Lutron Radio Powr Savr Wireless daylight Sensor
RADIO PoWR WIRELESS SENSOR
RADIO POWR SAVR WIRELESS DAYLIGHT SENSOR
Radio Powr Savr wireless daylight sensors that provide convenient light control and are engineered for optimum energy savings and easy installation. Radio Powr Savr wireless sensors save energy by directing compatible wireless lighting controls to reduce lighting levels based on available daylight.
The battery-powered, ceiling mount sensor saves energy by dimming or turning off electric lighting when sufficient daylight is available. The sensor detects light in the space and then wirelessly transmits the appropriate commands to the compatible dimming and switching devices via Lutron Clear Connect Radio Frequency (RF) technology; those controls then adjust the lights to take advantage of daylight.
FEATURES
FLEXIBLE
The sensors are compatible with Maestro Wireless switches and dimmers, GRAFIK Eye QS Wireless control units, Energi Savr Node Solutions, and Quantum making it an important part of an energy-saving light control strategy.
SAVE ENERGY
Depending on the overall system configuration, Radio Powr Savr daylight sensor can reduce lighting electricity usage by 15% in a given space.
EASY TO INSTALL
Radio Powr Savr daylight sensor can be installed quickly and easily. By simply placing the unit on the ceiling and replacing a standard light switch with a compatible Lutron dimmer or switch, users can retrofit a space in minutes. No wiring is required.
SINGLE ROOM
The Radio Powr Savr Daylight Sensor works with Maestro Wireless switches and dimmers to save energy in small spaces by automatically dimming or switching electric light in response to available daylight. The sensor requires no new wiring and communicates via radio frequency, so installation only takes a few minutes.
LARGE AREA
In a larger space, the Radio Powr Savr Daylight Sensor works with GRAFIK Eye QS control units directly and the QS Sensor Module to save energy by automatically adjusting light levels based on the amount of daylight available within the space.
WHOLE BUILDING
The Radio Powr Savr Daylight Sensor can also be incorporated into Quantum system through the QS Sensor Module to automatically adjust the light levels according to the amount daylight available in multiple spaces and provide total light management of an entire building.
INFORMATION
USE
Lighting Automation
DOWNLOAD
↓ Data Sheet
COLOR
Matte White
CHARACTERISTICS
-Energy-saving
-Reduced maintenance
-Environmental sensors
-Personal controls
MULTIPLE ROW DAYLIGHTING
A form of daylighting in which multiple daylight rows are controlled by the same sensor. Each row is calibrated to provide a balanced amount of light throughout the space.
DAYLIGHT HARVESTING
The term used in the building controls industry for a control system that reduces electric light in building interiors when daylight is available, in order to reduce energy consumption.
DAYLIGHT ROW
A group of fixtures adjusted equally based on daylighting readings
DAYLIGHT SENSOR
A device that reads available light and sends a signal to the control system. Daylight Sensor = Photo Cell = Photo Sensor
WORK SURFACE LIGHT LEVEL
The light level measured in FC using a light meter at the work surface. If cubicle walls are in use then this value is measured at the cubicle height.
TARGET SETPOINT (TSP)
The specified electric light level when there is no daylight entering the space. Also known as the Nighttime Target Setpoint.
GAIN
The numeric value set during calibration that determines how aggressive the daylighting is. The higher the gain, the more the lights will dim.
FIXTURE FEEDBACK
Light from a fixture shining directly onto a daylight sensor and causing the system to behave unexpectedly. Based on the Electric Light Contribution (ELC) on the photo sensor from the surrounding fixtures. Sometimes known as electric light impact.
MAX LIGHT LEVEL
The method of daylighting through cutting off all zones above the daylighting level and leaving other zones unaffected. This cutoff point can be changed throughout the space using multi-row daylighting.
THRESHOLD
A specified light level that is required to turn electric lights ON or OFF. Specified light levels represent the lights levels at which an action will occur in the system. This applies to switching/non-dim scenarios
APPLICATIONS
OFFICE BUILDING
Lighting is your greatest opportunity for energy savings in an office building. Radio Powr Savr daylight sensor can help cut wasted energy usage, decrease installation time and costs, and provide retrofit solutions to help buildings become more sustainable and energy efficient.
EDUCATION
Energy expenses in schools are second only to payroll, and cost more than textbooks and computers combined. Free up more money to benefit the students by reducing energy consumption with the Radio Powr Savr daylight sensor.
HOSPITALITY
Hotels operate 24/7, but that doesn’t mean all the lighting should. Radio Powr Savr daylight sensor can easily be implemented to help energy-conscious hotels save energy and reduce maintenance and operating costs when spaces are lit with a sufficient amount of daylight.
HEALTHCARE
Hospitals renovate key, revenue-generating spaces like patient rooms, exam rooms, waiting rooms, consultation areas, imaging centers and cafeterias–all areas where Radio Powr Savr daylight sensor can easily be installed to generate energy savings for the facility.
