to
PV/SV Display Mode.
key is pressed during program control, remaining step time is indicated on
If thethe SV/MV/TIME Display. SV and MV of the SV/MV/TIME indicator are unlit, and TIME of
the SV/MV/TIME indicator lights.
By pressing the
key again, the unit reverts to PV/SV Display Mode.
During Fixed value control:
PV/SV Display Mode
(Automatic control)key (3 sec)

Output MV
indication

key

8.5 AT/Auto-reset Perform, AT Cancel
In order to set each value of P, I, D and ARW automatically, the AT process should
be made to fluctuate to obtain an optimal value. [See Section “10. AT” (pp. 79, 80.)]‘AT/Auto-reset Perform’ and ‘AT Cancel’ can be set in [AT/Auto-reset] in AT group.
Auto-reset can be performed when the unit is in P or PD control action. [See Section“9. Auto-reset” (p.78.)]
Auto-reset ends 4 minutes after starting. It cannot be released while performing thisfunction.
- 72 -

How to perform AT/Auto-resetkey 3 times in PV/SV Display Mode.
(1) Press the
The unit proceeds to the AT group.
key. The unit proceeds to [AT/Auto-reset].
(2) Press the/]” with thekey, and(3) Select AT/Auto-reset “Perform [press thekey.
The unit returns to PV/SV Display Mode, and AT/Auto-reset will initiate.
While performing AT/Auto-reset, the AT indicator is flashing.
AT will be forced to stop if it has not been completed within 4 hours.
If Direct/Reverse action is switched during AT (by selecting ‘003 Direct/Reverse action’in [Event input allocation]), the AT stops.
Auto-reset is cancelled in approximately 4 minutes. It cannot be released while
performing this function.
How to cancel AT
key 3 times in PV/SV Display Mode.
(1) Press the
The unit proceeds to the AT group.
key. The unit proceeds to [AT/Auto-reset].
(2) Press the]” with thekey, and press the(3) Select AT/Auto-reset “Cancel [key for 3 seconds. AT will stop, and the unit will revert to PV/SV Display Mode.
If AT is cancelled during this process, each value of P, I, D and ARW reverts tothe values before the AT was performed.
AT Perform/Cancel (PID control):1
Proceed to the AT group.
Press thekey 3 times in PV/SV Display Mode.
The unit proceeds to the AT group.
(3 times)

2

Proceed to [AT/Auto-reset].
Press thekey.
The unit proceeds to [AT/Auto-reset].

3

Select AT Perform/Cancel.
Select “(AT Perform)” with the(AT Cancel)” with theselect “: AT Cancel: AT Perform

4

.

, or

Confirm AT Perform/Cancel.
If “AT Perform” is selected, press thekey.

If “AT Cancel” is selected, press the

key for 3

seconds. The unit reverts to PV/SV Display Mode.
5

AT Perform/Cancel
While AT is performing, the AT indicator flashes.
If AT is cancelled. the AT indicator turns off.

- 73 -

8.6 Using Event Output as a High/Low Limits Independent Alarm
To use the Event output as a High/Low limits independent alarm, set as follows.
(e.g.)
SV: 100
EVT1 (low limit) alarm value: 10
EVT1 high limit alarm value: 20
90

100(Fig. 8.6-1)

120(1) Select [Engineering group] – [Event output group] – [Event output EVT1 allocation]– [Alarm output; High/Low limits independent] in order.
1(4 times)

Proceed to the Engineering group.
Press thekey 4 times in PV/SV Display Mode.
The unit proceeds to the Engineering group.

2

Proceed to the Input group.
Press thekey.
The unit proceeds to the Input group.

3

Proceed to the Event output group.
Press thekey multiple times until Event output
group characters appear.

4(Multiple
times)

Proceed to Event output EVT1 allocation.
Press thekey.
The unit proceeds to Event output EVT1 allocation.

5

Select Event output EVT1 allocation.
Select [004: Alarm output; High/Low limits independent]with the
or
key.

6

Confirm Event output EVT1 allocation.
Press thekey.
The unit proceeds to Event output EVT1 alarm hysteresis.

7

Set Event output EVT1 alarm hysteresis.
Use theor
key for settings, and press thekey.
The unit proceeds to Event output EVT1 alarm delay time.

- 74 -

8

Set Event output EVT1 alarm delay time.
Use theorfor settings, and press thekey.
The unit proceeds to Event output EVT1 alarm Energized/
De-energized.

9

Select Event output EVT1 alarm Energized/De-energized.
Use theorfor selection, and press thekey
for 3 seconds.
(3 sec)The unit reverts to PV/SV Display Mode.

10

PV/SV Display Mode

(2) Set EVT1 (low limit) alarm value and EVT1 high limit alarm value.
1

+
2

3

Proceed to Event setting mode.
Press theandkeys (in that order) together
in PV/SV Display Mode.
The unit proceeds to Event setting mode.
Set the EVT1 (low limit) alarm value.
Set the EVT1 (low limit) alarm value with the
key.

or

Register the EVT1 (low limit) alarm value.
Press thekey. The EVT1 (low limit) alarm value
is registered, and the unit proceeds to EVT1 high limit
alarm value.

4

5

Set EVT1 high limit alarm value.
Set the EVT1 high limit alarm value with the
key.

or

Register the EVT1 high limit alarm value.
key.
Press theThe EVT1 high limit alarm value is registered, and theunit reverts to PV/SV Display Mode.

6

PV/SV Display Mode

- 75 -

8.7 Set Value Memory Function
If ‘Set value memory’ is selected in [Event input EVI1 to EVI4 allocation], memory filenumbers can be selected by external operation. Up to 15 files with 13 pieces of data canbe memorized. Control can be performed by selecting the desired file number.
In one file, 13 pieces of data are included: SV, Step time, Wait value, EVT1 alarm value,
EVT1 high limit alarm value, EVT2 alarm value, EVT2 high limit alarm value, EVT3 alarm
value, EVT3 high limit alarm value, EVT4 alarm value, EVT4 high limit alarm value,
EVT5 alarm value, EVT5 high limit alarm value.
If ‘Set value memory’ is selected for EVI1 to EVI4 in [Event input EVI1 to EVI4 allocation],
the memory number can be set by connecting terminals 11 through 15 as follows.
A maximum of 50 units of controllers can be connected in parallel.
Set value memory numbers by connecting terminals: [ : ON (Closed), X: OFF (Open)]Set value memory No.
Connecting terminals

11–15 [DI1(EVI1)-COM]
12–15 [DI2(EVI2)-COM]
13–15 [DI3(EVI3)-COM]
14–15 [DI4(EVI4)-COM]

1

2

X
X
X
X

X
X
X

3

4

X
X
X

X
X

5

6

X
X

X

X

X

7

8

X

X

9 10 11 12 13 14 15 (*)
X
X
X
X
X X
X X
X X X X

X(*) Works as Set value memory number 15.
If ‘Set value memory’ is selected for EVI1 and EVI2 in [Event input EVI1 to EVI4
allocation]: Set value memory number can be selected using terminals 11, 12 and 15
as shown below.
Set value memory numbers by connecting terminals: [ : ON (Closed), X: OFF (Open)]Set value memory No.
Connecting terminals

11–15 [DI1(EVI1)-COM]
12–15 [DI2(EVI2)-COM]

1
X
X

2

3

4

X
X

During setting mode or while AT is performing, memory numbers cannot be changed byconnecting terminals.
[Operation procedure]
Simplified setting(1) Select a Set value memory number by connecting terminals in PV/SV Display Mode.
(2) Set the following values.
• SV (in SV setting mode)• EVT1 alarm value, EVT1 high limit alarm value, EVT2 alarm value, EVT2 high limit alarm
value, EVT3 alarm value, EVT3 high limit alarm value, EVT4 alarm value, EVT4 highlimit alarm value, EVT5 alarm value, EVT5 high limit alarm value (in Event setting mode)- 76 -

Group selection (Fixed value control)(1) Proceed to the setting item of the desired Set value memory number in the‘SV, Event group’.
(2) Set the following values:
SV, EVT1 alarm value, EVT1 high limit alarm value, EVT2 alarm value, EVT2 highlimit alarm value, EVT3 alarm value, EVT3 high limit alarm value, EVT4 alarm value,
EVT4 high limit alarm value, EVT5 alarm value, EVT5 high limit alarm value[Registration complete]• Data is registered in the file number indicated by the MEMO/STEP Display.
• When any number is retrieved by connecting terminals, the selected number will be
indicated, and the control is performed using the data (set values) of the indicatedfile number.
• To change the set values, repeat [Operation procedure] on the previous page.

- 77 -

9. Auto-reset
Auto-reset is performed to correct the offset at the point at which PV indication isstabilized within the proportional band during the PD control. Since the correctedvalue is internally memorized, it is not necessary to perform the auto-reset again aslong as the process is the same.
However, when OUT1 proportional band (P) is set to 0 or 0.0, the corrected value iscleared.
Auto-reset is performed.
SV

Offset span

Temperature

Offset is corrected.
Time(Fig. 9-1)

- 78 -

10. ATIn order to set each value of P, I, D and ARW automatically, the AT process should bemade to fluctuate to obtain an optimal value. One of 3 types of fluctuation below is
automatically selected.
For DC voltage, current inputs, the AT process will fluctuate around the SV for conditionsof [1], [2] and [3]. (p.80)

Notice• Perform AT during the trial run.
• If PID zone function is set to “Used”, perform AT in each PID zone.
In (Fig. 10-1), perform AT at PID zone values 1 and 2.
Step

PID zonevalue 2

1

2

3

4

5

PID zonevalue 1

PID zone parameters of PID zone
value 1 are calculated by
performing AT.

PID zone parameters of PID zone
value 2 are calculated by
performing AT.

(Fig. 10-1)• If AT is cancelled during this process, each value of P, I, D and ARW reverts to the values
before the AT was performed.
• AT will be forced to stop if it has not been completed within 4 hours.
• If Direct/Reverse action is switched during AT (by selecting ‘003 Direct/Reverse action’in [Event input allocation]), the AT stops.
• During AT, none of the setting items can be set.
• If power failure occurs during AT, the AT will stop.
• Sometimes the AT process will not fluctuate if AT is performed at or near room
temperature. Therefore, AT might not finish normally.

- 79 -

[1] If there is a large difference between the SV and PV as the temperature is rising
When AT bias is set to 20 , the AT process will fluctuate at the temperature 20 lower
than the SV.
Temperature 20

lower than the SV(1) Calculates PID constants.
(2) PID constants calculated(3) Controlled by the PID
constants set by AT.
(4) AT bias valueSV(4)
TemperatureTime

AT starting point
(1)

(2)

(3)

(Fig. 10-2)[2] When the control is stable
The AT process will fluctuate around the SV.
(1) Calculates PID constants.
(2) PID constants calculated(3) Controlled by the PID
constant set by AT.

SV
TemperatureTime

AT starting point
(1)

(2)

(3)

(Fig. 10-3)[3] If there is a large difference between the SV and PV as the temperature is falling
When AT bias is set to 20 , the AT process will fluctuate at the temperature 20
higher than the SV.
Temperature 20

higher than the SV(1) Calculates PID constants.
(2) PID constants calculated(3) Controlled by the PID
constants set by AT.
(4) AT bias value

Temperature
SV

(4)

Time

AT starting point
(1)

(2)

(Fig. 10-4)- 80 -(3)

11. Action Explanation
11.1 OUT1 Action

Heating ( reverse) action

Cooling (direct ) action

Proportional band

Proportional band
ON

ON

Controlaction
OFF

OFF
SV

SV

R/

H 4

H 4

H 4

H 4

H 4

H 4

C 5

C 5

C 5

C 5

C 5

C 5

L 6

L 6

L 6

L 6

L 6

+ 5

+5

+ 5

+ 5

+ 5

+ 5

- 6

- 6

- 6

- 6

- 6

- 6

+ 5

+ 5

+ 5

+ 5

+ 5

- 6

- 6

- 6

- 6

- 6

L 6

S/

12 V DC+ 5

A/

Indicator( OUT1)

20 mA DC

- 6

Cycle action is performed
according to deviation.
12/0 V DC

0 V DC

Cycle action is performed
according to deviation.
20 to 4 mA DC

4 mA DC

Changes continuously
according to deviation
.

Lit

Unlit

: ON (lit) or OFF (unlit)- 81 -

0 V DC

4 mA DC

Unlit

Cycle action is performed
according to deviation.
0/12 V DC

12 V DC

Cycle action is performed
according to deviation.
4 to 20 mA DC

20 mA DC

Changes continuously
according to deviation.

Lit11.2 OUT1 ON/OFF Control Action
Heating (reverse) action

Cooling (direct) action
Hysteresis

Hysteresis
ON

Controlaction

ON

OFF

OFF
SV

R/

S/

A/
Indicator(OUT1 )

SV

H 4

H 4

H 4

H 4

C 5

C 5

C 5

C 5

L 6

L 6

L 6

L 6

+ 5

12V DC

+ 5

- 6

- 6

+ 5

+ 5

- 6

- 6

20 mA DCLit

0 V DC+5

0 V DC- 6

4 mA DC+5: ON (lit) or OFF (unlit)- 82 -

12 V DC- 6

4 mA DC

- 6

Unlit

+ 5

Unlit

+ 5

20 mA DC- 6

Lit

11.3 Alarm Action
Low limit alarmHigh limit alarm
EVT1 hysteresis

EVT1 hysteresis

ON

ON

OFF

OFF

Alarm
action- EVT1 value

AlarmoutputSV+EVT1 value- EVT1 value+ side+ side- side- sideHigh/ Low limits alarm

SVHigh/ Low limits independent alarm

EVT1 hysteresis
ON+EVT1 value

EVT1 hysteresis
ON

Alarm
actionOFF

OFF
EVT1 value

SV

EVT1 value

EVT1 low limit value

SV

EVT1 high limit value

AlarmoutputHigh/ Low limit range alarm

High/ Low limit range independent

EVT1 hysteresis

EVT1 hysteresis
ON

ON

Alarm
actionOFF

OFF
EVT1 value

SV

EVT1 value

EVT1 low limit value

SV

EVT1 high limit value

AlarmoutputProcess high alarm

Process low alarm

EVT1 hysteresis

EVT1 hysteresis

ON

ON

Alarm
actionOFF

OFF
EVT1 value

EVT1 value

Alarmoutput- 83 -

Low limit alarm with standby

High limit alarm with standby
EVT1 hysteresis

Alarm
action

ON

ON

OFF

OFF
- EVT1 value

AlarmoutputEVT1 hysteresis

SV+EVT1 value- EVT1 value+ side+ side- side- sideHigh/Low limits with standby

SV

High/Low limits with standby independent

EVT1 hysteresis
ON+EVT1 value

EVT1 hysteresis
ON

Alarm
actionOFF

OFF
EVT1 value

SV

EVT1 value

EVT1 low limit value

SV

EVT1 high limit value

Alarmoutput: EVT1 output terminals 9 and 10 are closed (ON).
: EVT1 output terminals 9 and 10 are closed (ON) or opened (OFF).
: EVT1 output terminals 9 and 10 are opened (OFF).
: Alarm output is in standby.
• EVT1 value represent EVT1 alarm value, and EVT1 hysteresis represent EVT1 alarm hysteresis.
• EVT1 indicator lights when their output terminals 9 and 10 are closed (ON), andturns off when their output terminals 9 and 10 are opened (OFF).
For EVT2 to EVT5, read “EVT2 to EVT5” for “EVT1”.
EVT2 output (terminals 7 and 8) (For A3 option, use terminals 8 and 10.)
EVT3 output (terminals 7 and 10)
EVT4 output (terminals 29 and 30)
EVT5 output (terminals 28 and 30)• For the alarm types (High limit alarm, High/Low limits alarm, High/Low limits independent,
Process high alarm), the alarm is activated when the indication is overscale, and thestandby function is released for the alarms with standby function.
For the alarm types (Low limit alarm, High/Low limits alarm, High/Low limits independent,
Process low alarm), the alarm is activated when the indication is underscale, and thestandby function is released for the alarms with standby function.
When Alarm action De-energized is selected, the output ON/OFF status acts conversely to thealarm action described above. (The Event indicator acts the same as the action Energized.)
Energized
De-energized
Event indicator
LightsLightsEvent output
ONOFF- 84 -

11.4 Heater Burnout Alarm Action• EVT1 indicator lights when their output terminals 9 and 10 are closed (ON),and turns off when their output terminals 9 and 10 are opened (OFF).
The following shows EVT2 to EVT5 terminals.
EVT2 output (terminals 7 and 8) (For A3 option, use terminals 8 and 10.)
EVT3 output (terminals 7 and 10)
EVT4 output (terminals 29 and 30)
EVT5 output (terminals 28 and 30)- 85 -

11.5 OUT2 (Heating/Cooling control) Action
Heating P-band

Cooling P-band
ON

ON
ControlactionHeatingactionCoolingaction

OFF

OFF
SV

R/

H 4

H 4

H 4

C 5

C 5

C 5

L 6

L 6

7

7

7

8

8

L 6

Cycle action is performed
according to deviation.

DR

8

Cycle action is performed
according to deviation.

+5S/

12 V DC

- 6

+5

+5

- 6

- 6

12/0 V DC

0 V DC

Cycle action is performed
according to deviation.

+7DS

0 V DC

+7

+7

- 8

- 8

0/12 V DC- 8

12 V DC

Cycle action is performed
according to deviation.

+5

20 mA DC

A/

- 6

+5
- 6

4 mA DC

4 mA DC- 6

Changes continuously
according to deviation.

+7
DA

+ 5

20 to 4 mA DC+7
4 to 20 mA DC

- 8

- 8

+7

20 mA DC

- 8

Changes continuously
according to deviation.

Indicator(OUT1)

Lit

Unlit

Indicator(OUT2)

Unlit

Lit: ON (lit) or OFF (unlit): Represents Heating control action.

: Represents Cooling control action.

- 86 -

11.6 OUT2 (Heating/Cooling Control) Action (When Setting Dead Band)
Dead band

Heating P-band

Cooling P-band
ON

ON
HeatingactionControlaction(Cooling
action)
OFF

OFF
SV

R/

H 4

H 4

H 4

C 5

C 5

C 5

L 6

L 6

L 6

Cycle action is performed
according to deviation.

7
DR

8

7

7

8

8

Cycle action is performed
according to deviation.

S/

+ 5

+5

+5

- 6

- 6

- 6

12 V DC

12/0 V DC

0 V DC

Cycle action is performed
according to deviation.

+7
DS

+7

+7

- 8

- 8

0/12V DC

0 V DC- 8

12 V DC

Cycle action is performed
according to deviation.

+5A/

20 mA DC

- 6

+5

+5
20 to 4 mA DC- 6

Changes continuously
according to deviation.

4 mA DC- 6+7

4 mA DC

DA

- 8

+7
4 to 20 mA DC

- 8

+7

20 mA DC

- 8

Changes continuously
according to deviation.

Indicator( OUT1)
Indicator( OUT2)

Lit

Unlit

Unlit

Lit

: ON (lit) or OFF (unlit): Represents Heating control action.
: Represents Cooling control action.

- 87 -

11.7 OUT2 (Heating/Cooling Control) Action (When Setting Overlap Band)
Heating P-band

ON
ControlactionCooling P-band

HeatingactionOverlap
band

ON

Heatingaction(Cooling
action)

OFF

OFF
SV

R/

H 4

H 4

H 4

C 5

C 5

C 5

L 6

L 6

L 6

Cycle action is performed
according to deviation.

7
DR

8

7

7

8

8

Cycle action is performed
according to deviation.

+ 5
S/

- 6

12 V DC

+ 5

+ 5

- 6

- 6

12/0 V DC

0 V DC

Cycle action is performed
according to deviation.

+7DS

0 V DC

- 8

+7

+7

- 8

- 8

0/12 V DC

12V DC

Cycle action is performed
according to deviation.

+5A/

20 mA DC

- 6

+5

+5

20 to 4mA DC- 6

4 mA DC- 6

Changes continuously
according to deviation.

+ 7
DA

Indicator( OUT1)
Indicator( OUT2)- 8

4 mA DC+ 7+7

4 to 20mA DC- 8

20 mA DC

- 8

Changes continuously
according to deviation.

Lit

Unlit

Unlit

Lit

: ON (lit) or OFF (unlit): Represents Heating control action.
: Represents Cooling control action.
- 88 -

12. Specifications

12.1 Standard Specifications
Rating
Input
Thermocouple

RTD
Direct current
DC voltage

Power supply
voltage
General structure
External
dimensions
Mounting
Material
Color
Drip-proof/
Dust-proof
Display

K, J, R, S, B, E, T, N, PL- , C(W/Re5-26):
External resistance, 100
or less(However, B input: External resistance, 40
max.)
Pt100, JPt100, 3-wire type
Allowable input lead wire resistance: 10
max.
per wire
0 to 20 mA DC, 4 to 20 mA DC:
Input impedance: 50
Allowable input current: 50 mA max.
0 to10 mV DC, -10 to 10 mV DC, 0 to 50 mV
DC, 0 to 100 mV DC, 0 to 1 V DC:
Input impedance: 1 M minimum
Allowable input voltage: 5 V DC max.
Allowable signal source resistance:
0 to 10 mV DC: 20
max.
-10 to 10 mV DC: 40
max.
max.
0 to 50 mV DC: 200
0 to 100 mV DC: 200
max.
0 to 1 V DC:
2 k max.
0 to 5 V DC, 1 to 5 V DC, 0 to 10 V DC:
Input impedance: 100 k minimum
Allowable input voltage: 15 V DC max.
Allowable signal source resistance: 100max.

100 to 240 V AC 50/60 Hz, or 24 V AC/DC 50/60 Hz
Allowable voltage fluctuation: 100 to 240 V AC: 85 to 264 V AC
24 V AC/DC: 20 to 28 V AC/DC
ACD-13A: 96 x 96 x 100 mm (W x H x D)
ACR-13A: 48 x 96 x 100 mm (W x H x D)
Flush
Case: Flame-resistant resin
Case: Black
IP66 (for front panel only)
PV Display

11-segment LCD 5-digit,
Backlight Red/Green/Orange
Character size:
ACD-13A: 24.0 x 11.0 mm (H x W)
ACR-13A: 14.0 x 5.4 mm (H x W)

- 89 -

SV/MV/TIME
Display

MV/DV
bar graph
MEMO/STEP
Display
Actionindicators
Setting structure
Setting method

11-segment LCD 2-digit, Backlight Orange
Character size:
ACD-13A: 10.0 x 5.0 mm (H x W)
ACR-13A: 10.0 x 4.6 mm (H x W)
Backlight Orange

Digital setting using membrane sheet key

Indication performance
Base accuracy
Thermocouple

RTD
Direct current
DC voltage
External setting
input accuracy
Cold junction
temperaturecompensation
accuracy
Input sampling
periodTime accuracy

11-segment LCD 5-digit, Backlight Green
Character size:
ACD-13A: 14.0 x 7.0 mm (H x W)
ACR-13A: 10.0 x 4.6 mm (H x W)
22-segment LCD bar graph, Backlight Green

Within 0.2% of each input span 1 digit
However, R, S inputs, -50 to 200 (-58 to 392 ):Within 6 (12 )B input, 0 to 300 (32 to 572 ): Accuracy is
not guaranteed.
K, J, E, T, N inputs, less than 0 (32 ):Within 0.4% of input span 1 digit
Within 0.1% of each input span 1 digit
Within 0.2% of each input span 1 digit
Within 0.2% of each input span 1 digit

Within0.2% of External setting input span

Within1

at 0 to 50

125 ms (250 ms when EAWithinor EV

option is ordered)

1.0% of the setting time

Control performance
Setting
Based on the Base accuracy and Cold junction temperatureaccuracy
compensation accuracy
PID control (with AT function)
Control action
PI control: When derivative time is set to 0
PD control (with Auto/Manual reset function): When integral time isset to 0
P control (with Auto/Manual reset function): When integral andderivative time are set to 0.
ON/OFF control: When proportional band is set to 0 or 0.0- 90 -

Control action

OUT1
proportional
band
Integral time
Derivative
time
OUT1
proportional
cycle
ARW
OUT1
ON/OFFhysteresis
OUT1 highlimit
OUT1 low
limit

Control output(OUT1)

Relay
contact

Non-contact
voltage(SSR drive)
Directcurrent

0 to Input span( )DC voltage, current inputs: 0.0 to 1000.0%(ON/OFF control when set to 0 or 0.0)
(Factory default: 10 )0 to 3600 seconds (OFF when set to 0)(Factory default: 200 seconds)
0 to 1800 seconds (OFF when set to 0)(Factory default: 50 seconds)
1 to 120 seconds (Factory default:
Relay contact: 30 sec, Non-contact voltage: 3 sec,
Direct current: Not available)
0 to 100% (Factory default: 50%)
0.1 to 1000.0 ( ) (Factory default: 1.0 )DC voltage, current inputs: 1 to 10000(The placement of the decimal point follows theselection.)
0 to 100% (Direct current: -5 to 105%)(Factory default: 100%)
0 to 100% (Direct current: -5 to 105%)(Factory default: 0%)1a1bControl capacity: 3 A 250 V AC (resistive load),
1 A 250 V AC (inductive load cos =0.4)
Electrical life: 100,000 cycles
12 V DC 15%
Maximum 40 mA (short circuit protected)
4 to 20 mA DC (Resolution: 12000)
Load resistance: Maximum 600

Standard functions
EVT1 output
The output is turned ON or OFF depending on the conditions
selected in [Event output allocation].
Output: Relay contact 1aControl capacity: 3 A 250 V AC (resistive load)
1 A 250 V AC (inductive load cos =0.4)
Electrical life: 100,000 cycles
The output is turned ON or OFF depending on the conditions
EVT2 output
selected in [Event output allocation].
If D or P option is ordered, EVT2 output will be disabled.
Output: Relay contact 1aControl capacity: 3 A 250 V AC (resistive load)
1 A 250 V AC (inductive load cos =0.4)
Electrical life: 100,000 cycles- 91 -

Alarm action

When Alarm action (Energized) is selected in [Event output
allocation], the alarm action point is set by the deviation from theSV (except Process alarm).
When the input goes outside the range, the output turns ON or OFF(in the case of High/Low limit range alarm).
When the alarm action is set as De-energized, the output acts
conversely.
Types: High limit alarm, Low limit alarm, High/Low limits alarm,
High/Low limits independent, High/Low limit range, High/Low limit
range independent, Process high alarm, Process low alarm, Highlimit with standby alarm, Low limit with standby alarm, High/Low
limits with standby, High/Low limits with standby independent
Energized/De-energized action are applied to the above alarms,
totaling 24 alarm types. No event can also be selected.
(Factory default: No event)
Refer to Section ‘11.3 Alarm action’ (pp. 83, 84)
Set value
Factory default: 0
Setting
Based on the Indication accuracy and Cold
accuracyjunction temperature compensation accuracy.
ActionON/OFF action
Hysteresis:
Thermocouple, RTD inputs: 0.1 to 1000.0 ( )(Factory default: 1.0 )DC voltage, current inputs: 1 to 10000 (Theplacement of the decimal point follows the selection.)
EVT
output for which Alarm output is selected in
Output[Event output allocation].

Loop breakalarm

Detects heater burnout, sensor burnout and actuator trouble.
Loop break alarm time: 0 to 200 minutes
SettingLoop
break alarm band: 0 to 150 ( ),range
0.0 to 150.0 ( ),DC voltage, current inputs: 0 to 1500 (The placement of the decimal point follows the selection.)
EVT output for which Loop break alarm is
Outputselected in [Event output allocation].

Attached functions

Sensor correction Corrects sensor input value.

Set value lockAuto/Manualcontrol switching
Programcontrol function

Power restore
actionLock 1, Lock 2, Lock 3, Lock 4
Auto/Manual control can be switched using the
key in PV/SV
Display Mode.
Number of steps: 15
Program control starts or stops with the
key. If Pattern end
output is selected in [Event output allocation] (pp. 34-36), the Event
output to which Pattern end output is allocated is turned ON when
program is finished. If the
key is pressed for 1 second while
program is operational, the Advance function initiates, interrupting
the performing step, and proceeds to the next step.
Selects program status when power failure occurs during program
control RUN and is restored.
Progressing time error after power is restored: 1 minute- 92 -

SV ramp
function
Power failurecountermeasureSelf-diagnosis

When the SV is adjusted, it approaches the new SV by the preset
rate-of-change ( /minute, /minute).
When the power is turned on, the control starts from the PV
and approaches the SV by the rate-of-change.
The setting data is backed up in the non-volatile IC memory.

The CPU is monitored by a watchdog timer, and if an abnormal
status occurs, the controller is switched to warm-up status, turning
all outputs OFF.
Automatic cold
Detects the temperature at the connection terminal between thejunction temperathermocouple and the instrument, and maintains it at the same status
ture compensation(only thermocouple as if the reference junction location temperature were at 0 (32 ).
input type)

When thermocouple or RTD input is burnt out, OUT1 and OUT2 areturned OFF (for direct current output type, OUT1 low limit value),”.
and the PV Display flashes “For the manual control, the preset MV is output.
When the DC voltage or current input is disconnected, the PV
Display flashes “” for 4 to 20 mA DC, 1 to 5 V DC inputs.
For 0 to 10 mV DC, -10 to 10 mV DC, 0 to 50 mV DC, 0 to 100 mV
DC and 0 to 1 V DC inputs, the PV Display flashes “”.
For 0 to 20 mA DC, 0 to 5 V DC and 0 to 10 V DC inputs, the PV
display indicates the value corresponding with 0 mA or 0 V input.
Input error indication
Output status
Contents,
OUT1
OUT2
Indication
Direct(Cooling) Reverse(Heating) Direct(Cooling) Reverse(Heating)Overscale
Measured value OFF (4 mA) or OFF (4 mA) or
OFF orOFF orhas exceeded
OUT2 low
OUT2
low
OUT1
low
limit
OUT1
low
Indication range
limit value
limit
value
value
limit
value
high limit value.
"" flashes.
Underscale
Measured value
OFF orOFF orOFF (4 mA) or OFF (4 mA) or
has dropped
below Indication OUT1 low
OUT2 low
OUT2 low
OUT1 low limit
range low limit
limit value
limit value
value
limit value
value.
"" flashes.
For manual control, the preset MV is output.
Indication range, Thermocouple [Input range low limit value - 50 (100 )] toControl range[Input range high limit value + 50 (100 )]RTD[Input range low limit value - Input span x 1%] to[Input range high limit value + 50 (100 )]DC voltage,[Scaling low limit value - Scaling span x 1%] toDirect current [Scaling high limit value + Scaling span x 10%]
BurnoutWarm-upindication

After the power supply to the instrument is turned on, the PV
Display indicates the sensor input type, and SV/MV/TIME Display
indicates input range high limit value (for thermocouple, RTD inputs)
or Scaling high limit value (for DC voltage, current inputs) for
approximately 3 seconds.
- 93 -

Console
communication

By connecting the USB communication cable (CMB-001) to theConsole connector of the instrument, the following operations canbe conducted from an external computer using the Console software
SWS-AC001M.
Console communication and Serial communication (C, C5 option)cannot be used together.
(1) Reading and setting of SV, PID and various set values(2) Reading of PV and action status(3) Function change
Communication interface: C-MOS level
PV color selection PV Display color can be selected. (For details, see p.50.)
Timer function
If Timer output, which is linked to Event input, is selected in [Event(Linked to the
output allocation], and if Timer Start/Stop is selected in [Event input
Event input)
allocation], this function activates.
If Event input turns ON, timer counting starts, and Event output turns
ON or OFF after delay time has passed.
If the timer function is allocated to the Event input which is linked tocontrol, control turns ON while Event output is ON, and turns OFF if
Event output is OFF.
Bar graph
The bar graph lights depending on the selection of either MV or DV.
With MV indication, if Heating/Cooling control output is ordered, bargraph indication for OUT1MV and OUT2MV differs.
Insulation, Dielectric strength
Circuitinsulation
configurationPowersupplyControl output OUT1

Event input*

Serialcommunication

Electrically insulated

EVT2 output(Control output OUT2)
EVT3 output

EVT1 output

Transmission
outputCT input

EVT4 output

External setting
input

EVT5 output

Input

GND

*1 When OUT1 and OUT2 are non-contact voltage or direct current
output, OUT1 is not electrically insulated from OUT2.
- 94 -

Insulation
resistanceDielectricstrength
Other
Power
consumption
Ambient
temperature
Ambient
humidity
WeightAccessories
included

Accessories
sold separately

10 M

minimum, at 500 V DC

Between power terminal and ground (GND): 1.5 kV AC for 1 minuteBetween input terminal and ground (GND): 1.5 kV AC for 1 minuteBetween input terminal and power terminal: 1.5 kV AC for 1 minuteACD-13A: Approx. 18 VA
ACR-13A: Approx. 15 VA
0 to 50 (32 to 122 )35 to 85 %RH (Non-condensing)
ACD-13A: Approx. 460 g
ACR-13A: Approx. 330 g
For the ACD-13A and ACR-13A:
Mounting brackets: 1 set, Instruction manual: 1 copy
Gasket A (Front mounted to the unit): 1 piece
For the ACR-13A only:
Harness EVT5:1 piece [When Event output (A5 option) is ordered]
Harness W: 1 piece [When Heater burnout alarm (W option) is ordered]
Harness W: 2 pieces [When Heater burnout alarm(W3 option) is ordered]
Harness E: 1 piece [When External setting input (EA , EV option)is ordered]
Harness VT: 1 piece [When Transmission output (TA1, TV1 option)is ordered]
Terminal cover
Heater burnout alarm 20 A: CT (CTL-6-S-H)
Heater burnout alarm 100 A: CT (CTL-12-S36-10L1U)
USB communication cable (CMB-001)

12.2 Optional Specifications
Event input (Option code: EI)
EVI1 to EVI4 are used as an Event input.
Any Events selected in [Event input allocation] will be performed depending on the
Input ON (Closed) or OFF (Open) status. See (Fig 6.3.3-1) on p.33.
If the Set value memory number function is selected:
20, 21, 22 and 23 will be allocated to Event input EVI1 to EVI4 respectively, and the Set
value memory number (SV1 to SV15) will be determined by each value of EVI1 to EVI4.
The selected Set value memory number, the added value of 2n +1, is indicated on the
MEMO/STEP Display. See Section “8.7 Set Value Memory Function” on pp.76, 77.
Circuit current when Closed

Approx. 16 mA

Event output (Option code: A3)
EVT1 to EVT3 are available using a common terminal.
The output will be turned ON or OFF depending on the conditions selected in [Event
output allocation].
Relay contact, 1a
OutputControl capacity: 3 A 250 V AC (Resistive load)
1 A 250 V AC (Inductive load, cos =0.4)
Electrical life: 100,000 cycles- 95 -

Event output (Option code: A5)
EVT4 and EVT5 are available.
The output will be turned ON or OFF depending on the conditions selected in [Event
output allocation].
Relay contact, 1a
OutputControl capacity: 3 A 250 V AC (Resistive load)
1 A 250 V AC (Inductive load, cos =0.4)
Electric life: 100,000 cycles
Heater burnout alarm (including sensor burnout alarm) [Option code: W, W3]
Output will be turned ON or OFF depending on the conditions selected in [Event
output allocation].
This alarm is also activated when indication is overscale and underscale.
This option cannot be applied to direct current output type.
Rated current One type can be selected from the following.
Single-phase 20 A, Single-phase 100 A
3-phase 20 A, 3-phase 100 A
Single-phase: Detects burnout with CT1 input.
3-phase: Detects burnout with CT1 and CT2 input.
Setting range 0.0 to 20.0 A (for Heater rated current 20 A) (Off when set to 0.0)
0.0 to 100.0 A (for Heater rated current 100 A) (Off when set to 0.0)
SettingWithin 5% of the rated current
accuracy
Action point
Heater burnout alarm value
ActionON/OFF action
OutputRelay contact, 1a
Control capacity: 3 A 250 V AC (resistive load)
1 A 250 V AC (inductive load, cos =0.4)
Electric life: 100,000 cycles
Heating/Cooling control (Option code: D )OUT2 propor- 0.0 to 10.0 times (Multiplied value of OUT1 proportional band)tional band
(ON/OFF control when set to 0.0)
OUT2 integral Same as that of OUT1.
time
OUT2 derivaSame as that of OUT1.
tive time
OUT2 propor- 1 to 120 seconds [Factory default: Relay contact (DR): 30 seconds,
tional cycle
Non-contact voltage (DS): 3 sec, Direct current (DA): Not available]
Overlap/Dead Thermocouple, RTD inputs: -200.0 to 200.0 ( )band
DC voltage, current inputs: -2000 to 2000 (The placement of thedecimal point follows the selection.)
OUT2 ON/OFF Thermocouple, RTD inputs: 0.1 to 1000.0 ( ) (Default: 1.0 )hysteresis
DC voltage, current inputs: 1 to 10000 (The placement of the decimal
point follows the selection.)
OUT2 high limit 0 to 100%, [DA (Direct current): -5 to 105%] (Factory default: 100%)
OUT2 low limit 0 to 100%, [DA (Direct current): -5 to 105%] (Factory default: 0%)- 96 -

OUT2 coolingmethodCooling output(OUT2)

One cooling action can be selected from Air cooling (linear
characteristics), Oil cooling (1.5th power of the linear
characteristics) and Water cooling (2nd power of the linear
characteristics) by keypad operation. (Factory default: Air cooling)DR
Relay contact
1aDS
Non-contact voltage(for SSR drive)DA
Direct current

Control capacity:
3 A 250 V AC (resistive load),
1 A 250 V AC (inductive load cos =0.4)
Electrical life: 100,000 cycles
12 V DC 15%, Max. 40 mA(short circuit protected)
4 to 20 mA DC(Resolution: 12000)
Load resistance: Max. 600

Serial communication (Option code: C, C5)This option and Console communication cannot be used together.
The following operations can be carried out from an external computer.
(1) Reading and setting of the SV, PID values and various set values(2) Reading of the PV and action status(3) Function change
Cable length
Max.15 m (C)Max.1.2 km (C5)
Cable resistance: Within 50(Terminators are not necessary, but
if used, use a terminator of 120
minimum on both sides.)Communication EIA RS-232C (C)line
EIA RS-485 (C5)
Communication Half-duplex communication
methodSynchronization Start-stop synchronization
methodCommunication 9600 / 19200 / 38400 bps (Selectable by keypad)
speed(Factory default: 9600 bps)
Data bit/Parity
7 bits, 8bits / Even, Odd and No parity (Selectable by keypad)(Factory default: 7 bits/Even)
Stop bit
1, 2 (Selectable by keypad) (Factory default: 1)
Communication Shinko protocol / MODBUS ASCII / MODBUS RTU (Selectable byprotocolkeypad) (Factory default: Shinko protocol)
Communication
ShinkoMODBUSMODBUS
Data format
protocolprotocol
ASCII
RTU
Start bit
1
1
1
7 (8)
Data bit
78
SelectableEven
No parity
ParityEven(Odd, No parity)(Even, Odd)
Selectable
Selectable
1 (2)
1 (2)
Stop bit1
Selectable
Selectable- 97 -

Number of

1 unit to 1 host computer (C)Communication
error detection
Digital externalsetting

Parity, checksum (Shinko protocol), LRC (MODBUS ASCII),
CRC-16 (MODBUS RTU)
Receives step SV from the connected Shinko programmablecontrollers PCA1 or PCB1 (Select ‘SV digital transmission’ in[Communication protocol]).
SV adds SVTC bias value to the step SV received via SV digitaltransmission (SVTC command).

connectable units Maximum 31 units to 1 host computer (C5)External setting input (Option code: EA , EV )SV adds external analog signal to remote bias value.
Setting signal
Direct current: 4 to 20 mA DC [Option code: EA1]
0 to 20 mA DC [Option code: EA2]
DC voltage: 0 to 1 V DC [Option code: EV1]
1 to 5 V DC [Option code: EV2]
Allowable input EA : 50 mA DC max.
EV1: 5 V DC max.
EV2: 10 V DC max.
Input
EA : 50
impedance
EV : 100 k
Input sampling
250 msperiodTransmission output (Option code: TA1, TV1)
Converting the value (PV, SV, MV or DV transmission) to analog signal every 125 ms,
outputs the value in current or voltage. (Factory default: PV transmission)
If Transmission output high limit and low limit value are the same, outputs
Transmission output low limit value (4 mA DC or 0 V DC)
Resolution
12000
Output4 to 20 mA DC (load resistance, maximum 500 )0 to 1 V DC (load resistance, minimum 100 k )OutputWithin 0.3% of Transmission output span
accuracy
Insulated power output (Option code: P)
Output voltage
24 3 V DC (when load current is 30 mA DC)
Ripple voltage
Within 200 mV DC (when load current is 30 mA DC)
Max. load
30 mA DCcurrent- 98 -

13. Troubleshooting

If any malfunctions occur, refer to the following items after checking that power is being
supplied to the controller.
13.1 Indication
ProblemPossible Cause and Solution[], nothing or PV • Control output OFF function is working.
Press thekey for approx. 1 second to release theis indicated on the PV
function.
Display.
[] is flashing on • Burnout of thermocouple, RTD or disconnection of DC
voltage (0 to 10 mV DC, -10 to 10 mV DC, 0 to 50 mV DC,
the PV Display.
0 to 100 mV DC, 0 to 1 V DC)
Change each sensor.
How to check whether the sensor is burnt out[Thermocouple]
If the input terminals of the instrument are shorted, and if avalue around room temperature is indicated, the instrument
is likely to be operating normally, however, the sensor may
be burnt out.
[RTD]
If approx. 100
of resistance is connected to the input
terminals between A-B of the instrument and between B-B
is shorted, and if a value around 0 (32 ) is indicated,
the instrument is likely to be operating normally, however,the sensor may be burnt out.
[DC voltage (0 to 10 mV DC, -10 to 10 mV DC, 0 to 50 mV
DC, 0 to 100 mV DC, 0 to 1 V DC)]If the input terminals of the instrument are shorted, and if
a scaling low limit value is indicated, the instrument is likely
to be operating normally, however, the signal wire may bedisconnected.
• Check whether the input terminals of thermocouple, RTD or
DC voltage (0 to 10 mV DC, -10 to 10 mV DC, 0 to 50 mV
DC, 0 to 100 mV DC, 0 to 1 V DC) are securely mounted tothe instrument input terminal.
Connect the sensor terminals to the instrument input
terminals securely.
[] is flashing on • Check whether input signal wire for DC voltage (1 to 5 V DC)
or direct current (4 to 20 mA DC) is disconnected.
the PV Display.
How to check whether the input signal wire is disconnected[DC voltage (1 to 5 V DC)]If the input to the input terminals of the instrument is 1 V DC
and if a scaling low limit value is indicated, the instrument islikely to be operating normally, however, the signal wire
may be disconnected.
[Direct current (4 to 20 mA DC)]If the input to the input terminals of the instrument is 4 mA
DC and if a scaling low limit value is indicated, theinstrument is likely to be operating normally, however, thesignal wire may be disconnected.
• Check whether input signal wire for DC voltage (1 to 5 V DC)
or direct current (4 to 20 mA DC) is securely connected tothe instrument input terminals.
- 99 -

ProblemPossible Cause and Solution[] is flashing on • Check if polarity of thermocouple or compensating lead wireis correct.
the PV Display.
• Check whether codes (A, B, B) of RTD match the instrument
terminals.
The PV Display keeps• Check whether the input signal wire for DC voltage (0 to 5 V
indicating the value
DC, 0 to 10 V DC) and current (0 to 20 mA DC) is disconnected.
How to check whether the input signal wire is disconnectedwhich was set in[Voltage (0 to 5 V DC, 0 to 10 V DC)]
[Scaling low limit].
If the input to the input terminals of the instrument is 1 V DC
and if a value (converted value from Scaling high, low limit
setting) corresponding to 1 V DC is indicated, the instrument
is likely to be operating normally, however, the signal wire
may be disconnected.
[Direct current (0 to 20 mA DC)]If the input to the input terminals of the instrument is 4 mA
DC and if a value (converted value from Scaling high, low
limit setting) corresponding to 4 mA DC is indicated, theinstrument is likely to be operating normally, however, thesignal wire may be disconnected.
• Check whether the input lead wire terminals for DC voltage(0 to 5 V DC, 0 to 10 V DC) or direct current (0 to 20 mADC) are securely mounted to the instrument input terminals.
The indication of PV• Check whether sensor input or temperature unit ( , ) iscorrect.
display is irregular or
Select the sensor input and temperature unit ( , ) properly.
unstable.
• Sensor correcting value is unsuitable.
Set it to a suitable value.
• Check whether the specification of the sensor is correct.
• AC leaks into the sensor circuit. Use an ungrounded typesensor.
• There may be equipment that interferes with or makes noise
near the controller.
Keep ACD-13A or ACR-13A clear of any potentiallydisruptive equipment.
[] is indicated on • Internal memory is defective.
Contact our agency or us.
the PV Display.
13.2 Key Operation
Problem• Unable to set the SV, P,
I, D, Event alarm value,etc.
• The values do not,change by the
keys.
Setting items of each
Event output are notindicated.

Possible Cause and Solution• Set value lock (Lock 1 to Lock 4) is selected.
Release the lock in [Set value lock].
• AT (Auto-tuning) or auto-reset is performing.
In the case of AT, cancel AT.
It takes approximately 4 minutes until auto-reset is finished.
Check if the desired action has been selected in [Event
output allocation].
- 100 -

13.3 Control
ProblemTemperature does not
rise.

The control output
remains in an ON status.
The control output
remains in an OFF status.

Possible Cause and Solution• Sensor is out of order. Replace the sensor.
• Check whether the Sensor or control output terminals are
securely mounted to the instrument input terminals.
Ensure that the sensor or control output terminals aremounted to the instrument input terminals securely.
• Check whether the wiring of sensor or control output
terminals is correct.
• OUT1 or OUT2 low limit value is set to 100% or higher.
Set it to a suitable value.
• OUT1 or OUT2 high limit value is set to 0% or less.
Set it to a suitable value.

For all other malfunctions, please contact our main office or dealers.

- 101 -

14. Character Tables

The PV Display indicates setting characters, and the SV/MV/TIME Display indicatesfactory default.
[Simplified Setting]
SV setting mode
Character

Setting Item, Setting Range

Data

SV
Setting range: Scaling low limit to Scaling high limit
Event setting mode
Character

Setting Item, Setting Range
EVT1 alarm value
Setting range: Refer to (Table 14-1) on p.103.
EVT1 high limit alarm value
Setting range: Refer to (Table 14-1) on p.103.
EVT2 alarm value
Setting range: Refer to (Table 14-1) on p.103.
EVT2 high limit alarm value
Setting range: Refer to (Table 14-1) on p.103.
EVT3 alarm value
Setting range: Refer to (Table 14-1) on p.103.
EVT3 high limit alarm value
Setting range: Refer to (Table 14-1) on p.103.
EVT4 alarm value
Setting range: Refer to (Table 14-1) on p.103.
EVT4 high limit alarm value
Setting range: Refer to (Table 14-1) on p.103.
EVT5 alarm value
Setting range: Refer to (Table 14-1) on p.103.
EVT5 high limit alarm value
Setting range: Refer to (Table 14-1) on p.103.
- 102 -Data

(Table 14-1)

Alarm Type
Setting Range
High limit alarm (Deviation setting)-(Input span) to Input span( ) *1
Low limit alarm (Deviation setting)-(Input span) to Input span( ) *1
High/Low limits alarm
0 to Input span( ) *1(Deviation setting)High/Low limits independent
0 to Input span( ) *1(Deviation setting)High/Low limit range alarm
0 to Input span( ) *1(Deviation setting)High/Low limit range independent
0 to Input span( ) *1(Deviation setting)
Process high alarm
Input range low limit to Input range high limit*2
Process low alarm
Input range low limit to Input range high limit*2
High limit with standby alarm-(Input span) to Input span( ) *1(Deviation setting)
Low limit with standby alarm-(Input span) to Input span( ) *1(Deviation setting)High/Low limits with standby
0 to Input span( ) *1(Deviation setting)High/Low limits with standby
0 to Input span( ) *1independent (Deviation setting)*1: For DC voltage, current inputs, the input span is the same as the scaling span.
*2: For DC voltage, current inputs, input range low (or high) limit value is the same as
scaling low (or high) limit value.

PID setting mode
Character

Setting Item, Setting Range

OUT1 proportional band( )Setting range: 0 to Input span
DC voltage, current inputs: 0.0 to 1000.0%
OUT2 proportional band
Setting range: 0.0 to 10.0 times (Multiplied value of
OUT1 proportional band)
Integral time
Setting range: 0 to 3600 seconds
Derivative time
Setting range: 0 to 1800 seconds
ARW
Setting range: 0 to 100%Manual reset
Setting range: 1000.0
DC voltage, current inputs: The placement of the decimal
point follows the selection.
OUT1 rate-of-change
Setting range: 0 to 100 %/sec- 103 -

Data

[Group Selection]
SV, Event group (for Fixed value control)
Character

Setting Item, Setting Range
SV, Event group

SV1
Setting range: Scaling low limit to Scaling high limit
EVT1 alarm value
Setting range: Refer to (Table 14-1) on p.103.
EVT1 high limit alarm value
Setting range: Refer to (Table 14-1) on p.103.
EVT2 alarm value
Setting range: Refer to (Table 14-1) on p.103.
EVT2 high limit alarm value
Setting range: Refer to (Table 14-1) on p.103.
EVT3 alarm value
Setting range: Refer to (Table 14-1) on p.103.
EVT3 high limit alarm value
Setting range: Refer to (Table 14-1) on p.103.
EVT4 alarm value
Setting range: Refer to (Table 14-1) on p.103.
EVT4 high limit alarm value
Setting range: Refer to (Table 14-1) on p.103.
EVT5 alarm value
Setting range: Refer to (Table 14-1) on p.103.
EVT5 high limit alarm value
Setting range: Refer to (Table 14-1) on p.103.

- 104 -

Data

Program pattern group (for Program control)
Character
Setting Item, Setting Range
Program pattern group

Step 1 SV
Setting range: Scaling low limit to Scaling high limit
Step 1 time
Setting range: 00:00 to 99:59
Step 1 Wait value
Setting range:
0 to Converted value of 20% of input span
Step 1 EVT1 alarm value
Setting range: Refer to (Table 14-1) on p.103.
Step 1 EVT1 high limit alarm value
Setting range: Refer to (Table 14-1) on p.103.
Step 1 EVT2 alarm value
Setting range: Refer to (Table 14-1) on p.103.
Step 1 EVT2 high limit alarm value
Setting range: Refer to (Table 14-1) on p.103.
Step 1 EVT3 alarm value
Setting range: Refer to (Table 14-1) on p.103.
Step 1 EVT3 high limit alarm value
Setting range: Refer to (Table 14-1) on p.103.
Step 1 EVT4 alarm value
Setting range: Refer to (Table 14-1) on p.103.
Step 1 EVT4 high limit alarm value
Setting range: Refer to (Table 14-1) on p.103.
Step 1 EVT5 alarm value
Setting range: Refer to (Table 14-1) on p.103.

- 105 -

Data

Character

Setting Item, Setting Range
Step 1 EVT5 high limit alarm value
Setting range: Refer to (Table 14-1) on p.103.
Step 2 SV
Step 2 time
Step 2 Wait value
Step 2 EVT1 alarm value
Step 2 EVT1 high limit alarm value
Step 2 EVT2 alarm value
Step 2 EVT2 high limit alarm value
Step 2 EVT3 alarm value
Step 2 EVT3 high limit alarm value
Step 2 EVT4 alarm value
Step 2 EVT4 high limit alarm value
Step 2 EVT5 alarm value
Step 2 EVT5 high limit alarm value
Step 3 SV
Step 3 time
Step 3 Wait value
Step 3 EVT1 alarm value
Step 3 EVT1 high limit alarm value
Step 3 EVT2 alarm value
Step 3 EVT2 high limit alarm value
Step 3 EVT3 alarm value
Step 3 EVT3 high limit alarm value
Step 3 EVT4 alarm value
Step 3 EVT4 high limit alarm value
Step 3 EVT5 alarm value
Step 3 EVT5 high limit alarm value
Step 4 SV
Step 4 time
Step 4 Wait value
Step 4 EVT1 alarm value
Step 4 EVT1 high limit alarm value
Step 4 EVT2 alarm value
Step 4 EVT2 high limit alarm value
Step 4 EVT3 alarm value
Step 4 EVT3 high limit alarm value
Step 4 EVT4 alarm value
Step 4 EVT4 high limit alarm value
Step 4 EVT5 alarm value- 106 -

Data

Character

Setting Item, Setting Range
Step 4 EVT5 high limit alarm value
Step 5 SV
Step 5 time
Step 5 Wait value
Step 5 EVT1 alarm value
Step 5 EVT1 high limit alarm value
Step 5 EVT2 alarm value
Step 5 EVT2 high limit alarm value
Step 5 EVT3 alarm value
Step 5 EVT3 high limit alarm value
Step 5 EVT4 alarm value
Step 5 EVT4 high limit alarm value
Step 5 EVT5 alarm value
Step 5 EVT5 high limit alarm value
Step 6 SV
Step 6 time
Step 6 Wait value
Step 6 EVT1 alarm value
Step 6 EVT1 high limit alarm value
Step 6 EVT2 alarm value
Step 6 EVT2 high limit alarm value
Step 6 EVT3 alarm value
Step 6 EVT3 high limit alarm value
Step 6 EVT4 alarm value
Step 6 EVT4 high limit alarm value
Step 6 EVT5 alarm value
Step 6 EVT5 high limit alarm value
Step 7 SV
Step 7 time
Step 7 Wait value
Step 7 EVT1 alarm value
Step 7 EVT1 high limit alarm value
Step 7 EVT2 alarm value
Step 7 EVT2 high limit alarm value
Step 7 EVT3 alarm value
Step 7 EVT3 high limit alarm value
Step 7 EVT4 alarm value
Step 7 EVT4 high limit alarm value
Step 7 EVT5 alarm value
Step 7 EVT5 high limit alarm value
Step 8 SV- 107 -

Data

Character

Setting Item, Setting Range
Step 8 time
Step 8 Wait value
Step 8 EVT1 alarm value
Step 8 EVT1 high limit alarm value
Step 8 EVT2 alarm value
Step 8 EVT2 high limit alarm value
Step 8 EVT3 alarm value
Step 8 EVT3 high limit alarm value
Step 8 EVT4 alarm value
Step 8 EVT4 high limit alarm value
Step 8 EVT5 alarm value
Step 8 EVT5 high limit alarm value
Step 9 SV
Step 9 time
Step 9 Wait value
Step 9 EVT1 alarm value
Step 9 EVT1 high limit alarm value
Step 9 EVT2 alarm value
Step 9 EVT2 high limit alarm value
Step 9 EVT3 alarm value
Step 9 EVT3 high limit alarm value
Step 9 EVT4 alarm value
Step 9 EVT4 high limit alarm value
Step 9 EVT5 alarm value
Step 9 EVT5 high limit alarm value
Step 10 SV
Step 10 time
Step 10 Wait value
Step 10 EVT1 alarm value
Step 10 EVT1 high limit alarm value
Step 10 EVT2 alarm value
Step 10 EVT2 high limit alarm value
Step 10 EVT3 alarm value
Step 10 EVT3 high limit alarm value
Step 10 EVT4 alarm value
Step 10 EVT4 high limit alarm value
Step 10 EVT5 alarm value
Step 10 EVT5 high limit alarm value
Step 11 SV
Step 11 time
Step 11 Wait value- 108 -

Data

Character

Setting Item, Setting Range
Step 11 EVT1 alarm value
Step 11 EVT1 high limit alarm value
Step 11 EVT2 alarm value
Step 11 EVT2 high limit alarm value
Step 11 EVT3 alarm value
Step 11 EVT3 high limit alarm value
Step 11 EVT4 alarm value
Step 11 EVT4 high limit alarm value
Step 11 EVT5 alarm value
Step 11 EVT5 high limit alarm value
Step 12 SV
Step 12 time
Step 12 Wait value
Step 12 EVT1 alarm value
Step 12 EVT1 high limit alarm value
Step 12 EVT2 alarm value
Step 12 EVT2 high limit value
Step 12 EVT3 alarm value
Step 12 EVT3 high limit alarm value
Step 12 EVT4 alarm value
Step 12 EVT4 high limit alarm value
Step 12 EVT5 alarm value
Step 12 EVT5 high limit alarm value
Step 13 SV
Step 13 time
Step 13 Wait value
Step 13 EVT1 alarm value
Step 13 EVT1 high limit alarm value
Step 13 EVT2 alarm value
Step 13 EVT2 high limit alarm value
Step 13 EVT3 alarm value
Step 13 EVT3 high limit alarm value
Step 13 EVT4 alarm value
Step 13 EVT4 high limit alarm value
Step 13 EVT5 alarm value
Step 13 EVT5 high limit alarm value
Step 14 SV
Step 14 time
Step 14 Wait value
Step 14 EVT1 alarm value
Step 14 EVT1 high limit alarm value- 109 -

Data

Character

Setting Item, Setting Range
Step 14 EVT2 alarm value
Step 14 EVT2 high limit alarm value
Step 14 EVT3 alarm value
Step 14 EVT3 high limit alarm value
Step 14 EVT4 alarm value
Step 14 EVT4 high limit alarm value
Step 14 EVT5 alarm value
Step 14 EVT5 high limit alarm value
Step 15 SV
Step 15 time
Step 15 Wait value
Step 15 EVT1 alarm value
Step 15 EVT1 high limit alarm value
Step 15 EVT2 alarm value
Step 15 EVT2 high limit alarm value
Step 15 EVT3 alarm value
Step 15 EVT3 high limit alarm value
Step 15 EVT4 alarm value
Step 15 EVT4 high limit alarm value
Step 15 EVT5 alarm value
Step 15 EVT5 high limit alarm value- 110 -

Data

PID group
Character

Setting Item, Setting Range
PID group

PID zone value 1
Setting range: Scaling low limit to Scaling high limit
OUT1 proportional band 1
Setting range: 0 to Input span( )DC voltage, current inputs: 0.0 to 1000.0%
OUT2 proportional band 1
Setting range: 0.0 to 10.0 times (Multiplied value of
OUT1 proportional band)
Integral time 1
Setting range: 0 to 3600 seconds
Derivative time 1
Setting range: 0 to 1800 seconds
ARW 1
Setting range: 0 to 100%Manual reset 1
Setting range: 1000.0
DC voltage, current inputs: The placement of thedecimal point follows the selection.
OUT1 rate-of-change 1
Setting range: 0 to 100 %/sec
PID zone value 2
OUT1 proportional band 2
OUT2 proportional band 2
Integral time 2
Derivative time 2
ARW 2
Manual reset 2
OUT1 rate-of-change 2
PID zone value 3
OUT1 proportional band 3
OUT2 proportional band 3- 111 -

Data

Integral time 3
Derivative time 3
ARW 3
Manual reset 3
OUT1 rate-of-change 3
PID zone value 4
OUT1 proportional band 4
OUT2 proportional band 4
Integral time 4
Derivative time 4
ARW 4
Manual reset 4
OUT1 rate-of-change 4
PID zone value 5
OUT1 proportional band 5
OUT2 proportional band 5
Integral time 5
Derivative time 5
ARW 5Manual reset 5
OUT1 rate-of-change 5
AT group
Character

Setting Item, Setting Range
AT group

AT/Auto-reset:/

AT/ Auto-reset Cancel: AT/ Auto-reset Perform

AT biasSetting range: 0 to 50 (0 to 100 )With a decimal point: 0.0 to 50.0 (0.0 to 100.0 )- 112 -Data

Engineering group
Character

Setting Item, Setting Range

Data

Engineering group

Input group
Character

Setting Item, Setting Range

Data

Input group

Input type
K
K
J
R
S
B

-200
-200.0
-200
0
0
0

to
to
to
to
to
to

1370
400.0
1000
1760
1760
1820

E
T
N
PLC(W/Re5-26)
Pt100
JPt100
Pt100
JPt100
Pt100
Pt100

-200
-200.0-200
00-200.0-200.0-200-200-100.0-100.0

to
to
to
to
to
to
to
to
to
to
to

800
400.0
1300
1390
2315
850.0
500.0
850
500
100.0
500.0

K
K
J
R
S
B

-328
-328.0
-328
32
32
32

to
to
to
to
to
to

2498
752.0
1832
3200
3200
3308

E
T
N
PL-

-328
-328.0
-328
32

to
to
to
to

1472
752.0
2372
2534

- 113 -

C(W/Re5-26)
Pt100
JPt100
Pt100
JPt100Pt100
Pt100
0 to 20 mA DC
0 to 10 mV DC-10 to 10 mV DC
0 to 50 mV DC
0 to 100 mV DC
0 to 1 V DC
0 to 5 V DC
1 to 5 V DC
0 to 10 V DC

32-328.0-328.0-328-328-148.0-148.0
-2000
-2000
-2000
-2000
-2000
-2000
-2000
-2000
-2000

to
to
to
to
to
to
to
to
to
to
to
to
to
to
to
to

4199
1562.0
932.0
1562
932
212.0
932.0
10000
10000
10000
10000
10000
10000
10000
10000
10000

Scaling high limit
Setting range: Scaling low limit to Input range high limit
DC voltage, current inputs: -2000 to 10000 (Theplacement of the decimal point follows the selection.)
Scaling low limit
Setting range: Input range low limit to Scaling high limit
DC voltage, current inputs: -2000 to 10000 (Theplacement of the decimal point follows the selection.)
Decimal point place: No decimal point: 1 digit after decimal point: 2 digits after decimal point: 3 digits after decimal point: 4 digits after decimal point
PV filter time constantSetting range: 0.0 to 100.0 seconds
Sensor correction
Setting range: -200.0 to 200.0 ( )DC voltage, current inputs: -2000 to 2000 (Theplacement of the decimal point follows the selection.)- 114 -

Output group
Character

Setting Item, Setting Range
Output group

OUT1 proportional cycle
Setting range: 1 to 120 seconds
OUT2 proportional cycle
Setting range: 1 to 120 seconds
OUT1 high limit
Setting range: OUT1 low limit to 100%
(Direct current output: OUT1 low limit to 105%)
OUT1 low limit
Setting range: 0% to OUT1 high limit(Direct current output: -5% to OUT1 high limit)
OUT1 ON/OFF hysteresis
Setting range: 0.1 to 1000.0 ( )DC voltage, current inputs: 1 to 10000 (The placementof the decimal point follows the selection.)
OUT2 cooling method: Air cooling (linear characteristics): Oil cooling (1.5th power of the linear characteristics): Water cooling (2nd power of the linear
characteristics)
OUT2 high limit
Setting range: OUT2 low limit to 100%
(Direct current output: OUT2 low limit to 105%)
OUT2 low limit
Setting range: 0% to OUT2 high limit(Direct current output: -5% to OUT2 high limit)
Overlap/Dead band
Setting range: -200.0 to 200.0 ( )DC voltage, current inputs: -2000 to 2000 (Theplacement of the decimal point follows the selection.)
OUT2 ON/OFF hysteresis
Setting range: 0.1 to 1000.0 ( )DC voltage, current inputs: 1 to 10000 (The placementof the decimal point follows the selection.)
Direct/Reverse action: Reverse (Heating) action: Direct (Cooling) action- 115 -Data

OUT1 MV preset output
Setting range: 0.0 to 100.0%(Direct current output: -5.0 to 105.0%)
OUT2 MV preset output
Setting range: 0.0 to 100.0%(Direct current output: -5.0 to 105.0%)
Event input group
Character

Setting Item, Setting Range

Data

Event input group

Event input EVI1 allocation
Refer to Event Input Allocation Table.
Event input EVI2 allocation
Refer to Event Input Allocation Table.
Event input EVI3 allocation
Refer to Event Input Allocation Table.
Event input EVI4 allocation
Refer to Event Input Allocation Table.

Event Input Allocation Table
Selectedvalue

Event input function

000
001
002

No event
Set value memory
Control ON/OFF

003

Direct/Reverse action

004
005

Timer Start/Stop
PV Display;
PV holding
PV Display;
PV peak value holding
Preset output 1

006
007

Input ON
(Closed)Input OFF
(Open)

2n
Control OFF

1
Control ON

DirectactionStart
Holding

ReverseactionStop
Not holding

Holding

Not holding

PresetoutputStandard
control- 116 -

Remarks
n=0 to 3
Control output
OFF function
Always effective

Ineffective whencontrolling
Ineffective whencontrolling
If sensor is burnt
out, the unit
maintains control
with the preset
output MV.

Selected
Event input function
value
008
Auto/Manual control
009

Remote/Local

010

013

Program mode;
RUN/STOP
Program mode;
Holding/Not holding
Program mode;
Advance function
Integral action holding

014

Preset output 2

011
012

Input ON
(Closed)Manualcontrol
RemoteInput OFF
(Open)
Automatic
control
Local

RUN

STOP

Holding

Not holding

AdvanceStandard
controlStandard
integralactionStandard
control

IntegralactionHolding
PresetoutputRemarks

Effective only when
EA or EV
option is ordered
Level action whenpower is turned on
Level action whenpower is turned on
Level action whenpower is turned on
Control continues
with the integral
value being held.
The unit maintains
control with thepreset output MV.

Event output group
Character

Setting Item, Setting Range
Event output group

Event output EVT1 allocation
Refer to Event Output Allocation Table.
Event output EVT2 allocation
Refer to Event Output Allocation Table.
Event output EVT3 allocation
Refer to Event Output Allocation Table.
Event output EVT4 allocation
Refer to Event Output Allocation Table.
Event output EVT5 allocation
Refer to Event Output Allocation Table.

- 117 -

Data

Event Output Allocation Table
Selected
Event output
value
function000
No event
001
Alarm output;
High limit alarm

002
003
004
005
006
007
008
009
010
011
012
013

Proceeding to the lower levelwith thekey
Alarm hysteresis
Alarm delay time

Alarm Energized/De-energized
Alarm output;
Same as the High limit alarm
Low limit alarm
Alarm output;
Same as the High limit alarm
High/Low limits
Alarm output;
Same as the High limit alarm
High/Low limits
independent
Alarm output;
Same as the High limit alarm
High/Low limit range
Alarm output;
Same as the High limit alarm
High/Low limit range
independent
Alarm output;
Same as the High limit alarm
Process high alarm
Alarm output;
Same as the High limit alarm
Process low alarm
Alarm output;
Same as the High limit alarmHigh limit with standby
Alarm output;
Same as the High limit alarm
Low limit with standby
Alarm output;
Same as the High limit alarm
High/Low limits withstandbyAlarm output;
Same as the High limit alarm
High/Low limits withstandby independent
Timer output linked toTimer output delay action“Timer Start/Stop” in[Event input allocation]. Timer output time unit
OFF delay time014

Timer output linked to“Timer Start/Stop” in[Event input allocation].
Control ON during
timer operation.
Control OFF after timeis up.

Remarks

ON delay time
Same as the above- 118 -

Select “Timer
Start/Stop” in[Event input
allocation].

Same as theaboveSelected
value
015

Event output
function
Heater burnout alarm
output016

Loop break alarm
output017

Time signal output

Proceeding to the lower levelwith thekey
Heater rated current
Heater burnout alarm 1 value
Heater burnout alarm 2 value
Loop break alarm time
Loop break alarm band
Time signal output stepTime signal output OFF time

018
019

Output during AT
Pattern end output

Time signal output ON time

Remarks
Select the rated
current 20 A or
100 A. (Can be set
within the selected
rated current.)

Time signal
output is turned
off when theperforming step
is complete.

Outputs during AT.

Program control

Alarm output setting items (when ‘Alarm output’ is selected in [Event output allocation])
Character
Setting Item, Setting Range
Data
Alarm hysteresis
Setting range: 0.1 to 1000.0 ( )DC voltage, current inputs: 1 to 10000 (Theplacement of the decimal point follows the selection.)
Alarm delay time
0 to 10000 seconds
Alarm Energized/De-energized: Energized: De-energized
If any alarm output from 001 (Alarm output; High limit alarm) to 012 (Alarm output;
High/Low limits with standby independent) is selected in [Event output EVT2 to EVT5
xxx toxxx.
allocation], their setting characters will beTimer output setting items: When ‘Timer output’ is selected in [Event output allocation].
Character
Setting Item, Setting Range
Data
Timer output delay action: ON delay time
: OFF delay time
: ON/OFF delay time
Timer output time unit
: Minutes: Seconds
OFF delay time
Setting range: 0 to 10000 (Time unit follows theselection in [Timer output time unit].)ON delay time
Setting range: 0 to 10000 (Time unit follows theselection in [Timer output time unit].)- 119 -

Heater burnout alarm output setting items: When ‘Heater burnout alarm output’ isselected in [Event output allocation].
Character

Setting Item, Setting Range

Data

Heater rated current: 20.0 A: 100.0 A
Heater burnout alarm 1 value
Rated current 20.0 A: 0.0 to 20.0 A,
100.0 A: 0.0 to 100.0 A
Heater burnout alarm 2 value
Rated current 20.0 A: 0.0 to 20.0 A,
100.0 A: 0.0 to 100.0 A
Loop break alarm setting items: When ‘Loop break alarm output’ is selected in [Event
output allocation].
Character

Setting Item, Setting Range

Data

Loop break alarm time
0 to 200 minutes
Loop break alarm band
0 to 150 ( ) or 0.0 to 150.0 ( )DC voltage, current inputs: 0 to 1500 (The placementof the decimal point follows the selection.)
Time signal output setting items: When ‘Time signal output’ is selected in [Event
output allocation]
Character

Setting Item, Setting Range
Time signal output step
Setting range: 1 to 15
Time signal output OFF time
Setting range: 00:00 to 99:59(Time unit follows the selection in [Step time unit] in
the Program group)
Time signal output ON time
Setting range: 00:00 to 99:59(Time unit follows the selection in [Step time unit] in
the Program group)- 120 -

Data

Program group
Character

Setting Item, Setting Range

Data

Program group

Fixed value control/Program control: Fixed value control: Program control
Step time unit
: Hours:Minutes: Minutes:Seconds
Power restore action: Stops (in standby) after power is restored: Continues (resumes) after power is restored: Suspends (on hold) after power is restored
Program start temperature
Setting range: Scaling low limit to Scaling high limit
value
Communication group
Character

Setting Item, Setting Range
Communication group

Communication protocol: Shinko protocol: MODBUS ASCII mode
: MODBUS RTU mode
Instrument number
Setting range: 0 to 95
Communication speed: 9600 bps: 19200 bps: 38400 bps
Data bit/Parity: 8 bits/No parity: 7 bits/No parity: 8 bits/Even: 7 bits/Even: 8 bits/Odd: 7 bits/Odd- 121 -

Data

Character

Setting Item, Setting Range

Data

Stop bit:1:2
SVTC bias
Setting range: Converted value of 20% of input span
DC voltage, current inputs: 20% of scaling span
(The placement of the decimal point follows theselection.)
External setting group
Character

Setting Item, Setting Range

Data

External setting group

Remote/Local: Local: Remote
External setting input high limit
Setting range:
External setting input low limit to Input range high limit
External setting input low limit
Setting range:
Input range low limit to External setting input high limit
Remote bias
Setting range: Converted value of 20% of input span
DC voltage, current inputs: 20% of scaling span
(The placement of the decimal point follows theselection.)Transmission Output Group
Character

Setting Item, Setting Range
Transmission output group

Transmission output type
: PV transmission: SV transmission: MV transmission: DV transmission- 122 -

Data

Character

Setting Item, Setting Range

Data

Transmission output high limit
PV, SV transmission: Transmission output low limit
to Input range high limit value
MV transmission: Transmission output low limit to105.0%DV transmission: Transmission output low limit to
Scaling span
Transmission output low limit
PV, SV transmission: Input range low limit toTransmission output high limit value
MV transmission: -5.0% to Transmission output highlimit value
DV transmission: -Scaling span to Transmission
output high limit value
Other function group
Character

Setting Item, Setting Range

Data

Other function groupSet value lock
(Unlock): All set values can be changed.
(Lock 1): None of the set values can be changed.
(Lock 2): Only SV can be changed.
(Lock 3): None of the set values can be changed as Lock 1.
(Lock 4): SV and Alarm value can be changed.
Other set values cannot be changed.
PID zone function: Not used
: UsedSV rise rate
Setting range: 0 to 10000 /minute ( /minute)
Thermocouple, RTD inputs with a decimal point:
0.0 to 1000.0 /minute ( /minute)DC voltage, current inputs: 0 to 10000/minute (Theplacement of the decimal point follows the selection.)
SV fall rate
Setting range: 0 to 10000 /minute ( /minute)
Thermocouple, RTD inputs with a decimal point:
0.0 to1000.0 /minute ( /minute)DC voltage, current inputs: 0 to 10000/minute (Theplacement of the decimal point follows the selection.)- 123 -

Character

Setting Item, Setting Range
Indication when output OFF: OFF indication: No indication: PV indication: PV indication+ Any event output from EVT1
to EVT5
Backlight selection: All (Displays and indicators) are backlit.
: PV Display is backlit.
: SV/MV/TIME+MV/DV Bar Graph Displays
are backlit.
: Action indicators are backlit.
: PV+SV/MV/TIME+MV/DV Bar Graph
Displays are backlit.
: PV Display + Action indicators are backlit.
: SV/MV/TIME+MV/DV Bar Graph Displays+Action indicators are backlit.
PV color: Green: Red: Orange: When any alarm output from EVT1 to EVT5
is ON, PV color turns from green to red.
: When any alarm output from EVT1 to EVT5
is ON, PV color turns from orange to red.
: PV color changes continuously (Orange
Green Red).
: PV color changes continuously (Orange
Green Red), and simultaneously when any
alarm output from EVT1 to EVT5 is ON (Red).
PV color range
Setting range: 0.1 to 200.0 ( )DC voltage, current inputs: 1 to 2000 (The placementof the decimal point follows the selection.)
Backlight time
Setting range: 0 to 99 minutes
Bar graph: MV indication: DV indication: No indication
Deviation unit
Setting range:
1 to Converted value of 20% of input span
124

Data

Program Pattern Table
Step number

Step SV
Step time ( : )Wait value
EVT1 alarm value
EVT1 high limit alarm value
EVT2 alarm value
EVT2 high limit alarm value
EVT3 alarm value
EVT3 high limit alarm value
EVT4 alarm value
EVT4 high limit alarm value
EVT5 alarm value
EVT5 high limit alarm value
Time signal output
PID zone value
OUT1 proportional band
OUT2 proportional band
Integral time
Derivative time
ARW
Manual reset
OUT1 rate-of-change

1

2

3

4

5

1

2

3

4

5

ON
OFF

125

6

7

8

9

10

11

126

12

13

14

15

15. Operation Flowchart

Simplified setting and group selection are explained separately.
All setting items are used for the purpose of explanation, however some items will not be
displayed depending on the specification.
15.1 Simplified Setting (SV, Event, PID Setting Modes: For Fixed Value Control Only)
POWER ON

(*1)

(*1)

PV/SV Display Mode

RUN
STOP

Standby mode(*2)

Manual control (*3)

A/M
B.MODE
MODE△＋MODESV setting
mode (*4)

Event setting
mode (*4)

SV1
MODE

(3 sec)▽＋MODEPID setting
mode (*5)

OUT1
proportional
band

EVT1
alarm value(3 sec)MODE

MV indication/
Remaining steptime indicationmode

MV indication

MODE

MODE

EVT1
high limit
alarm value

EVT3
alarm value

OUT2
proportional
band

MODE

MODE

MODE

EVT2
alarm value

EVT3
high limit
alarm value

Remaining steptime indication(program control)

Integral time

MODE

MODE

MODE

MODE

EVT2
high limit
alarm value

EVT4
alarm value

MODE

MODE

EVT4
high limit
alarm value

MODE

Derivative
time
MODE

ARW

MODE

MODE

EVT5
alarm value

Manual reset

MODE

MODE

EVT5
high limit
alarm value

OUT1
rate-of-change

MODE

MODE

(*1) The unit starts from the power-off status.
(*2) For fixed value control, if this key is pressed for 1 second, the PV/SV Display Mode and standby
mode can be switched.
(*3) If power is turned OFF during manual control, the unit starts from the PV/SV Display Mode.
(*4) If ‘Set value memory’ is selected in [Event input allocation], only setting items of the Set value
memory number selected by connecting terminals can be set.
To select other memory numbers, connect relevant terminals again.
(*5) If PID zone function is set to “Used”, settable PID zone parameters depend on the SV.

[Key operation]• MODE: This means that if the MODE key is pressed, the unit proceeds to thenext setting mode, illustrated by an arrow.
• △+ MODE: Press the △ and MODE keys (in that order) together.
• ▽+ MODE (3 sec): Press and hold the ▽ and MODE keys (in that order)
together for 3 seconds.
• MODE (3 sec): Press and hold the MODE key for 3 seconds.
[Setting item]• The PV Display indicates setting characters, and the SV/MV/TIME Display indicatesthe factory default.
• Setting items with dotted lines are optional, and they appear only when the corresponding
option is ordered.
12715.2 Group Selection (for Fixed Value Control)
POWER ON
PV/SV Display Mode

A/M
B.MODERUN
STOPStandby mode(*2)

Manual control (*3)

A/M
B.MODE

SET

SET

SET

SV, Event
group

SET

PID group
A/M
B.MODE

MODE(*1) The unit starts from the power-off status.
(*2) For Fixed value control, if this key is pressed for 1 second,
PV/SV Display Mode and standby mode can be switched.
(*3) If power is turned off during manual control, the unit starts
from the PV/SV Display Mode. Settings using the Group
selection method are possible during manual control. Aftersettings are complete, the unit starts from manual control.

(*1)

(*1)

A/M
B.MODEMODE

SETEngineeringgroup

AT group
A/M
B.MODE

MODE

MODE

A/M
B.MODE
A/M
B.MODE(1sec)

A/M
B.MODE

A/M
B.MODE

A/M
B.MODE

MODE

A/M
B.MODE

MODE

A/M
B.MODE

MODE

MODE

MODE

MODE

MODE

MODE

MODE

EVT3 highlimit alarm
value 1
MODE

A/M
B.MODE

MODE

A/M
B.MODE

MODE

A/M
B.MODE

MODE

A/M
B.MODE

MODE

MODE

A/M
B.MODE

MODE

MODE

A/M
B.MODE

MODE

Decimalpoint place
MODE

A/M
B.MODE

MODE

A/M
B.MODE

A/M
B.MODE

MODE

MODE

OUT1
proportional
cycle

Event input
EVI1
allocation

A/M
B.MODE

A/M
B.MODE

A/M
B.MODE

A/M
B.MODE

A/M
B.MODE

A/M
B.MODEOUT2 high
limit

A/M
B.MODE
MODE

A/M
B.MODEOUT2 low
limit

MODE
MODE

• Block 1 consists of the above items.
Repeat the above settings up to Block 5.

A/M
B.MODE

Overlap/
Dead band

EVT5 highlimit alarm
value 1

MODE

A/M
B.MODEOUT2
ON/OFFhysteresis

MODE• If ‘Set value memory’ is selected in [Event input allocation],
only the selected memory number can be set.
If EVI1 and EVI2 are used for the Set value memory
function, the set value memory numbers will be 1 to 4.
(See ‘8.7 Set Value Memory Function’ on pp.76, 77.)

MODE

A/M
B.MODE

Direct/ReverseactionMODE

A/M
B.MODE

OUT1
MV preset
value
MODE

A/M
B.MODE

OUT2
MV preset
value
MODE

128

(1sec)

A/M
B.MODE

OUT2
cooling
methodMODE

A/M
B.MODE

A/M
B.MODEOUT1
ON/OFFhysteresis

Sensorcorrection
MODE

MODE

MODE

A/M
B.MODE

Event input
EVI2
allocation
MODE

A/M
B.MODE

Event input
EVI3
allocation
MODE

A/M
B.MODE

Event input
EVI4
allocation

OUT1 lowlimit

PV filtertime
constant

A/M
B.MODE

A/M
B.MODE(1sec)

OUT1 highlimit

Scaling
low limit

A/M
B.MODE

A/M
B.MODE

OUT2
proportional
cycle

Scalinghigh limit

OUT1
rate-ofchange 5

A/M
B.MODE

EVT5
alarm value
1

MODE

MODE

EVT4 highlimit alarm
value 1
MODE

A/M
B.MODE(1sec)

Input type

A/M
B.MODE

OUT1
rate-ofchange 1

EVT4
alarm value
1

A/M
B.MODE

SET

Event
input
group

Outputgroup

A/M
B.MODE

A/M
B.MODE

Manualreset 1
MODE

MODE

MODE

ARW1

SET

Input
group

AT biasDerivative
time 1

EVT3
alarm value
1
A/M
B.MODE

A/M
B.MODE

Integraltime 1

EVT2 highlimit alarm
value 1
A/M
B.MODE

MODE

OUT2
proportionalband 1

EVT2
alarm value
1
A/M
B.MODE

A/M
B.MODESET

AT/Autoreset

OUT1
proportionalband 1

EVT1 highlimit alarm
value 1
MODE

A/M
B.MODE(1sec)

A/M
B.MODEPID zonevalue 1

EVT1
alarm value
1
MODE

A/M
B.MODE

A/M
B.MODE

SV1
MODE(1sec)

MODE

[Key operation]• MODE: This means that if the MODE key is pressed, the unit proceeds to the next setting
mode, illustrated by an arrow.
key for 1 second reverts to the previous setting level.
• Pressing theMODE
key is pressed for 3 seconds at any group or setting item, the unit reverts to• If the
PV/SV Display Mode.
[Setting item]• The PV Display indicates setting characters, and the SV/MV/TIME Display indicates thefactory default.
• Setting items with dotted lines are optional, and they appear only when thecorresponding option is ordered.

A/M
B.MODE

Event
output
group
MODE

A/M
B.MODE

SET

SET

A/M
B.MODE(1sec)MODE

A/M
B.MODE

A/M
B.MODE

A/M
B.MODE

MODE

A/M
B.MODE

MODE

A/M
B.MODE

A/M
B.MODE

A/M
B.MODE

MODE

A/M
B.MODE

A/M
B.MODE(1sec)

External
setting
group
MODE

MODE

A/M
B.MODE

A/M
B.MODE

MODE

A/M
B.MODE

MODE

MODE

A/M
B.MODE

MODE

MODE

Other
function
group

A/M
B.MODE

A/M
B.MODE

A/M
B.MODE

A/M
B.MODE

A/M
B.MODE(1sec)MODE

A/M
B.MODE

MODE

A/M
B.MODE

MODE

A/M
B.MODE

Transmission
output low
limit
MODE

MODE

A/M
B.MODESV
rise rate
MODE

Remotebias

A/M
B.MODESV
fall rate

MODE

MODE

A/M
B.MODE

Indication
when
output OFF

Stop bit

MODE

A/M
B.MODEPID zonefunction
MODE

A/M
B.MODE

MODE

A/M
B.MODE

Backlight
selection

SVTC bias
MODE

MODE

A/M
B.MODE

PV color
If Alarm output isselected in[Event output EVTx
allocation]

If Timer output isselected in[Event output EVTx
allocation]Alarmhysteresis

Timer output
delay action

MODE

MODE

Alarm
delay time
MODE

Timer output
time unit

OFF delaytime

If Time signal output
is selected in[Event output EVTx
allocation]

Loop breakalarm time

Time signal
output step

MODE

MODE

Heaterburnout
alarm 1 value

MODE

Heaterburnout
alarm 2 value
MODE

MODE

Time signal
output OFF
time

MODE

MODE

129

A/M
B.MODEBar graph
MODE

A/M
B.MODE

Deviation
unit

MODE
MODE

MODE

A/M
B.MODE

Backlight
time

MODE

Time signal
output ON
time

A/M
B.MODE

PV color
range

MODE

Loop breakalarm band

MODE

MODE

ON delaytime

If Loop break alarm
output is selected in[Event output EVTx
allocation]

Heater rated
current

MODE

Alarm
Energized/
De-energized
MODE

If Heater burnout
alarm output isselected in[Event output EVTx
allocation]

SET(1sec)

Set valuelockTransmission
output high
limit
MODE

A/M
B.MODE

A/M
B.MODE

Transmission
output type

External
setting input
low limit

Data bit/
ParityEvent output
EVT5
allocation

A/M
B.MODE(1sec)

External
setting input
high limit

Communication
speed
MODE

SET

Transmission
output group

Remote/Local

Instrument
numberMODE

A/M
B.MODE

SET

A/M
B.MODE

Communication
protocolProgramstarttemperature
MODE

A/M
B.MODE

SET

A/M
B.MODEPower
restoreactionEvent output
EVT4
allocation
MODE

MODE

Step time
unit

Event output
EVT3
allocation
MODE

A/M
B.MODE(1sec)

Fixed value/
Programcontrol

Event output
EVT2
allocation
MODE

A/M
B.MODE

A/M
B.MODE

Event output
EVT1
allocation
MODE

Communication
group

Programgroup15.3 Group Selection (for Program Control)
POWER ON
PV/SV Display Mode

A/M
B.MODERUN
STOPStandby mode(*2)

Manual control (*3)

A/M
B.MODESET

ProgrampatterngroupMODE(*1) The unit starts from the power-off status.
(*2) For program control, control runs or stops.
(*3) If power is turned off during manual control, the unit starts
from the PV/SV Display Mode.
Settings using the Group selection method are possible. Aftersettings are complete, the unit starts from the manual control.

(*1)

(*1)

SET

SET

SET

PID group
A/M
B.MODE

A/M
B.MODEMODE

SETEngineeringgroup

AT group
A/M
B.MODE

MODE

MODE

A/M
B.MODE
A/M
B.MODE(1sec)

A/M
B.MODE

A/M
B.MODE

A/M
B.MODE

MODE

A/M
B.MODE

MODE

A/M
B.MODE

A/M
B.MODE

MODE

A/M
B.MODE

MODE

MODE

MODE

MODE

MODE

MODE

MODE

MODE

A/M
B.MODE

Step1 EVT4
high limit
alarm value
MODE

A/M
B.MODE(1sec)MODE

A/M
B.MODE

A/M
B.MODE

MODE

A/M
B.MODE

MODE

A/M
B.MODE

MODE

A/M
B.MODE

MODE

MODE

A/M
B.MODE

MODE

A/M
B.MODE

A/M
B.MODE

A/M
B.MODEOUT1
ON/OFFhysteresis
MODE

A/M
B.MODE

OUT2
cooling
methodSensorcorrection
MODE

A/M
B.MODE

MODE

A/M
B.MODEOUT2 high
limit

A/M
B.MODE

OUT1
rate-ofchange 5

MODE

A/M
B.MODEOUT2 low
limit

MODE

• Block 1 consists of the above items (‘PIDzone value 1’ to ‘OUT1 rate-of-change 1’).
Repeat the above settings up to Block 5.

MODE

A/M
B.MODE

Overlap/
Dead band
MODE

A/M
B.MODEOUT2
ON/OFFhysteresis
MODE

A/M
B.MODE

Direct/Reverseaction• Step 1 data consists of the above setting items (‘Step 1 SV’
to ‘Step 1 EVT5 high limit alarm value’).
Repeat the above settings up to Step 15, as needed.
• If the SET key is pressed in the ‘SV, Event group’, the unit
proceeds to the next step number with the same setting
item.
Pressing the RUN
STOP key reverts to the previous step.

MODE

MODE

A/M
B.MODE

OUT2
MV preset
value
MODE

130

A/M
B.MODE

OUT1
MV presetvalue(1sec)

Event input
EVI1
allocation
MODE

A/M
B.MODE

Event input
EVI2
allocation
MODE

A/M
B.MODE

Event input
EVI3
allocation
MODE

A/M
B.MODE

Event input
EVI4
allocation

OUT1 lowlimit

PV filtertime
constant

A/M
B.MODE

A/M
B.MODE

A/M
B.MODE

A/M
B.MODEOUT1 high
limit

A/M
B.MODE

Step15 EVT5
high limit
alarm value
MODE

MODE

Decimalpoint place

A/M
B.MODE

MODE

OUT2
proportional
cycle

A/M
B.MODE

Step1 EVT5
high limit
alarm value
MODE

MODE

Scaling
low limit

A/M
B.MODE

A/M
B.MODE(1sec)

OUT1
proportional
cycle

Scalinghigh limit

A/M
B.MODE

A/M
B.MODE

A/M
B.MODE

Input type

Step1 EVT5
alarm value
MODE

MODE

MODE

A/M
B.MODE

Step1 EVT4
alarm value

MODE

OUT1
rate-ofchange 1

Step1 EVT3
high limit
alarm value
MODE

A/M
B.MODE

SET

Event
input
group

Outputgroup

A/M
B.MODE

Manualreset 1

Step1 EVT3
alarm value
A/M
B.MODEAT bias

ARW1

Step1 EVT2
high limit
alarm value

A/M
B.MODE

MODE

Derivative
time 1

Step1 EVT2
alarm value
A/M
B.MODE

A/M
B.MODE

Integraltime 1

Step1 EVT1
high limit
alarm value
MODE

MODE

SET

Input
group

OUT2
proportionalband 1

Step1 EVT1
alarm value
MODE

A/M
B.MODESET

AT/Autoreset

OUT1
proportionalband 1

Step1 wait
value
MODE

A/M
B.MODE(1sec)

A/M
B.MODEPID zonevalue 1

Step1 time
MODE

A/M
B.MODE

A/M
B.MODE

Step1 SV
MODE

(1sec)

MODE

[Key operation]• MODE: This means that if the MODE key is pressed, the unit proceeds to the next setting
mode, illustrated by an arrow.
• Pressing the
key for 1 second reverts to the previous setting level.
• If the MODE key is pressed for 3 seconds at any group or setting item, the unit reverts to
PV/SV Display Mode.
[Setting item]• The PV Display indicates setting characters, and the SV/MV/TIME Display indicates thefactory default.
• Setting items with dotted lines are optional, and they appear only when the corresponding option is ordered.

A/M
B.MODE

Event
output
group
MODE

A/M
B.MODE

SET

SET

A/M
B.MODE(1sec)MODE

A/M
B.MODE

A/M
B.MODE

A/M
B.MODE

MODE

A/M
B.MODE

MODE

A/M
B.MODE

A/M
B.MODE

A/M
B.MODE

MODE

A/M
B.MODE

A/M
B.MODE(1sec)

External
setting
group
MODE

MODE

A/M
B.MODE

A/M
B.MODE

MODE

A/M
B.MODE

MODE

MODE

A/M
B.MODE

MODE

MODE

Other
function
group

A/M
B.MODE

A/M
B.MODE

A/M
B.MODE

A/M
B.MODE

A/M
B.MODE(1sec)MODE

A/M
B.MODE

MODE

A/M
B.MODE

MODE

A/M
B.MODE

MODE

MODE

MODE

A/M
B.MODESV
rise rate
MODE

Remotebias

A/M
B.MODESV
fall rate

MODE

MODE

A/M
B.MODE

Indication
when
output OFF

Stop bit

MODE

A/M
B.MODEPID zonefunctionTransmission
output low
limit

A/M
B.MODE

MODE

A/M
B.MODE

Backlight
selection

SVTC bias
MODE

MODE

A/M
B.MODE

PV color
If Alarm output isselected in[Event output EVTx
allocation]

If Timer output isselected in[Event output EVTx
allocation]Alarmhysteresis

Timer output
delay action

MODE

MODE

Alarm
delay time
MODE

Timer output
time unit
MODE

Alarm
Energized/
De-energized
MODE

OFF delaytime

If Heater burnout
alarm output isselected in[Event output EVTx
allocation]

If Time signal output
is selected in[Event output EVTx
allocation]

Loop breakalarm time

Time signal
output stepHeater rated
current
MODE

MODE

Heaterburnout
alarm 1 value
MODE

Heaterburnout
alarm 2 value

MODE

ON delaytime

If Loop break alarm
output is selected in[Event output EVTx
allocation]

MODE

Time signal
output OFF
time

MODE

MODE

131

A/M
B.MODEBar graph
MODE

A/M
B.MODE

Deviation
unit

MODE
MODE

MODE

A/M
B.MODE

Backlight
time

MODE

Time signal
output ON
time

A/M
B.MODE

PV color
range

MODE

Loop breakalarm band
MODE

MODE

SET

(1sec)

Set valuelockTransmission
output high
limit
MODE

A/M
B.MODE

A/M
B.MODE

Transmission
output type

External
setting input
low limit

Data bit/
ParityEvent output
EVT5
allocation

A/M
B.MODE(1sec)

External
setting input
high limit

Communication
speed
MODE

SET

Transmission
output group

Remote/Local

Instrument
numberMODE

A/M
B.MODE

SET

A/M
B.MODE

Communication
protocolProgramstarttemperature
MODE

A/M
B.MODE

SET

A/M
B.MODEPower
restoreactionEvent output
EVT4
allocation
MODE

MODE

Step time
unit

Event output
EVT3
allocation
MODE

A/M
B.MODE(1sec)

Fixed value/
Programcontrol

Event output
EVT2
allocation
MODE

A/M
B.MODE

A/M
B.MODE

Event output
EVT1
allocation
MODE

Communication
group

Programgroup***** Inquiries *****For any inquiries about this unit, please contact our agency or thevendor where you purchased the unit after checking the following.
[Example]• Model ---------------------------- ACD-13A-R/M• Option ---------------------------- A3, C5• Serial number ------------------ No. 123456789
In addition to the above, please let us know the details of themalfunction, or discrepancy, and the operating conditions.

SHINKO TECHNOS CO., LTD.
OVERSEAS DIVISION

Head Office: 2-5-1, Senbahigashi, Minoo, Osaka, 562-0035, Japan[URL]
https://shinko-technos.co.jp/e/Tel: +81-72-727-6100[E-mail]overseas@shinko-technos.co.jp
Fax: +81-72-727-7006

No. ACDR11E12 2021.11