MPS - Flammable Gas Monitor

Product Code: ENL-MPS

Synetica’s enLink MPS is a next-generation flammable gas
monitor, delivering accurate, real-time detection of a wide range of
flammable gases in a single device. Combining long-term stability with rapid response times, the enLink MPS ensures early warning and reliable protection in safety-critical environments.

Unlike traditional gas detection technologies, enLink MPS monitors
multiple gases with a single sensor, requires no recalibration over
its lifetime, maintains accuracy across the full range of
temperature and humidity conditions, and is immune to poisoning
and degradation. This makes it a low-maintenance, cost-effective,
and highly reliable solution for flammable gas monitoring for
safety-sensitive industries.

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Based on LoRaWAN
Technology

Our enLink wireless products use a revolutionary wireless technology called LoRaWAN. LoRa and LoraWAN belong to the category of non-cellular LPWAN wireless communication network protocols, operating in the license-free spectrum.

LoRaWAN technology offers phenomenal range and exceptionally low power requirements, supporting large networks for millions of devices. Deep in-building penetration extends 1-2km. Real-time readings from Synetica devices are transmitted to the cloud without the need for repeaters, where data can be visualised and analysed.

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With the launch of the enLink MPS, we extend our proven expertise into the field of flammable gas detection, delivering a solution that combines cutting-edge sensor science with robust, field-tested engineering. Compact yet powerful, the MPS sensor monitors temperature, humidity, VOCs and flammable gases - the key parameters for precise gas detection, providing reliable, high-performance results in a space efficient design.

A key feature of the enLink MPS is its built-in self test capability, which ensures fail safe operation. The system continously verifies sensor integrity and performance, automatically identifying any malfunction, degradation or drift. This intelligent self-diagnostic functionality provides early warnings of potential issues, guaranteeing accurate readings without the need for frequent manual calibration. The result is enhanced operational safety, reduced downtime and complete confidence in mission-critical environments.

Technical Specification

Made in Britain

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