WT-SG/I4-P signal conversion module

The WT-SG/I4-P signal conversion module is a high-performance industrial-grade signal processing product launched by Weite Technology Co., LTD. It is widely used in the conversion, amplification and isolation processing of various sensor signals. This module is well-designed with stable performance and is suitable for various industrial automation scenarios, providing users with reliable and accurate signal conversion solutions.

Product features

• ​High-precision conversionThe module conversion accuracy is as high as ±0.2%, supporting dual-channel output of 4-20mA/4-20mA signals, meeting the strict requirements for signal accuracy in industrial sites.
• ​Fully isolated designThe input, output and power supply ports are completely isolated, effectively suppressing interference and enhancing the system's anti-interference ability and operational stability.
• ​Wide working conditionsThe operating temperature range is -10℃ to +60℃, and the humidity is ≤95% (no condensation at 25℃). It is suitable for various industrial environments.
• ​Quick responseThe response time is less than 10ms and the stabilization time is less than 0.1s, ensuring the timeliness and accuracy of real-time signal processing.
• ​Easy to installIt adopts a 35mm DIN rail installation method, with fixed terminal bolts for wiring, simplifying the installation process and enhancing project efficiency. .

Technical parameters

• ​Power supply​：24VDC±10%
• ​Precision​：±0.2%
• ​Load capacityThe resistance of current-type load is ≤500Ω, and the current of voltage-type load is < 5mA
• ​Insulation resistance​：≥100MΩ
• ​Compressive strength1500VAC/ minute
• ​WeightApproximately 10.3kg

Application field

The WT-SG/I4-P signal conversion module is suitable for scenarios such as industrial automation control, sensor signal conditioning, analog signal isolation and conversion, etc. Typical applications include signal conversion and transmission of temperature, pressure and flow sensors, as well as signal interface processing in PLC and DCS systems.