LevNet RF Self-Powered Wireless Solutions

2-Channel Room Controller, 2 Inputs/2 Outputs, 8-30VDC
3-Channel Room Controller, 1 Inputs/3 Outputs, 8-30VDC
4-Channel Room Controller, 0 Inputs/4 Outputs, 8-30VDC, Enabled by EnOcean®

The LevNet RF LVRX-Micro Low Voltage Room Controller was engineered to provide manual- ON/OFF and auto-OFF controls for lighting systems. The Room Controller is designed to save energy by automatically turning off lights when no one is in a room. The small receiver also features a switch that manually controls the lights. The LVRXMicro 2, 3, and 4- Channel Room Controllers provide integrators an easy way to add LevNet RF controls to new or existing systems such as lighting control, security, and more. Room Controllers are excellent for bi-level and scene control applications and offers an easy way to make hard-wired multi-technology sensors wireless.

These small transceivers respond to LevNet RF Sensors, Switches, and other Transmitters. The Room Controllers may receive input from wired power packs and sensors to automatically turn off lights when no one is in a room. Additionally, the Room Controllers can extend the reach of wired sensors by wirelessly transmitting sensor status to other LevNet RF Receivers.

Features

• Reliable range: integrated EnOcean radio receiver; error checking ensures Receiver only responds to appropriate Switches on all packet transfers; communicates with all LevNet RF Switches; one Transmitter can control unlimited Receivers within range
• Easy-to-use: (2), (3), or (4) low voltage output channels; easily add Switches for lighting or machine control; run zero switch-leg wires
• Save energy: create manual-ON/auto-OFF or master OFF controls to eliminate energy waste
• Simple wireless control systems: manual or automatic ON and OFF controls, architectural lighting, daylighting, load shedding, and more

2-Channel Shade Controller, 8-30VDC, Enabled by EnOcean®

The LevNet RF LVRX-Micro Shade Controller enables manual and automated control of window shades and blinds using LevNet RF Switches and Sensors. One Shade Controller can control two different shade motors. The LVRX-Micro Shade Controller allows integrators to easily add LevNet RF controls to motorized window shades, blinds, and coverings.

Features

• Reliable range: integrated EnOcean radio receiver; error checking ensures Receiver only responds to appropriate Transmitters on all packet transfers
• Easy-to-use: (2) low voltage output channels; easily add wireless controls for window shades and blinds

RS-232 Serial Box Data Interface, Enabled by EnOcean®

The RF Serial Box is a high performance data interface radio receiver that can be connected to any system that uses an RS-232 serial port. The device receives radio packets from LevNet RF Switches and Sensors.

Features

• Easy-to-use: transmits and receives wirelessly
• Reliable range: receives and transmits to and from LevNet RF devices
• Simple wireless control systems: computer system integration, architectural lighting, daylighting, load shedding, automation
• Control the way you want it: control the RS-232 Serial Box with a variety of devices – Wireless Self-Powered Switches, Wireless Sensors, hard-wired sensors, and more

Thermostat, 4VAC, Enabled by EnOcean®

The LevNet RF Thermostat allows quick and easy implementation of energy saving HVAC controls without running any new wire. The Thermostat wirelessly communicates with LevNet RF Transmitters and Receivers such as Occupancy Sensors, Key Card Switches, Wireless Room Temperature Sensors, and more.

When the Thermostat receives an "occupied" signal, it adjusts temperature set points to a narrow preset range (i.e. 70°F to 72°F). When the Thermostat receives an "unoccupied" signal, it adjusts temperature set points to a wider range (i.e. 62°F to 80° F). This conserves energy in unoccupied rooms of a building. When used with an EnOcean BMS Gateway, the Thermostat can be connected to LON and BACNet HVAC control systems. Ideal for offices, class rooms, hotel rooms, and homes.

Features

• Replaces existing thermostats: installs quickly with simple wiring
• Reduces energy costs: use with occupancy sensors and Key Card Switches to reduce electricity to unoccupied rooms of a building
• Easy-to-use: run zero switch-leg wires
• Reliable range: compatible with all LevNet RF Transmitters; error checking ensures response only to appropriate Transmitters; a single Transmitter can control unlimited Thermostats within range
• Control the way you want it: control the Thermostat with a variety of devices – LevNet RF Occupancy Sensors, Key Card Switch, SLT Wireless Sensor, and more

Wireless Self-Powered Occupancy Sensor, 450SF, Enabled by EnOcean®

The Leviton line of Wireless Occupancy Sensors (WSCxx-I0W) work in conjunction with the Wireless Wall Switch Receiver (WSS10-xDx) and the Wireless Self-Powered Remote Switch (WSS0S-P0x). These wireless products combine Leviton's occupancy sensing technology with self-powered and wireless technologies, developed and licensed from EnOcean®.

The Wireless Occupancy Sensors have a built-in solar cell that draws on available room light to power itself and can operate for up to 48 hours without the need for batteries or external power in standard manual-ON/Auto-OFF mode. Batteries are required for continuous uninterrupted Auto-ON operation.

The sensors use a small detector located directly behind a unique multi-zone optical lens. This exclusive Fresnel lens establishes dozens of zones of detection, which can be configured (manual masking) to block out unwanted traffic zones (i.e. outside hallway traffic). The sensors respond to any source of heat within the range of detection, including the heat emitted by the human body, however, the sensor is only triggered when the source of heat moves from one zone of sensing to another. Stationary heat sources will not trigger the sensor.

Features

• No Additional Wiring: Wireless Occupancy Sensors communicate with the Wall Switch Receiver and Self-Powered Remote Switch via wireless technology, eliminating the need to pull any additional wire
• Auto-ON and Manual-ON Options: occupancy sensors are shipped in Manual-ON/Auto-OFF default mode from the factory. Three AAA batteries are required to enable the continuously uninterrupted Auto-ON/Auto-OFF mode
• Up to 48 Hours of Stored Power: solar panel provides up to 48 hours of power to the occupancy sensor when no ambient light is available
• Exclusive Walk-Thru Feature: provides increased energy savings by not leaving the lights on for an extended period after momentary occupancy
• All Digital Circuitry: uses minimum components for maximum reliability and low cost

Wireless Self-Powered Occupancy Sensor, 450SF, Enabled by EnOcean®

The Wireless Occupancy Sensors (WSCxx-IRW) have built-in solar cells that draw on available ambient light to power themselves and can operate for up to 48 hours in total darkness. Batteries are not required for continuous operation, however batteries can be added as an option for applications without available ambient light.

For improved detection, the sensors use an enhanced PIR element located directly behind a unique multi-zone optical lens. This exclusive Fresnel lens establishes twice as many zones of detection as traditional sensors. The zones can be configured (masked) to block out unwanted traffic zones (i.e. outside hallway traffic). The WSC15-IRW features superior detection for parallel and perpendicular motion. Innovative sensing technology detects motion moving directly towards the sensor.

The self-powered wireless sensor design also overcomes the placement and coverage challenges of traditional sensors. Self-powered wireless sensors enable flexible placement allowing sensors to be mounted wherever needed without the complexity of moving or installing new wiring.

Features

• Zero Power Consumption: solar power provides the energy to keep the device on and sensor technology turns the lights off, eliminating additional expenses to the end user's energy bill
• Zero External Power Required: with no power wire limitations, this enables the installer to place the sensor in the optimal location of any application to capture minor motion and reduce false OFFs
• Self-Powered, Self-Charging: angled solar cells are optimal for light collection enabling the sensor to capture additional ambient light over flat solar cells – 100 LUX vs. 70-80 LUX
• Quick Charge Time to Operation: self-powered technology enables the sensor to be operational after a minimum charge time of 1 minute
• True Wireless: sensors are self-powered and communicates with all LevNet RF and EnOcean Receivers via radio frequency
• No Additional Wiring: self-powered wireless technology eliminates the need to pull additional wire making installation quick and easy and increasing labor savings with little to no impact to business during conversion
• No Batteries or External Power Required: exclusive "battery-less" technology significantly reduces callbacks and maintenance for additional savings
• Up to 48 Hours of Stored Power: solar panel provides up to 48 hours of power to the sensor when no ambient light is available (for extended "OFF" time, a battery option is available)
• Advanced Field-of-View: superior detection for parallel and perpendicular motion; innovative technology detects motion moving directly towards the sensor; 360° rotation to fine tune location of solar cells and field-of-view
• Improved Aesthetics: blends seamlessly with ceiling décor and architecture
• Additional Energy Savings: wireless technology supports simplified daylight harvesting and manual override options with no additional wiring

Wireless Self-Powered Occupancy Sensor, 1500SF, Enabled by EnOcean®

The Wireless Occupancy Sensors (WSCxx-IRW) have built-in solar cells that draw on available ambient light to power themselves and can operate for up to 48 hours in total darkness. Batteries are not required for continuous operation, however batteries can be added as an option for applications without available ambient light.

For improved detection, the sensors use an enhanced PIR element located directly behind a unique multi-zone optical lens. This exclusive Fresnel lens establishes twice as many zones of detection as traditional sensors. The zones can be configured (masked) to block out unwanted traffic zones (i.e. outside hallway traffic). The WSC15-IRW features superior detection for parallel and perpendicular motion. Innovative sensing technology detects motion moving directly towards the sensor.

The self-powered wireless sensor design also overcomes the placement and coverage challenges of traditional sensors. Self-powered wireless sensors enable flexible placement allowing sensors to be mounted wherever needed without the complexity of moving or installing new wiring.

Features

• Zero Power Consumption: solar power provides the energy to keep the device on and sensor technology turns the lights off, eliminating additional expenses to the end user's energy bill
• Zero External Power Required: with no power wire limitations, this enables the installer to place the sensor in the optimal location of any application to capture minor motion and reduce false OFFs
• Self-Powered, Self-Charging: angled solar cells are optimal for light collection enabling the sensor to capture additional ambient light over flat solar cells – 100 LUX vs. 70-80 LUX
• Quick Charge Time to Operation: self-powered technology enables the sensor to be operational after a minimum charge time of 1 minute
• True Wireless: sensors are self-powered and communicates with all LevNet RF and EnOcean Receivers via radio frequency
• No Additional Wiring: self-powered wireless technology eliminates the need to pull additional wire making installation quick and easy and increasing labor savings with little to no impact to business during conversion
• No Batteries or External Power Required: exclusive "battery-less" technology significantly reduces callbacks and maintenance for additional savings
• Up to 48 Hours of Stored Power: solar panel provides up to 48 hours of power to the sensor when no ambient light is available (for extended "OFF" time, a battery option is available)
• Advanced Field-of-View: superior detection for parallel and perpendicular motion; innovative technology detects motion moving directly towards the sensor; 360° rotation to fine tune location of solar cells and field-of-view
• Improved Aesthetics: blends seamlessly with ceiling décor and architecture
• Additional Energy Savings: wireless technology supports simplified daylight harvesting and manual override options with no additional wiring

The Plug-in Dimmer Receiver provides dimming control of lamps and other devices. Simply plug a lamp into the Dimming Receiver, and then plug the Dimming Receiver into a standard electrical outlet. The lamp may then be controlled using Wireless Self-Powered Switches or Sensors.

Features

• Easy-to-use: fast installation – plugs into any 120V outlet; run zero switch-leg wires; DIM (WSG0S-D1T only) or ON/OFF (WSG0S-S1T only) control of lights
• Ultra smooth wireless light dimming: dimming for architectural lighting, daylighting, load shedding, and manual-ON/OFF and auto-OFF controls (WSG0S-D1T only)
• Reliable range: compatible with all LevNet RF Switches; error checking ensures response only to appropriate Switches; a single Transmitter can control unlimited Dimmers (WSG0S-D1T only) or ON/OFF Relay Receivers (WSG0S-S1T) within range
• Simple wireless control systems: architectural lighting, daylighting, load shedding, and manual-ON/OFF and auto-OFF control of lights, TVs, and other plug-in devices
• Control the way you want it: control the LevNet RF Relay Receiver with a variety of devices – Wireless Self-Powered Switches, Sensors, and more

The LevNet RF Plug-In ON/OFF Relay Receiver responds to compatible LevNet RF Switches and Transmitters to provide ON/OFF control of lights, TVs, and other plug-in devices. The Plug-In ON/OFF Receiver may optionally be used to control electrical loads using signals from Sensors.

Features

• Easy-to-use: fast installation – plugs into any 120V outlet; run zero switch-leg wires; DIM (WSG0S-D1T only) or ON/OFF (WSG0S-S1T only) control of lights
• Ultra smooth wireless light dimming: dimming for architectural lighting, daylighting, load shedding, and manual-ON/OFF and auto-OFF controls (WSG0S-D1T only)
• Reliable range: compatible with all LevNet RF Switches; error checking ensures response only to appropriate Switches; a single Transmitter can control unlimited Dimmers (WSG0S-D1T only) or ON/OFF Relay Receivers (WSG0S-S1T) within range
• Simple wireless control systems: architectural lighting, daylighting, load shedding, and manual-ON/OFF and auto-OFF control of lights, TVs, and other plug-in devices
• Control the way you want it: control the LevNet RF Relay Receiver with a variety of devices – Wireless Self-Powered Switches, Sensors, and more

Wireless Self-Powered Decora Remote Switch, Single Rocker, Enabled by EnOcean®

Control one light or one group of lights with the Wireless Self-Powered Single Rocker Switch. One switch can control an unlimited number of LevNet RF Receivers that are within range.

Features

• Manual push button ON/OFF switching: provides remote control for push button manual-ON/OFF light switching of each light load at any time (WSS0S-P0X)
• Rocker style ON/OFF switching: provides remote control for manual-ON/OFF light switching of each light load at any time; top button = ON, bottom button = OFF (WSS0SD0X, WSS0S-D2X, WSS0S-E0X, and WSS0S-E2X)
• Convenient multi-location (3-way or 4-way) switching: mount Switches anywhere, create 3-way or 4-way switches, control lights, motors, or other electrical loads, and reconfigure or relocate as needed
• Viewing mode: allows push buttons to turn lights OFF and keep them OFF even when room is occupied (i.e. for slide or film presentations)
• Save energy: create manual-ON/auto-OFF controls using LevNet RF Switches and occupancy sensors or by programming all lights to respond to a single master switch
• Simple wireless control: mount Switches anywhere, create 3-way and 4-way switches, control lights, motors, or other electrical loads, and reconfigure or relocate as needed
• Control the way you want it: use with multiple line voltage or low voltage LevNet RF Receivers, control an unlimited number of LevNet RF Receivers within range for wireless dimming or ON/OFF control

Wireless Self-Powered Decora Remote Switch, Dual Rocker, Enabled by EnOcean®

Control two lights or two groups of lights with the Wireless Self-Powered Dual Rocker Switch. Each rocker can separately control an unlimited number of LevNet RF Receivers that are within range.

Features

• Manual push button ON/OFF switching: provides remote control for push button manual-ON/OFF light switching of each light load at any time (WSS0S-P0X)
• Rocker style ON/OFF switching: provides remote control for manual-ON/OFF light switching of each light load at any time; top button = ON, bottom button = OFF (WSS0SD0X, WSS0S-D2X, WSS0S-E0X, and WSS0S-E2X)
• Convenient multi-location (3-way or 4-way) switching: mount Switches anywhere, create 3-way or 4-way switches, control lights, motors, or other electrical loads, and reconfigure or relocate as needed
• Viewing mode: allows push buttons to turn lights OFF and keep them OFF even when room is occupied (i.e. for slide or film presentations)
• Save energy: create manual-ON/auto-OFF controls using LevNet RF Switches and occupancy sensors or by programming all lights to respond to a single master switch
• Simple wireless control: mount Switches anywhere, create 3-way and 4-way switches, control lights, motors, or other electrical loads, and reconfigure or relocate as needed
• Control the way you want it: use with multiple line voltage or low voltage LevNet RF Receivers, control an unlimited number of LevNet RF Receivers within range for wireless dimming or ON/OFF control

The Leviton line of Wireless Wall Switch Receivers (WSS10-0Dx and WSS10-GDx) work in conjunction with the Wireless Occupancy Sensors (WSCxx-I0W) and the Wireless Remote Switch (WSS0S-P0x) to provide an optimal solution for retrofit lighting needs. These wireless products combine Leviton's switching technology with self-powered and wireless technologies, developed and licensed from EnOcean®. The Wall Switch Receiver can be installed in place of traditional single-pole wall switches and fits in a standard single-gang wall box. No additional wiring is required.

These components are compatible with incandescent, fluorescent and low-voltage lighting. The Receiver responds to signals from the Wireless Occupancy Sensor, automatically shutting off lights when the room is vacant. Lights are automatically activated upon entry in Auto-ON mode with the Wireless Occupancy Sensor. The Receiver also features a single manual-override switch that can be used to toggle the ON/OFF status of the light load while an area is occupied.

The Wireless Remote Switch is self-powered (no batteries required), drawing on kinetic energy to charge itself each time the button is pushed. The Remote Switch can be used to control lights from multiple locations. It can also be used for a convenient three-way switch solution, eliminating the need to pull additional wiring.

Features

• No Additional Wiring: Wireless Occupancy Sensors communicate with the Wall Switch Receiver and Self-Powered Remote Switch via wireless technology, eliminating the need to pull any additional wire.
• Manual ON/OFF Switching: provides push-button manual-ON/OFF light switching of each light load at any time.
• Maximize Energy Savings: optional manual adjustment for delayed-OFF time settings of 2 (for walking test), 10 minutes, 20 minutes, and 30 minutes. Allows customized adjustments to maximize energy savings. Manual-ON/ Automatic-OFF mode for installations where manual-ON switching is required but automatic OFF switching is still desired for energy savings.
• Viewing Mode: allows push buttons to turn lights OFF and keep them OFF even when room is occupied (i.e.: for slide or film presentations).
• Walk-Thru Feature: provides increased energy savings by not leaving the lights on for an extended period after momentary occupancy.
• Standard Size for Seamless Installation: Wall Switch Wireless Receiver fits in a standard single gang wall box and replaces two single-pole wall-switches for fast and easy installation. Neutral and non-neutral models available.
• True Zero-Cross Relay: switches at the zero crossing point of the AC power curve to ensure maximum contactor life and compatibility with electronic ballasts.
• All Digital Circuitry: uses minimum components for maximum reliability and low cost.

The Leviton line of Wireless Wall Switch Receivers (WSS10-0Dx and WSS10-GDx) work in conjunction with the Wireless Occupancy Sensors (WSCxx-I0W) and the Wireless Remote Switch (WSS0S-P0x) to provide an optimal solution for retrofit lighting needs. These wireless products combine Leviton's switching technology with self-powered and wireless technologies, developed and licensed from EnOcean®. The Wall Switch Receiver can be installed in place of traditional single-pole wall switches and fits in a standard single-gang wall box. No additional wiring is required.

These components are compatible with incandescent, fluorescent and low-voltage lighting. The Receiver responds to signals from the Wireless Occupancy Sensor, automatically shutting off lights when the room is vacant. Lights are automatically activated upon entry in Auto-ON mode with the Wireless Occupancy Sensor. The Receiver also features a single manual-override switch that can be used to toggle the ON/OFF status of the light load while an area is occupied.

The Wireless Remote Switch is self-powered (no batteries required), drawing on kinetic energy to charge itself each time the button is pushed. The Remote Switch can be used to control lights from multiple locations. It can also be used for a convenient three-way switch solution, eliminating the need to pull additional wiring.

Features

• No Additional Wiring: Wireless Occupancy Sensors communicate with the Wall Switch Receiver and Self-Powered Remote Switch via wireless technology, eliminating the need to pull any additional wire.
• Manual ON/OFF Switching: provides push-button manual-ON/OFF light switching of each light load at any time.
• Maximize Energy Savings: optional manual adjustment for delayed-OFF time settings of 2 (for walking test), 10 minutes, 20 minutes, and 30 minutes. Allows customized adjustments to maximize energy savings. Manual-ON/ Automatic-OFF mode for installations where manual-ON switching is required but automatic OFF switching is still desired for energy savings.
• Viewing Mode: allows push buttons to turn lights OFF and keep them OFF even when room is occupied (i.e.: for slide or film presentations).
• Walk-Thru Feature: provides increased energy savings by not leaving the lights on for an extended period after momentary occupancy.
• Standard Size for Seamless Installation: Wall Switch Wireless Receiver fits in a standard single gang wall box and replaces two single-pole wall-switches for fast and easy installation. Neutral and non-neutral models available.
• True Zero-Cross Relay: switches at the zero crossing point of the AC power curve to ensure maximum contactor life and compatibility with electronic ballasts.
• All Digital Circuitry: uses minimum components for maximum reliability and low cost.

The Signal Strength Meter is a mobile tool for measuring and indicating the received field strength (RSSI) of EnOcean telegrams and disturbing radio activity at 315 MHz. It supports electrical installers during the planning and troubleshooting phase and enables them to verify whether the installation of LevNet RF Transmitters and Receivers is possible at the positions planned. This device is a must have for anyone regularly installing LevNet RF wireless controls.

Since radio signals are electromagnetic waves, their intensity decreases as they travel away from the source. Obstructions attenuate radio signals. This tool allows installers to determine the best installation locations before equipment is installed. Distance, transmission angle, and obstructions all affect radio signal quality. For best performance, transmit signals directly through walls and do not use LevNet RF controls around metal.

Features

• Simple range planning: detects valid radio packets and display received signal strength; measures strength of interference; verifies network plan by testing wireless coverage through a building prior to installation of equipment