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FineTek PT-8320 User Manual

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PT-8320
User Manual
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Summary of Contents for FineTek PT-8320

  • Page 1 PT-8320 User Manual...
  • Page 2 DIMENSION / PANEL CUTOUT...

  • Page 3: Panel Description

    PANEL DESCRIPTION： EXPLANATION FOR TERMINAL WIRING：...

  • Page 4: Standard Specifications

    STANDARD SPECIFICATIONS Power Supply 85~265V AC 50/60 Hz Power Consumption 7VA Maximum Upper：Red 4 digit of 7 segment display Bottom：Green 4 digit of 7 segment display Display 10 segment bar-graph display Thermocouple：J, K, B, N, R, S, T, E RTD：PT100, JPT100 Input Signal Direct Voltage：0~230mV Relay...
  • Page 5 A. ANUE DESCRIPTION Main parameters selection Main Parameters Name of Parameter Description of Parameter PV value Present value SV value Setting value  LV-0 Status information  LV-1 PID setting  LV-2 Advance setting for control  Prog Ramp & Soak setting ...
  • Page 6 B.  Parameters block description Parameters Display Name of Parameters Description of Parameters Display Range Default  ~ Pattern Display the present executing pattern ~/ Step Display the present executing  step ~ Link Display present link  setting // Program Ramp &...
  • Page 7 C.  Parameters block description Parameters display Name of Parameters Description of Parameters Display range Default  / Auto Tuning  ~. Proportional Proportional parameter  ~ Integral Time Integral parameter (second)  ~ Derivative Derivative parameter   .    ~ .    Fuzzy parameter 0.060 ...
  • Page 8  ：Proportional Gain parameter。Can be calculated by auto tuning or adjusted manually. This parameter is responsible to the system deviation. When offset occurs, proportional regulator responds to reduce the offset.  ：Integral parameter。Can be calculated by auto tuning or adjusted manually. When steady offset exist in a consistent temperature, Integral regulator will start compensating until offset is fixed.
  • Page 9  ：Enable/disable dead band control.  ：Dead band for heater.  ：Dead band for cooler. Heating and cooling range can be controlled via dead band setting Heater dead band control：If PV>SV+DB-H, heater is not active. Cooler dead band control：If PV<SV+DB-C, cooler is not active. DB-H>0；DB-C>0 DB-H>0；DB-C<0 Over SV+DB-H deactivates heater...
  • Page 10 D.  Parameters block description Parameter display Name of Parameters Description of Parameters Display Range Default  / / / / / /  Input Input signal selection K type / /  /   /      /  /  ...
  • Page 11 On/Off mode On/Off mode control is a very common and simple control mode. When the control output is programmed as the heating output and the temperature lower than setting value, control output start to activate; if the temperature is higher than setting value, control output deactivate in order to control the temperature. It also can adjust hysteresis band to reduce the overshooting on the system to achieve the best control and stability.
  • Page 12  ：Remote(RSP) or local SV ：Remote mode (RSP)； ：Local mode。  ：Temperature set value； Set value between。  ：Decimal point set value。 ：decimal point 0 ：decimal point 1 ：decimal point 2 ：decimal point 3 ：Measurement Unit setup。 / ℃ ℉ ...

  • Page 13: Parameter Table

     Parameter Table Parameters display Name of Parameters Description of Parameters Display range Value  ~ Pattern NO. Pattern selection  ~ Number of steps Steps needed to be performed ~      ~    Set Value Temperature setup ~...
  • Page 14  ：Repeat time：Repeat time for each step Default setting=0，Repeat time= 0，Total action= 1 Default setting=1，Repeat time= 1，Total action= 2, and so on.  ：Pattern Link：Pattern selection followed by completion of each pattern. Ex.：Set Link=2 followed by Pattern 1. Link=1 followed by Pattern 2. /：Signal output procedure：signal output setup r1：Temperature increase 1 s1：Temperature holding 1...
  • Page 15  Parameter Table Parameters display Name of Parameters Description of Parameters Display range Reset Value  / Soft Start Alarm soft start       ～     Position 1 Alarm position 1      ～     Hysteresis 1 Hysteresis 1 ...
  • Page 16 ：Position 3 setup. ：Hysteresis 3 setup. ：Delay time 3 setup(sec). ：Style 3 selection(Please refer to StyL alarm style description). ：Position 4 setup. ：Hysteresis 4 setup. ：Delay time 4 setup(sec). ：Style 4 selection(Please refer to StyL alarm style description).
  • Page 17 6.1  Offset High Alarm  Alarm Style Alarm output on When PV>=SV+POS1, DY1 starts timing. When DY1 finishes timing, alarm sends out signal output. Alarm output off When PV<SV+POS1-HYS1, alarm output stops. Ex.： PV= present value SV= set value POS1= Alarm set point DY1= Alarm delay time SV=60；...
  • Page 18 6.2  Offset High Alarm Alarm output on When PV>=SV-POS1, DY1 starts timing. When DY1 finishes timing, alarm sends out signal output. Alarm output off When PV<=SV-POS1-HYS1, alarm output stops. Ex.： PV= present value SV= set value POS1= Alarm set point DY1= Alarm delay time SV=60；...
  • Page 19 6.3  Offset Low Alarm Alarm output on When PV<=SV-POS1, DY1 starts timing. When DY1 finishes timing, alarm sends out signal output. Alarm output off When PV>=SV-POS1+HYS1, alarm output stops. Ex.： PV= present value SV= set value POS1= Alarm set point DY1= Alarm delay time SV=60；...
  • Page 20 6.4  Offset Low Alarm Alarm output on When PV<=SV+POS1, DY1 starts timing. When DY1 finishes timing, alarm sends out signal output. Alarm output off When PV>=SV+POS1+HYS1, alarm output stops. Ex.： PV= present value SV= set value POS1= Alarm set point DY1= Alarm delay time SV=60；...
  • Page 21 6.5  Out-Range Alarm Alarm output on When PV<=SV+POS1 or PV<=SV-POS1, DY1 starts timing. When DY1 finishes timing, alarm sends out signal output. Alarm output off When PV>=SV+POS1+HYS1 or PV<=SV+POS1-HYS1, alarm output stops. Ex.： PV= present value SV= set value POS1= Alarm set point DY1= Alarm delay time SV=60；...
  • Page 22 6.6  In-Range Alarm Alarm output on When PV>=SV-POS1 and PV<=SV+POS1, DY1 starts timing. When DY1 finishes timing, alarm sends out signal output. Alarm output off When PV<=SV-POS1-HYS1or PV>=SV+POS1+HYS1, alarm output stops. Ex.： PV= present value SV= set value POS1= Alarm set point DY1= Alarm delay time SV=60；...
  • Page 23 6.7  Absolute Value High Alarm Alarm output on When PV>=POS1, DY1 starts timing. When DY1 finishes timing, alarm sends out signal output. Alarm output off When PV<=POS1-HYS1, alarm output stops. Ex.： PV= present value SV= set value POS1= Alarm set point DY1= Alarm delay time SV=10；...
  • Page 24 6.8  Absolute Value Low Alarm Alarm output on When PV<= POS1, DY1 starts timing. When DY1 finishes timing, alarm sends out signal output. Alarm output off When PV>=POS1+HYS1, alarm output stops. Ex.： PV= present value SV= set value POS1= Alarm set point DY1= Alarm delay time SV=60；...
  • Page 25 G.  Parameter Table Parameters display Name of Parameters Description of Parameters Display range Reset Value  Out1 ,,, Heat  ~,, Out2 Cool control/alarm/output  ,,, Sub1 ALM1 transmission ,,,  Sub2 ALM2   AUX1  AUX2 ,,, AUX input None ...
  • Page 26 Ex.: ts1=S2， on=2， off=3 After 2 minutes in Temperature Holding Step 2, ts1 will be on. After another 1 minute, it will be off again. After ts-1~2 goes to the next step, all signal will be off until it reaches specified steps. ...
  • Page 27 -Local ,Manual, Hold, Advance) can be set。Simply switch on to perform.  ：Switch on => LV-2->r-L=on Switch off => LV-2->r-L=oFF ：Switch on => Switch between manual and standard mode  ：Switch on => LV-0->Prog=rSt Switch off => LV-0->Prog=rUn ：Switch on => LV-0->Prog=HoLd Switch off=>LV-0->Prog=Retrieve Hold original setting ：Switch on =>...
  • Page 28 H.  Parameter Table Parameters display Name of Parameters Description of Parameters Display range Reset Value  SV upper limit setup ，      ~    Set value upper limit 9999 SV-H>SV-L  SV lower limit setup ， ...
  • Page 29 : Ramp/Soak initial SV setting, the SV initial value of the first step or when skip into ramp step, the SV initial value accumulate from the current PV or according to the SV setting. PV：Perform based on PV setup SV：Perform based on SV setup ：PV/SV main menu auto return：Display will automatically returned to PV/SV main menu when there is no new setup for time input.
  • Page 30 I、  List of parameters Parameters display Name of Parameters Description of Parameters Display range Default  ~ Identification  BPS. Baud rate Describe below 9600  Style Transmitting Style Describe below  Format Transmitting Format Hex/Ascii  ~ Time Out Setting for Time limit ...
  • Page 31 J、  Parameters block description Parameter Display Name of Parameters Description of Parameters Setting Range Default      ~    LABEL Lock selection LB00 Through LAbe parameter setting, it is adjust the main menu selectable and good for use friendly, avoid the possibility mistake in setting function.
  • Page 32 K.  Parameter Table Parameter Display Name of Parameters Description of Parameters Setting Range Pre-set value       ~    Scale Hi Greatest PV value 100.0       ~    Scale Lo Lowest PV value ...
  • Page 33 L.  Parameter Table Parameter Display Name of Parameters Description of Parameters Setting Range Pre-set value       ~    Scale Hi Greatest SV Value(RSP) 10.0       ~    Scale Lo Lowest SV Value(RSP) ...
  • Page 34 M.  Parameter Table Display Name Description Range Preset Value       ~    Scale Hi Scale Hi(CT current) 35.0       ~    Scale Lo Scale Lo(CT current) ...
  • Page 35 N、  Parameter Table Display Name Description Range Preset Value  Analog input calibrate Sensor input calibration  Analog output1 calibrate Analog output1 calibration  Analog output2 calibrate Analog output2 calibration  Analog output3 calibrate Analog output3 calibration  Analog output4 calibrate Analog output4 calibration ...
  • Page 36 Example 1：Calibrate Sensor input Example 2：Calibrate OUT1 analog output 0~10v Setup： Setup： 10、 Connect calibrator with sensor input 11、 Press and hold for 5 seconds to 1、 Connect calibrator with analog output enter Cali mode 2、 Press and hold for 5 seconds to enter Cali mode 12、...
  • Page 37 O、  Parameters block description Parameter Name of Parameters Description of Parameters Setting Range Default       ~    Manual operation Display PV value  .~. Heater MV Control heater output manipulate value  .~....