FALCON Automatic Door Microwave Radar Motion Sensor for Automatic Doors & Gates

Product Overview

The FALCON sensor is a high-performance microwave Doppler radar motion sensor designed for automatic door and gate applications. Engineered for durability and accuracy, it supports sliding doors, swing doors and revolving doors with optional unidirectional or bidirectional detection to optimize energy savings and traffic flow. With advanced microwave sensing at 24.150 GHz and industry-leading response speeds, the FALCON ensures reliable activation of automatic doors in commercial and industrial environments.

Key Features & Benefits

• Uses microwave Doppler radar technology for precise motion detection. 

• Optional unidirectional detection (FALCON 2.0) for reducing heat loss and improving energy efficiency in building entrances. 

• High sensitivity and accuracy: minimum detection speed as low as 5 cm/s. 

• Supports all types of automatic doors: sliding, swing, revolving. 

• Input voltage compatibility: AC 12–24 V / DC 12–24 V (+/-10% or +30/-10% respectively). 

• Power consumption less than 2 W—energy efficient. 

• Output: solid-state relay (free of potential change-over contact), max output current 2 A. 

• Rugged design: IP54 protection rating; operating temperature -25 °C to +70 °C; mounting height 1.8m to 5m.

Applications

Designed for use in:

• Automatic sliding doors in commercial buildings (retail stores, offices)

• Swing doors in high-traffic entrances

• Revolving doors in airports or hotels

• Gate automation systems (garage doors, industrial gates)

• Retrofit installations where reliable motion detection is required

Why Choose the FALCON?

• Superior motion detection thanks to microwave Doppler technology.

• Unidirectional detection option (FALCON 2.0) helps reduce unwanted opening and heat loss.

• Broad compatibility with multiple door types—reducing SKU complexity for installers.

• Robust performance under harsh conditions: large temperature range, IP-protection rating.

• Low power consumption and reliable output design for sustainable operation.