Din Mounting PT100 Temperature Transmitter with 4~20ma MS140 - MS140

1.2-wire technology, 2.4 to 20mA /1to5V DC output, 3.Convert accuracy<0.1%, 4.Galvanic isolation, 5.Wide measurement range - more info check here: http://www.buymeasuringtools.com/Din-Mounting-PT100-Temperature-Transmitter-with-4-20ma-MS140-10234104/

Quick Brief

Place of Origin: Shaanxi China (Mainland) Brand Name: Moshu Model Number: MS140 Usage: Industrial Theory: Temperature Transmitter color: green install: DIN-Rail Input: RTD output: 4-20mAor 1to5V DC Convert accuracy: <0.1% Insulating strength: 1500VAC (Input/Output)2500... Insulation resistance: ≥100MΩ(Input/Output/Casi... Power supply: 20~35V DC Ambient: -20~+60℃

Product Features:

1.2-wire technology

2.4 to 20mA /1to5V DC output

3.Convert accuracy<0.1%

4.Galvanic isolation

5.Wide measurement range

Business Terms:

Minimum Order Quantity: 1 Unit/Units

Supply Ability: 500 Unit/Units per Month

Payment Terms: T/T

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Din Mounting PT100 Temperature Transmitter with 4~20ma MS140

Specifications and Product Details:

Din Mounting Temperature Transmitter MS140

Performance

2-wire technology, 4 to 20mA/1-5V DC voltage analogue output
Power supply:24V DC
Galvanic isolation
Ultra low power internal design, low temperature drift
Sensor Warning function
Wide measurement range
Output simulation for quick and easy testing of the measurement loop
High accuracy in entire operating temperature range
Customer specific measurement range setting

Field of application

Temperature transmitter for converting RTD the input signal into a 4 to 20 mA analogue output signal.
Input: resistance thermometers (Pt100,Cu50)
For DIN rail mounting

Technical Data

Measuring Range........-200°C~+850°C

Max-load...............Current output≤550Ω

Voltage output ≥10KΩ

Limit current............≤25mA

Response time............... ≤5mS

Sensor Warning............Low current≤3 mA DC or Voltage≤0.75V DC

High current≥22mA DC or Voltage≥5.5V DC

Insulating strength.......1500VAC (Input/Output)

2500VAC (Input/Output/Casing)

Insulation resistance..............≥100MΩ(Input/Output/Casing)

Temperature drift................0.01% FS/1°C