Fire Gas Detector for Potentially Explosive Areas
GSME-X22
The fire gas detector GSME-X22 is approved for use in potentially explosive dust atmospheres of ATEX zone 22 by an in-house test with manufacturer's declaration. The detector is equipped with the same functions as the fire gas detector GSME-M4 and represents an economical intermediate solution between the GSME-M4 without approval for potentially explosive dust atmospheres and the type-tested GSME-X20 for particularly high safety requirements. The GSME-X22 is equipped ex works with permanently installed spray protection.
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Are you interested in our ADICOS system or are you planning a specific project? We will be pleased to assist you. Please contact us by phone at +49 2162 3703-0 or by e-mail (adicos@gte.de) or send us a non-binding project inquiry via our inquiry form.GSME Heat Detectors
ADICOS GSME ("Gas Sensor Detection Units") are compact fire gas detectors for early detection of all types of concealed and open fires - and that already in the incipient stage. Highly sensitive yet robust and extremely safe against spurious alarms, they are ideal for fire gas detection in industrial environments. Four parameterizable semiconductor gas sensors monitor and evaluate the concentration curve of fire-characteristic gases according to multi-criteria technology. This enables the GSME detectors to distinguish real fires from interference signals. With the ADICOS software, all detector states and concentration curves can be displayed graphically. Sensitivities as well as alarm thresholds can be parameterized individually for each detector. The GSME fire gas detectors can be used in almost any indoor plant area, taking into account the air flow conditions.
Industrial Fire Detection ADICOS
adicos@gte.de
Technical Data GSME-X22
Gas sensors: | CO | H₂ | HC | NOx |
Dimensions: | 128 mm x 100 mm x 100 mm (L x W x D) (Length with cable gland and spray protecton) |
Weight: | 2.2 kg (10 m connection cable included) |
Protection class: | IP64 |
Explosion protection | II 3D Ex tc IIIC T 80 °C Dc |