Overview of MOXA WAC-2004A Series

The Moxa WAC-2004A Series is a highly engineered, high-performance, industrial wireless access controller designed to provide secure, stable, and continuous connectivity in demanding industrial applications such as railway systems, road transportation, and IP surveillance. The WAC-2004A is part of the Moxa wireless AP/Bridge Client family and extends industrial network infrastructure with a reliable, real-time communications solution designed for critical networks and mobility applications. The controller is designed to integrate easily into existing systems and maximize wireless performance, all while maintaining reliable, long-term serviceability and management for both large and small networks. Moxa WAC-2004A industrial rail wireless access controllers are engineered to support robust, redundant, and uninterrupted network communication, making them ideal for large-scale industrial applications requiring highly secure, high-performance connectivity.

MOXA WAC-2004A Series Features

The Moxa WAC-2004A industrial wireless access controller is built with superior functionality and reliability to meet demanding industrial application requirements. The Moxa WAC-2004A has millisecond-level controller-based Turbo Roaming and layer-3 mobile IP technology, allowing devices to roam seamlessly across IP subnets without interruptions in mobile and mission-critical applications. Each device serves as both an AP controller and a mobile IP home agent, offering scalable tunneling capacity so the controller can grow as network needs increase. The series is built for industrial ruggedness by supporting 100 to 240 VAC input voltage, dual power inputs for redundancy, and operation in temperatures ranging from 0 to 50°C, all within a rugged metal chassis designed to enable 19-inch rack-mount installations. As a series, the Moxa WAC-2004A rail wireless access controllers provide a secure, high-speed, and redundant communication infrastructure so industrial systems can achieve reliable and long-term performance.