background image

3

VII. Panel Illustration

4

PV

SV

AA

TT

R

R//SS

1

2

3

6

5

7

4

PV

SV

AA

TT

R

R//SS

1

2

3

6

5

7

4

VI. Connections

SSR

A

C/DC 100~240V

POW

ER

AL1/OUT2

RS485

AL2

OUT1

OUT1

TC

RTD

+

+

-

mA

V

1

NO

C

OM

NC

2

3

4

7

6

5

13

14

15

16

19

18

17

8

C

OM

9

10

12

11

B-

A+

-

+

NC

+24V

DC 4~20mA

-

+

C

OM

NO

SSR

A

C/DC 100~240V

POW

ER

AL1/OUT2

RS485

AL2

OUT1

OUT1

TC

RTD

+

+

-

mA

V

1

NO

C

OM

NC

2

3

4

7

6

5

13

14

15

16

19

18

17

8

C

OM

9

10

12

11

B-

A+

-

+

NC

+24V

DC 4~20mA

-

+

C

OM

NO

TFY4

TFY7

TFY6/8

TFY9

型号中带“M”,SSR输出端口

Note:

1

3

S

S

R

O

U

T

1

1

4

+

-

5

NO

A+

B-

DC 4~20mA

A

C/DC 100~240

V

POW

ER

24V

-

+

+

+

-

C

OM

REL

AY

NC

4

13

14

3

2

1

10

TC

RTD

-

+B

+B

mA

V

9

8

7

6

AL1/OUT2

RS485

AL2

11

12

SSR

OUT1

型号中带“M”,SSR输出端口

Note:

1

3

S

S

R

O

U

T

1

1

4

+

-

5

NO

A+

B-

DC 4~20mA

A

C/DC 100~240

V

POW

ER

24V

-

+

+

+

-

C

OM

REL

AY

NC

4

13

14

3

2

1

TC

RTD

-

+B

+B

mA

V

7

6

AL1/OUT2

RS485

AL2

11

12

SSR

OUT1

P

O

W

E

R

AC

/D

C

10

0

24

0

V

C

O

M

N

O

O

U

T

1

A

L1

/O

U

T

2

V

m

A

R

T

D

B

+

A

-

N

O

N

C

+

-

O

U

T

1

S

S

R

B-

A+

R

S

48

5

-

+

D

C

 4

20

m

A

24

V

A

L2

N

C

T

C

B

+

1

2

3

4

5

6

7

8

9

1

0

1

1

1

2

1

3

1

4

1

5

1

6

1

7

1

8

1

9

2

0

C

O

M

P

O

W

E

R

AC

/D

C

10

0

24

0

V

C

O

M

N

O

O

U

T

1

A

L1

/O

U

T

2

V

m

A

R

T

D

B

+

A

-

N

O

N

C

+

-

O

U

T

1

S

S

R

B-

A+

R

S

48

5

+

D

C

 4

2

m

A

24

V

A

L2

N

C

T

C

B

+

1

2

3

4

5

6

7

8

9

1

0

1

1

1

2

1

3

1

4

1

5

1

6

1

7

1

8

1

9

2

0

C

O

M

P

O

W

E

R

AC

/D

C

10

0

24

0

V

C

O

M

N

O

C

O

U

T

1

A

L1

/O

T

U

2

V

m

A

R

T

D

B

+

A

-

+

-

O

U

T

1

S

S

R

B-

A+

R

S

48

5

-

+

D

C

 4

20

m

A

24

V

N

T

C

B+

P

O

W

E

R

AC

/D

C

10

0

24

0

V

O

U

T

1

A

L1

/O

T

U

2

V

m

A

R

T

D

B

+

A

-

+

-

O

U

T

1

S

S

R

B-

A+

R

S

48

5

-

+

+

D

C

 4

2

m

A

24

V

T

C

B+

N

O

N

C

A

L2

C

O

M

N

O

N

C

A

L2

C

O

M

2. Measured signal specifications:

V. Dimension and installation size

Panel size              

 

            Side size                  

  

                   Hole size

B

C
E

D

G

K

J

+0.5
-0

+0.5 -0

H

A

F

B

J

+0.5
-0

+0.5 -0

F

Input type

K1
K2

J1
J2

E1
E2

T1
T2

B
R
S

N1
N2

PT100-1
PT100-2

JPT100-1
JPT100-2

CU50-1
CU50-2
CU100-1
CU100-2

0

50mV

0

400Ω

* 4

20mA

* 0

10V

-50

1200

-50.0

999.9

0

1200

0.0

999.9

0

850

0.0

850.0

-50

400

-50.0

400.0

250

1800

-10

1700

-10

1600

-50

1200

-50.0

999.9

-200.0

600.0

-200

600

-200.0

500.0

-200

500

-50.0

150.0

-50

150

-50.0

150.0

-50

150

-1999

9999

-1999

9999

-1999

9999

-1999

9999

1

0.2

1

0.2

1

0.3

1

0.4

1

1

1

1

0.2

0.2

1

0.2

1

0.2

1

0.2

1

12bit
12bit
12bit
12bit

0.5%F.S±3digits
0.5%F.S±1

0.5%F.S±3digits
0.5%F.S±1

0.5%F.S±3digits
0.5%F.S±1

0.8%F.S±3

0.8%F.S±3

1%F.S±2

1%F.S±2

1%F.S±2

0.8%F.S±1

0.8%F.S±1

0.5%F.S±0.3

0.5%F.S±3digits
0.5%F.S±0.3

0.5%F.S±3digits

0.5%F.S±3

0.5%F.S±3

0.5%F.S±1

0.5%F.S±3digits
0.5%F.S±3digits
0.5%F.S±3digits
0.5%F.S±3digits
0.5%F.S±3digits

>500KΩ
>500kΩ
>500KΩ
>500KΩ
>500KΩ
>500KΩ
>500KΩ
>500KΩ
>500KΩ
>500KΩ
>500KΩ
>500KΩ
>500KΩ

0.2mA
0.2mA
0.2mA
0.2mA
0.2mA
0.2mA
0.2mA
0.2mA

>500kΩ

0.2mA

<50Ω
>1MΩ

Measure range

Symbol

Resolution

Accuracy

Input impedance

/auxiliary current

Comm.

parm. code

0

16

1

17

2

18

3

19

4
5
6
7

20

8

21

9

22
10
23
11
24
12
13
14
15

*

Please indicate the requirement when choose the model.

3. Isolation diagram

 (Ⅰ)
控制输出

 电源

MCU

AD

measure input

4-20mA

output

RS485

comm. output

Auxiliary 

power

SSR

output

“ // ”

Isolation.     ”

 ̄ ̄

” : No isolation

Note: when the auxiliary power is used as power supply for external sensor, if the sensor is non-

isolated, then there is no isolation between input and 4-20mA output, nor between input and 

RS485 comm.. If 4-20mA output coexists with RS485 comm., there is no isolation between them. 

 Relay 

control 

output

 Power supply

 (Ⅰ)
控制输出

 Relay

alarm

output

Surge immunity

IEC/EN61000-4-5   ±2KV   perf.Criteria B

Voltage drop & short

interruption immunity

IEC/EN61000-4-29  0%

70%                  perf.Criteria B

Isolation voltage

Signal input, output, power: 1500VAC 1min

<60V low voltage circuit: DC500V

1min

Total weight

About 400g

Cover material
Panel material
Power failure memory
Safety Standard

The shell and panel frame PC/ABS (Flame Class UL94V-0)

PC
10 years, times of writing: 1 million times

IEC61010-1  Overvoltage category 

Ⅱ,

pollution level 2

level

Ⅱ(

Enhanced insulation

1. Operation process & method

VIII. Operation process and menu illustration

1). Modify SV Value

PPVV

SSVV

PPVV

SSVV

PPVV

SSVV

PPVV

SSVV

PV

SSVV

AA

TT

R

R//SS

P

P

V

V

SSVV

AA

TT

R

R//SS

PPVV

SS

V

PPVV

SS

V

AA

TT

R

R//SS

AA

TT

R

R//SS

AA

TT

R

R//SS

AA

TT

R

R//SS

AA

TT

R

R//SS

AA

TT

R

R//SS

Press “    ”

Increase SV value 

Press “    ” 

SV value flash

Press “    ”

Reduce SV value

Press “SET”

Save SV value

PPVV

SSVV

PPVV

SSVV

PPVV

SSVV

AA

TT

R

R//SS

PPVV

SSVV

AA

TT

R

R//SS

AA

TT

R

R//SS

AA

TT

R

R//SS

AA

TT

R

R//SS

AA

TT

R

R//SS

AA

TT

R

R//SS

AA

TT

R

R//SS

PPVV

SSVV

AA

TT

R

R//SS

PPVV

SSVV

AA

TT

R

R//SS

PPVV

SSVV

PPVV

SSVV

PPVV

SSVV

PPVV

SSVV

PPVV

SSVV

PPVV

SSVV

AA

TT

R

R//SS

AA

TT

R

R//SS

Press “   ”,

parameter 

value flash

Press “   ” or

“   ”, move

among menus

2)

Common Menu

Press“   ”

or

“   ”,

modify 

parameter value

Press “SET”

> 3 sec, exit 

Common Menu

Press “SET”,

save modified 

value

Press “SET”

> 3 sec, enter 

Common Menu

PPVV

SSVV

PPVV

SSVV

AA

TT

R

R//SS

AA

TT

R

R//SS

PPVV

SSVV

AA

TT

R

R//SS

PPVV

SSVV

AA

TT

R

R//SS

PPVV

SSVV

PPVV

SSVV

PPVV

SSVV

PPVV

SSVV

PPVV

SSVV

PPVV

SSVV

PPVV

SSVV

AA

TT

R

R//SS

PPVV

SSVV

AA

TT

R

R//SS

AA

TT

R

R//SS

AA

TT

R

R//SS

AA

TT

R

R//SS

AA

TT

R

R//SS

PPVV

SSVV

AA

TT

R

R//SS

PPVV

SSVV

AA

TT

R

R//SS

AA

TT

R

R//SS

AA

TT

R

R//SS

Press “   ”,

parameter 

value flash

Press “SET”

to find LCK 

menu

Press “SET” 

to enter Adv-

anced Menu

SET LCK=33

3)

Advanced menu

Press “SET”

>3 sec,enter 

Common Menu

Press“   ”

or

“   ”, modify 

parameter value

Press “SET”,

save modified 

value

Display (red)

Set value / parameter display window, the control

is stopped when it displays “STOP”
Measured value/ parameter code display window

1

2

AL1

AL2

Alarm 2# (Orange)

3

AT (Orange)

COM (Orange)

SET key

OUT1
OUT2

AT

COM

SET

5

4

7

6

OUT2 (Orange)

The communication indicator will keep flashing when 

communication is in progress

Display (green)

/

 (Orange)

/

Temperature Unit Selection

SV

PV

No.   Symbol              Name                                                     Function

OUT1 (Orange)

Alarm 1# (Orange)

Add key, in measure and control mode, long press it to

shift RUN/STOP mode, or check the menu in reverse order.
Reduce key, check the menu in sequence

Menu key/confirm key, to enter or exit the modification

mode, or to confirm and save the modified parameter.

Activate key/ shift key/ AT auto tune key (in measure

and control mode, long press to enter/exit auto tune)

Auto tune indicator, lights on when it is under auto tune status.

2nd alarm output indicator, lights on when alarm output, 

lights off when no alarm  output.

1st alarm output indicator, lights on when alarm output, 

lights off when no alarm  output.

Cooling output indicator, lights on when output ON.

Main control output indicator, lights on when output ON.

UP key/ R/S

DOWN key

SHIFT/AT key

Connection diagram symbols and function description

Type

Input

Input

TC

RTD

Thermocouple

Thermocouple input connection, distinguish 

positive and negative. Support K, J, E, T, N, R, 

S, B type, switched by INP menu.

Thermal 

resistance

Input

mA

Analog signal

Input

V

Communication

Alarm 1 / 

control output 2

AL2

RS485

A+Send 

B-Receive

AL1/

OUT2

NO

+ Positive

- Negative

COM common port

NO

NC

Relay output

OUT1

RELAY

SSR output

4-20mA 

Output

4-20mA

OUT1 

SSR

4-20mA input (this function can be customized)
0-10V/0-5V input (this function can be customized)
RS485 communication port, COM is connected 

to shield wire, A+ send , B - receive

COM 

common port

Alarm 2, need to adjust AL2

AD2

HY2 

parameters.

OUT1 is the analog output or current control

output terminal, which is set by OT and ACT menu. 

Auxiliary power 

supply

DC 24V

Output power for sensor.

Illustration

Function

Thermal resistance input, normally 3 wires, +B 

and +B are the same color wire or short circuit 

wire, -A and B connect to thermal resistance. 

For 2 wires RTD, B and B need to be short 

circuited. Support PT100

CU100

CU50 etc, 

switched by INP menu. 

When it is used as Alarm 1, please adjust the 

parameters AL1, AD1 and HY1. 

When it is used as OUT 2 cooling output, 

please set OT as PID heating-cooling control, 

AL1 does not work when it is user as OUT2, 

and related menus for AL1 are hidden.

OUT1 is the relay control output terminal, which 

is set by OT and ACT menu. COM common 

port, NO, NC.

Symbol

Analog signal

+ Positive

- Negative
+ Positive

- Negative

COM common port

NO

NC

Alarm 2

OUT1 is the SSR control output terminal, which 

is set by OT and ACT menu. 

4:(48*48)
6:(48*96)
7:(72*72)
8:(96*48)
9:(96*96)

48
48
72
96
96

A

型号

H(Min)

B

 C

D

E

F

G

J

48
96
72
48
96

73
73
73
73
73

6.5
6.5
6.5

6.5

6.5

66.5
66.5
66.5
66.5
66.5

45

91.5
67.5

45

91.5

25
25
25
25
25

45
45

67.5
91.5
91.5

44
90
66
44
90

K(Min)

25
25
25
25
25

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