Baxnore T3100 Temperature and Pressure Transducer Dual 3 Wire Output Integrated Sensor 0 700kPa 0.5 4.5V for Industrial Automation Fluid Measurement Systems Stainless Steel Constr
Baxnore T3100 Temperature and Pressure Transducer Dual 3 Wire Output Integrated Sensor 0 700kPa 0.5 4.5V for Industrial Automation Fluid Measurement Systems Stainless Steel Constr
[DUAL FUNCTION MEASUREMENT] This advanced transducer simultaneously measures both temperature ( 20°C to +100°C) and pressure (0 700kPa) with exceptional accuracy (±1.0% F.S). The integrated design combines both sensing elements into a single compact unit that saves installation space while providing comprehensive process monitoring capabilities for industrial applications.
[INDUSTRY GRADE CONSTRUCTION] Built with a rugged stainless steel housing and diffusion silicon piezoresistive sensor technology this transducer delivers reliable performance in demanding environments. The stainless steel isolation diaphragm provides excellent resistance when measuring various media including chemically aggressive fluids that are compatible with 316 stainless steel.
[ADVANCED SIGNAL PROCESSING] Featuring ASIC technology with digital compensation this sensor ensures stable and accurate measurements across its full operating range ( 20°C to +85°C). The 3 wire system outputs a precise 0.5 4.5V analog signal that's easily integrated with most control systems and PLCs for seamless process automation.
[VERSATILE INSTALLATION] Designed for easy integration the transducer features a standard G1/4 pressure port and M12 electrical connection. The compact IP45 rated housing allows flexible mounting in tight spaces while protecting against environmental factors common in industrial settings.
[COMPLIANCE AND RELIABILITY] This transducer meets rigorous industry standards including CE certification and RoHS compliance. With overload protection (1.5× rated pressure) and exceptional long term stability it's engineered for dependable operation in continuous industrial applications from HVAC systems to hydraulic controls.