hazardous_gas_detection_gas_detection_combustible_gas_detectors
hazardous gas detection system design: Are you unsure how to layout your hazardous gas detection system and fan control logic? Consult with Acme’s design staff – provide us with your drawings, and we will lay out the system for you. You can trust Acme’s
engineers, who have laid our thousands of systems in over 30 years of service.
The DG-EN is usually installed in bus and truck terminals or maintenance facilities, package distribution warehouses and building loading docks where Diesel fumes pose a threat to indoor air quality. In order to protect the hazardous gas detection sensor from the Respirable Combustible Dust (RCD) present in Diesel fumes, Acme uses an air pump to draw the sample to the detection unit from the space, where it is filtered and passed to a solid-state infrared CO2 analyzer or an electrochemical NO2 analyzer
Note that this section provides two specifications, one for a CO2-based detection panel and a second with a NO2-based system. NO2 should be the specified detection technology when direct-fired heating is to be installed in the space, which produces excess amounts of CO2. Note that this section provides two specifications, one for a CO2-based detection panel and a second with a NO2-based system. NO2 should be the specified hazardous gas detection technology when direct-fired heating is to be installed in the space, which produces excess amounts of CO2.
The CO-ST sensor/ transmitter is designed to provide facilities employing a Building Automation System (BAS) with reliable CO hazardous gas detection at a moderate cost. Created to act as a fixed in-place safety monitor, the CO-ST allows installers or users to use their ventilation automation controls to engage at low levels of CO for occupant protection. The unit is also available with a digital RS-485 communications connection for use with our CEL Series central control panels
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