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Airwave Features
Real 3-way dimming is a reality
Traditional 3-way control schemes limit dimming to occur from just one hardwired location. With no hardwiring and no batteries to worry about, Airwave self-powered kinetic energy devices deliver full range dimming and ON/OFF control from anywhere in a space. In large open areas or multi-purpose spaces, combinations of battery-free wall switches and handheld remotes can be used to create a limitless myriad of customized lighting scenes making spaces more functional and flexible.
Compatible with wired + wireless occupancy sensors
Dim to OFF
All occupancy sensor vacancy signals sent to the Airwave transceiver initiate dimming of luminaires, eventually shutting OFF when the space is unoccupied. This smooth, gradual transition means environments remain dynamic, efficient and ergonomically sensitive to the people who inhabit them.
24V Wired Occupancy Sensors
Airwave is compatible with wired occupancy sensors, including infra-red (PIR), ultrasonic, dual-technology and microphonic devices. The transceiver provides 24V (50mA) power for these devices, reducing the need for power-packs and low voltage wiring. Using wired occupancy sensors with Airwave is key to enhanced energy savings, and allows designers utilize the most reliable sensor technology without coverage concerns or batteries.
315 MHz Wireless Occupancy Sensors
Airwave is fully compatible with 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. Wireless occupancy sensors can be useful energy savings tools when applied correctly, however using an Airwave kinetic wireless switch in conjunction is a recommended best practice for fail-safe reliability.
Enhanced energy reduction with Response® Daylight Sensors
In spaces with ample amounts of daylight, discreet Response Daylight sensors maximize savings by automatically dimming when there is enough illumination detected in the space.
Response sensors are FREE and optionally integrated in all Ledalite suspended luminaires. Response photosensors set the maximum output based on the ambient lighting condition. Although users have the ability to dim lights, energy savings are ensured by the fact that light levels cannot be increased beyond photosensor set points.
Following LEED®
A global focus on sustainability has inspired designers, architects and builders to embrace new technologies and create environmentally sensitive structures. By delivering a unique combination of energy performance, control and flexibility, Airwave greatly expands the possibilities for sustainable building design. Airwave + other Ledalite technologies and sustainable lighting practices help contribute LEED points.
Learn how Ledalite technologies can help you achieve LEED points!
Reconfigure. Rezone. Rethink.
Controlling light systems in an open office can be a challenge. Large areas of coverage often conflict with the specific lighting needs of employees’ semi-private areas. The hub of system intelligence, the 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 and also enables occupants to actively dim lighting to more preferred levels, thereby enhancing their own productivity and comfort throughout the workday.
The future demands response
The demand for electricity varies with the time of day and season. Peak demand periods often require utilities to operate temporary energy sources that are both inefficient and costly. Demand Response load shedding programs help reduce electrical loads during peak periods and can result in significant savings of both energy and dollars. Every Airwave transceiver is embedded with four levels of Demand Response intelligence. Airwave wirelessly reacts by slowly dimming and/or turning off lighting loads to dramatically and immediately reduce the lighting energy.