TOHO ELECTRONICS TTM200 User Manual

Page 152

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48-7009-E

6-4

■ PV compensation gain/PV compensation zero setting

SEt01

INP1

SETTING CONTENTS

INITIAL

VALUE

4

PVF1

PV CORRECTION FUNCTION SETTING 3
0:

PV Gain / Zero Point Correction

1:

PV X・Y 2-Point Correction

0

5

PVG1

PVCorrection Gain Setting
0.500~2.000

(X)

1.000

6

PVS1

PV Correction Zero Setting

Thermocouple
-999.9~999.9

(℃)

-999~999

(℃)

0

Voltage-Current Input
-9999~9999

(digit)

7

PX1

PV Before Correction Lower Limit Value Setting

3

Setting Range:Setting Range Lower Limit to (PX 2 -

1℃) or Setting Range Lower Limit to

(PX 2 –1.0℃)

:Setting Range Lower Limit to (PX 2-

10-digits)

Setting Units:1℃ or 0.1℃, 1-digit

0

8

PX2

PV Before Correction Upper Limit Value Setting

3

Setting Range:(PX 1 + 1℃) to Setting Range Upper

Limit , or (PX 1 + 1.0℃) to Setting

Range Upper Limit

:(PX 1 + 10-digits) to Setting Range

Upper Limit

Setting Units:1℃ or 0.1℃, 1-digit

1200

9

PY1

PV After Correction Lower Limit Value Setting

3

Setting Range:Setting Range Lower Limit to (PY 2 -

1℃) or Setting Range Lower Limit

(PY 2 –1.0℃)

:Setting Range Lower Limit to (PY 2 -

10-digits)

Setting Units:1℃ or 0.1℃, 1-digit

0

10

PY2

PV After Correction Upper Limit Value Setting

3

Setting Range:(PY 1 + 1℃) to Setting Range Upper

Limit , or (PY 1 + 1.0℃) to Setting

Range Upper Limit

:(PY 1 + 10-digits) to Setting Range

Upper Limit

Setting Units:1℃ or 0.1℃, 1-digit

1200

When the PV Correction Function Setting (PVF1=0), PX1, PX2, PY1, PY2 are not indicated.
When PV Correction Function Setting (PVF1=1), PVG1, PVS1 are not indicated.

PV compensation gain setting: PV (measurement value) for the input 1 is multiplied by the compensation value.
Setting example: Where PV of the equipment is displayed for 90°C and the actual temperature is 100°C, and the display is

to be compensated to 100°C, using the PV compensation gain setting.

The display after PV compensation is about 100°C = 90°C (before PV compensation) × 1.111.

PV

PVG 1 = 100/90 = 1.111 times

100

90


100

After PV compensation
Before PV compensation

Actual temperature

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