160 manufacturers · 18,987 products

E-Flex Impress Link Mode  Capacitive Touch  No Mechanical Buttons  Backlit Legends  Custom Legends  Infrared Remote  Non-volatile Memory  AV Interfacing  iOS, Android App

 1, 2 and 3-Circuit Models  120 and 277 Volts  Zero-cross Controlled, 16A EB-Rated Relays  0-10V Dimming  16 Preset Levels for each load  Occupancy, Daylight, CCI Inputs  Demand Response  UL924 Emergency Load Option  ETL US and C Listed  Meets requirements for CA Title 24  Plenum Rated, 4 X 4 Mounting

The Solitaire Impress modular dimming system provides 18-preset dimming control, with capacitive touch buttons and sliders. Master controllers are available with six, 0-10V (Soli 10V) or phase control outputs (STM6) and have a 2000-watt load capacity with up to 800 watts per channel. The 0-10V version (Soli 10) is an industry first providing a single solution for mixed 0-10 and DMX LED applications with a UL electronic ballast rating. The Soli 10V master was recognized in the 2013 IES progress report. A DMX only master (Soli DMX) is also available.

impress™ DMX offers the same sophistication and elegance of our Collageimpress™ architectural controls using DMX512 communication for simple integration into any DMX-based lighting system. All of our stations offer a state- of-the-art capacitive touch interface for architectural lighting control. impress™ DMX provides control for up to 120 single or multi-channel zones across 512 DMX outputs, 18 presets, and includes support for color LEDs with virtual intensity control for RGB fixtures. This system is ideal for restaurants, themed-retail, conference rooms, houses of worship, convention centers, and theater house light control.

The Solitaire Impress power modules provide expanded dimming capability to Lehigh’s Solitaire Impress modular dimming system. Solitaire Impress master stations are capable of up to 800W per channel, with a maximum of 2000W at 120V while the Solitaire Impress power modules operate at 16A, 120V or 277V. In addition, these power modules provide various dimming control solutions including standard leading edge (forward phase), trailing edge (reverse-phase/ELV), 0-10V fluorescent and LED, 2, 3, and 4-wire fluorescent, and non-dim for any application. The dual 0-10V module can provide up to 2000W single zone or split on two zones for 4-wire LEDs or fluorescent fixtures.

Lehigh's DX3 dimming system builds on the foundation of the successful DX2 system offering improved performance with a 600Mhz ARM Cortex-A8 processor and dedicated three-phase dimming controller, RDM support, USB ports, Ethernet, built-in ride-thru circuit, and a capacitive touch user interface for system configuration.

FLX S consoles are easy to learn and simple to use - delivering all the features you need at an affordable price. FLX S24 is flexible, offering a powerful LED and moving light controller in a small 19" unit with direct access to each of the lights in your rig. FLX S48 has double the power of the FLX S24 with intuitive and hands-on control of up to 96 fixtures, and a touch monitor output to provide quick access to palettes and an overview of the show.

The E-FlexTM lighting and energy control system is a relay based controller for switched and 0-10V lighting control for direct connection to dimming ballasts and LED drivers. The system is flexible enough to act as a standalone room controller, or to accept DMX512 directly to easily integrate alongside DMX-based architectural lighting. It is available with four or eight output circuits and four input banks to accept occupancy, daylight, contact closure and CapT wallstations. It is an ideal solution for standalone applications – classrooms, conference rooms, offices, or to simply light public spaces such as stairwells, hallways, or lobbies.

The Passive Infrared Single Level Occupancy Sensing Wall Switch is a motion sensing lighting control and conventional wall switch all-in-one that is used to for energy savings and convenience. ONW-P-1001-MV is designed to detect motion from a heat-emitting source (such as a person entering a room) within its field-of-view and automatically switch lights ON. The sensor includes self-adaptive technology that continuously self-adjusts sensitivity and time delay in real-time, maximizing the potential energy savings that are available in the particular application. The EcoMeter provides a visual indicator of energy usage, increasing end user awareness and reminding individuals to take control of their lighting to maximize energy savings.

The MicroSet Dual Technology Line Voltage Occupancy Sensing Ceiling Sensor is a motion sensing lighting control that is used for energy savings and convenience. MicroSet self-adjusting Dual Technology sensors drastically simplify and reduce a contractor’s installation and adjustment time period. The sensor is available in both single and dual load control.

The Passive Infrared Single Level Vacancy Sensing Wall Switch is a motion sensing lighting control and conventional wall switch all-in-one that is used to for energy savings and convenience. The VNW-P-1001-MV uses Passive Infrared (PIR) sensor technology to monitor a room for occupancy and deliver maximum energy savings. The lights are turned ON by pressing the universally recognized light icon pushbutton. The sensor includes self-adaptive technology that continuously self-adjusts sensitivity and time delay in real-time, maximizing the potential energy savings that are available in the particular application.

The Ethernet Interface Module (EIM) provides secure serial-to-ethernet data transmission to enable data exchange between Keeper Enterprise, Greengate programming software application, and the Greengate panels. The device supports the SSL and SSH protocols, which work by encrypting data before sending it over the ethernet network.

The ONW-D Dual Technology RR7 Compatible Occupancy Sensing Wall Switch is a motion sensing lighting control that is used or energy savings and convenience. This low voltage unit interfaces directly with GE RR7 Relay Systems. The ONW-D-1001-RR7 combines Ultrasonic and Passive Infrared (PIR) sensor technologies to monitor a room for occupancy to deliver maximum energy savings and ensure the greatest sensitivity and coverage for tough applications without the threat of false triggers. The sensor includes self-adaptive technology that continuously self-adjusts sensitivity and time delay in real-time, maximizing the potential energy savings that are available in the particular application. The EcoMeter provides a visual indicator of energy usage, increasing end user awareness and reminding individuals to take control of their lighting to maximize energy savings.

The (ONW-P-1001-RR7) Passive Infrared RR7 Compatible Occupancy Sensing Wall Switch is a motion sensing lighting control that is used for energy savings and convenience. This low voltage unit interfaces directly with GE RR7 Relay Systems. The ONW-P-1001-RR7 is designed to detect motion from a heat-emitting source (such as a person entering a room) within its field-of-view and automatically switch lights ON. These sensors have multi-segmented lenses. The sensor includes self adaptive technology that continuously self-adjusts sensitivity and time delay in real-time, maximizing the potential energy savings that are available in the particular application. The EcoMeter provides a visual indicator of energy usage, increasing end user awareness and reminding individuals to take control of their lighting to maximize energy savings. HVAC mode allows the load connected to the Form C BAS relay to remain ON when the lights are turned OFF manually.

The Dual Technology Dual Relay Occupancy Sensing Wall Switch is a motion sensing lighting control and conventional wall switch all-in-one that is used for energy savings and convenience. The unit contains two relays that allow the control of two separate loads. The ONW-D-1001-DMV-N combines Ultrasonic (US) and Passive Infrared (PIR)sensor technologies to monitor a room for occupancy to deliver maximum energy savings and ensure the greatest sensitivity and coverage for tough applications without the threat of false triggers. The sensor includes self-adaptive technology that continuously self-adjusts sensitivity and time delay in real-time, maximizing the potential energy savings that are available in the particular application. The EcoMeter provides a visual indicator of energy usage, increasing end user awareness and reminding individuals to take control of their lighting to maximize energy savings.

Available in both a network and stand-alone architecture, Room Controller offers code-compliant lighting, emergency, and plug load control out-of-the-box when connected to Room Controller low voltage devices. The system includes three relays and up to three 0-10 VDC dimming outputs to control compatible dimmable ballasts. Network up to 254 ControlKeeper and Room Controller Network panels.

Dual Relay Switchpacks provide 24 VDC operating voltage to all low voltage, 24 VDC, Greengate occupancy sensors and day lighting controllers. These powerpacks can be used where two circuits need to be controlled at the same point. A single switchpack can provide power for up to five sensors. Up to ten switchpacks can be connected to one sensor for control of multiple circuits. Isolated contacts may also be used to control HVAC, contactors, motors, etc.

The Partitioning IR Transmitter and Receiver (IRTR) is a system accessory commonly used for the WaveLinx Wired Lighting Control System. It is used to sense the presence or absence of partitions such that lighting functions change to accommodate the appropriate size space. Requires connection to a UIG-2-NA.

The network cable is used to interconnect the Greengate network lighting control panels. The typical data transmission cabling is GG9841 which contains 24 AWG single twisted shielded pair. When adding panels in the middle of an existing network, GG9842 cabling allows daisy-chain integrity by providing two twisted pairs of 24 AWG and shielded wire, allowing for an out and return pair within the same cable. Non-plenum and plenum rated versions are available.

The TracKeeper™ current limiting panel for track lighting allows designers to easily meet energy codes. Limiting the branch circuit volt-ampere rating with the TracKeeper™ provides you with a fixed power consumption limit for your installation as opposed to calculated values based on watts per linear foot of track. Additionally, the use of high efficiency luminaries will often yield a lower watts/linear foot number than is specified in the code. Available in either 16 or 32 circuit panels.

The Isolated RS-485 Repeater is designed to allow the expansion of the network wire beyond the specified 4,000 feet limitation as well as the approximate 32-panel limitation. It provides the ability to amplify the network signal through an additional 4,000 feet of network wire as well as an additional 32 panels. It also allows the electrical isolation of one side of the network from another assisting in minimizing the potential for network disruptions from ground faults present on the lighting control low voltage wiring between network ports.

The Passive Infrared Low Voltage Occupancy Sensing Wall/Corner sensor is a motion sensing lighting control that is used for energy savings and convenience. The sensor includes self-adaptive technology that continuously self-adjusts sensitivity and time delay in real-time, maximizing the potential energy savings that are available in the particular application. Manual On feature for use with 1 or 2 momentary switches controlling 1 or more Switchpacks.

The Lighting Relay Module is available in 347 VAC input voltage. The Lighting Relay Module (LRM) is designed to force all relays in a lighting control panel to an ON or Closed state regardless of the control panel programmed relay status. This allows the closure of relays during loss of normal (grid) power to allow an alternate power source to drive the lighting loads.

The Passive Infrared Dual Relay Occupancy Sensing Wall Switch is a motion sensing lighting control and conventional wall switch all-in-one that is used for energy savings and convenience. The unit contains two relays that allow the control of two separate loads. The sensor includes self-adaptive technology that continuously self-adjusts sensitivity and time delay in real-time, maximizing the potential energy savings that are available in the particular application. The EcoMeter provides a visual indicator of energy usage, increasing end user awareness and reminding individuals to take control of their lighting to maximize energy savings.

The OSW-U-0721-MV is a self contained, energy saving, motion-sensing lighting control which replaces a conventional wall switch and utilizes ultrasonic technology to detect room motion. The sensor produces a low-intensity, inaudible sound to detect occupancy in a room. Changes in the sensor’s acoustic wave caused by motion, such as walking into a room, reaching for a telephone or swiveling in a chair, will cause the lights to turn ON. The sensor does not respond to audible sound. Wall switches are ideal for smaller spaces where you will not have obstructions of line-of-sight due to switch location, room orientation or furniture placement.

The External Power Supply is a system accessory for the Greengate Lighting Control System. It is used to power user interfaces and other accessories when additional power is needed.

The screwless wallplate is a system accessory for Greengate wall box devices. The wallplate fits a standard decorator opening or toggle opening and provides a contemporary, sleek design. Screwless wallplates appear to float freely on the surface of the wall and are designed for easy and fast installation. Mounting plate attaches to the device and the wallplate is simply pressed into place.

The OSW-P-1001-MV Passive Infrared Single Level Occupancy Sensing Wall Switch is a motion sensing lighting control and conventional Wall Switch all-in-one that is used to for energy savings and convenience. PIR sensors are considered line-of-sight sensors, meaning that the sensor must be able to have a direct line-of-sight to the person making the motion. In Automatic On Mode, the lights turn ON when a person enters the room. In Manual On Mode, the lights are turned ON by pressing the Pushbutton. The sensor provides true multi-way ON/OFF control. When lights have been activated, the lights will remain on as long as one of the sensor(s) continue to detect motion. The occupant may manually turn OFF the lighting by pressing the ON/OFF button on any of the connected devices. If the room becomes vacant and the lights are ON, the lights will turn OFF when the unit that detected motion last times-out. Works with Incandescent, LED, Fluorescent, CFL, MLV, ELV or 1/2 HP motor load.

The 37 pin receptacle kit is used with the Greengate Patient Control Station to provide an interface to the Greengate Lighting control panel, Nurse Call System and the entertainment System. The 37 Pin receptacle kit includes: Three pigtails, Stainless steel wall plate, Receptacle/dummy plug, Class 2 low voltage wiring.

The Dual Technology Low Voltage Occupancy Sensing Wall Switch is a motion sensing lighting control that is used for energy savings and convenience and utilizes an isolated form-C relay that integrates directly with lighting control, building, and HVAC systems. The ONW-D-1001-SP combines Ultrasonic and Passive Infrared (PIR) sensor technologies to monitor a room for occupancy to deliver maximum energy savings and ensure the greatest sensitivity and coverage for tough applications without the threat of false triggers. The sensor includes self-adaptive technology that continuously self-adjusts sensitivity and time delay in real-time, maximizing the potential energy savings that are available in the particular application. The EcoMeter provides a visual indicator of energy usage, increasing end user awareness and reminding individuals to take control of their lighting to maximize energy savings. HVAC mode allows the load connected to the Form C BAS relay to remain ON when the lights are turned OFF manually.

The Dual Technology Single Level Occupancy Sensing Wall Switch is a motion sensing lighting control and conventional wall switch all-in-one that is used to for energy savings and convenience. The ONW-D-1001-MV-N combines Ultrasonic and Passive Infrared (PIR) sensor technologies to monitor a room for occupancy to deliver maximum energy savings and ensure the greatest sensitivity and coverage for tough applications without the threat of false triggers. The sensor includes self-adaptive technology that continuously self-adjusts sensitivity and time delay in real-time, maximizing the potential energy savings that are available in the particular application. The EcoMeter provides a visual indicator of energy usage, increasing end user awareness and reminding individuals to take control of their lighting to maximize energy savings.

Listed for emergency lighting control applications, the RRU-X-UNV can simultaneously bypass both a line voltage switch and a 0-10V dimming signal, ensuring that emergency fixtures illuminate at full brightness during utility power interruptions. Its small size makes it ideal for junction box or integrated fixture mounting in wireless or other modern control systems. An integral test switch allows for quick testing and verification.

The passive infrared Extreme Temperature Sensor provides consistent, stable coverage where extreme heat, cold or humidity must be accommodated, and where there are wide fluctuations in temperature. Temperature compensating circuitry stabilizes sensitivity at temperatures –40°F to 125°F (-40°C to 52°C). Ambient light control circuit to avoid False ON/OFF from brief changes in background light. Lighting sweep function with selectable DIP Switch prevents unnecessary “lights ON” following power sweeps in facilities with computer control systems

The MicroSet Ultrasonic Low Voltage Occupancy Sensing Ceiling Sensor is a motion sensing lighting control that is used for energy savings and convenience. The ultrasonic sensor uses the Doppler principle. It produces a low intensity, inaudible sound and detects changes in sound waves caused by motion, such as walking into the room, reaching for the telephone, or turning in a chair. They are volumetric in nature and therefore not line-of-sight dependent. Since they fill the space with these sound waves, they are excellent in bathrooms with stalls, enclosed hallways, or other oddly shaped rooms. In addition, they are much more sensitive to smaller motions. The sensor includes self-adaptive technology that continuously self-adjusts sensitivity and Time Delay in real-time, maximizing the potential energy savings that are available in the particular application.

The Outdoor Contact Input Photosensor is a system accessory for Greengate lighting control systems. It allows control of lighting levels based on how much natural light is present and is intended for outdoor use. This system accessory is used in conjunction with a lighting control panel to switch circuits ON or OFF based on outdoor light levels. The Outdoor Contact Input Photosensor connects to the control panel low voltage switch inputs. The photosensor constantly monitors the level of sunlight and provides a signal to the lighting control panel when the light level crosses the switching threshold.

The Analog Photosensor is a system accessory for Greengate lighting control systems. It allows control of lighting levels based on how much natural light is present. Photosensors use a lens to gather light energy and provide an electrical signal to a controller device that is proportional to the measured light level. The sensor sensitivity is fixed, and based upon the sensor range selected. Available in indoor, outdoor, atrium, and skylight configurations.

The Greengate Patient Control Station provides the hospital patient or nursing home resident easy control over their lighting controls and shades with the added security of a standard connection to the Nurse Call system and the comfort of a universal TV controller. The patient control station provides large clearly labeled buttons in a fully sealed case.

The Dual Technology Dual Relay Occupancy Sensing Wall Switch is a motion sensing lighting control and conventional wall switch all-in-one that is used for energy savings and convenience. The unit contains two relays that allow the control of two separate loads. It does not require a neutral wire for installation making it ideal for retrofit applications. The ONW-D-1001-DMV combines Ultrasonic (US) and Passive Infrared (PIR)sensor technologies to monitor a room for occupancy to deliver maximum energy savings and ensure the greatest sensitivity and coverage for tough applications without the threat of false triggers. The sensor includes self-adaptive technology that continuously self-adjusts sensitivity and time delay in real-time, maximizing the potential energy savings that are available in the particular application.

The Passive Infrared (PIR) Single Relay Vacancy Sensing Wall Switch with Night Light is a lighting control and wall switch all-in-one that is used for energy savings and convenience. VNLW-P-1001-MV-N is designed to detect motion from a heat-emitting source (such as a person entering a room) within its field-of-view and automatically switch lights ON. The night light activates when the sensor turns the lights OFF. The sensor includes self-adaptive technology that continuously self-adjusts sensitivity and time delay in real-time, maximizing the potential energy savings that are available in the particular application.

The Passive Infrared Low Voltage Occupancy Sensing Wall Switch is a motion sensing lighting control and that is used for energy savings and convenience. The wall switch that utilizes an isolated Form-C relay that integrates directly with lighting control, building, and HVAC systems. The ONW-P-1001-SP is designed to detect motion from a heat-emitting source (such as a person entering a room) within its field-of-view and automatically switch lights ON. These sensors have multi-segmented lenses. The sensor includes self-adaptive technology that continuously self-adjusts sensitivity and time delay in real time, maximizing the potential energy savings that are available in the particular application. The EcoMeter provides a visual indicator of energy usage, increasing end user awareness and reminding individuals to take control of their lighting to maximize energy savings. HVAC mode allows the load connected to the Form C BAS relay to remain ON when the lights are turned OFF manually.

The MicroSet Passive Infrared Low Voltage Occupancy Sensing Ceiling Sensor is a motion sensing lighting control that is used for energy savings and convenience. The sensor is designed to detect motion from a heat-emitting source (such as a person entering a room) within its field-of-view and automatically switch lights ON. These sensors have multi-segmented lenses. For units to sense motion, the person must cross between two segments. PIR sensors are considered line-of sight sensors, meaning that the sensor must be able to have a direct line-of-sight to the person making the motion. The sensor includes self-adaptive technology that continuously self-adjusts sensitivity and Time Delay in real-time, maximizing the potential energy savings that are available in the particular application.

The Forward Power Dimmers are system accessories for Cooper lighting control systems. It allows dimming control of 2 or 3-wire loads via 0-10V control signals. Each module includes a backbox, heatsink, temperature sensor to monitor operating temperature.

The Remote Relay Unit (RRU) provides 120 or 277 VAC input voltage configurations. The RRU is designed to force all outputs in the lighting control panel to an emergency scene regardless of the control panel programmed output status. This allows the override of outputs to full bright during loss of normal (grid) power to allow an alternate power source to drive the lighting loads. Once the RRU senses the normal power returning, the control panel will return to the normal programmed operating mode.

The Heavy Duty Switchpack provides 15 VDC operating voltage to all low voltage, 15 VDC, occupancy sensors and daylighting controllers. A single powerpack can provide power for up to five sensors. Up to ten switchpacks can be connected to one sensor for control of multiple circuits. Isolated contacts may also be used to control HVAC, contactors, motors, etc.

The MicroSet Passive Infrared Line Voltage Occupancy Sensing Ceiling Sensor is a motion sensing lighting control that is used for energy savings and convenience. The sensor is available in both single and dual load control.

The Dual Technology Single Level Occupancy Sensing Wall Switch is a motion sensing lighting control and conventional wall switch all-in-one that is used to for energy savings and convenience. It does not require a neutral wire for installation making it ideal for retrofit applications. The ONW-D-1001-MV combines Ultrasonic (US) and Passive Infrared (PIR)sensor technologies to monitor a room for occupancy to deliver maximum energy savings and ensure the greatest sensitivity and coverage for tough applications without the threat of false triggers. The sensor includes self-adaptive technology that continuously self-adjusts sensitivity and time delay in real-time, maximizing the potential energy savings that are available in the particular application.

The EISSBox™ is a Virtual End Node (VEN) device installed at the customer site and receives secure OpenADR 2.0 web services from the Utility and provides a signal to the lighting control system.

Linear Dimming Control Module Plenum Rated (LDCM-PL) takes a 0-10V dimming signal and converts it to an ELV dimmed output for up to 1000W with a 277V load and 450W on a 120V load. The LDCM-PL is rated to directly mount to a junction box in a plenum space for easier installations and to meet building requirements.

The SP20-RD4 is the latest addition to the Greengate Switchpacks family, delivering a wide array of switching solutions in a single unit. This robust powerpack is designed to deliver unmatched performance. The SP20-RD4 features robust and reliable mechanical latching relays, exclusive fail-safe circuitry, daylight harvesting, bi-level switching and is configurable for energy code requirements. The switchpack is specifically designed to handle high inrush electronic ballast loads and offer unmatched durability and service.

The Distributed Low-Voltage Power System personal remote is a handheld IR device used to customize the intensity of LED lighting control zones to achieve a desired lighting scene. The personal remote can also be used to save a created lighting scene to a scene wall station and a scene button on the personal remote for easy recall. The personal remote communicates with the system through an IR interface which is part of an open-loop daylight sensor or closed-loop fixture integrated sensor.

The VSW-P-0801-120 Passive Infrared Single or Multi-way Vacancy Sensing Wall Switch is a motion sensing lighting control and conventional Wall Switch all-in-one that is used to for energy savings and convenience. The VSW-P-0801-120 is designed to detect motion from a heat-emitting source (such as a person entering a room) within its field-of-view and automatically switch lights ON. PIR sensors are considered line-of-sight sensors, meaning that the sensor must be able to have a direct line-of-sight to the person making the motion. The lights are turned ON by pressing the Pushbutton. The sensor provides true multi-way ON/OFF control. When lights have been activated, the lights will remain on as long as on the sensor(s) continue to detect motion. The occupant may manually turn OFF the lighting by pressing the ON/OFF button on any of the connected devices. If the room becomes vacant and the lights are ON, the lights will turn OFF when the unit that detected motion last times-out. Works with incandescent, LED, fluorescent, CFL, MLV, ELV or 1/6 HP motor load.

The Momentary Decorator Switch is a system accessory for the Greengate Lighting Control System. This switch is recommended for most low voltage switching applications and fits a standard decorator wallplate. The Momentary Decorator Switch is a low voltage contact closure device used with Greengate Lighting Control Panels and Occupancy Sensors. When toggled, the switch momentarily makes a contact closure to the lighting control panel or occupancy sensor, sending an “ON” signal. When not pressed, the switch is in the (open) position.

The Momentary Toggle Switch is a low voltage contact closure switch used with Greengate Lighting Control Panels. When toggled up or down, the switch momentarily makes a contact closure to the lighting control panel, sending an “On” signal and has a center “Off” position. These switches have 0.050” (1.27mm) zinc-plated thick steel mounting straps for corrosion resistance and the combination slot/Phillips head mounting and terminal screws make for ease of installation.

The BMS Pro products are feature-rich, high performance protocol translators which allows data exchange between Cooper's (Greengate, WaveLinx Wired and Fifth Light) lighting control systems and the Building Automation Systems and other third party systems using standard based communication protocols. The BMS Pro 2 converts Cooper’s Greengate, WaveLinx Wired and Fifth Light lighting control systems’ protocols to BACnet/IP, BACnet MS/TP, Modbus TCP/IP, Modbus RTU.

The DALI Installation Checker is a web application that provides a simple way for electrical contractors to test the DALI buses, obtain a list of the devices connected to each DALI bus and compare the as-installed configuration to the as-designed. The tool will allow electrical contractor to eliminate all DALI wiring deficiencies prior to the arrival of the factory specialist hence ensuring on-time startup of a DALI based lighting system.

Fifth Light’s Lighting Control Panel (LCP) is used to control and operate all lighting devices using Digital and Addressable Lighting Interface (DALI) and low-voltage analog signals. It houses the lighting controller, lighting management software and various types of lighting interface modules. Modular design capable to support up to 32 DALI Bus Cards, 48 Digital input cards and 9 Analog Input interfaces hence providing lighting engineers and contractors the flexibility and scalability needed to support all sizes and types of lighting applications, i.e. from small or large facilities, fluorescent to LED, local to networked architecture. Intuitive web based user interface allowing users to manage their lighting system from different computing platforms (desktops, laptops, smart phones, tablets) with access the lighting control network. Factory assembled and pre-wired Lighting Control Panel ready to be installed by the electrical contractor with minimal wiring and eliminating non-valued added on-site panel assembly and wire termination work. LED diagnostics indicators and built-in commissioning mode allowing contractors to easily test and commission the DALI Bus hence reducing the overall commissioning time of a DALI based lighting management system. Built to operate as a local Lighting Control Panel or as part of a distributed lighting control network with multiple lighting control panels and a Central Server Unit for a centralized management of large lighting control system.

Fifth Light’s Lighting Management Software (LMS) allows facility managers to design, configure and maintain their facility’s lighting system. The LMS governs all the devices connected to the Fifth Light lighting control panels and the control strategies for each of these devices. Using this intuitive, web-based software application, facility managers are able to easily analyze the building’s lighting system usage and quickly update the system to improve the energy consumption.

The Fifth Light Central Manager is a server-class PC that hosts the Lighting Management Software (LMS). It acts as a system wide historian and global database that holds the system's event journal, system configuration files and interfaces used to interact with third-party applications. The third-party interfaces include BACnet, Web services (XML), Cisco® VoIP, MechoSystems, Somfy® and Embedia. The Central Manager allows users to manage their Fifth Light system via the LMS web-based user interface. All configuration changes made from the Central Manager are then synchronized with each local controller on the system. Similarly all data changes at the local controller level are synchronized in real-time with the Central Manager. The Central Manager provides the capability for: BACnet integration of lighting, Web Services control of lighting, Support for Cisco VoIP phones to control lighting, Centralized shade control along with lighting, and Access from computer browser, mobile phones and tablets.

Fifth Light‘s XML integration module permits 3rd party systems to control and manage the addressable lighting control system. It allows facility managers to provide energy savings and user comfort by easily integrating multiple systems using Web Services.

The Field Relay provides On/Off control and network connectivity in order to conserve energy and effectively manage the lighting system. The Field Relay uses advanced switching technology specifically designed to handle the large inrush currents and inductive loads found in lighting applications.