Touchless Door Access Control

FlowControl

Entrance doors that automatically control the number of people inside your building

• Easy to understand

  
  Green/Red LED indicators clearly show when entry is allowed or denied and are designed to be resistant to vandalism

• Completely Automated

  
  Removes the need for staff to manually manage entrance and exit doors

• Easily Adjustable

  
  User-friendly system can be adjusted to suit peak and off-peak hours and changing occupancy requirements

• Minimal Disruption

  
  System can typically be installed within 2–4 hours

• Retrofittable

  
  Compatible with most manufacturers’ automatic door systems

This system can be used across a wide range of buildings to manage the flow of people, including retail stores, public buildings, offices, factories, restaurants and cafés.

The system monitors occupancy levels within the building and automatically controls the entrance door when the maximum number of visitors is reached. Even where multiple entrances and exits are present, the system can reliably manage visitor flow.

This standalone solution also removes the need for employees to monitor entrances and exits, allowing staff to focus on their normal duties.

ClearWave

Hygienic Touchless Automatic Door Activation Switch

ClearWave is a non-contact microwave door activation switch designed for environments where hygiene and reduced surface contact are important. It is commonly used in cleanrooms, food processing facilities, laboratories and chemical industry environments.

• Hygienic Door Activation

  
  Adjustable touchless detection range from 5–40cm for reliable non-contact door operation

• Versatile

  
  Three faceplate stickers included to suit a range of installation environments

• Water Resistant

  
  Water resistant foam gasket helps protect the switch from moisture and cleaning processes

• Sleek Design

  
  Compact, lightweight design suitable for modern commercial interiors

• Ease of Installation

  
  No back box required – flush mounted installation minimises wall disruption