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SET

SET

A

/

M

A

/

M

MAN

MAN

PRG

PRG

F1

F1

F2

F2

F3

F3

SET

A

/

M

MAN

PRG

F1

F2

F3

SET

SET

SET

A

/

M

A

/

M

A

/

M

MAN

MAN

MAN

PRG

PRG

PRG

F1

F1

F1

F2

F2

F2

F3

F3

F3

SET

SET

SET

SET

SET

A

/

M

A

/

M

A

/

M

A

/

M

A

/

M

MAN

MAN

MAN

MAN

MAN

PRG

PRG

PRG

PRG

PRG

F1

F1

F1

F1

F1

F1

F2

F2

F2

F2

F2

F1

F1

F1

F1

F2

F2

F2

F2

F2

F3

F3

F3

F3

F3

SET

SET

A

/

M

A

/

M

MAN

MAN

PRG

PRG

F1

F1

F2

F2

F3

F3

SET

SET

SET

SET

A

/

M

A

/

M

A

/

M

A/M

MAN

MAN

MAN

MAN

PRG

PRG

PRG

PRG

F1

F1

F1

F1

F2

F2

F2

F2

F3

F3

F3

F3

SET

SET

SET

SET

A

/

M

A

/

M

A

/

M

A

/

M

MAN

MAN

MAN

MAN

PRG

PRG

PRG

PRG

F1

F1

F1

F1

F2

F2

F2

F2

F3

F3

F3

F3

SET

SET

A/M

A/M

MAN

MAN

PRG

PRG

F1

F1

F2

F2

F3

F3

SET

A

/

M

MAN

PRG

F1

F2

F3

SET

A

/

M

MAN

PRG

F1

F2

F3

SET

SET

SET

SET

A

/

M

A

/

M

A

/

M

A

/

M

MAN

MAN

MAN

MAN

PRG

PRG

PRG

PRG

F1

F1

F1

F1

F2

F2

F2

F2

F3

F3

F3

F3

SET

A

/

M

MAN

PRG

F1

F2

F3

SET

SET

A

/

M

A

/

M

MAN

MAN

PRG

PRG

F1

F1

F2

F2

F3

F3

SV

    

    

    

1

0

20

210

30

0

20

0

0

0

.

0

100

.

0

100

.

0

100

.

0

2

2

2

0

0

3

4

0

d1:Derivative time of output1
                 (F04 group)

ATVL: Auto-tuning offset
           (F04 group)

CYTI: Control cycle time of 
    output1(FT04 group)

HYS1:Hysteresis for output 1
               (FT04 group)

RST1: P1 reset wind-up
           (FT04 group)

OPL1: Minimum output of output 1
                 (FT04 group)

OPH1: Maximum output of output 1
                 (FT04 group)

BUF1: Soft-start value for output 1
                 (FT04 group)

PKo1: Initial output value under 
power-on manual control mode
                  (FT04 group)

oLAP: dual output heating and cooling 
overlap area(FT04 group)

GAP2: Cooling side SV off-set
                (FT04 group)

P2: Cooling ouptut proprotional 
band(FT04 group)

i2: Cooling ouptut integral 
time(FT04 group)

d2: Cooling ouptut derivative
time(FT04 group)

OPL2: Output 2 minimum output
(FT04 group)

RST2: Output 2 PID reset wind-up
(FT04 group)

HYS2: Output 2 ON/OFF 
control hysteresis(FT04 group)

OPH2: Output 2 maximum output
(FT04 group)

LCK: Parameter access protection
quick start menu level 3 password
(F08 group)

Back to first parameter

Remark: All the parameters are distributed under ground F01,F02,F03,F04,F05,F06,F07,F08 some goes to 
group F01 and others goes to F02 etc. S.F01-S.F08 parameter is used to define whether present or hide 
specific parameters under different menu group

 6.1.2 Quick start menu level 3(custom menu,access with password)

This is a customized menu, you can put those frequently used parameters which likely being incorrectly manipulated under 
this menu, password is required if you want to access to this menu this will provent unauthorized access and configuration

LcK: password to access menu level 3

Customized parameters,there is no parameters under this menu as factory default

LcK: quick start menu(F08)
S.F08 parameter defines the 
presence of this menu
when LcK=0808, press SET key

Remark: F01-F06, parameters were distributed to these groups
S.F01-S.F06 used to define the presence of these parameter groups
refer to “6.2 basic functional menu(F menu)” for more details

6.2 Basic functional parameter menu(F menu)

PV/SV display mode

Password interface

F00 menu interface

Press SET and F3 key once, goes to 
password interface

Set PASS=0033 enter into F menu

F00 menu,press F1 or F2 key to
shift between F00-F08

F00 menu group

Notation

Name

Description

Default

setting value

define the 
status of F00 
group
parameters 

Setting value
Range defined by(LSPL to USPL)

0: Do not present F00 under quick start menu
    Press F1,F2,F3 to SV setting mode
1: Present F00 at quick start menu level 1
2: Present F00 at quick start menu level 2
3:Present F00 at quick start menu level 3

F01 menu group, for controller with event SV setting features only

Notation

Name

Description

Default

SV setting configured by external D1/D2 
terminals   SV1  D1: open    D2:open,    SV=SV1
SV setting configured by external D1/D2 
terminals   SV2  D1: open    D2:close,    SV=SV2
SV setting configured by external D1/D2 
terminals   SV3  D1: close    D2:open,    SV=SV3
SV setting configured by external D1/D2 
terminals   SV4  D1: close    D2:close,    SV=SV4

Event input SV1

Event input SV2

Event input SV3

Event input SV4

define the 
status of F01 
group
parameters 

F02 menu group

Notation

Name

Description

Default

AT
Auto-tuning

CYT2: Cooling ouptut control 
cycle time(FT04 group)

AM.RS
Operating mode

AL1
Alarm 1 value
AL2
Alarm 2 value

UAD
Device address

define the 
status of F02 
group
parameters 

No.: Auto-tuning off
Yes:Auto-tuning on

Auto.: auto control mode
MAN:manual control mode
StoP: stop mode

Alarm value for alarm 1, range -1999~9999

Alarm value for alarm 2, range -1999~9999

Define device address in RS-485 system

F03 menu group, some of parameters under F03 might not be displayed due to 
different controller version

Notation

Name

Description

Default

Ramp
Ramping up rate

Ramp rate under ramp up heating mode

0

Unit is  C/minute

t1
timer range

t1 is a time duration for temperature constant mode or ramp up mode
minutes or seconds, t1=0, temperature constant mode disabled
parameter t1UN under PASS-0303 define the t1 unit

define the 
status of F03 
group
parameters 

F04 menu group

Notation

Name

Description

Default

SC
Input offset

Input offset, to compenstate the error caused by sensor
Range, for temp: -199~199, for analog, -1999 to 1999

P1
P1 of output1

Proportional band of output 1, range 0-800
output 1 switch to ON/OFF control when P1=0, Hysteresis is HYS1

integral time

Derivative time

Integral time of output 1, range 0-3600 seconds
when i1=0, integral off

Derivative time of output 1, range 0-3600 seconds
When d1=0, derivative off

Auto-tuning 
SV offset

Shift the SV value lower  to prevent large 
overshoot during auto-tuning process range -199-199

Cycle time
for output 1

cycle time for output 1, CYT1=20 seconds for relay
CYT1=2 seconds, CYT1 not applicable for analog output

Hysteresis 
for output 1

When P1=0, ON/OFF control, HYS1 0.1-900
Heating: OP1 stop PV>SV
               OP1 active when PV<SV-HYS1
Cooling: OP1 active when PV>SV+HYS1
               OP1 stop PV<SV

Time 
proportional 
reset

When i1=0,d1=0, pure proportional control, rSt1 is reset value
Heating, out 1%= (SV+rst1-PV)/P1*100%
Cooling, out 1%=(PV-SV-rst1)/P1*100%
this used to suppress overshoot at start-up for PID control
Heating, suppress more when rst 1 gets smaller
Cooling, suppress more when rst 1 gets bigger
range: -199~199

minimum 
output for out1
maximum 
output for out1

Minimum output value
0.0 to 100.0%
Maximum output value
0.0 to 100.0%

Output 1 
restrain

Output restrain for analog output, output restriction,
only applicable for analog output controller
for example, if buF=5%, means the output changing ratio
will be less than 5% per second

Initial 
output %

Define the output ratio when temperature 
configured as manual output after power on

heating/cooling 
overlap

Heating/cooling control overlap.
range 0-100, overlap area is (SV-OLAP)~(SV+OLAP)

To the next page

0: Do not present in quick start menu
1: Present F00 at quick start menu level 1
2: Present F00 at quick start menu level 2
3:Present F00 at quick start menu level 3

0: Do not present in quick start menu
1: Present F00 at quick start menu level 1
2: Present F00 at quick start menu level 2
3:Present F00 at quick start menu level 3

0: Do not present in quick start menu
1: Present F00 at quick start menu level 1
2: Present F00 at quick start menu level 2
3:Present F00 at quick start menu level 3

FT20X

-

800

-

C1

3

Summary of Contents for FT200

Page 1: ...rm relay 250Vac 3A resistive load 4 20mA output maximum load resistance 500 ohm 12VDC pulse output 20mA Remark Above is a general wiring diagram please always refer to the connection diagram on the side of the controller INP2 INP3 used for remote SV or position feedback or remote output under manual mode Please refer to wiring diagram on the unit for single phase or three phase triac output option...

Page 2: ...uration mode Press once or press once or press once Upper display shows SV lower shows the current SV value with the unit s digits flashing the flashing digits can be modifited Press key move the cursor to the hundred s digits and flashing 4 SV value modified 5 Save the configuration 6 PV SV display mode Press key change the hundred s digit to 2 Press SET save the configuration or press A M key sa...

Page 3: ...SV setting features only Notation Name Description Default SV setting configured by external D1 D2 terminals SV1 D1 open D2 open SV SV1 SV setting configured by external D1 D2 terminals SV2 D1 open D2 close SV SV2 SV setting configured by external D1 D2 terminals SV3 D1 close D2 open SV SV3 SV setting configured by external D1 D2 terminals SV4 D1 close D2 close SV SV4 Event input SV1 Event input S...

Page 4: ...ers 0 Absent 1 Present in quick start menu 1 2 Present in quick start menu 2 3 Present in quick start menu 3 Three approaches to exist and save the configuration under F menu 1 Press SET key for 3 seconds 2 Quick press A M key once 3 Press SET and F3 at the same time 6 2 Engineer paremeter PASS 0101 menu PV SV display mode Password interface Engineer parameter Press SET and F3 at the same time ent...

Page 5: ...is an ON OFF control mode AT light flashes AT light off when auto tuning finished P I D values will be caculated automatically Configure the ATVL parameter under F04 menu the SV can be shifted down to prevent large overshoot during the auto tuning Auto tuning will be terminated if you enter into manual mode or STOP mode or encounter a power interruption Auto tuning will be terminated if the AT val...

Page 6: ...right after some while 0 point caliberation finished 2 Analog output controller upper shows AA2L OP1 output at 0 value lower display changes along with the feedback signal display switch to the one at right after some while 0 caliberation finished 1 Upper shows AA2H OP1 light on OP1 relay pull in valve direct act lower display changes along with the direct act display switch to the right one after...

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