Wireless Kinetically Powered Energy DevicesThe Airwave switch is a self-powered and battery-free device that transmits wireless signals to transceivers to dim luminaires and turn them on or off. Each press and release of the switch generates enough kinetic energy to wirelessly transmit a command to a transceiver. A unique sequence of clicks can be used to link Airwave switches to transceivers—wirelessly. Airwave switches produce far fewer high-frequency fields than conventional wired light switches, making it a very safe technology. Each switch has its own unique identification address, ensuring that the settings of the Airwave switch linked to the transceiver do not unintentionally change by proximity to other wireless devices. Multiple Airwave switches and photosensors can be installed next to other wireless devices.
Wireless Solar Powered PhotosensorThe Airwave photosensor is a battery-free wireless device that harvests solar energy to operate via integral miniature photovoltaic cells. The photosensor monitors light levels in a space and wirelessly transmits signals to the transceiver. The transceiver then uses the data to automatically dim, brighten, or turn lights on or off based on the ambient light level. The optimal placement for an Airwave photosensor is 6-10' from a window or representative work areas.
Occupancy Sensing CompatibilityThe Airwave transceiver also receives signals from, and provides power for, 24V occupancy sensors thereby eliminating the need for additional power packs and low voltage wiring. Occupancy sensors significantly enhance energy savings by automatically dimming down and then turning lights off when the space is vacant. Airwave is fully compatible with Philips Ledalite or other 315 MHz EnOcean enabled wireless occupancy sensors. Most available wireless occupancy sensors rely on battery power to remain operational and utilize only infra-red (PIR) detection technology which may be suitable for some applications.
Intelligent TransceiverThe Airwave transceiver is an intelligent device that receives wireless signals and sends commands for on/off functions and 0-10V dimming to individual light fixtures or a group of luminaires in a lighting zone. Fixtures within each zone can be grouped using Airwave flex connectors.
The transceiver can also:
The intelligent Airwave transceiver can easily transform large areas of uncontrolled lighting into smaller, discreet zones with improved user accessibility and control. A strategic design principle is to use one Airwave transceiver and multiple switches and photosensors to control all luminaires within each lighting zone. This optimizes the lighting system for energy and cost savings.
Wireless switches and photosensors require no hardwire connections, allowing for easy placement and repositioning anywhere in a space. Transceivers can receive wireless signals from 30 devices located up to 100 feet away, and through up to five walls. Just a single Airwave transceiver can receive signals from multiple switches and occupancy sensors to deliver maximum functionality and outstanding flexibility.
The optimal placement for an Airwave photosensor is 6-10' from a window over representative work areas. Placement of photosensors must be within the light field of the fixtures it is linked to and should not be placed in direct sunlight. It is important not to use photosensors with suspended light fixtures where lamp light is shining directly into the photosensor.
Airwave can be ordered with all Ledalite recessed, suspended, wall and surface mount products.
Ledalite has developed a list of frequently asked questions to help you learn more about Airwave.