A SET A SET AL1 < SVB < C SETD SET

( AL1 0 1 4 5 6 SV 2 3 7

8 9 )

A A B < SV C <D SET

<<

A A SET ATB < SV SV 1C SET AT

PVSV

<

( 1,AT SV PV SV 15

2,AT AT

PID

3, AT

A/M MANSV PV

< A/M MANSV PV

/

< <

<<

SET 5 B SET PI D

SET <C SET PVSPVS

(AL1 AL29 AL

( ) PV=SV( ) (

0000)

(SV )SV A SET

RAP SET RTM( ) ( 10 / RAP

10.0 RTM 001.0PV PV=SV

( SET SV

0.0 /0

<

C SET SRT PV10~40 LMO

V=2.0~5.0( SRT40 LMO 2.040 2% )

( )PVSV

:AC85-265V,50/60Hz(DC input

:5VA max

:PID PD PI P ON OFF

:0-50

:50-85%RH

:T/C Pt100

(4-20mA 0-5VDC 0-10VDC)

: SSR :

(4-20mA 1-5VDC 0-10VDC

No .123456789

101112131415

PVSV

OUT1OUT2

ATAL1AL2AL3

MANPRO

<

<

<SETA/M

/

/

1

2

1

2

3

/

/

/

0-1370 /0-2192 F

0-1200 /0-2192 F

0-1760 /0-3216 F

0-1760 /0-3216 F

0-1820 /0-3308 F

0-1000 /0-1832 F

-199.9 -400.0 /-199.9-7520 F

-199.9 -600.0 /-199.9-999.0 F

4-20MA,0-1V0-50MV.0-100MV,0-5V

K

J

R

S

B

E

T

PT100

LN

0123456789

USP

LSP.

A SET 5 B B SET Ad1 < SV C ( ) D SET E SET 5

A SET +< CB INP < SVC ( )D SETE SET +<

<

<

<

<

A B C D E F G H

44+0.5

90+0.5

68+0.5

44+0.5

90+0.5

152+0.5

TF4

TF8

TF7

TF6

TF9

TF16

44+0.5

44+0.5

68+0.5

90+0.5

90+0.5

74+0.5

80

126

104

90

126

188

80

80

104

126

126

110

48

96

72

48

96

160

48

48

72

96

96

80

14

14

14

14

14

14

80

80

80

80

80

80

F

EHG

A

B

D

C

10

1

2

3

4

5

5

7

8

9

10

11

12

13

14

15

16

17

18

19+

-

+

-

To

+

-

4-20mA OUT1

+

T/C( )

Al1

NO

NC

POWER85-265VAC

TF6-DB10

TF4-RB10TF7-SB10

TF9-RB10

A

NO

INP

TYPE

PV

SV

OUT

0.0-100.0

AT

1/0

AL1

LSP-USP

AL2

LSP-USP

AL3

LSP-USP

GAP

-50 50

RAP

0 100

RTM

0 100

B

PV/SV( SV )

1:0:

5

5

5

B

P

3

I

240

D

60

OUD

O

HYS

LSP-USP

CYT

0-100

Hy1

LSP-USP

Ad1

00-09

Hy2

LSP-USP

Ad2

00-09

Hy3

USP-USP

Ad3

00-09

P1

3

I1

240

D1

60

Ct1

0-100

OUL

0.0

OUH

100.0

MAN

0

LCK

000-111

C

1 (%)P OO N-OFF

1 ( )I 0

1 ( )D 0

0 :1 :

1 (

)

1 ( )0 MA 1 SSR

1 (

)

1 ( )

2 (%)P1 0 ON-OFF

2 ( )I1 0

2 ( )D1 0

2 ( )O MA 1 SSR

0:1:

DATALOCK

2 (

)

2 ( )

3 (

)

3 ( )

SET

LSP

-1999-9999

USP

-1999-9999

CF

1/0

SFT

0-31

DP

0-3

PVS-50-50

BAD0

ADD0-255

TOP0-100

UO0-100

SRT0 100

LMO0 100

RSL0 1

CL1100%

CH1100%

TH0 2

O

1: F

30

PVSV

0:9600

AT

At

PV/SV( SV )

INP

B-LN

C

SET

SET

SET

SET

SET

SET

SET

SET5

SET+ <

SET

SET

SET

SET

SET

SET

SET

SET

SET

SET

SET

SET

SET

SET

SET

SET

SET

SET

SET SET

SET

SET

SET

SET

SET

SET

SET

SET

SET

SET

SET

SET

SET

SET

SET

SET +<

LEVEL A

POWER ON

Self-diagnostic

INP

TYPE

L.S.P.L.

U.S.P.L.

PV

SV

OUT

0.0-100.0

AT

1/0

AL1

LSP-USP

AL2

LSP-USP

AL3

LSP-USP

GAP

-50 50

RAP

0 100

RTM

0 100

LEVEL B

Control set

IndicatorLighting

Input type

Input range

Control settemperature

Output display(auto)set ouput(manual)

Auto tuning1:AT on0:AT off

Alarm1 set

5sec

5sec

5sec

ControlParameter

P

3

I

240

D

60

OUD

O

HYS

LSP-USP

CYT

0-100

Hy1

LSP-USP

Ad1

00-09

Hy2

LSP-USP

Ad2

00-09

Hy3

USP-USP

Ad3

00-09

P1

3

I1

240

D1

60

Ct1

0-100

OUL

0.0

OUH

100.0

MAN

0

LCK

000-111

Propotion band(%)P=ois on/off

Integral time(set)

Derivative time(set)

0 : h e a t i n g1 : c o o l i n g

Output1hystersis

Cycle t ime(set)0:4-20mA1:SSR

Alarmlhystersis

Alarmlmode set

Propotion band(%)p=oison/of f(only bi -mode)

Integral t ime(set)(only bi -mode)

OutputLow l imit

Outputhigh l imit

0:manual enable1:manual inhibi t

DATALOCK

Alarm 2 hystersis

Alarm2mode set

Alarm3hystersis

Alarm3mode set

H OPERATING FLOW-CHART

Calibration

LSP

-1999-9999

USP

-1999-9999

CF

1/0

SFT

0-15

DP

0-3

SRT

0 100

PVS-50-50

LMO0 100

BAD0

RSL0 1

ADD0-255

CL1100%

TOP0-100

TH0 2

UO0-100

Lower Limit forsv

Input type set

(set input table)

Upper limit for sv

O

1: F

Input filter

Input(for analog)

Decimal set

PVSV

Process value of fset

Baud rate0:9600

Communicat ion address

Generated by AT

G e n e r a t e d b y A T

PV/SV

INP

B-LN

TF-Series Temperature Controller

O P E R A T I O N G U I D E

A GENERAL CHARACTERISTICS

Power supply:AC85-265V,50/60Hz(DC input is optional

Power consumption:5VA max

Control method:PID PD PI P ON/OFF

Operating ambient temperature:0-50

Operating ambient humidity:50-85%RH

Input type supported:T/C, RTD, 4-20mA, 1-5VDC, 0-10VDC

Output type supported:Relay, Pulse(for driving SSR), 4-20mA

B DESCRIPTION OF FRONT PANEL

No .123456789

101112131415

SYMBOLPVSV

OUT1OUT2

ATAL1AL2AL3

MANPRO

<

<

<SETA/M

DESCRIPTION

process value(Present value)

set value(Expected value)

output l operation indicator

output2 operation indicator

auto tuning operation indicator

alarm lindicator

alarm2indicator

alarm3in dicator

manual operation indicator

program runing indicator

up key

down key

shift key

mode/enter key

auto/manual select key

C TABLE OF INPUT/ALARM MODE

Input type

0-1370 /0-2192 F

0-1200 /0-2192 F

0-1760 /0-3216 F

0-1760 /0-3216 F

0-1820 /0-3308 F

0-1000 /0-1832 F

-199.9 -400.0 /-199.9-7520 F

-199.9 -600.0 /-199.9-999.0 F

ANALOGSIGNAL4-20MA, 0-1V0-50MV.0-100MV,0-5V

K

J

R

S

B

E

T

PT100

LN

Alarm code Description

0123456789

Deviation high alarm

Deviation low alarm

Absolute value high alarm

Absolute value low alarm

In-band alarm

Out-of-band alarm

Thermal Couple broken alarm

Expected-PV-Met timer trigger alarm

1,Change between different levels*In levelA, press SET key for 5 seconds to enter level B*in levelA, press SET key with<key simultaneously and then release to enter level c*in levelB press SET key for 5 seconds to back to level A*in level C press SET key with<key and then release to back to level A*if there is no action for one minute in mode leveB or levelC, it will back to level A automatically

A B C D E F G H

44+0.5

90+0.5

68+0.5

44+0.5

90+0.5

152+0.5

TF4

TF8

TF7

TF6

TF9

TF16

44+0.5

44+0.5

68+0.5

90+0.5

90+0.5

74+0.5

80

126

104

90

126

188

80

80

104

126

126

110

48

96

72

48

96

160

48

48

72

96

96

80

14

14

14

14

14

14

80

80

80

80

80

80

F

EHG

A

B

D

C

PANEL CUT OUT DIMENSIONS

F DIMENSION AND PANEL CUT OUT

10

1

2

3

4

5

5

7

8

9

10

11

12

13

14

15

16

17

18

19+

-

+

-

+

-

4-20mA OUT1

+

T/C

Al1

NO

NC

POWER85-265VAC

TF6-DB10

Input signal higher than USP

Input signal lower than LSP

Cold junction compensation failure

Broken Thermal Couple

Check input signalInput signal out-of-rangeNo input signal

.

Error code

D ERROR CODE FOR SELF-DIAGNOSTIC

E WIRING EXAMPLES

TF4-RB10TF7-SB10

TF9-RB10

Symbol Range

Deviation low alarm(without alarm for first time)Absolute value low alarm(Without alarm for first time)

Description Possible cause

Check input signalInput signal out-of-rangeNo input signal

CJC diode brokenCJC diode poor contact

Thermal Couple broken

(The pin assignment of each controller is subject to change,please refer to the label attached in the back panel of each controller)

POWER

LOAD

POWER

J:Contactor

POWER

POWER

LOAD

POWER

LOAD

POWER

J:Contactor

POWER

TO POWER

SCR POWER CONTROLLER

Typedinen sions

2,Basic setup procedureTo use this controller is very easy, please follow the following steps to do the basic setup:Step1:Setup input type a press SET key with<key simultaneously and then

release to enter level C b find the menu INP c press<key one time and will find the SV value blinking d press key or key to change the input type as needed e press SET key to enter new input type f press SET key with<key simultaneously and then release toback to level AStpe2:Setup the alarm mode Ad1(same procedure for Ad2 or Ad3) a press SET key for 5 seconds to enter level B b press SET key several times to find menu Ad1 c press<key one time and will find the SV(alarm mode) value blinking d press key or key to change the alarm mode(0-9)as needed e press SET key to enter the alarm mode value f press SET key for 5 seconds to back to level AStpe3:Setup the value for alarm AL1(same procedure for Al2 and A13) a in level A, press SET key several times to find Al1 b press<key one time and will find the SV value blinking c press key or key or<key to setup the value needed d press SET key to enter the valueStep4:Setup the expected temperature(SV) a in level A, press the<key one time and will find the SV value blinking b press the key or key or<key to setup the value needed c press SET key to enter the valueStep5:Activate Auto-Tuning(AT)in order to get proper PID value a in level A, press SET key several times to find menu AT b press<key one time and change the value from 0 to 1 c press SET key to enter the value d the controller will now entre Auto-Tuning mode immediately, the AT indicator on the panel will be ON for several minutes, Do not interrupt it until the AT indicator is OFF e while the AT indicator is OFF, the Auto-Tuning process is completed. The basic setup for this controller is now completed

3,Advanced setupAdvanced setup is probably required for some particular environments. a Switching between Manually and Automatically output mode press the A/M key, the MAN indicator will be ON and enter the manually mode.The PV value in this mode represent measured value and the SV value represent the percentage of output power. Press the<key and press key or key may adjust the output power. Press the A/M key again to back to automatically output mode. b Adjust PID value manually manual adjustment for P,I,D values may be required for some particular working environments.Please entre mode level B and find the P, I, D value respectvely and adjust them. c Temperature discrepancy adjustment When you short the two pins of T/C input in the back panel of this controller, the PV value should be very close to the room temperature. If there is a discrepancy between PV value and room temperature,you may use menu PVS to correct it. Please enter the mode levelC and find menu use<key and key or key to put the corrective value.(Plus or minus d Setup Expected-PV-Met timer alarm Find one of the alarms and set the alarm mode(ex:Ad1)as value 9 .And then setup the value of timer with value of alarm(ex:AL1).Once the PV meet the SV, it trigger the timer and the timer start to count down (unit is minute). Once the timer count down to zero, the alarm activate. e Soft start with ramp(optional) if you need your heater start with a fixed increasing temperature ramp, please setup this function as following. In level A, find menu for RAP and RTM. The increasing ramp for the heater is RAP/RTM. For instance, we set RAP as 10.0 and RTM as 001.0, it means that the increasing temperature ramp is 10 /minute.A value 0 for both RAP and RTM means disable the ramp function. f Activate the de-humidity function(optional) If your system need de-humidity function, please setup it with the following procedure. In mode level C, press SET key several times to find menu SRT. Please preset the de-humidity temperature into it, in general, the value is between 10 to 40 (ex:40),And then find the other menu LMO, please preset the output power percentage while activating the de-humidity function into it. Its around 2.0 to 5.0(ex:2.0).Once the setup is complete, when the system is powered on, the percentage of output power will be kept on 2.0 percent while the temperature of heater is under 40 .Its a good way to prevent the heater from damaged by high humidity.

LEVEL B LEVEL C

Press set

Press set

Press set

Press set

Press set

Press set

Press set

Press set

Press set 5sec

Alarm2 set

Alarm3 set

Set

Set

Set

Set

Set

Set

Set

Set

Set

Set

Set

Set

Set

Set

Set

Set

Derivat ive t ime(set)(only bi -mode)

Cycle t ime(set)(only bi -mode)

Set

Set

Set+<

Set

Set

Set

Set

Set

Set

Set

Set

Set

Set

Set

Set

Set

Set

Set

Set

Set+<

G MANIPULATION

<

<

<

<

<

<

<

<

< <

<

<

Cool off the cleftSV1=SV+GAP

Inclined rate( RAP/ RTM)The enactment

Inclined rate( RAP/ RTM)Time enactment

In addition to the wet temperature enactmentSRT=0, this function nonentity

Output the percentage fixedly in addition to the wet processLMO=0, this function nonentity

Inclined rate hour, the SV dynamic state manifestation0:Have 1:Have no

Assist to control the OUT2 electric current to outputAdjust zero:00

Assist to control the OUT2 electric current to outputThe full degree adjust

Assist to control the OUT2 function choice0:The OUT2 is the cold hot admixture control1:The OUT2 is the PV transmission to output2:The OUT2 is the SV transmission to output

Temperature

Ch1100%

LEVEL C