Hazardous Area Air Conditioners for Zone 1 and Zone 2 Environments
Inatex supplies IECEx-certified hazardous area air conditioners designed for use in Zone 1 and Zone 2 explosive atmospheres. These explosion proof HVAC systems provide reliable thermal management for control rooms, analyser shelters, hazardous goods storage facilities, pressurised enclosures and other critical industrial installations.
Hazardous area air conditioning systems must be selected in accordance with protection concept, temperature classification, ambient operating conditions and relevant IECEx certification requirements. Proper climate control is often essential in hazardous goods storage and process environments where temperature stability and safe operation are critical.
Our solutions are suitable for oil & gas facilities, offshore platforms, mining operations and heavy industrial environments. We support project engineers and asset owners with specification guidance, compliance documentation and coordination with manufacturers including Warom to ensure systems meet Australian standards and site-specific requirements.
For broader hazardous area equipment capability, refer to our Warom overview page.
Inatex is pleased to introduce the Warom BHY Explosion-Proof Horn Loudspeaker, designed for industrial communication and public address systems operating in potentially explosive gas and dust atmospheres. Suitable for Zone 1 and Zone 2 gas hazardous areas, and Zone 21 and Zone 22 dust hazardous areas, the BHY combines robust
The new HCBK-Z IECEx explosion-proof telephone provides reliable IP communications for hazardous industrial environments where explosive gas, combustible dust and high ambient noise make conventional telephone equipment unsuitable. Designed for Zone 1 and Zone 2 gas environments and Zone 21 and Zone 22 combustible-dust environments, the Warom HCBK-Z combines robust
Australia’s industrial facilities are often separated by distance. Across oil and gas, resources, processing and infrastructure projects, relatively small electrical loads can be located hundreds of metres, or sometimes considerably further, from an established power supply. Providing power to remote equipment can therefore require significantly more infrastructure than the load
