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Explore this page to learn more about our product lines! ![]() Featured DocumentationTechnology Types
MicrowaveMicrowave sensors transmit and receive K-Band microwaves using Doppler Radar technology. Waves are transmitted at an accurate frequency and the returning signals are analyzed for changes in the initial frequency. Every movement in the detection zone induces a frequency variation which triggers a detection. The frequency increases with approaching targets and decreases with departing targets. The microwave sensor is a motion detector which typically controls activation (opening) of a door.
InfraredInfrared sensors transmit and receive infrared energy while using the ground as a reference. The sensor "takes a picture" of the ground and compares that momentary picture with its initial reference picture. Each person or object present in the detection zone will change the reference picture and trigger a detection. The infrared sensor can detect a static or moving object within a predetermined detection zone, in order to, depending on the sensor, activate (open) a door or provide safety by preventing an already open door from closing.
Dual TechnologyDual technology sensors combine the benefits of both microwave and infrared technology into one sensor. This solution provides the optimal activation detection zones & presence / safety detection zones.
InductionInduction loops detect the presence of metallic objects by utilizing a circuit with an inductor (loop of copper wire) and a capacitance with a specific resonant frequency. Induction technology is primarily used to detect the presence of vehicles in front of gates, industrial doors or at traffic lights.
Magnetic LockingElectromagnetic Lock or Maglock is a locking device that consists of an electromagnet (installed onto the door frame) and an armature plate (installed onto the door). Passing a current through the electromagnet creates a magnetic force that attracts the armature plate, holding the door shut.
Knowing ActKnowing Act refers to the act of intentionally activating an automatic door. For example, pressing a push plate switch with the knowledge of what will happen, the activation (opening) of the door.
Microwave – Knowing ActKnowing act microwave sensors function on the same principles as their overhead counterparts. In this case, activation occurs due to intentionally moving an object within the detection range of the motion sensor (i.e. waving a hand). This idea of detecting motion for activation, instead of physical touch, greatly reduces the spread of contaminants within an environment.
Capacitance – Knowing ActCapacitance is the ability of an object to store an electrical charge. Capacitive sensors require a dynamic excitation of its charge to trigger an activation. When the charge eminating from a capacitive object (such as the human hand) intersects with the charge of the capacitive sensor, the sensor causes activation. This reduces false detections from non-charged capacitive moving objects. Automatic Door Systems (#9, #10)
ParallaxUltimate solution for safety and activation
QuadscanStandalone door mounted safety sensor
Dual Technology / Microwave & Infrared (#4)
IXIO-DT1Activation & Safety sensor
Knowing Act Devices (#1, #5, #6)
LPR3636" low profile push plate
Push Platesactivation switches
Magic Switch – MS08Touchless microwave activation sensors
Magic Switch – MS21Touchless capacitive activation sensors
Security Devices (#3, #7)
R2E-100request to exit sensor
Maglocksmagnetic locking devices
Vehicle Detection (#2, #8)
IS40Ppresence sensor
MatrixDigital induction loop detector
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