Recessed ceiling mount sensor.

Passive Infrared Radiation (PIR) - detects human motion ADI Voice Technology - voice detection; detects human occupancy Provides 360° coverage to maximize detection capability Swivel Lens makes fine tuning easier by adjusting the sensor's line of sight to occupants Self-adapting mode can be set to use PIR to automatically track occupancy tendencies to maximize energy savings Optimized by setting onboard DIP Switches and Dials Commercial grade lens and control ratings are ideal for offices, schools and retail applications

Wall switch occupancy sensor.

Passive Infrared Radiation (PIR) - detects human motion ADI Voice Technology - voice detection; detects human occupancy Provides 180° coverage to maximize detection capability Self-adapting mode can be set to use PIR to automatically track occupancy tendencies to maximize energy savings Optimized by setting onboard DIP Switches and Dials Commercial grade lens and control ratings are ideal for offices, schools and retail applications

Wall or corner mounted sensor.

Passive Infrared Radiation (PIR) - detects human motion ADI Voice Technology - voice detection; detects human occupancy Provides 90° or 130° coverage to maximize detection capability Self-adapting mode can be set to use PIR to automatically track occupancy tendencies to maximize energy savings Optimized by setting onboard DIP Switches and Dials Commercial grade lens and control ratings are ideal for offices, schools and retail applications Smart Sensing allows for an immediate return to occupied mode in the event of a false off being triggered Photo sensor option is available to provide a 0-10VDC dimming ballast output for Daylight Harvesting

Designed specifically to use with Diversa Sensors.

Single pole or two-pole configurations 120/277VAC Provide a 24VAC secondary source for use with the Low Voltage Diversa Sensors and other Diode Pulse devices

Used to program Diversa occupancy sensors and/or Dialog field devices.

Infrared Setting Unit (ISU( is used to set the input devices target to an output address or group code Infrared signal is used to read and write the addressor code information All Input Devices have an infrared transceiver built in that is compatible with the ISU Point the Unit at the device to be set and press the Receive Information button to identify the device and its contents to the ISU then make edits as required and send new setting back into the device

Sensing capability that provides power consumption and fewer false triggers.

Latching relays rated for 20A branch circuits and 120/277/347V. Suitable for all types of lighting loads including capacitor-corrected HID ballast.

Standard for Douglas pre-assembled systems. Standard sizes ranging from 6 to 72 relay capacity.

The Lighting Control Unit (LCU) manages all of the devices in a system of 256 relays and 256 dimmers.

The Dialog WNG-3131 IP Gateway can be used to incorporate a Dialog Lighting Control System into a Management Control Network that uses BACnet technology. The WNG-3131 communicates using BACnet-IP and is built using field server technology. All BACnet vendors using standard BACnet-IP protocal can communicate with the WNG-3131.

To control standard Douglas relays with the Dialog system, use WRD-3408 relay driver.

The Infrared Setting Unit is used to set the input devices target to an output address or group code.

OPC Data Objects Communicates to the Dialog System Up to 10 WLC-3150s

Provides global connectivity between WLC-3150 Lighting Control Units Up to 10 LCU.

Allows you to connect up to 64 Value Series CCM's to the Dialog network CCM.

The WCI-3928 Contact Input unit can receive contact closures to signal either output addresses or group codes.

The WDB-3314 is designed for dimming 0-10V ballasts.

Telephone Interface uses an analog telephone line to control the Dialog system via voice prompt or touch-tone inputs

The Dialog occupancy sensors use PIR and ADI-Voice technologies to determine the presence of people and preform the control actions when occupancy (or vacancy) is detected. The WOR series of sensors are designed to mount recessed on ceilings giving a 360 coverage pattern.

The Dialog occupancy sensors use PIR and ADI-Voice technologies to determin the presence of people and perform the control actions when occupancy (or vacancy) is detected. The WOW series of sensors are designed to surface mount on a wall or ceiling and office a 90 coverage pattern.

The Dialog occupancy sensors use PIR and ADI-Voice technologies to determin the presence of people and perform the control actions when occupancy (or vacancy) is detected. The WOS series are designed to replace a low voltage wall switch and offer 180 coverage pattern.

The WOC-3801 is a ceiling mounted PIR occupancy sensor that connects directly to the 2-conductor data signal.

The WPS-3711 Interior Photo sensor and WPS-3741 Exterior Photo Sensor are autoranging and can measure light levels from 0 to 65,000 lux (0-6500 fc).

The WPS-3741 Exterior Photo Sensor is autoranging and can measure light levels from 0 to 65,000 lux (0-6500 fc).

demandflex DS ballasts are high efficiency program start ballasts which can be tuned during initial installation to achieve immediate energy savings. When combined with the Dialog Lighting Control system, they form one of the most cost-effective lighting energy management systems available. The ballasts wide-range voltage (120-347VAC) means one model for all North American voltage inputs.

120-347V 16A Dialog System Circuit Control Module for demandflex Dialog Series ballasts. Uses existing power line to communicate commands to the demandflex DS ballast. Up to 14 CCM's can fit into a single control panel. Can be individually mounted in a stand-alone NEMA 1 enclosure. Provides individual circuit control with up to 3 sub zones.

The Dialog switches are a flexible and attractive group of modules designed for practically any switching requirement. Modules can be grouped to form compact switch stations and allow for easy labelling.

Provides fast dim-to-bright for use in occupancy controlled spaces (ie. stairwells, parking garages).

Configurable bright and dim levels Parallel lamp

High efficiency program start ballasts with the flexibility to be tuned at the circuit level to set power levels during initial installation.

Tuning allows optimization of light levels for maximum baseline energy savings Operates at the selected level indefinitely - no further control is required Re-tunable if lighting requirements change Can be controlled by a number of Douglas products and systems

Efficient and cost effective series of dimming ballasts.

Optimal where full range dimming is not necessary Installation flexibility Modern level-switching technology Control options Easy system set up

Uses existing power line to communicate commands to the DemandFlex Value Series ballast.

Up to 12 CCMs can fit into a single control panel Can be individually mounted in a stand-alone NEMA 1 enclosure

120-347V 16A Dialog System Circuit Control Module for demandflex Dialog Series ballasts. Uses existing power line to communicate commands to the demandflex DS ballast. Up to 14 CCM's can fit into a single control panel. Can be individually mounted in a stand-alone NEMA 1 enclosure. Provides individual circuit control with up to 3 sub zones.

Field programming tool for Douglas DemandFlex Ballasts. Set zone (sub-circuit address) to A, B or C Task tuning (set maximum allowable ballast factor)

Enable/disable dimming Dimming test