FineTek PT-7610 User manual

Press 5 seconds
Input Signal Option
Manual control
Reference list of
input signal
Reference Program
setting flowchart
Press and
hold for 3 seconds
Main
Item Key Combinations NotesDescribe
Special menu entry method
PT-7650
PT-7610 PT-7620 PT-7630
PT-7631 PT-7640
OUT1 ALM
OUT2 LC
1
2
3
4
5
6
7
F l n
eT
e
k
PV
SV
8
Over measure range
Under measure range
Sensor break
Display over scale
Display under scale
DC: 20~36Vdc ※Except PT-7610
AC: 100~240Vac 50/60Hz
Output:
(Life Time:100,000 times)
SPST- 3A/250Vac
12Vdc (NPN), 20mA Max.
4~20mA, 0~10Vdc (600W Max.)
RS485 Output
0~99s
0.5~999.9s
SPST-NO, 3A/250Vac
0~9999
250 ms
ON/OFF or PID +Fuzzy(Auto Tuning)
-1999~9999
7A Max.
0~50BC (20~85% RH)
0.3%A1digit
LB00:
LB01:
LB02:
LB03:
Parameter Open
Alarm, SV, and CTRL setup only
SV setting only
Lock setup only, other parameters are not
available for setup
Disable
SV+
SV
SV+
Heater Cooler
Enable
Disable
Disable
Enable
Disable
Disable
Disable
Disable
SV+
SV
SV+
Heater Cooler
Enable
Enable Disable
Enable
Enable
Enable
Enable
>0<0, <0>0,
LOCK LOCKLOCK
Thank you for please read the User' s manual first before buying
Fine-Tek products and using and is familiar with product
performance and every function, please keep the user' s manual
so that consult in future. Modbus communication can be
downloaded from http: //www.fine-tek.com
TEMPERATURE
CONTROLLER
1
2
3
4
5
6
7
Unit indicator Lighted:BC Unlighted:BF.
"Shift" key: position shift.
Control output indicator
"Enter" key: confirmation.
Process value,and functions display.
(Red 7-segment)
Alarm indicator.
Setting value,and parameters display.
(Green 7-segment)
8
"Up" key: addition and mode change.
TERMINAL ARRANGEMENT
Please inspect the specification of the power.
Don't connect the end Terminals not used.
Propose that the signal line uses AWG 18~24
to enclose the isolate wire, the main power
cable and relay export the contact and use
AWG 25~30.
DIMENSION / PANEL CUTOUT unit: (mm)
FRONT PANEL
1. Really lock the end Terminals screw, if the screw has not been locked but
lost by causing the fire or mechanical breakdown.
2. Please don't be using this product and having places where we can fire
gas, cause the risk of exploding by the fact that it may.
3. The life-span of the relay must depend on the user's usage, the use of
the relay must be in specified load and life-span of electric apparatus that
it labels, if the use of the relay exceeds its life-span, the danger that may
melt or cause the fire in the contact of the relay.
4. Don't disassemble, repair or revise the products without authorization,
this measure may cause the short circuit of the electric apparatus,
trouble or fire.
5. Don't drop inside products by chip or chip of wire metal, will cause the
short circuit and account or fire.
Please strictly observe the following instructions, it can
guarantee this safe operation in anticipated cases of
controller:
Use the product within the ratings specified for submerging in water and
exposure to oil.
Do not use the product in locations subject to vibrations or shocks. Using
the product in such locations over a long period may result in damage
due to stress.
Do not use the product in locations subject to dust, corrosive gasses, or
direct sunlight.
Separate the input signal devices, input signal cables, and the product
from the source of noise or high-tension cables producing noise.
Separate the product from the source of static electricity when using the
product in an environment where a large amount of static electricity is
produced (e.g., Forming compounds, powders, of fluid materials being
transported by pipe).
Organic solvents (such as pain thinner), as well as very acidic or basic
solutions might damage the outer casing of the Temperature controller.
Store at the specified temperature. If the Temperature controller has
been stored at a temperature of less than -10BC, allow the Counter to
stand at room temperature for at least 3 hours before use.
Wait 30 minutes after power on before calibration .
FUNCTION LOCK
ERROR MESSAGES
DESCRIPTION OF PARAMETERS
Control output
hysteresis
Manual reset
PV input filter
Cycle time
Function list
lock
You can set a hysteresis around the set
point to prevent chattering
In PID control, I=0, PV=SV, reset the control
output to " " value
This function should be used the PV display
value may fluctuate greatly,for example, when
the measured input signal contains noise. If a
larger time constant is set, the filter can
remove more noise.
The cycle time is the period of on/off repetitions of a relay
or voltage pulse output in time proportional PID control.
The ratio of the ON time to the cycle time is proportional to
the control output value. If output for the relay, setting has
to be more than 15.
Direction of relay
You can set the mode of function lists which
can be displayed and edited.
FUNCTION LIST
Data Range
Main
Item Sub Item Default Value Describe
Data Range
Main
Item Sub Item Default Value Describe
0
00 SEC
0
9999
0
ON/OFF
OFF
9999
-1999
0
0
0
0
0
00 SEC
0
-1999~9999
OFF~2
0000~9999
00~99
-1999~9999
-1999~9999
-1999~9999
-1999~9999
-1999~9999
-1999~9999
-1999~9999
-1999~9999
0000~9999
00~99
0~9999
0~9999
1~50
0.0~100.0
0~9999
0~9999
0~9999
-1999~9999
-1999~9999
0.5~999.9
0.5~999.9
0000
3
1
0
200
20
OFF
0000
0
0
15 sec
0~255
Data Range
Main
Item Sub Item Default Value Describe
Alarm Relay Direction 1
Alarm follow the action of out1
Set Value SV
Scale upper limit value
Scale lower limit value
Operation
Auto Tuning
Limit Hi (Max. Value of SV range)
Limit Lo (Min. Value of SV range)
PV input bias
Alarm Relay Position 1
Alarm soft activation
Alarm Relay Hysteresis 1
Alarm Relay Delay Time 1
Decimal point set
Alarm Relay Style 1
Alarm follow the action of out2
SV offset value during auto tuing
Alarm Relay Direction 2
Alarm follow the action of out1
Alarm Relay Position 2
Alarm Relay Hysteresis 2
Alarm Relay Delay Time 2
Alarm Relay Style 2
Alarm follow the action of out2
Control output Hysteresis 1
P Value
Input digital Filter
Manual Reset
I Value
D Value
Control output Hysteresis 2
Deadband parameter of Heater
Cycle Time 1 (Second)
Cycle Time 2 (Second)
Heater is controlled by out1
Cooler is controlled by out1
Heater is controlled by out2
Cooler is controlled by out2
Deadband control
Deadband parameter of cooler
Control output direct/reverse operation 2
Control output direct/reverse operation 1
Hold temperature over room tempereture
Hold temperature below room tempereture
BaudRate:600
BaudRate:1200
BaudRate:2400
BaudRate:4800
BaudRate:9600
BaudRate:19200
8 data bit ; No Parity ; 1 Stop Bits
8 data bit ; No Parity ; 2 Stop Bits
8 data bit ; Odd Parity ; 1 Stop Bits
8 data bit ; Even Parity ; 1 Stop Bits
Hex
Ascii
Lock Label 0
Lock Label 1
Lock Label 2
Lock Label 3
Password protection
Quick SV setup protection
Allow entry manual mode
EEPROM protection
Default to factory setting
Sceen return time (S)
Device ID No.
G:
Q:
H:
R:
I:
S:
A:
K:
U:
B:
L:
V:
C:
M:
W:
N:
D:
X:
O:
E:
Y:
T:
J: F:
P:
Z:
15 sec
0~999
0~99
0
10
0~9999 0Loop break alarm
Except TC/RTD input
SPECIFICATIONS
Pulse
(Driven by SSR)
Control Output
Relay
Analog
Communication
Interface
Cycle Time of
Output Control
Input Compensation
Sampling Time
Alarm Output
Alarm Delay Time
Power Consumption
Working Temperature
Alarm Output
Hysteresis Adjustment
Control Method
Power Supply
Accuracy
Enable : Enable control output to follow PID/ON-OFF
control algorithm
Disable : Inhibit output
PARAMETERS OF HYSTERESIS LIST
Content of the packaging
Noumenon Washer
Back cover User' s manual
Bracket (2pcs)
SAFETY SETUP
96
48
91.8
82.5
10
92+0.8
-0
102 min.
67 min.
45
+0.6
-0
PT-7631 48mm(W)x96mm(H)x92.5mm(D)
EXC24V 100~240V AC
mA
G
F
RTD
A
b
B
F
G
TC/V
Relay output Voltage pulse
12VDC o utput
RS485
F
G
F
G
OUT1
OUT2
ALM
2
ALM
1
20
19
17
16
14
13
12
11
10
9
8
7
6
5
4
3
2
1
NC
NO
COM
OUT1
OUT2
7
6
5
4
8
DC V/ mA
OUT1
DC V/ mA
OUT2
7
6
5
4
F
G
F
G
12VDC OUT1
12VDC OUT2
7
6
5
4
F
G
F
G
72
72
67
70.510
68+0.7
-0
90 min.
90 min.
68+0.7
-0
PT-7640 72mm(W)x72mm(H)x80.5mm(D) PT-7650 96mm(W)x96mm(H)x83mm(D)
96
48 44.8
82.5
10
PT-7630 96mm(W)x48mm(H)x92.5mm(D)
92+0.8
-0
67 min.
45
+0.6
-0
102 min.
RS485
100~240 V AC
OUT 2
2
3
4
5
61
8910 7
1112
13
14
16
17
1920
ALM 2
ALM 1
OUT 1
EXC24V
Relay output Voltage pulse
12VDC o utput
mA
GF
RTD
A
b
B
F
G
TC/V
FF
GG
8
7
6
5
4
OUT1
OUT2
NC
NO
COM
7
6DC V/ mA
5
4
OUT2
OUT1
DC V/ mA
F
G
F
G
7
612VDC
5
412VDC OUT2
OUT1
F
G
F
G
48
24 21.6
90.58
48 +0.8
-0
24
+0.6
-0
58 min.
46 min.
F l n
eT
e
k
OUT
ALM
BC
BF
PT-7610 48mm(W)x24mm(H)x98.5mm(D)
100~240V AC
12VDC o utput
Voltage pulse
Relay output
NO
ALM
RS-485
7 8 9 10 11 12
1 2 3 4 5 6
4
3OUT DC V/ mA
4
3
F
G
4
312VDC
F
G
mA
GF
RTD
AbB
FG
TC/V
48
48
44.8
92
9
F l n
eT e
k
ALM LC
OUT1 OUT2
PV
SV
45
+0.6
-0
45
+0.6
-0
55 min.
67 min.
PT-7620 48mm(W)x48mm(H)x101mm(D)
9
10
11
82
3
4
5
6
1
100~240V AC
OUT1
ALM
12VDC
Voltage pulse
outpu t
DC V/ mA
14
13 12Vdc
14
13
14
13
14
13
OUT2
OUT2
15
16
17
18
EXC
24V
RS
485
mA
G
F
RTD
A
b
B
F
G
TC/V
F F
G G
F
G
F
G
F
G
F
G
4
3OUT1 4 3DC V/ mA
F
G
4
312VDC
F
G
Relay output
0
0~3
91
75
96
96 8
92+0.7
-0
102 min.
114 min.
92+0.7
-0
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
RS485 OUT 1
ALM2
OUT 2
ALM1
2
3
4
5
6
7
8
1
100~240V AC
EXC24V
mA
G
F
RTD
A
b
B
F
G
TC/V
24
23
22
21
OUT1
OUT2
24
23 DC V/ mA
22 OUT2
OUT1
DC V/ mA
21
F
G
F
G
24
23
22
21
12VDC
12VDC OUT2
OUT1
F
G
F
G
F
G
F
G
43
100~240V AC
ALM1
OUT 1
mA RTD
A
b
B
TC/V
70
69 12VDC
54 12VDC OUT2
OUT1
53 F
G
F
G
DC V/ mA
OUT2
OUT1
DC V/ mA
F
G
F
G
70
69
54
53
OUT1
OUT2
70
69
54
53
44
45
46
47
48
55
56
57
58
59
60
67
68
69
70
71
72
49
50
51
52
53
54
61
62
63
64
65
66
RS485
OUT 2
ALM2
EXC24V
Relay output Voltage pulse
12VDC o utput Relay output Voltage pulse
12VDC o utput
NO
OUT
Type R and S A8BC for 0 to 500BC
Type B accuracy is not guaranteed for 0 to 600BC
-200~1370BC
-128.0~500.0BC
-200~1200BC
-128.0~500.0BC
-200~400BC
-128.0~400.0BC
-200~800BC
0~1760BC
0~1760BC
0~1820BC
-200~1300BC
-200~850BC
-199.9~850.0BC
-200~500BC
-199.9~500.0BC
-328~2498BF
-199.9~932.0BF
-328~2192BF
-199.9~932.0BF
-328~752BF
-199.9~752.0BF
-328~1472BF
32~3200BF
32~3200BF
32~3308BF
-328~2372BF
-328~1562BF
-199.9~999.9BF
-328~932BF
-199.9~932.0BF
-1999~9999
-1999~9999
-1999~9999
-1999~9999
-1999~9999
-1999~9999
-1999~9999
-1999~9999
(default)
Special mean entry method
TC
(BC)
TC
(BF)
V
mA
RTD
(BC)
RTD
(BF)
Measurement
K Type
K Type
J Type
J Type
T Type
T Type
E Type
R Type
S Type
B Type
N Type
PT Type
PT Type
JPT Type
JPT Type
K Type
K Type
J Type
J Type
T Type
T Type
E Type
R Type
S Type
B Type
N Type
PT Type
PT Type
JPT Type
JPT Type
0~50mV
0~1V
0~5V
1~5V
0~10V
2~10V
0~20mA
4~20mA
Input Type Range
Indication
08-PT76XX-B0-EM, 04/07/2011
Control output : DC V/ mA
Retransmit output : DC V/ mA
Control output : DC V/ mA
Retransmit output : DC V/ mA
Control output : DC V/ mA
Retransmit output : DC V/ mA
Control output : DC V/ mA
Retransmit output : DC V/ mA
Control output : DC V/ mA
Retransmit output : DC V/ mA
Control output : DC V/ mA
Retransmit output : DC V/ mA

PV, SV
Power
ON
Input Type Menu
Input Signal Option
Alarm soft activation
All can with Hysteresis and de-energized function for
ON/OFF control
ALARM MODE SETTING
ONOFF
( )
Deviation high alarm
ONOFF
( )
Deviation high alarm
ON OFF
Deviation low alarm ( )
ON OFF
( )
Deviation low alarm
ON ONOFF
Deviation high/low alarm ( )
OFF
OFF ON
Band alarm ( )
ONOFF
Process high alarm ( )
( )
ON OFF
Process low alarm
: Alarm Setting Value : Hysteresis Setting Value
: SV
Press to show ALM option Press to enter Alarm option Press to enter setting mode Press to shift to two
digit position
Press to set 5.0 value Press to confirm Press twice back to main screen
*There are eight different Alarm modes,
please refer Alarm mode setting table.
Press to save setting
Press to enter SV setting
mode
Press to Modifd Press to shift to four digit
position
Press to set 100.0
*Flashing SV indicate that
Auto Tune is executing.
Press twice back to
main screen
Press three time Press to enter contrl option Press to enter setting mode Press to choose PID mode Press to save setting Press to show TUN option Press to enter setting mode Press to choose TUN Press to confirm
SETTING PRECEGURE DIAGRAM
PROGRAM SETTING FLOWCHART
Press at least 5sec to enter
Manual control
PV
Out1 MV setting
Out2 MV setting
: Out1, Out2, and PV value
cross indication
: MV value adjustment
: Press and hold for 3 seconds to
return to the standard mode.
While in modifying:
:Increment
:Save setting
:Decrease
Alarm Relay Direction 1
Alarm Relay Position 1
Alarm Relay Hysteresis 1
Alarm Relay Delay Time 1
Alarm Relay Style 1
Alarm Relay Position 2
Alarm Relay Hysteresis 2
Alarm Relay Delay Time 2
Alarm Relay Direction 2
Alarm Relay Style 2
Limit Lo
(Min. Value of SV range) ?
Limit Hi
(Max. Value of SV range)
Set Value SV
Decimal point set
Scale upper limit value
Scale lower limit value
I Value
ONOFF/PID
Operation
Auto Tuning
PV input bias
SV offset value during
auto tuing
P Value
D Value
Manual Reset
Input digital Filter
Heater is controlled by out1
Cooler is controlled by out1
Device ID No.
Baud Rate
Hex
Ascii
Press and hold for 3 seconds
Hold temperature
Over/ below room
Tempereture
Lock Label
Password protection
Quick SV setup protection
Allow entry manual mode
EEPROM protection
Default to factory setting
Sceen return time (S)
Heater is controlled by out 2
Cooler is controlled by out 2
Cycle Time 1 (Second)
Cycle Time 2 (Second)
Control output Hysteresis 1
Control output Hysteresis 2
Deadband control
Loop break alarm
Deadband parameter of Heater
Deadband parameter of cooler
If SV=100, the setup procedure is as below:
1.Quick Setup
2. Auto Tuning
3. Alarm Setting
Made in taiwan
8 data bit ; No Parity ; 1 Stop Bits
8 data bit ; No Parity ; 2 Stop Bits
8 data bit ; Odd Parity ; 1 Stop Bits
8 data bit ; Even Parity ; 1 Stop Bits
Control output direct/ reverse
operation 2
Control output direct/ reverse
operation 1
Press to show alarm
position 1 option
* Input Type: Please refer to "input type menu" on reverse side of the manual.
* Temperature input type and decimal display: Please refer to " input signal option"
on reverse side of the manual.
(Decimal point display depends on the choosen input signal type)