The CMR 10 Series incorporates Passive Infrared (PIR) technology into an attractive and economical
line powered sensor to provide maximum viewing from the ceiling. When mounted at 9 ft (2.74 m),
this sensor views up to 28 ft (8.53 m) in all directions. Its circular coverage pattern is designed
for walking motions; making it ideal for T-shaped intersections in corridors, or other areas where
wall mounting a sensor is not practical. Low ceiling heights are also best covered with the CMR 10.
For example, when mounted at only 7 ft (2.13 m), the height of pick aisles in many distribution
centers, the CMR 10 provides a 32 ft (9.75 m) diameter pattern of coverage. For detection of minor
motion is also required, the CMR PDT 10 Series Dual Technology sensor is recommended.

FEATURES
• Push- button programmable, adjustable time delays, and multiple operating modes
• 100 hr lamp burn-in timer
• No field calibration or sensitivity adjustments required

The CMR 9 Series Standard Range 360° occupancy sensor incorporates Passive Infrared (PIR) detection
technology into an attractive line powered occupancy sensor that provides amazing sensitivity to
small motions (e.g. hand movements) and excellent payback. The CMR 9 is an economical solution for
providing automatic lighting control where a wall switch replacement sensor is not applicable. With
an integrated line switching relay, the CMR 9 is perfect for applications where locating a power
pack is difficult, such as retrofitting rooms with concrete or inaccessible ceilings.
For rooms with obstructions, the CMR PDT 9 Series sensor is recommended.

FEATURES:

• Push-button programmable
• Adjustable time delays
• Multiple operating modes
• No field calibration or sensitivity adjustments required
• No minimum load requirements

This is the dual technology wall switch sensor w/ 2-relays. The DSW-200 dual technology wall switch sensor turns lights ON and OFF based on occupancy and contains two relays for controlling two independent lighting loads or circuits. It combines the benefits of passive infrared (PIR) and ultrasonic detection technologies for high sensitivity to small and large movements. The DSW-200 replaces existing wall switches and fits a standard decorator wall plate.

Each of the DSW-200’s relays can control a separate lighting load. By default, when the PIR sensor detects occupancy, relay 1 turns ON automatically. Detection by either PIR or ultrasonic technology holds lights ON. When occupancy is no longer detected and the time delay elapses, lights automatically turn OFF. Dual ON/OFF buttons allow the user to turn on and off each of the loads manually. DIP switch settings allow for a variety of control options such as Auto-ON or Manual-ON for each relay, walk-through, and test mode. Check out Wattstopper DLM products here.

This is the dual technology wall switch occupancy sensor. The DSW-301 dual technology wall switch sensor turns lights OFF and ON based on occupancy. It combines the benefits of passive infrared (PIR) and ultrasonic detection technologies. The DSW-301 replaces existing wall switches and fits behind a standard decorator wall plate. Once the lights are ON, detection by either technology holds lights ON until occupancy is no longer detected and the time delay elapses. Factory default operation is for Manual-ON, so that users must turn lights on. DIP switch settings allow for a variety of control options including Auto-ON operation, walk-through and test mode. In Auto-ON mode, the DSW-301 turns lighting on when the PIR sensor detects occupancy. Additional DIP switch settings allow the user to choose which sensing technologies hold ON or retrigger the lighting. Multiple sensors may be used for control of one or more loads from up to four locations. The DSW-301 sensor uses a patent pending Neutral Sense Technology. Any DSW-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 initial occupancy if no motion is detected after the first 30 seconds
• Test mode allows quick and easy adjustments
• Selectable audible alert for impending shutoff
• In automatic mode, sensor returns automatically to Auto-ON after lights are turned off manually; ideal for presentations
• Four occupancy logic options to customize control to meet application needs
• 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

This is the dual technology dual relay wall switch occupancy sensor. The DSW-302 dual technology wall switch sensor turns lights ON and OFF based on occupancy and contains two relays for controlling two independent lighting loads or circuits. It combines the benefits of passive infrared (PIR) and ultrasonic detection technologies for high sensitivity to small and large movements. The DSW-302 replaces existing wall switches and fits a standard decorator wall plate. Each of the DSW-302’s relays can control a separate lighting load. By default, when the PIR sensor detects occupancy, relay 1 turns ON automatically. Remaining lighting must be turned on manually. Detection by either PIR or ultrasonic technology holds lights ON. When occupancy is no longer detected and the time delay elapses, lights automatically turn OFF. Dual ON/ OFF buttons allow the user to turn on and off each of the loads manually. DIP switch settings allow for a variety of control options such as Auto-ON or Manual-ON for each relay, walkthrough, and test mode. Multiple sensors may be used for control of one or more loads from up to four locations. The DSW-302 sensor uses a patent pending Neutral Sense Technology. Any DSW-302 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 on both relays 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
• Selectable audible alert for impending shutoff
• In automatic mode, sensor returns automatically to Auto-ON after lights are turned off manually; ideal for presentations
• Test mode allows quick and easy adjustments
• Four occupancy logic options to customize control to meet application needs
• Optional light level sensor holds secondary lights off when ambient lighting is above the preset level
• 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

This is the dual technology line voltage ceiling sensor. Wattstopper’s low profile DT-355 dual technology occupancy sensor combines the benefits of passive infrared (PIR) and ultrasonic technologies. The sensor mounts on the ceiling with a flat, unobtrusive appearance and provides 360 degrees of coverage.

The DT-355 is line voltage and operates on a single phase at 120, 230, 277 or 347 VAC. The sensor turns lighting on when both PIR and ultrasonic technologies detect occupancy. PIR technology senses the difference between infrared energy from a human body in motion and the background space. Ultrasonic technology uses high frequency (40kHz) ultrasound to sense motion within the space. Once lighting is on, detection by either technology holds lighting on. When no occupancy is detected for the length of the time delay, lighting turns off. The DT-355 can also be set so that only one technology is needed to trigger or both technologies are needed to hold lighting on. Check out Wattstopper DLM products here.

This is the dual technology wall switch. LMDW-100 Series Digital Dual Technology Wall Switch Occupancy Sensors use PIR and ultrasonic technology to detect occupancy for energy-efficient control of lighting and plug loads. They also include one or two switch buttons for manual control of selected loads, and are part of a Wattstopper Digital Lighting Management (DLM) system. Check out Wattstopper DLM products here.

FEATURES:

• Plug n’ Go™ automatic configuration for quick installation and maximum energy savings
• Push n’ Learn™ functionality for customization without the need for tools or a PC
• Infrared (IR) transceiver for wireless configuration and control
• Sleek single gang devices fit decorator wall plates; 1- and 2-button models; six color options
• Sensors may be used for multi-way control
• Each switch button can control individual or multiple loads, or one scene; LED indicates status
• Each switch button can be used to raise or lower load levels
• Detection Signature Processing eliminates false triggers and provides immunity to RFI and EMI
• Sensor coverage tested to NEMA Guide Publication WD 7-2000
• This product meets the materials restrictions of RoHS

This is the dual technology corner mount occupancy sensor. The LMDX-100 Digital Dual Technology Corner Mount Occupancy Sensor uses both passive infrared (PIR) and ultrasonic technologies to achieve precise occupancy sensing for energy-efficient control of lighting and plug loads. It is a digital sensor, and is part of a Wattstopper Digital Lighting Management (DLM) system. Check out Wattstopper DLM products here.

FEATURES:

• Plug n’ Go™ automatic configuration for quick installation and maximum energy savings
• Push n’ Learn™ functionality for customization without the need for tools or a PC
• Digital Lighting Management components plug together on a free-topology Category 5e DLM local network
• Infrared (IR) transceiver for wireless configuration and control
• Ultrasonic diffusion technology spreads coverage to a wider area (patented); 40KHz signal
• Detection Signature Processing eliminates false triggers and provides immunity to RFI and EMI
• Sensor coverage tested to NEMA Guide Publication WD 7-2000
• The product meets the materials restrictions of RoHS
• BAA/TAA-compliant models available

• Intelligent, continually adapting sensor
• Ultrasonic (US) combined with Passive Infrared (PIR) sensing provide high sensitivity, high noise immunity, and excellent false tripping immunity
• Suited for complex environments that are difficult to control with single-technology sensor
• Snap-locks to ceiling-mounted cover plate
• Non-Volatile Memory: settings saved in protected memory are not lost during power outages

• Can have more than 3 sensors per input.
• Intelligent, continually adapting sensor
• Ultrasonic (US) combined with Passive Infrared (PIR) sensing provide high sensitivity, high noise immunity, and excellent false tripping immunity
• Suited for complex environments that are difficult to control with single-technology sensor
• Snap-locks to ceiling-mounted cover plate
• Non-Volatile Memory: settings saved in protected memory are not lost during power outages

• Intelligent, continually adapting sensor
• Ultrasonic (US) combined with Passive Infrared (PIR) sensing provide high sensitivity, high noise immunity, and excellent false tripping immunity
• Suited for complex environments that are difficult to control with single-technology sensor
• Snap-locks to ceiling-mounted cover plate
• Non-Volatile Memory: settings saved in protected memory are not lost during power outages

• Intelligent, continually adapting sensor
• Ultrasonic (US) combined with Passive Infrared (PIR) sensing provide high sensitivity, high noise immunity, and excellent false tripping immunity
• Suited for complex environments that are difficult to control with single-technology sensor
• Snap-locks to ceiling-mounted cover plate
• Non-Volatile Memory: settings saved in protected memory are not lost during power outages