PT100 Metal Sensors Transmitter Key benefits Energy efficient operation: designed to run on 825V DC with a recommended 12V supply, drawing only 813 mA. Precise, widerange temperature sensing: PT100 metal sensor transmitter delivers accurate measurements from 20°C to 400°C. Reliable industrial communication: RS485 RTU interface enables stable, longdistance data transmission and easy integration with PLCs and SCADA systems. Robust construction for harsh environments: metal sensor elements and durable design suited to extreme environmental conditions. Broad compatibility and applicability: intended for industrial automation, automotive diagnostics, and electronics professionals requiring dependable temperature measurement in critical applications. What it is A PT100 metal sensor transmitter that provides accurate temperature readings and communicates over RS485 RTU, suitable for integration into existing control networks. Specifications at a glance Voltage: 825V DC (12V recommended) Current consumption: 813 mA Sensor type: PT100 metal sensor Communication: RS485 RTU Temperature range: 20°C to 400°C Material and build Metal sensor construction designed for durability and stable performance in challenging environments. Built to withstand industrial use in manufacturing facilities, HVAC systems, and automotive testing contexts. Applications Industrial automation and manufacturing: monitor equipment temperatures and transmit data to control systems for monitoring and control. HVAC diagnostics: assess temperatures in air handling units, ducts, and other sensitive components to support performance optimization and maintenance. Automotive engineering and testing: measure enginerelated temperatures during bench testing and development under demanding conditions. Who should use it Industrial automation engineers requiring precise, reliable temperature data for control and monitoring. Automotive technicians performing engine temperature tests or diagnostics. Electronics professionals needing a dependable temperature sensing solution in critical applications. Use scenarios Factory monitoring: integrate the RS485 RTU output with a PLC to continuously track critical equipment temperatures, enabling realtime alerts and data logging for preventative maintenance. HVAC system diagnostics: install the transmitter to monitor temperatures in key points of an HVAC network, supporting performance analysis and energy optimization. Automotive testing bench: deploy in engine temperature tests to obtain accurate readings across a wide temperature range, with robust operation in extreme conditions.