Accurate monitoring of temperature and humidity is crucial for ensuring production safety and improving process stability in high-risk and explosive scenarios such as petrochemicals, natural gas extraction, and metallurgical smelting.
Rotronic HF5-EXATEX certified intrinsic safety temperature and humidity transmitterSpecially designed for harsh explosive environments, with excellent technical strength and reliable performance, it has become the choice for temperature and humidity monitoring in industrial high-risk scenarios.
It is equipped with high-precision sensing elements, which can achieve± 0.8% RH humidity accuracyWith± 0.1 ℃ temperature accuracyAccurate measurement, 0-100% RH full range coverage, easy to cope with temperature and humidity fluctuations under complex working conditions.Intrinsically safe explosion-proof designCooperating with ATEX and IECEx dual certification, it meets the explosion-proof level requirements of Zone 1/21, eliminates safety hazards from the source, and is suitable for various flammable and explosive gas and dust environments.
product adoptionStainless steel probe+aluminum casingStructure, corrosion-resistant, wear-resistant, suitable for long-term stable operation in harsh industrial environments; supportInterchangeable probesDesign, convenient and efficient maintenance and replacement in the later stage, significantly reducing operation and maintenance costs; The wall mounted installation method is flexible and simple, and can be quickly integrated into existing industrial monitoring systems to achieve real-time data collection and transmission.
Whether it is humidity monitoring in chemical production workshops, temperature and humidity warning in natural gas storage tank areas, or parameter monitoring in high-temperature and high-risk environments of steel mills, Rotronic HF5-EX can provide stable, accurate, and safe performance to safeguard the safe production of industrial high-risk scenarios.
Choose Rotronic HF5-EX ATEX temperature and humidity transmitter to make temperature and humidity monitoring in hazardous environments more reassuring and efficient!
