High Wind Pressure Transmitter 0-0.5kPa Digital Display for Industrial Applications with 4-20mA Output
R 1,803
or 4 x payments of R450.75 with
Availability: Currently in Stock
Delivery: 10-20 working days
High Wind Pressure Transmitter 0-0.5kPa Digital Display for Industrial Applications with 4-20mA Output
Construction - Our transmitter features a robust aluminum alloy Cover that provides durability and external elements. This strong yet lightweight design ensures that the device can withstand the rigors of industrial applications. Its -lasting performance is ideal for demanding fields like coal industry supply and underground ventilation, guaranteeing a reliable service life.
Easy Installation - Designed for user convenience, the device includes two pressure ports with M10 threads. This makes installation straightforward on measurement pipes or through pressure tubes. Users can set up the transmitter with minimal hassle, allowing for immediate integration into existing systems for efficient .
Versatile Application - This wind differential pressure sensor is specifically designed for a variety of applications, including boiler supply and underground ventilation. Its adaptability makes it an essential tool in power and pressure process control across different industries, ensuring users can wind pressure effectively in multiple operational settings.
User-Friendly Display - Featuring a digital display, the pressure transmitter provides clear and instantaneous readings for easy monitoring. Users can conveniently check data at a , enabling swift decision-making and adjustments. The 4-20mA output allows for easy integration with control systems, enhancing overall workflow efficiency.
Accurate Measurement - Equipped with an imported sensor chip, our wind pressure transmitter ensures high and stability in measurements. This advanced circuit design, combined with temperature compensation technology, significantly reduces measurement errors. With enhanced -interference capabilities, users can trust the reliability of the readings even in challenging environments, leading to effective monitoring and control.