Product Introduction
The YT-MDCT temperature transmitter utilizes advanced digital technology, possessing numerous advanced performance characteristics not found in traditional analog instruments. It exhibits excellent performance in suppressing both high and low frequency interference signals, ensuring reliable application even in high-power frequency conversion control systems. Furthermore, the application of digital technology effectively overcomes the linearity issues of traditional temperature transmitters. Internally, it employs digital calibration, zero-point and full-scale potentiometers, automatic dynamic zero-point calibration, and automatic temperature drift compensation, among other advanced technologies. It also meets the electromagnetic interference immunity requirements for Category 4 (harsh industrial environments) environments as specified in IEC 61000-4-4:1995. This series of technologies scientifically guarantees the product's stability and reliability.
Specifications
YT-MDCT Temperature Transmitter
This product utilizes advanced digital technology, possessing numerous advanced performance characteristics not found in traditional analog instruments. It exhibits excellent performance in suppressing both high and low frequency interference signals, ensuring reliable application even in high-power frequency conversion control systems. Furthermore, the application of digital technology effectively overcomes the poor linearity of traditional temperature transmitters. Internally, it employs numerous advanced technologies such as digital calibration, zero-point and full-scale potentiometers, automatic dynamic zero-point calibration, and automatic temperature drift compensation. It also meets the electromagnetic interference immunity requirements for Category 4 (harsh industrial environments) as specified in IEC 61000-4-4:1995. This series of technologies scientifically guarantees the product's stability and reliability.
System transmission accuracy: ±0.2%×F·S
Temperature drift: ≤0.0015%F·S/℃
Cold junction temperature compensation accuracy: ±0.1%
Permissible lead resistance when measuring RTDs: ≤50Ω
Operating temperature: Industrial grade standard -10～+55℃
Permissible external load impedance for current output: 0~500Ω for 4-20mA output; 0~1KΩ for 0-10mA output. Please specify if greater load capacity is required when ordering.
Electromagnetic Compatibility: Complies with IEC61000-4-4. Input/Output/Power Supply/Communication/Dual-channel Insulation Strength
Storage and Transportation Temperature: -40～+80℃
Relative Humidity: 10-90%RH (at 40℃)
Power Supply: AC: 95～265V
DC: DC12V～32V (reverse connection protection)
Input Power: 0.9～1.8W (depending on the model; see the appendix for input power calculation method)
Communication Interface: RS232 or RS485, MODBUS software protocol (optional).
Dimensions: Width × Height × Depth: 22.5×100×115mm
Net Weight: 140g±20g
