BEA 45S-433 Push Plate Pachage, Square Push Plates, Surface Mount Boxes, 9V 433 MHZ Transmitter, One 433 MHz Receiver

Achieve dependable, professional door activation with the BEA 45S-433 push plate package — a turnkey solution for secure access control and monitoring. This kit pairs durable square push plates with matching surface-mount boxes and includes a 9V 433 MHz transmitter plus one 433 MHz receiver to provide fast, reliable wireless signaling for automatic doors. Designed for integrators and facilities managers, the BEA door push plates deliver consistent tactile response and easy mounting to reduce installation time and callbacks.

Ideal for security-conscious environments, the 45S-433 supports seamless integration with access control and surveillance systems, enabling centralized monitoring and controlled entry. The surface-mount boxes simplify wiring and protect connections, while the wireless transmitter/receiver reduces the need for extensive cabling in retrofit projects. Made in the US, this package offers commercial-grade durability for hospitals, retail locations, offices, and educational campuses.

Choose the BEA 45S-433 push plate package to improve occupant flow, boost security, and streamline maintenance. Order today or contact our team to specify this solution for your next access control or security system installation.

• Streamline secure door activation with a complete package: square push plates, surface-mount boxes, 9V 433 MHz transmitter and one 433 MHz receiver for reliable wireless operation.
• Reduce installation time and service calls with pre-matched transmitter/receiver pairing and surface-mount boxes designed for fast, clean mounting.
• Improve user experience and ADA compliance with tactile, low-profile square push plates that deliver consistent, responsive activation.
• Enhance access control and security integration—supports wireless signaling for doors in healthcare, commercial, and institutional environments.
• US-made quality provides dependable performance and long-term reliability in high-traffic applications, minimizing downtime and maintenance costs.