The new generation wireless redundancy technology allows you to set up independent wireless connections to avoid interruptions in transmission, even if interference occurs on one of the supported frequencies. The AWK-5222 is equipped with the newest proprietary wireless redundancy technology, which has two independent RF modules, and supports a greater variety of wireless configurations and applications. The redundant wireless connections increase the reliability of the entire wireless network. For reliability beyond wireless redundancy, Moxa’s AWK-5222 has two Ethernet ports, and supports RSTP (Rapid Spanning Tree Protocol). The AWK-5222 is rugged enough to help you establish the most robust wireless connection for critical industrial wireless applications.
The ATEX iSOLATE500 isolator is simple to put in due to its small, and compact lightweight design with versatile mounting options. The ATEX isolator can withstand temperatures starting from -60 Degrees approximately 80 Degrees even in by far the most extreme environments. Among the many improvements using the isolate500 is the opportunity to replace old hardware and the isolators, meaning the products or services can be a future proof solution.
The WLAN access point enables wireless data transmission in hazardous areas. This includes, for example, accessing data on company networks, transferring data or controlling processes via the WLAN interface of a PDA or a notebook.
The Universal Zone 1 Access Point Enclosure iWAP103 Explosion Proof Universal Access Point Enclosure is designed to allow the deployment of wireless networks in hazardous areas. The concept allows installation of equipment from leading WLAN vendors such as Aeroscout, Meru, Motorola, Cisco, Firetide, Acksys and many others.
WLg-ACCESS-ATEX is a rugged equipment designed for industrial applications in explosive environment like the chemical industries, refineries, electric stations, very dusty environments and also those where sparks and electric arcs occur ... for material handling, real-time information transmission.