Pid m – IDEC MicroSmart Pentra User Manual

Page 85

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background image

C

ONFIGURING

PID M

ODULE USING

W

IND

LDR

6-20

FC5A MicroSmart PID Module User’s Manual FC9Y-B1283

Offset from

the control

register

Parameter

Description

R/W

CH0

CH1

(7)

+186

+396

ARW (Anti-Reset Windup)

0 to 100%

R/W

(8)

+187

+397

Output Manipulated
Variable Rate-of-Change

0 to 100%/sec

R/W

(9)

+188

+398

Alarm 1 Value

Refer to the valid range for alarm 1 to alarm 8 values
shown in the following table.

R/W

(10)

+189

+399

Alarm 2 Value

(11)

+190

+400

Alarm 3 Value

(12)

+191

+401

Alarm 4 Value

(13)

+192

+402

Alarm 5 Value

(14)

+193

+403

Alarm 6 Value

(15)

+194

+404

Alarm 7 Value

(16)

+195

+405

Alarm 8 Value

(17)

+197

+407

Output Manipulated
Variable Upper Limit

When output type is voltage:
Output manipulated variable lower limit to 100%
When output type is current:
Output manipulated variable lower limit to 105%

R/W

(18)

+198

+408

Output Manipulated
Variable Lower Limit

When output type is voltage:
0% to output manipulated variable upper limit
When output type is current:
-5% to output manipulated variable upper limit

R/W

(19)

+199

Cooling Proportional
Band

0.0 to 10.0 times
(Cooling proportional band is the multiplication of
heating proportional band)

R/W

(20)

+200

Overlap/Dead Band

When input range unit is Celsius:
-200.0 to 200.0°C
When input range unit is Fahrenheit:
-200.0 to 200.0°F
When input is voltage or current:
-2000 to 2000

R/W


Valid Range for Alarm 1 to Alarm 8 Value












*1: When input is voltage/current, full scale is the linear conversion span.
*2: When input is voltage/current, the valid range is the linear conversion minimum value to linear conversion maximum

value.



Alarm Type

Valid Range

Upper Limit Alarm

–(Full scale) to full scale *1

Lower Limit Alarm

–(Full scale) to full scale *1

Upper/Lower Limits Alarm

0 to full scale *1

Upper/Lower Limit Range Alarm

0 to full scale *1

Process High Alarm

Input range lower limit to input range upper limit *2

Process Low Alarm

Input range lower limit to input range upper limit *2

Upper Limit Alarm with Standby

–(Full scale) to full scale *1

Lower Limit Alarm with Standby

–(Full scale) to full scale *1

Upper/Lower Limits Alarm with Standby

0 to full scale *1

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