MOXA TAP-213 Series Introduction
The Moxa
TAP-213 series brings secure and reliable wireless communication to rail
systems and offers connectivity for industries like Railway, Road Transportation, and IP Surveillance. This series of wireless APs for rail systems plays a critical role in
enabling real-time data transmission, supporting train-to-ground
communications, and enhancing onboard wireless capabilities for passengers and
staff.
The Moxa
TAP-213 wireless APs have been engineered for rugged applications in the
demanding conditions encountered in the railway industry. As part of the Moxa TAP-213 wireless AP/Bridge/Client category, these
devices offer exceptional flexibility and support a wide range of industrial
applications with stable connectivity and ease of integration. With a
specialized focus on industrial network infrastructure,
the TAP-213 series ensures efficient
communication, meets the complex needs of operators, and maintains high
standards of safety, reliability, and performance. Moxa
TAP-213 APs are well-known for their durability and adaptability to
build a dependable rail wireless LAN infrastructure
that is specifically designed for the robust demands of modern railway
transportation.
MOXA TAP-213 Series Features
These access points are IP68-rated to ensure weatherproof and dustproof performance and withstand extreme temperatures from -40 to 75°C. The Moxa TAP-213 series has been built with durable metal housing and an anti-vibration M12 design for high-stress environments. It offers flexible power options with 2 redundant DC power inputs and PoE compatibility and supports a range of 24 to 110 VDC power inputs for versatile deployments. The Moxa TAP-213's additional features include Turbo Roaming for continuous connectivity and multiple installation options such as wall mounting, DIN-rail mounting, and pole mounting to allow deployment in various railway and industrial applications. The Moxa TAP 213 series has been optimized for applications like CCTV and CBTC communications to ensure a dependable connection for maintaining operational integrity across complex network devices.