Automatic Door Sensor Selection Chart

NABCO ADVANCED SENSORS	ACUVISION Motion/Presence Sensor with Threshold Detection	ACUMOTION A Microwave/Infrared Sensor	ACUGARD Complete Swing Door Presence Sensing System	ACUGARD 3 LE Low-Energy/ADA Swing Door Sensor	ACUSENSOR 1B Sensor System
RECOMMENDED APPLICATIONS	Swing, Sliding or Folding Doors	Swing, Sliding or Folding Doors Perfect for longer range detection and fast traffic conditions	Door-Mounted Swing Door Sensing System Perfect solution for grocery stores and hospitals	Perfect solution for low-energy/ADA applications	Swing, Sliding or Folding Door Systems
NOT RECOMMENDED		Not for use as a presence sensor on Swing or Folding Doors	Not for use on Sliding or Folding Doors	Not for use on Sliding or Folding Doors
FEATURES	1. When used as a presence sensor on a sliding door, it scans backward into the threshold to detect objects on the far side of the opening between the leading edge of the panels until the door is closed. 2. When used as an activation sensor on a swing door, the infrared learning technology memorizes the door activation cycle and differentiates between the moving door and other present objects.	1. Unique combination of microwave and infrared technology 2. Deeper detection area 3. Bi-directional setting 4. Unidirectional setting 5. Separate microwave and infrared area adjustments 6. 4-mode mutual interference prevention function 7. Separate outputs for infrared and microwave 8. Programmable settings for depth of coverage, width of coverage, sensitivity and memory 9. Dual voltage capability	1. When used with the NABCO U series microprocessor control, the swing-side door-mounted sensors automatically adjust for walls or guide rails as the door opens 2. Door mounted sensor 3. Compatible with all manufacturer’s controls 4. Adjustable pattern depth 5. Dual voltage capability 6. 4-mode mutual interference prevention function 7. System includes two Acugard 3 sensors and an Acumotion A for activation	1. Door mounted sensor 2. Functions on all older manufactuers non-microprocessor-based controls 3. Dual voltage capacity 4. Enhances the performance of low-energy/ADA doors	1. Grid-like rectangular pattern 2. Variable Learn Time from 0 seconds (strictly motion) to Infinity (strictly presence) 3. Multiple width and depth adjustments 4. Operates on older non-processor based controls 5. Adjustable pattern depth 6. Dual voltage capability 7. 4-mode mutual interference prevention function
BENEFITS	1. Continuous presence throughout the opening and closing cycle of Sliding Doors 2. Provides reactivation prevention for Sliding Doors 3. Versatile sensor for all door applications 4. Superior coverage around door	1. Single hybrid sensor 2. Accommodates varying speeds of pedestrian traffic 3. Can be set to ignore pedestrians or objects moving away from the door 4. Unidirectional feature ignores departing traffic allowing the door to close 50% sooner for energy savings 5. Adjustments for installation on non-vertical surfaces 6. Sensors can be mounted closely to each other without sensor interference 7. Allows optimization of door performance 8. Interfaces with GyroTech equipment and the equipment of other manufacturers	1. Continual presence sensing throughout the door cycle 2. Out of reach of shopping carts or hospital beds 3. Conserves energy 4. Helps bring existing or new swing door installations up to the new ANSI standard 5. Optimizes door performance 6. Interfaces with GyroTech equipment and the equipment of other manufacturers 7. Most complete advanced sensing system for swing doors	1. Out of reach of shopping carts or hospital beds 2. Interfaces with equipment of most other manufacturers 3. Added pedestrian protection for low-energy/ADA doors	1. Superior detection across front of door 2. More versatile – can be used as motion only or presence only sensor 3. Detection pattern adjustable to meet specific applications 4. Allows upgrades to existing systems 5. Optimizes door performance 6. Interfaces with GyroTech equipment and the equipment of other manufacturers

Automatic Door Sensor Selection Chart

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