The Wireless Hand Press Switch is a modern and convenient control device designed for automatic door and access systems. With a wireless design and stable performance, this switch allows users to open or close doors with a single press, ensuring efficiency, hygiene, and safety in high-traffic environments. Compact in size and easy to install, it is widely applied in hospitals, shopping malls, office buildings, and public facilities.
1. Detailed Technical Specifications
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Power supply: AC/DC 12 ~ 36V
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Quiescent current: 15mA
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Operating current: 60mA
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Receiving sensitivity: < -105dBm
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Main contact capacity: 3A, 30VDC
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Contact hold time: 2 seconds
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Working frequency: 315MHz
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Battery life: approx. 300 days (average 200 presses/day, depending on battery quality)
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Transmission distance: up to 50 meters in open areas
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Operating temperature: -20°C ~ 45°C
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Operating humidity: 10 ~ 90% RH
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Dimensions:
2. Key Advantages
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Wireless convenience: No need for complicated wiring, simple installation.
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Reliable performance: Stable signal transmission with a distance of up to 50 meters.
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Energy-efficient: Low quiescent current (15mA) and long-lasting battery life of up to 300 days.
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Safe and durable: Withstands a wide range of temperatures and humidity for consistent operation.
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Hygienic and user-friendly: Suitable for environments where touch-free or easy-access control is essential.
3. Applications
The Wireless Hand Press Switch is widely used in:
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Automatic sliding doors in hospitals, clinics, and cleanrooms.
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Office and commercial buildings, enhancing convenience for employees and visitors.
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Shopping malls and supermarkets, ensuring smooth customer flow.
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Public facilities and parking areas, offering quick and safe access control.
With its modern wireless design, high performance, and durability, the Wireless Hand Press Switch is the ideal solution for any automatic door or access control system. It not only improves efficiency and safety but also provides a cost-effective upgrade for businesses and organizations seeking to optimize their facilities.
