Intelligent Control Solution for Automatic Doors: M-202E Wireless Press Switch (Wide Voltage Adaptation + Anti-Interference)

Technical data

Product description

Wireless Design, Flexible Installation：Adopts wireless transmission technology, no wiring required between the transmitter and receiver. It can be flexibly installed anywhere without damaging wall decoration, greatly reducing construction difficulty and cost, and adapting to various automatic door installation scenarios.

Dual-Mode Control, Wide Compatibility：Supports two working modes: inching and latching. The inching mode outputs a 2S door opening signal (suitable for conventional automatic doors), and the latching mode can flip the output state, meeting different automatic door control logics, applicable to both commercial and home scenarios.

Stable Signal, Strong Anti-Interference：Wireless transmission distance ≥25 meters with wide signal coverage; built-in DIP switch allows setting different codes, effectively avoiding signal interference between adjacent devices and ensuring accurate response of control commands.

Long Battery Life, Easy Maintenance：The transmitter adopts low-power design with a long battery life (300 days with 200 presses per day); the receiver supports pairing with 16 transmitters, with simple coding learning and batch deletion operations, facilitating later expansion and maintenance.

Wide Voltage Adaptation, High Compatibility：The receiver supports AC/DC 12~36V wide voltage input, compatible with power supply systems of most automatic door controllers; with a main contact capacity of 20A 14V DC, it has strong load capacity and can be seamlessly connected with various automatic door equipment.

Durable and Reliable, Strong Environmental Adaptability：Operating temperature ranges from -42°C~45°C, resistant to high and low temperatures, adapting to different climatic conditions; the transmitter panel has a simple design and moderate size (203×41×12.5mm) with clear press feedback, and the receiver is compact (123×50×32mm) without occupying installation space.