Détection de gaz combustibles

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Upgrade your combustible gas detection system to the upper class with the innovative Statox 501 LC IR or LC MR! Designed for the hydrocarbon industry, this advanced sensor uses infrared technology to reliably detect explosive gases.The key advantage of this technology is its resistance against catalyst poisons and high concentrations. It can even operate in oxygen-free atmospheres. In the event of a failure, the system will immediately recognize it as an alarm situation, ensuring that no danger goes unnoticed.Most infrared gas detectors utilize the NDIR (Non Dispersive Infra Red) double-beam design, where the light beam is split into two portions with different wavelengths. One portion is used for measurement, which is absorbed by the gas, while the other serves as a reference beam, compensating for variations in lamp intensity, dirt, and corrosion. This self-maintaining optics technology results in significantly longer maintenance intervals compared to catalytic sensors.For those who already have a combustible gas detection system in place, the Statox 501 LC IR or LC MR offers a cost-effective upgrade. With an EEx e terminal box and integrated electronics, this sensor operates at the same voltage and provides the same output signal as a catalytic sensor. The best part? It comes at a similar price point to catalytic sensors, making it an affordable option for upgrading existing systems.While the miniaturized chip inside the sensor may not offer the same level of powerful electronics and software as high-end instruments, the Compur Statox 501 IR LC still incorporates the most important advantages of an infrared system. Consider investing in an upgrade during your next maintenance interval – the savings could pay off in no time.Don't compromise on safety. Trust Compur Monitors for your gas detection needs, and experience the benefits of infrared technology without breaking the bank.