JMTR-1001 Multi-channel Intelligent Temperature Transmitter
Negotiable
China
No. 212, Jinyi Street, Taihe District, Jinzhou City, Liaoning Province
+86 0416-2327769
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Product Introduction

Input type: 2/4-wire PT100 or tungsten-rhenium/B/S/N/K/J/T/E thermocouple

Number of input channels: 4 thermocouples, 2 PT100

Output mode: RS485

Data update rate: 0.5 seconds - thermocouple, 2/4-wire PT1000.9 seconds - 3-wire PT100

Thermocouple cold end compensation accuracy (AT25℃): (maximum) ±0.1℃

Operating environment: -30~60℃ 0~95% relative humidity

Special function: Can be matched with sensors to achieve ultra-high precision measurement.

Electrical isolation: Input-output-power supply isolation voltage 1000VDC

Power supply: 8~36VDC

Product Specificatios

Accuracy (AT25℃ maximum)

Enter model number

Range (℃)

A/D conversion accuracy

Impact of environment change of 1 ℃ (temperature drift)

PT100

-200~500

± 0.05 ℃

0.003 ℃

B-Type thermocouple

300~1820

± 1.40 ℃

0.050 ℃

S-type thermocouple

0 ~ 1768

± 0.65 ℃

0.040 ℃

N-type thermocouple

-200~1300

± 0.35 ℃

0.035 ℃

K-type thermocouple

-180~1372

± 0.25 ℃

0.034 ℃

J-type thermocouple

-180~760

± 0.20 ℃

0.011 ℃

T-Type thermocouple

-200~400

± 0.20 ℃

0.015 ℃

E-type thermocouple

-50 ~ 1000

± 0.17 ℃

0.009 ℃

Note 1: Total digital accuracy of thermocouple measurement: analog/digital conversion accuracy +0.1 ℃ (cold end compensation accuracy)

Overall accuracy after using sensor matching function (transmitter + sensor)

Enter model number

Range (℃)

A/D conversion accuracy (℃)

PT100

-50 ~ 200

± 0.05

S-type thermocouple

0 ~ 650

± 0.70

650 ~ 1100

± 1.50

N-type thermocouple

0 ~ 650

± 0.40

650 ~ 1100

± 1.90

T-Type thermocouple

-200 ~ -70

± 0.40

-70 ~ 400

± 0.20

Note 1: The sensors listed in the table are the most commonly used, stable and representative sensors in each temperature range. For details of accuracy in a wider temperature range, please consult the manufacturer.

Note 2: The thermocouple matching function is a patented technology and must be completed before leaving the factory.

Note 3: The accuracy of thermocouples in the table includes the accuracy of cold junction compensation and does not need to be superimposed separately.