4-20mA High Temp Pressure Transmitter High Precision Thermal Resistant
The 4-20mA High Temp Pressure Transmitter is a high-precision, intelligent solution designed for demanding thermal measurement environments. Supporting a wide range of thermal resistance (RTD) and thermocouple (TC) inputs, this transmitter provides a stable, linear 4-20mADC signal, making it the ideal choice for high-temperature industrial automation and computer networking.
Technical parameters:
Input signal:
Thermal resistance: Pt100, Cu50, Cu100 (three-wire, four-wire)
Thermocouples: K, E, J, B, S, T, N.
OUTPUT: Output a 4-20mA DC
signal over the range, linear to the input signal of the thermocouple or thermal resistor, or linear to temperature. The intelligent temperature transmitter outputs a 4-20mA DC signal, simultaneously superimposed in line with HART standard protocol communication. The intelligent flow integrator features an isolated temperature transmitter. The input and output are isolated with a voltage of 500V, enhancing the ability to resist common mode interference, making it more suitable for computer networking.
Basic Tolerance: 0.5%FS, 0.2%FS, intelligent 0.2%FS
| Input signal: | hermal resistance: Pt100,Cu50,Cu100(three-wire,four-wire)Thermocouples:K,E,J,B,S,T,N. |
| OUTPUT | 4-20mA DC |
| Basic Tolerance | 0.5%FS, 0.2%FS, intelligent 0.2%FS |
| Wiring mode | two-wire system, three-wire system, four-wire system |
| Display mode | Four-digit LCD displays |
| Operating voltage | 12V-45V, |
| Allowable load resistance | 500Ω (24VDC power supply) |
| Explosive grade | dIICT6Gb |
| Protection grade | IP65 |
High-Temperature Industrial Processing: Perfect for furnaces, boilers, and reactors where thermal resistant performance is critical.
Intelligent Flow Integration: Features an isolated transmitter design, making it an essential component for flow integrators requiring temperature-compensated data.
Complex Networked Systems: Its high isolation and digital output make it more suitable for computer networking and factory-wide automation.