Camden CM-336/42SWL1 SureWave Battery Powered, 915Mhz. Wireless Touchless Switch, Double Gang Stainless-Steel Faceplate, Hand Icon and Wave to Open Graphics, with Lithium Batteries

Enable reliable, hygienic hands-free access with the Camden Door Controls CM-336 SureWave battery-powered touchless switch. Designed for Request-to-Exit and access control applications, this wireless touchless switch provides instant, contactless activation for automatic doors, turnstiles, and secured entry points—improving safety, ADA compliance, and infection control. Operating on 915 MHz spread-spectrum RF, the CM-336 delivers robust wireless performance and pairs with the Camden CM-RX90 receiver for easy installation and retrofit projects. The rugged double-gang stainless-steel faceplate features clear hand and wave-to-open graphics for intuitive use in high-traffic environments. Advanced power management yields extended battery life (up to years on alkaline; lithium recommended below 0°C), while an adjustable 3–30 second timer and near-instant infrared sensing give integrators precise control over door timing. Ideal for access control, security, surveillance, and monitoring systems in healthcare, commercial, and educational facilities. Specify the Camden CM-336 SureWave for a durable, low-maintenance Request-to-Exit solution—order now or contact our team for system design assistance.

• Hands-free, hygienic door activation that reduces touchpoints and improves building safety for healthcare, food service, and high-traffic facilities
• Reliable 915 MHz spread-spectrum wireless operation for seamless integration with access control and Request-to-Exit systems (requires CM-RX90 receiver)
• Durable double-gang stainless-steel faceplate with hand and wave graphics for clear user guidance and long-term wear resistance
• Adjustable 3–30 second time delay and near-instant active infrared response for precise control of automatic doors and security portals
• Long battery life with advanced power management; lithium batteries recommended for sub-zero environments to ensure consistent operation