ProSight DIN Rail Mounted Temperature Transmitter – Thermocouple & RTD
ProSight DIN Rail Mounted Temperature Transmitter – Thermocouple & RTD is an intelligent DIN-rail-mounted isolated temperature transmitter designed to convert temperature sensor signals into standardized analog signals for industrial automation and process control. It is suitable for transmitting temperature measurements from thermocouples, RTDs, and other compatible inputs to PLC, DCS, SCADA, and monitoring systems. Key features include programmable universal inputs, input-output-power isolation, flexible output options, DIN-rail installation, and reliable signal conditioning.
The ProSight DIN Rail Mounted Temperature Transmitter – Thermocouple & RTD is an industrial signal conditioning and temperature transmission device designed to receive temperature signals from field sensors and convert them into standardized electrical outputs suitable for automation and control systems.
Installed on a standard DIN rail, it provides a compact solution for control cabinets and instrumentation panels where reliable temperature signal conversion and electrical isolation are required.
The transmitter is designed to accept programmable temperature inputs and provide an isolated output to connected equipment such as:
- PLCs
- DCS systems
- SCADA systems
- Industrial controllers
- Data acquisition systems
- Panel meters
- Process monitoring equipment
The input-output-power isolation helps separate the field sensor signal from the output and power circuits, reducing the potential impact of ground loops, electrical interference, and differences in ground potential.
How Does the it Work?
- Temperature sensing – A compatible temperature sensor measures the process or environmental temperature.
- Sensor signal input – The sensor sends its electrical signal to the MSC80T input.
- Signal processing – The transmitter identifies and processes the configured input signal.
- Signal conditioning – The input signal is converted and conditioned for reliable industrial transmission.
- Electrical isolation – The input, output, and power circuits are electrically isolated to help reduce interference and ground-loop effects.
- Analog signal output – The processed temperature measurement is transmitted as a standardized output signal.
- Control system integration – The output is received by a PLC, DCS, SCADA system, indicator, or other compatible automation equipment.
The result is a stable and standardized temperature signal that can be easily integrated into industrial measurement and control systems.
Why Choose this Product?
- DIN-rail installation – Designed for convenient installation inside electrical control cabinets and instrumentation panels.
- Electrical isolation – Helps protect connected systems and minimize ground-loop and interference issues.
- Programmable input – Provides flexibility for different supported temperature sensor types.
- Industrial signal conversion – Converts sensor signals into standard outputs compatible with automation systems.
- Compact design – Saves valuable control-panel space.
- Reliable process integration – Suitable for PLC, DCS, SCADA, and other industrial control architectures.
- Flexible configuration – Can be selected and configured according to the required input and output arrangement.
- Suitable for industrial environments – Designed as a practical signal conditioning solution for continuous process measurement.
Benefits
- Improves temperature measurement signal reliability.
- Reduces electrical interference between field sensors and control systems.
- Helps prevent problems caused by ground loops.
- Simplifies connection of temperature sensors to automation equipment.
- Reduces control cabinet wiring complexity.
- Saves panel space through compact DIN-rail mounting.
- Enables centralized monitoring of temperature measurements.
- Supports integration into existing industrial automation systems.
- Provides a practical solution for upgrading conventional temperature measurement systems.
- Helps improve process monitoring and control reliability.