This is the wireless RF PIR occupancy sensor. 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 wireless handheld configuration tool. Installers and end users can use the FSIR-100 for initial setup and subsequent sensor adjustment to ensure conformity with design intent. It simplifies changes to sensor settings by making the adjustment process ladder-free. It is compatible with IR-enabled Wattstopper HBP and FSP sensors. These products are ideal for use in parking facilities, gas station, pedestrian pathways and warehouse. Check out Wattstopper DLM products here.

• Establishes high and low mode light levels for 0-10V control
• Sets time delay, cut off time and sensitivity for motion detection
• Enables light level settings for either hold off control or daylighting control
• Initiates automatic setpoint configuration
• Allows ramp up and fade down rate adjustments
• Locks sensor settings to prevent unauthorized changes
• This product meets the materials restrictions of RoHS

WattStopper HBEM3 – HIGH BAY EXTENDER MODULE.

This is the high bay extender module. The HBEM3 high bay extender module includes two chase nipples. The short end of the chase nipples snap into the HBEM3 or other plastic connection box. The long end of the longer chase nipple fits into a metal fixture with a standard knockout. If the fixture wall does not exceed 1mm (0.04”) in thickness, the nipple snaps into the knockout securely and the internal nut (included) is not necessary. The included nut should always be used if the fixture wall is thicker than 0.04” (1mm).

Specifications

Extender module snaps together to protect sensor and fixture wires.
Indoor use only
Operating temperature: 32°F to 158°F (0°C to 70°C)

Materials

White ABS, Flame retardant
Impact resistant
Recyclable
Meets materials restrictions of RoHS

Product Overview

The HBEM3 Extender Module allows the customer to attach an HBEM3 series occupancy sensor to the side of a light fixture.

With the extender module attached, the HBEM3 sensor can be adjusted up or down to ensure the sensor is not blocked by the fixture.

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This is the Isolé power strip w/ personal sensor. The Isolé IDP-3050 is an energy-saving control system that provides maximum surge and noise suppression while keeping plug load equipment off when there is no occupancy. It consists of an eight-outlet power strip and a personal occupancy sensor.

The IDP-3050 turns plug load devices on and off based on occupancy. The personal sensor connects to the eight-outlet power strip with the attached cable. The power strip contains six outlets controlled by occupancy and two outlets that are uncontrolled. The IDP-3050 automatically turns all controlled devices on when the workspace is occupied, and off when the workspace has been unoccupied for the user-defined time delay. Uncontrolled devices remain on regardless of occupancy. Check out Wattstopper DLM products here.

• Eight outlets; six controlled, two uncontrolled
• Surge and noise suppression protects desktop equipment
• Ground protected for safety; will not operate without a grounded outlet
• Two LEDs to indicate: 1) correct wiring and grounding; 2) surge protection is functioning
• Installation requires no hardwiring
• Flat offset plug for wire management
• One uncontrolled outlet and one controlled outlet are wall transformer-enabled
• Plugs into a standard three-prong outlet
• Uses latest passive infrared (PIR) technology to detect occupancy
• User-adjustable time delay of 30 seconds to 30 minutes
• Multi-level Fresnel lens for superior occupancy detection
• 120° coverage, up to 300 square feet
• ASIC technology reduces components and enhances reliability
• Instantaneous response time

This is the InteliTimer Pro logger. The InteliTimer Pro (IT-200) is a revolutionary occupancy and light logger that establishes the energy saving potential when using occupancy sensors. With this versatile tool, spaces for lighting control use can be pinpointed and savings can be verified.

The IT-200 records a log entry every time there is a change in either the occupancy status or lighting status and stores a detailed history of these events for retrieval by PC. It utilizes passive infrared technology to detect occupancy. It observes the light level through a clear, plastic light pipe to determine if lights are on or off. The logger distinguishes artificial lighting from natural lighting to give accurate “lights-on” readings. To log data, a user places the logger so that its lens has a clear view of the workspace and the light-pipe aims towards the nearest light fixture. Check out Wattstopper DLM products here.

• Reports show graphs of occupancy and lighting and projects savings and statistical information
• Users set logging parameters for more accurate savings projection
• Powered by a lithium battery, with an extended life span of approximately ten years
• Small and lightweight for ease of use and portability
• Installs quickly and conveniently and requires no wiring
• IT-ProSoft 2.0 operates in six languages (English, French, German, Spanish, Swedish, and Norwegian) with appropriate currency/ date/time formats, and energy and HVAC defaults
• Occupancy detection LED helps users confirm that logger is detecting motion in desired space
• Light level LED helps users set logger to identify the on and off lighting levels of different locations
• The LEDs work for a 60 second test period to preserve battery life

WattStopper LCSP-2 LC8 DUAL SINGLE POLE RELAY MODULE. The LC8 panel provides zone-based control of up to eight channels, or zones, of interior and exterior lighting. Zones respond to control signals from the system clock, or an accessory photocell, to automatically turn lighting on and off. The LC8 panel uses interchangeable relay modules, available separately, that can be selected to suit project needs. Relay
options include the LCSP-2 dual single-pole module and LCDP1 double-pole module.

Features

• Nonvolatile program memory retains all programming during power outages
• Interchangeable single-pole and double-pole relay modules
• Manual override of relays and channels via touchscreen interface
• Eight universal switch inputs for low voltage switches, occupancy sensors or other devices to directly control each relay
• Pilot light output for each switch input
• Accepts most types of switch inputs
• Compatible with LVSW-100 Series Low Voltage Switches and AS-100 Automatic Wall Switch

Specifications

• Power input: 120/277 VAC; 50/60 Hz
• Accessory power: 500 mA at 24 VDC
• Switch inputs with screw terminals; compatible with 3-wire momentary, 2-wire momentary or maintained with pilot light output
• Relay grouping: configurable to switches through touchscreen user interface
• Panel weight: 8.1 lbs. (without relays)
• Relays: modular; dual 1-pole or single 2-pole
• Relay weight (module):
– LCDP-1: 0.49 lbs.
– LCSP-2: 0.37 lbs.
• LCSP-2 module relay ratings:
– 20 amp tungsten @ 120 VAC
– 20 amp ballast @ 120 or 277 VAC
– 0.5 hp @ 120 VAC
• LCDP-1 module relay ratings:
– 20 amp ballast @ 208, 240 or 480 VAC
– 1 hp @ 208, 240 or 480 VAC
• SCCR (short circuit current rating): 14,000 amps
• Operating conditions: for indoor use only; 32–139°F (0–60°C); 5–95% RH noncondensing
• UL and CUL listed
• One year warranty

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The LMCP 24-relay lighting control panel provides simple network-capable lighting control enabling the automation of lighting functions throughout an entire facility. The HDR relays in the panel can respond directly to inputs from Digital Lighting Management (DLM) switches, occupancy sensors, daylight sensors, and input modules.

Relays in each LMCP 24-relay lighting control panel can be assigned to up to 99 automation groups in any combination. Each group can respond to unique scheduled events and light/dark photocell operations set up via an LMCT-100 handheld configuration tool. A group can also respond to schedules sent from a Segment Manager or a BACnet-enabled building automation system (BAS). Individual relays, or groups of relays, can also be controlled by DLM digital switches, occupancy sensors, LMLS series daylight sensors, and LMIO series input modules. Controls are assigned to relays using Push n’ Learn™ directly from the user input device, or via an LMCT-100.

Multiple panels may be networked together for global control operation without the use of a Segment Manager or BAS. The LMCP 24-relay lighting control panel also provides a native-BACnet integration solution via BACnet MS/TP. Relay, group, and control device status, including occupancy sensor status, are available as BACnet objects. When a Wattstopper Segment Manager is used, it will automatically recognize LMCP panels and map them to the browser-based user interface so that they can be configured with minimal additional setup.

LMCP 24-relay lighting control panel provide effective, code-compliant control of building exterior lighting as well as larger interior areas that are not suited for DLM distributed controls. Recommended applications include office building lobbies, corridors, loading docks, etc., as well as school gymnasiums, commons areas and hallways. LMCP panels are also ideal for retrofit scenarios where mounting control equipment near existing branch circuit breakers is beneficial and digital switch and sensor devices and load parameter configurability are required to meet complex operational sequences.

Wattstopper DLM: Simplicity Defined

FEATURES

• Standard single pole heavy duty relays UL and cUL listed for both lighting and plug loads
• Also available in interiors sized for 8 or 48 relays maximum
• LMCT-100 handheld configuration tool recommended for setup
• Runs event-based schedule routines independently (does not require BAS or Segment Manager)
• Supports astronomical, time-based, and photocell-based event types
• Two free-topology DLM Category 5e local networks for DLM sensors, switches, and LMIO series input modules
• Additional power available for low voltage switches or accessories
• BAA/TAA-compliant models available

WattStopper LMCP48 48 RELAYS LIGHTING CONTROL PANEL. The LMCP series panel provides simple network-capable lighting control enabling the automation of lighting functions throughout an entire facility. The HDR relays in the panel can respond directly to inputs from Digital Lighting Management (DLM) switches, occupancy sensors, daylight sensors, and input modules.

Features

• Standard single pole heavy duty relays UL and cUL listed for both lighting and plug loads
• Available in interiors sized for 8, 24, or 48 relays maximum
• LMCT-100 handheld configuration tool recommended for setup
• Runs event-based schedule routines independently (does not require BAS or Segment Manager)
• Supports astronomical, time-based, and photocell-based event types
• Two free-topology DLM Category 5e local networks for DLM
sensors, switches, and LMIO series input modules
• Additional power available for low voltage switches or accessories
• BAA/TAA-compliant models available

Specifications

• Input voltage options, 120/277V 60 Hz, 120/347V, 60 Hz, 240V
50 Hz
• Class 2 connection to two independent DLM local networks:
– 24VDC output, up to 250mA across 2 RJ45 ports per local network
• Free-topology DLM local network segments may include
digital switches and sensors; Category 5e cable, up to 1,000
ft. total per local network
• Terminals for connection to DLM segment network (BACnet MS/TP)
• Segment network parameters:
– Wattstopper LM-MSTP wire
– Linear topology; 4000 ft. maximum per segment
• Accessory power available:
– LMCP8, 800 mA @ 24VDC
– LMCP24, 1000 mA @ 24VDC
– LMCP48, 1000 mA @ 24VDC
• HDR relays:
– Coil voltage, 24 VDC, pulse ON and pulse OFF
– Mechanically latched contacts
– ½” K.O. mounting, LV plug-connection, individually replaceable
– UL 20 listed for receptacle circuit control
– Contact ratings:
30 amps ballast @ 277V
20 amps ballast @ 347V
20 amps tungsten @ 120V
30 amps resistive @ 347V
1.5 HP @ 120V
• SCCR (short circuit current rating) 14,000 amps with HDR Heavy Duty Relay
• Operating conditions: for indoor use only; 32-131°F (0-55°C); 5-95% RH, non-condensing
• UL and cUL listed
• Five year warranty

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WattStopper LMCP8 8 RELAY LIGHTING CONTROL PANEL. The LMCP series panel provides simple network-capable lighting control enabling the automation of lighting functions throughout an entire facility. The HDR relays in the panel can respond directly to inputs from Digital Lighting Management (DLM) switches, occupancy sensors, daylight sensors, and input modules.

Relays in each LMCP panel can be assigned to up to 99 automation groups in any combination. Each group can respond to unique scheduled events and light/dark photocell operations set up via an LMCT-100 handheld configuration tool. A group can also respond to schedules sent from a Segment Manager or a BACnet-enabled building automation system (BAS). Individual relays, or groups of relays, can also be controlled by DLM digital switches, occupancy sensors, LMLS series daylight sensors, and LMIO series input modules. Controls are assigned to relays using Push n’ Learn™ directly from the user input device, or via an LMCT-100.

Features

• Standard single pole heavy duty relays UL and cUL listed for both lighting and plug loads
• Available in interiors sized for 8, 24, or 48 relays maximum
• LMCT-100 handheld configuration tool recommended for setup
• Runs event-based schedule routines independently (does not require BAS or Segment Manager)
• Supports astronomical, time-based, and photocell-based event types
• Two free-topology DLM Category 5e local networks for DLM sensors, switches, and LMIO series input modules
• Additional power available for low voltage switches or accessories
• BAA/TAA-compliant models available

Specifications

• Input voltage options, 120/277V 60 Hz, 120/347V, 60 Hz, 240V 50 Hz
• Class 2 connection to two independent DLM local networks:
– 24VDC output, up to 250mA across 2 RJ45 ports per local network
• Free-topology DLM local network segments may include digital switches and sensors; Category 5e cable, up to 1,000 ft. total per local network
• Terminals for connection to DLM segment network (BACnet MS/TP)
• Segment network parameters:
– Wattstopper LM-MSTP wire
– Linear topology; 4000 ft. maximum per segment
• Accessory power available:
– LMCP8, 800 mA @ 24VDC
– LMCP24, 1000 mA @ 24VDC
– LMCP48, 1000 mA @ 24VDC
• HDR relays:
– Coil voltage, 24 VDC, pulse ON and pulse OFF
– Mechanically latched contacts
– ½” K.O. mounting, LV plug-connection, individually replaceable
– UL 20 listed for receptacle circuit control
– Contact ratings:
30 amps ballast @ 277V
20 amps ballast @ 347V
20 amps tungsten @ 120V
30 amps resistive @ 347V
1.5 HP @ 120V
• SCCR (short circuit current rating) 14,000 amps with HDR Heavy Duty Relay
• Operating conditions: for indoor use only; 32-131°F (0-55°C); 5-95% RH, non-condensing
• UL and cUL listed
• Five year warranty

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WattStopper LMCT-100-2 DIGITAL WIRELESS CONFIGURATION TOOL. The LMCT-100-2 Wireless Configuration Tool is a handheld tool for advanced remote configuration of any Wattstopper Digital Lighting Management (DLM) system. The tool enables system and device modifications via pushbutton, without ladders or tools, as well as easy duplication of settings between DLM local networks.

Powered by three AAA batteries, the LMCT-100-2 features an
easy-to-read organic LED (OLED) screen and bi-directional
communication with IR-enabled DLM devices. Its intuitive
navigation pad provides a familiar interface for users who can
see the current system parameters of a DLM local network and
make changes by navigating through simple menus. Adjustable
occupancy sensor parameters include sensitivity, time delay
and trigger modes. Load parameter settings (also referred to
as Push n’ Learn™) include blink warning, Auto- or Manualon mode, and re-assigning specific loads to different sensors.
Button configuration options include type (load or scene), mode,
fade times and scene lock. Dimming parameters include low/
high trim, preset level and lamp burn in time. Daylighting
adjustments include operating mode, setpoints, fade times and
time delays. The LMCT is also used to adjust the light level of
dimmed loads. As new DLM products are released, a microUSB port allows for easy firmware updates via software

Features

• Remotely reconfigures and reports DLM occupancy sensor
parameters: PIR and ultrasonic sensitivity; time delay; walk through mode; trigger mode (for dual technology sensors)
• Remotely reconfigures and reports DLM dimming
parameters: load type (dim/switch); low/high trim; preset on
level; lamp burn-in
• Manually adjusts light level of dimmed loads to facilitate scene setting
• Remotely configures, reconfigures and reports DLM photosensor settings: light levels; operating mode (on/off, bi-level, tri-level, dimming); setpoints; time delays; fade times; test mode
• Micro-USB port provided for firmware updates, allowing easy
updates for support of new DLM products
• The product meets the materials restrictions of RoHS

Specifications

Three AAA 1.5 volt batteries (included)
• OLED display 1.4”W x .75”H (36mm x 19mm)
• Infrared (IR) transceiver (36kHz frequency)
• IR range: up to 32’ (10m)
• Mcro-USB port for firmware updating
• Includes carrying case with belt clip
• Operating temperature: 32-104°F (0-40°C)
• FCC part 15 compliant
• Five year warranty

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WattStopper LMDC-100 DUAL TECHNOLOGY CEILING MOUNT OCCUPANCY SENSOR. The LMDC-100 low profile Dual Technology Ceiling 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.

The LMDC-100 operates on Class 2 power supplied to a DLM
local network by one or more DLM room controllers. It works
with the room controller(s) to turn loads on and off based on
occupancy. Default operation is established by Plug n’ Go, which
automatically configures system components to maximize
energy savings. Initially, all occupancy sensors control all loads
on the same local network. Each LMDC-100 may be assigned
to a specific load; load assignments and load parameters
may be changed using Push n’ Learn. The LMDC-100 may be
reconfigured either using the pushbuttons and an LCD screen
conveniently located behind the snap-off front sensor cover, or
with a wireless configuration tool.

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
• 360 degree PIR coverage
• Detection Signature Processing eliminates false triggers and
provides immunity to RFI and EMI
• The product meets the materials restrictions of RoHS
• Sensor coverage tested to NEMA Guide Publication WD 7-2000
• BAA/TAA-compliant models available

Specifications

• 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
• 360 degree PIR coverage
• Detection Signature Processing eliminates false triggers and provides immunity to RFI and EMI
• The product meets the materials restrictions of RoHS
• Sensor coverage tested to NEMA Guide Publication WD 7-2000
• BAA/TAA-compliant models available

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WattStopper LMDM 101 DIMMING WALL SWITCH. This is the dimming wall switch. The LMDM-101 Dimming Wall Switch is a low voltage device for dimming control of one or more lighting loads. It is part of a Digital Lighting Management (DLM) system and can dim load(s) connected to DLM dimming room controllers and switch load(s) connected to DLM on/off room controllers. Check out Wattstopper DLM products here.

FEATURES:

• Hidden configuration button for easy access to Push n’ Learn
• Used with DLM dimming room controller
• Digital Lighting Managment components plug together on a free-topology Category 5e DLM local network
• Provides full function dimming control in multi-way applications, such as 3-way, 4-way, and beyond
• Infrared (IR) transceiver for wireless configuration and control
• LED status indicator
• Sleek single gang device fits decorator wall plates
• 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

Specifications

Input voltage: 24VDC from DLM local network
• Current consumption: 5mA
• DLM local network connection: 2 RJ45 ports
• Control button with LED status indicator
• 7-LED dimming level indicator
• Hidden configuration button for access to Push n’Learn mode
• Infrared (IR) transceiver
• Operating conditions: for indoor use only; 32-131°F (0-55°C); 5-95% RH, non-condensing
• UL and cUL listed
• FCC part 15 compliant
• Five year warranty

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