MULTISPAN PID 2303-1C Manual Download Page 4

PID AUTO-TUNING

Press      key for 6 sec to start/stop

PID auto-tuning 

°C

PV

Tuning
LED Indication

SV

Auto Tuning:-

The Auto-tuning function automatically computes 
and sets the Proportional band (Pb) , Integral time (It), 
Derivative time (dt), and cycle time as per process 
characteristics. 

Tuning LED will turn “ON” during Auto-Tuning

If the power goes off before auto-tuning is completed,
 auto-tuning will be restarted at next power ON.

88

99

8

100

8

45

Parameter

Range For J, K

PB

0.0°C to 999.9°C

IT

0 to 9999

DT

0 to 9999

CT

4 sec to 99 sec

MR

-9 to +9 

2°C to 20°C

Hysteresis-1

1°C To 100°C

0.0 to 30.0A

-9°C to 9°C

Hysteresis-3

0 Sec to 99 Sec

1°C to  50°C

1°C to 100°C

-20°C to 20°C

Hysteresis-2

4°C to 99°C

Pb2

Ct2

Mr2

Alarm Time

Set 2

Offset 

HBAL/HBI H

2) Control Mode ON/OFF: Relay turns ON (and remains ON) when 
    PV < SV. Relay turns OFF when PV > SV. After this there may be 
    overshoot depending on the thermal inertia of the machine. 
    When the PV < SV Minus HYS, Relay turns ON and heating is 
    resumed.

1) Control Mode PID: Relay turning ON/OFF according to heat 
    requirement of the machine.  

R1-Heating

R2-Cooling

1) Cooling Time proportional Control action: Relay turns ON/OFF 
    as per et Cycle timeand difference between PV and cooling SV.
  

2) Cooling ON/OFF control action: Relay is initially OFF. When 
     PV > SV, Relay turns ON and when PV < SV Minus HYS relay
     turns OFF. 

Set 3

Set 3 Low

Set 3 High

1°C to 50°C

R3MD = CS

R3MD = HIG/
               ABL

S3MD = RLT
S3MD = IND

S3MD = RLT
S3MD = IND

-50 to 0

0 to set 1

-50 to +50

SLL to SHL

SLL To SET3 HIGH

SET3 LOW To SHL

PARAMETER RANGE

WORKING

Summary of Contents for PID 2303-1C

Page 1: ...p 100 to 250V AC 50 60Hz 0 C to 55 C UP to 95 RH non condensing IP 65 Front side As per IS IEC 60529 2001 Approx 6VA 230V AC TERMINAL CONNECTION MECHANICAL INSTALLATION 1 CT 0 0 to 30 0 A 1 BL TP Blow...

Page 2: ...ine metallic fillings from installation to enter the product or else it may lead to a safety hazard that may in turn endanger life or cause electrical shock to the operator 3 Circuit breaker or mains...

Page 3: ...ed or Sensor connection is reversed Over range condition or sensor break no no R2MD ALRM HBAL HBA HbI HIG H ON DT ABL OFF CT INB PB MR CS HTR IT Blower TP Action Hysterisis 2 Absolute Outband Alarm Re...

Page 4: ...0 C Hysteresis 2 4 C to 99 C Pb2 Ct2 Mr2 Alarm Time Set 2 Offset HBAL HBI H 2 Control Mode ON OFF Relay turns ON and remains ON when PV SV Relay turns OFF when PV SV After this there may be overshoot...

Page 5: ...If CS HIG ABL Select RLT Alarm time ALRM TIME 5 H I HB 1 H 0 0 aBL PARAMETER SETTING Alarm Alarm Mode Relative Individual time pass 73 INPT J h Input J K R1MD HEAT PID ONF HYS1 3 R2MD COOL B TP ONF S...

Page 6: ...n Integral Time Derivative Time Cycle Time Manual Reset Proportional Band 2 Cycle Time 2 Manual Reset 2 Relay 3 Mode Alarm off pass 37 Case 3 INB ABO SET3 LOW 75 SET3 HI H 125 Set Point 3 Low Set Poin...

Page 7: ...is a continuous process So for more updated operating information and Support Please contact our Helpline 9081078681 9081078683 or Email at Ver 2103 service multispanindia com ALARM OPERATION R3 Alar...

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