MISP2 GE Aluminum Oxide Moisture Sensor Probe
MISP2 manufactured by GE Panametrics is an industrial aluminum oxide moisture probe designed for trace moisture and dew point measurement in gases and non-aqueous liquids. Adopting advanced sensing technology, it supports ppb-level moisture detection and optional integrated temperature and pressure measurement functions. The probe features intrinsically safe construction and stable signal output, fully tested under temperature cycling, vibration and tightness conditions to adapt to petrochemical, natural gas and semiconductor production environments. Calibration data is stored inside the probe for convenient commissioning. Compatible with matched moisture analyzers, it serves as an ideal replacement spare probe, providing continuous accurate moisture data and supporting stable quality control of industrial process media.
Description
MISP2 GE aluminum oxide moisture sensor probe is a core front-end measuring device for industrial trace moisture analysis systems, widely deployed in natural gas pipelines, air drying equipment, semiconductor process gas pipelines, petrochemical facilities and power generation units. Developed under GE industrial analytical instrument specifications, this probe relies on mature aluminum oxide sensing principle to capture trace moisture content and convert physical signals into transmissible digital data for moisture analyzers and control platforms. Every finished probe undergoes standardized factory calibration traceable to NIST standards, together with long-term stability inspection, to guarantee consistent measuring accuracy over long operating cycles.
Built with compact stainless steel mechanical structure, the probe supports threaded process connection for direct installation inside pipelines and sample chambers. Internal nonvolatile memory permanently stores calibration parameters, avoiding repeated calibration after disassembly. The built-in microprocessor achieves 16-bit signal resolution, realizing fast response to moisture changes. Optional integrated thermistor and pressure transducer enable simultaneous acquisition of moisture, temperature and pressure parameters, simplifying overall sampling system layout. The intrinsically safe design meets requirements for hazardous industrial zones, eliminating extra explosion-proof enclosures in many application scenarios and lowering overall engineering costs.
Optimized internal circuit and shielding structure enhance anti-interference capability, resisting electromagnetic disturbance generated by surrounding pumps, compressors and frequency converters. It only requires twisted-pair cable for signal transmission and supports long-distance installation between probe and analyzer, bringing greater flexibility to site layout. When existing aging moisture probes cause measurement drift or failure, MISP2 can be used as a direct compatible replacement. Matching installation dimensions reduce on-site modification work and shorten equipment downtime during maintenance.
Accurate trace moisture monitoring is critical to prevent pipeline corrosion, catalyst deactivation and defective semiconductor products. Stable and repeatable measurement data helps operators adjust drying and purification processes timely. For enterprises running continuous process production lines, stocking MISP2 as spare probe effectively reduces risks of abnormal process parameters.
With outstanding low-level moisture detection performance, robust mechanical structure and convenient maintenance characteristics, MISP2 GE moisture probe is a preferred measuring solution for trace moisture monitoring. It provides reliable analytical data support and ensures safe, stable and high-quality operation of modern industrial process systems.
Get a Quote