Your cart is currently empty!
I/O Module UF20-4RTD Thermal RTD Input 4 Channel
Discover the UF20-4RTD, a 4-channel RTD temperature sensor module supporting PT100, PT500, and PT1000 sensors. Featuring magnetic isolation, fault diagnosis, and a measuring range of -200°C to 850°C, this module offers precise temperature measurement with ±0.3% accuracy. Ideal for industrial applications, explore full specs and power supply details.
Description
-
The module supports 4 channels RTD thermal resistance temperature acquisition, and the width is only 12 mm.
-
RTD(thermal resistance) input module can be directly connected to Pt type or Ni type resistance sensor.
-
Allow connection of 2-wire, 3-wire or 4-wire sensor.
-
The module can automatically linearize the entire temperature range.
-
Green LED indicates the working status of each channel of the module.
-
The shield end can be directly connected with DIN rail.
-
The sensor type supported by the module can be freely configured
Integrated I/O module
Specification | |
Product | UF20-4RTD |
Number of channels | 4 |
Data size | 8 Byte |
Sensor type | Thermal resistance |
Signal type | PT100/PT200/PT500/PT1000/Ni20 |
Connection type | 2/3/4-line |
Isolation method | Magnetic isolation |
Fault diagnosis | Yes |
Resolution | 16bit, 0.1℃/number |
Diagnosis | Disconnection, Parameter assignment error |
Process alarm | Upper/Lower limit, per channel |
Measuring range | -200°C~850°C |
Precision | ±0.3% |
Power Supply Parameters | |
Connection type | PUSH-IN terminal blocks |
Working voltage | 24V DC +20% / -15% |
System supply current | <100mA |
Maximum area of wire | 1.5mm² |
Maximum area of wire (AVVG) | AWG16 |
Minimum area of a wire | 0.34mm² |
Minimum area of a wire (AVVG) | AWG22 |
Strip length | 8~10mm |
Mechanical Structure | |
Protection grade | IP20 |
Size (H x W x D) | 75mmX12mmX105mm |
Installation type | 35mm DIN |
Work Environment | |
Working temperature | -10-55℃ |
Storage temperature | -20-85℃ |
Relative humidity | 5~95%RH (non-condensing) |
Reviews
There are no reviews yet.