HES NTS-3 No Touch Switch

HES NTS-3 No Touch Switch

The HES NTS-3 is a contactless switching solution engineered for secure access control environments where hygiene, durability, and reliability are paramount. Unlike traditional mechanical push buttons, the NTS-3 eliminates physical touchpoints entirely, reducing cross-contamination risks and maintenance demands. This hands-free activation device is ideal for healthcare facilities, secure entry points, high-traffic corridors, and any installation requiring enhanced sanitation standards without sacrificing operational performance.

Key Features

• Contactless Operation: Hands-free activation eliminates cross-contamination and removes mechanical wear from repeated use
• Reliable Sensor Technology: Consistent detection and response optimized for typical door approach scenarios
• Integration-Ready Design: Compatible with standard access control systems and electromagnetic locks
• Compact Form Factor: Space-efficient installation in existing door frames and access points
• Low Power Consumption: Efficient operation suitable for battery-backed or continuous-duty applications
• Vandal-Resistant Construction: Engineered for public-facing and semi-public environments requiring durability

Technical Highlights

The NTS-3 operates as a standalone switching device with 12 VDC output compatible with standard access control hardware, electromagnetic locks, and door strike mechanisms. The unit features optimized activation range and response time calibrated for typical security door scenarios. Power requirements are minimal, making the device suitable for both continuously powered and battery-backed installations. The vandal-resistant housing withstands impact and environmental stress common in public and semi-secure facilities.

Ideal Applications

• Healthcare facilities and medical clinics requiring hygienic access control
• Secure entry points in government and corporate buildings
• High-traffic public facilities where touchless operation reduces maintenance
• Retrofit installations in existing access control systems
• Battery-powered or emergency backup access scenarios