ATEX equipment for industrial networks and internet access enables data transmission, connection of control systems and digital communication in installations located in explosive atmospheres. At Inpratex, we offer certified industrial communication solutions for hazardous areas, designed for environments where flammable gases, vapours, mists or combustible dust may be present. Our ATEX networks and internet range is aimed at applications that require safe connectivity in areas with risk of explosion, whether through industrial Ethernet networks, WLAN/Wi‑Fi wireless communication, access points, routers, switches, converters, communication gateways or specific equipment for integration into automation, supervision and remote maintenance systems.
These solutions make it possible to connect field equipment, instrumentation systems, control panels, mobile terminals, cameras, sensors, PLCs, SCADA systems and other industrial devices, facilitating the exchange of information between hazardous areas and safe areas of the installation. Depending on the selected model, the equipment can be adapted to different ATEX zones for gas or dust, while maintaining a high level of safety and reliability.
ATEX communication equipment for industrial networks is particularly useful in chemical and petrochemical plants, refineries, pharmaceutical facilities, offshore platforms, the marine industry, power plants, storage areas for flammable products, process areas and other installations where connectivity is essential for operation, control and safety.
Thanks to these solutions, it is possible to improve process monitoring, access to real-time data, communication between devices, remote technical assistance and the integration of industrial systems in ATEX environments. Their robust design also allows operation in demanding conditions, with the presence of dust, humidity, vibration, extreme temperatures or corrosive atmospheres.
At Inpratex, we help you select the most suitable ATEX industrial network solution according to the installation zone, type of explosive atmosphere, required communication technology, network architecture, signal range, connection type, available power supply and the specific conditions of each project.
