Overview of MOXA TAP-213 Series

The Moxa TAP-213 series delivers dependable and secure wireless networking for rail-based applications and supports communications in sectors such as railway, road transportation, and IP surveillance. This range of wireless access points tailored for railway systems is essential for enabling real-time data transmission, facilitating train-to-ground interaction, and improving onboard connectivity for both passengers and operational staff. Designed for rugged deployment, the Moxa TAP-213 wireless APs are ideal for the harsh environments typically found in railway systems. As a member of the Moxa TAP-213 wireless AP/Bridge/Client category, these units provide remarkable adaptability and serve a broad spectrum of industrial use cases through dependable connectivity and easy system integration. With a focus on enhancing industrial network infrastructure, the TAP-213 series supports advanced communication needs, delivers high reliability and safety, and maintains optimal performance. Recognized for their toughness and versatility, Moxa TAP-213 access points help establish a strong industrial rail wireless LAN foundation purpose-built for today’s demanding railway networks.

MOXA TAP-213 Series Features

Built with an IP68-rated enclosure, these access points offer protection against dust and water and operate reliably in extreme temperatures from -40 to 75°C. The Moxa TAP-213 series features a robust metal casing and an anti-vibration M12 interface, suited for high-impact settings. The Moxa TAP 213 series supports dual redundant DC power inputs and PoE, and accommodates a wide 24 to 110 VDC power range for flexible deployment scenarios. Additional capabilities of the Moxa TAP-213 include Turbo Roaming technology for uninterrupted wireless connections and multiple installation methods, wall, DIN-rail, or pole mounting, for versatile placement across railway and industrial environments. Optimized for communication tasks like CCTV monitoring and CBTC systems, the TAP-213 access points ensure solid performance and help sustain reliable operations across diverse and complex network infrastructures.