The Digital Display Explosion-Proof Ceramic Pressure Transmitter from Jiangsu Aice Instrument Technology Co., Ltd. employs a cutting-edge, high-performance diffusion silicon pressure-sensing chip. Expertly crafted with advanced circuit processing and temperature compensation technology, this transmitter seamlessly converts pressure variations into precise linear current or voltage signals.
Circuit processing and temperature compensation technology ensure that pressure changes are accurately transformed into dependable linear current or voltage signals.
Designed with a compact form factor and easy installation in mind, it features a robust cast aluminium housing that provides isolated explosion-proof protection. This versatility makes it ideal for measuring various mediums including gases and liquids that are compatible with the contact material.
The transmitter is equipped to measure gauge pressure, negative pressure, and absolute pressure with high precision. Its versatility and reliability extend across diverse applications.
Boasting features like reverse polarity protection, current limiting protection, laser-adjustable resistance temperature compensation, and programmable adjustment, it stands as a pinnacle of innovation in pressure measurement. It also includes anti-vibration, anti-shock, anti-radio frequency electromagnetic interference, and overload protection.
The transmitter's programmable adjustment, anti-vibration, anti-shock, and anti-radio frequency electromagnetic interference capabilities enhance its durability and practical stability under challenging conditions.
Not only is it economically viable, but it also offers unparalleled stability and reliability, making it an indispensable tool in any industrial setup.
This sophisticated instrument finds extensive usage in a plethora of industrial fields such as gas pipelines, water plants, oil refineries, sewage treatment plants, building materials, light industry, and machinery. It ensures precise measurement of liquid, gas, and steam pressures, thereby optimizing operational efficiency.
Applicable across various industrial sectors, it guarantees accurate measurement of liquid, gas, and steam pressure, establishing new benchmarks in operational excellence.