Best Temperature to Current Converter MTL4575
About MTL4575 Temperature to Current Converter:
MTL4575 IS Isolators (Temperature to Current Converter / 4-20ma converter), 4500 & 5500 series. Galvanic isolation solutions with low power dissipation and quick install and release mechanism. Most Isolators are multi channel and have broken line monitoring.
The back plane mounting range MTL4500 is designed with system vendors in mind for project focused applications. A Multiway connector to the back plane provides safe-area and power supply connections, while hazardous-area connections plug into the front of the module, simplifying installation and maintenance
The DIN rail mounting MTL 5500 range meets the needs of the IS interface market for application focused projects. The 5500 clips quickly onto a DIN rail, so it is compatible with the industry- standard mounting system. Wiring is simplified by plug in safe- and hazardous area connectors, and a power plug which accepts a power bus.
Line fault detection facilities are provided across the range. In addition status LEDs and configuration switches are located on the top or side of the individual modules. MTL4575 Temperature to Current Configuration / Specification is given billow.
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Configuration / Specification:
- Description: DC low level temperature sensor signal converter into 4/20mA with alarm
- In- and outputs: Temperature input
- Mounting method: PCB fastening
- Number of channels: 1
- Extra alarm output: Yes
Temperature transmitters convert thermocouple, RTD, and low-level temperature sensor signals to 4-20mA, 0-10V, or other DC voltage/current outputs.
This temperature transmitter 4 to 20 milliamp current output calculator provides a way to determine the output reading from the applied temperature and temperature transmitter range. A conversion scale graphic for each temperature and 4-20mA current output range combination entered is also displayed below the calculated values.
This is the expected ideal temperature transmitter current output signal in milliamps for the applied temperature specified.