This is the self-powered RF handheld remote. EOHR-100 Series handheld remotes provide wireless remote control of lighting loads wired to EOSW-100 Series RF Wall Switches. They do not require any electrical connections or any batteries for operation. Models are available with one or two control buttons. Prior to use, each control button on an EOHR-100 remote must be paired with selected load(s). The remote switches operate using kinetic energy generated when a user pushes a control button. The button action transmits an RF signal to the paired RF Wall Switch(es) connected to the controlled load(s) to toggle the load(s) on or off. The RF transmission range is approximately 50’ to 150’, depending on product placement. Check out Wattstopper DLM products here.

• Handheld remotes work with EOSW-100 RF wall switches
• Provide multi-way control without wires
• Self powered switches do not require batteries
• Include holster for optional mounting

This is the sensor / switch installer kit. The EOPC-100 Wireless RF PIR Occupancy Sensor works with EOSW-100 Series RF Wall Switches to turn lights on and off based on occupancy. The sensor mounts on the ceiling and provides 360° passive infrared coverage. EOPC-100 wireless sensors operate on power supplied by two photovoltaic panels capable of reaching a full charge in 6 hours when the ambient light level is 20 footcandles (215 lux). Each sensor can be paired with multiple loads controlled by RF wall switches. Paired loads configured for automatic-on operation turn on when a sensor transmits an RF signal that it has detected occupancy. As long as the sensor detects occupany it continues transmitting signals to the paired wall switch receivers. All paired loads turn off when no occupancy has been detected for the duration of the selected time delay. Check out Wattstopper DLM products here.

• Wireless RF occupancy sensors work with EOSW-100 Series RF wall switches
• Detection Signature Processing to eliminate false triggers and provide immunity to RFI and EMI
• Trimpot for sensitivity adjustment
• Test mode allows quick and easy set up
• Includes plate for mounting to single- or double-gang junction boxes or ceiling tile
• Reversible magnetic/adhesive disc for surface mounting
• Sensor coverage tested to NEMA Guide Publication WD 7-2000

This is the self-powered RF remote switches. EORS-100 Series remote switches provide wireless remote control of lighting loads wired to EOSW-100 Series RF Wall Switches. They do not require any electrical connections or any batteries for operation. Models are available with one or two control buttons in a single-gang device. Prior to use, each control button on an EORS-100 remote switch must be paired with selected load(s). The remote switches operate using kinetic energy generated when a user pushes a control button. The button action transmits an RF signal to the paired RF Wall Switch(es) connected to the controlled load(s) to toggle the load(s) on or off. Check out Wattstopper DLM products here.

• Remote switches work with EOSW-100 RF wall switches
• Provide multi-way control without wires
• Self powered switches do not require batteries
• Compatible with decorator wall plates

This is the RF wall switches. EOSW-100 Series RF Wall Switches work with EOPC-100 wireless occupancy sensors, and optional EORS-100 and EOHR-100 remote switches, to turn lights on and off based on occupancy. Models are available to control one or two switched legs in applications with or without neutral wires at the switch box. Both single and dual relay RF wall switches fit in single gang junction boxes for direct control of one or two loads. Each wall switch can be paired with one or more EOPC-100 wireless sensors for occupancy-based control. By default, single relay wall switches operate in manual-on/automatic-off mode. Dual relay switches are factory set for auto-on to 50%; relay 1 is automatic on/off, and relay 2 is manual-on/automatic-off. When occupancy is no longer detected and the time delay elapses, lights automatically turn off. These sequences of operation, and other default settings, may be changed using hidden configuration buttons. EOSW-100 RF dual relay switches allow for separate pairing of each controlled load (relay) to the integral switch buttons. Additionally, each load may be paired with selected wireless occupancy sensors and selected buttons on RF remote switches. The RF transmission range is approximately 50’ to 150’ depending on product placement. Check out Wattstopper DLM products here.

• RF wall switches work with EOPC-100 wireless occupancy sensors
• Zero-crossing for long relay life
• Choice of manual-on or auto-on operation
• EOSW-111 and EOSW-112 comply with 2011 NEC requirements
• Selectable time delay
• Test mode allows quick and easy set up
• Compatible with decorator wall plates

This is the outdoor motion sensor. Wattstopper’s EW outdoor motion sensors provide occupancy based control of outdoor lighting. Raintight and rated for -40°F to 130°F, EW sensors perform reliably in all weather conditions.

EW sensors operate at line voltage and can be mounted onto a standard, outdoor junction box. Utilizing advanced PIR technology, the sensors detect the difference between infrared energy in motion and the background space to turn lighting on when a person or vehicle enters the coverage area. After the area is vacated and the time delay elapses, lighting automatically turns off. The EW’s dual PIR detectors and three level lens increase the detection density as well as the accuracy of motion detection. Check out Wattstopper DLM products here.

• Sensors can be mounted on walls, eaves, or ceilings for installation convenience
• 270° coverage
• Front rotates for easy coverage adjustment
• Precision, double-shot tooling with internal silicon gaskets prevents water and dust contamination
• No tools needed to aim or adjust lamp holders for speedier installation
• Optional override-ON to turn lights on remotely for the length of the time delay
• ON/OFF control based on daylight levels via adjustable light level setting
• Zero crossing circuitry reduces stress on the relay and results in increased sensor life
• ASIC enhances reliability and helps to eliminate false triggers
• Pulse Count Processing eliminates false triggers and provide RFI and EMI immunity
• Patented Voltage Drop Protection
• Solid state digital microprocessor offers increased reliability
• User-adjustable time delay from 12 seconds to 16 minutes

The LMLS-MB1 and LMLS-MB2 mounting brackets provide the flexibility to mount the LMLS-400 and LMLS-500 Photosensors to walls, skylight wells or J-Boxes. They are specifically designed to be used in conjunction with these Photosensors.

FEATURES:

• Material: ABS, UL 94 5V Flame Retardant Material
• Indoor Use Only
• Mounting Options:
• LMLS-MB1: 4-Square J-Box / 2-Gang J-Box
• LMLS-MB2: Screw to Wall / Tape to wall with double sided tape

This is the multi-zone open loop digital photosensor. The LMLS-500 is an open loop, multi-zone photosensor that measures the daylight contribution in order to automatically switch or dim up to three zones of lighting. It is part of a Digital Lighting Management (DLM) system and sends light level signals to control loads connected to DLM on/off or dimming room controllers. The LMLS-500 has a photodiode with an extended range of 1-6, 553 footcandles (fc), and photopic correction to mimic the human eye, for precise measurement of visible light. Check out Wattstopper DLM products here.

FEATURES:

• Digital Lighting Management components plug together on a free-topology Cat 5e DLM local network
• Test mode override of programmed time delay allows easy verification of selected settings
• Load status verification allows confirmation and testing of controlled load
• Infrared (IR) transceiver for wireless configuration and control
• Compatible with DLM wall switches for manual override, if desired
• LED status indicators
• Mounting options for toplit or sidelit applications
• Complies with California Title 24, Section 119 requirements
• RoHS compliant
• Qualifies for ARRA-funded public works projects

This is the digital plug load room controller. LMPL-101 Plug Load Room Controllers include a 20-amp relay for on/off control of connected outlets, and a high-efficiency switching power supply. They are part of a WattStopper Digital Lighting Management (DLM) system, and enable energy efficient control of plug loads. Check out Wattstopper DLM products here.

FEATURES:

• Plug n’ Go™ automatic configuration for quick installation and maximum energy savings
• Push n’ Learn™ functionality for personalization without the need for tools or a PC
• Digital Lighting Management components plug together on a free-topology Cat 5e DLM local network
• Load On/Off button
• LED indicates status of connected load

This is the 0-10 volt dimming room controller. LMRC-210 Series Digital Room Controllers include one, two or three relay(s) to switch a total of 15 or 20 amps, a high-efficiency switching power supply and one 0-10 volt output per relay for control of dimmable loads including electronic ballasts (Advance Mark 7, or equivalent). They are the foundation of a Wattstopper Digital Lighting Management (DLM) system, and allow integration of occupancy sensors, daylighting controls and switches for energy-efficient lighting control. Check out Wattstopper DLM products here.

FEATURES:

• Plug n’ Go™ automatic configuration for quick installation and maximum energy savings
• Push n’ Learn™ functionality for personalization without the need for tools or a PC
• Digital Lighting Management components plug together on a free-topology Cat 5e DLM local network
• On/Off/Dim local override button for each load
• LED indicates status of each load
• 0-10V signal opens on loss of LMRC power
• Integral current monitoring of total connected load
• Optional lamp burn in; 12 or 100 hours
• 4 RJ45 ports with integral strain relief
• Zero-crossing circuitry for each relay for reliability and increased product life
• UL 2043 plenum rated
• The product meets the materials restrictions of RoHS
• BAA/TAA-compliant models available

This is the digital forward phase dimming room controllers (LMRC-221, LMRC-222). LMRC-220 Series Digital Room Controllers include one or two output(s) to control a total of up to 20 amps. Load ratings include incandescent, magnetic low voltage, forward phase compatible electronic low voltage and LED drivers, neon and cold cathode, and dimmable two-wire and three-wire fluorescent ballasts. They are the foundation of a WattStopper Digital Lighting Management (DLM) system, and allow integration of occupancy sensors, daylighting controls and switches for energy-efficient lighting control. Check out Wattstopper DLM products here.

FEATURES:

• Plug n’ Go™ automatic configuration for quick installation and maximum energy savings
• Push n’ Learn™ functionality for personalization without the need for tools or a PC
• Digital Lighting Management components plug together on free-topology Cat 5e DLM local network
• On/Off/Dim local override button for each load
• LED indicates status of each load
• Integral current monitoring of total connected load
• Optional lamp burn in; 12 or 100 hours
• Square law, 2-wire and 3-wire fluorescent/LED curves
• 4 RJ45 ports with integral strain relief
• Zero-crossing circuitry for each relay for reliability and increased product life
• UL 2043 plenum rated
• RoHS compliant

This is the 5-button scene switch. The LMSW-105 Digital Scene Switch is a low voltage device that sets and recalls preset lighting scenes and raises and lowers lighting levels. It is part of a Digital Lighting Management (DLM) system and controls loads connected to DLM room controllers by accessing four of the 16 scenes available in a DLM local network. Check out Wattstopper DLM products here.

FEATURES:

• Hidden configuration button for easy access to Push n’ Learn mode
• Used with DLM dimming room controller
• Master raise/lower paddle and all-on/all-off control
• Infrared (IR) transceiver for wireless configuration and control
• Sleek single gang device fits decorator wall plates
• May be used for multi-way control applications
• LED status indicators
• Six color options and custom engraving options; standard buttons may be replaced in the field
• The product meets the materials restrictions of RoHS
• BAA/TAA-compliant models available

This is the passive infrared wall switch occupancy sensor. The PW-301 passive infrared (PIR) wall switch sensor can turn lights OFF and ON based on occupancy. It is characterized by high sensitivity to small and large movements, appealing aesthetics, and a variety of features. The PW-301 replaces existing wall switches and installs in a single gang junction box with or without either neutral wiring. Factory default operation is for Manual-ON, so that users turn lights on only when needed. It uses advanced PIR technology to detect occupancy and keep lighting ON when it is needed. Once the space is vacated and the time delay elapses, lights automatically turn OFF. DIP switch settings allow for a variety of control options such as Auto-ON operation, walk-through and test modes. Multiple sensors may be used for control of one or more loads from up to four locations. The PW-301 sensor uses a patent pending Neutral Sense Technology. Any PW-301 sensor can be used for a two-wire or three wire application, either to work with existing wiring, or to meet local or national code requirements. An easy-to-break plastic tab covers neutral screw terminals. Once the sensor is connected to neutral it complies with all codes that restrict current leakage to ground. Check out Wattstopper DLM products here.

• Complies with 2011 NEC requirements
• Zero-crossing for long relay life
• Vandal resistant lens combines precise coverage with durability
• Selectable walk-through mode turns lights off three minutes after the room is initially occupied if no motion is detected after the first 30 seconds
• Test mode allows quick and easy adjustments
• Selectable audible and/or visual alerts for impending shutoff
• LED indicates occupancy detection
• In automatic mode, sensor returns automatically to Auto-ON after lights are turned off manually; ideal for presentations
• Optional light level sensing with simple setup
• Service mode allows sensor to operate as a service switch in the unlikely event of a failure
• Sensor coverage tested to NEMA Guide Publication WD 7-2000
• Compatible with decorator wall plates