Enhance your temperature monitoring system with this high-precision Temperature Transmitter Module, designed to convert thermal resistance signals into standard 0-10V current output signals. Crafted with premium electronic components, this transmitter ensures excellent performance, high sensitivity, and rapid response times, making it ideal for industrial applications that require accurate temperature signal conversion for computer interfacing and control systems. Key Features: · Accurate Signal Conversion: Converts resistance signals from thermal resistors and industrial thermocouples into a linear 0-10V output, allowing seamless integration with computers and control devices. · Wide Temperature Range: Supports temperature measurements from 0 to 100℃ with an accuracy of ±0.2%, ensuring reliable data for precise monitoring. · Cold Junction Compensation: Features compensation within 0~50℃±1℃ to improve measurement accuracy when using thermocouples. · Durable and Reliable Components: Built from premium electronic materials that provide stable operation and extended service life under various environmental conditions. · Easy Adjustment: Equipped with a potentiometer for convenient fine-tuning and calibration of output signals. · Load Capacity and Environmental Adaptability: Supports load resistance from 0 to 250Ω and operates within ambient temperatures of -20 to 80℃ and humidity below 85%RH. · Quick Response and Sensitivity: The sensor exhibits fast reaction to temperature changes, improving system responsiveness. Specifications: · Model: SBWZ · Division Number: PT100 · Power Supply: DC 24V · Output Signal: 0-10V · Temperature Range: 0-100℃ · Accuracy: ±0.2% · Cold Junction Compensation: 0~50℃±1℃ · Adjustment Mode: Potentiometer · Load Capacity: 0~250Ω · Ambient Temperature: -20 ~ 80℃ · Environmental Humidity: <85% RH · Weight: Approx. 75 g / 2.6 oz Package Includes: · 1 x Temperature Transmitter Module · 1 x 1M Thermocouple This Temperature Transmitter Module provides an efficient solution for converting resistance-based temperature signals into a standardized voltage output, enabling reliable integration with digital systems for industrial temperature control and monitoring tasks. Its durable design and precise calibration features make it essential equipment for professionals requiring consistent and accurate thermal data processing.