Performance Specifications(CM3 RTD&TC)

CM3-SP04ERO

Specification

RTD Type

PT100, JPT100, PT1000,

Ni1000  (DIN 43760), Ni1000  (TCR 5000)

Range of Temperature Input

PT100: -200.0–600°C (18.52–313.71 Ω)

JPT100: -200.0–600°C (17.14–317.31 Ω)

PT1000: -200.0– 600°C (185.2–3137.1 Ω)

Ni1000 (DIN 43760): -50.0–160°C (742.6–2065.9 Ω)

Ni1000 (TCR 5000): -50.0–160°C (790.9–1863.6 Ω)

Digital Conversion

Digital converted value (14-bit): -192–16191
(-8192–8191, 0–16000, -8000–8000)

Digital converted value (16-bit): 0–65000
(-32768–32767, 0–64000, -32000–32000)

Detected Temp. value: -2000–6000

(First decimal place value * 10)

or

-500–1600 (First decimal place value * 10)

Detecting of Wires Disconnection

3 wires available from each channel

Accuracy

±0.1% (full scale)

Max Conversion Rate

40 ms/4 Channels

Temperature Input points

4 Channels/1 Module

Insulation Type

Between input terminal and PLC: photo coupler insulation between channels: no insulation

Terminal Block

12 points Terminal Block

Current Consumption (mA)

+3.3 V

40

+24 V

10

 

CM3-SP04ETO

Specification

Thermocouple Type

K, J, E, T, B, R, S, N type

Digital Conversion

Digitally converted value: 0–16000 (-8000–8000)/

-192 – 16191 (-8192 – 8191)

Converted temperature value: Range of measured temperature

(one digit after the decimal point * 10)

Range of Temperature Input

Thermocouple Types

DIN Code

Range of measured Temp. (℃)

Range of measured

Voltage (㎶)

K

ITS-90

-200.0–1200.0

-5891–48838

J

-200.0–800.0

-7890–48494

E

-200.0–600.0

-8825–45093

T

-200.0–400.0

-5603–20872

B

400.0–1800.0

787–13591

R

-0.0–1750.0

0–20877

S

-0.0–1750.0

0–18503

N

-200.0–1250.0

-3990–45694

RJC

Automatic

Detecting

the Breaking of Wires

Per channel

Accuracy

±[(Full Scale) x 0.3% + 1°C (RJC Error)]

Max Converted Tate

50 ms/4 Channels

No. of Input Channels

4 Channels/Module

Type of Insulation

Between input terminal and PLC: photo coupler
Insulation between channels: no insulation

Connection Terminal

9-point terminal

Current Consumption (mA)

+3.3 V

40

+24 V

10