The LightOWL Ceiling Mount Vacancy/ Occupancy Sensor is designed for large spaces with ceilings 12’ or higher such as cafeterias, auditoriums and warehouses. When a person passes into or out of a sensor zone, the sensor detects the motion and switches the lights ON. The lights will remain ON as long as there is an occupant in the room. When the space being monitored by the sensor is unoccupied the unit will automatically switch the lights OFF. LightOWL sensors utilize Smart IntelliDAPT™ Technology to analyze the controlled area and make digital adjustments to both sensitivity and timing settings for optimal performance, energy savings, and maintenance-free install-and-forget operation.
ConnectWorks Connected Lighting System powered by CIMCON provides cities, utilities, departments of transportation and universities with simple, easy-to-manage, interactive solutions for outdoor street, roadway and utility lighting applications. End-users gain the ability to monitor and control their lighting infrastructure in real-time, while creating a scalable wireless ecosystem that can integrate with other smart grid platforms and key city services. The system provides asset management and real-time fixture status including automated fault detection and notifications for efficient maintenance.
The AMP® One Design-Master Remote Control is the keystone of AMP® One Technology™. It uses an IR emitter to trigger light level changes in the AMP® One light source circuitry. The unit requires no programming and controls each fixture independently. With 5 pre-set levels and up/down 2% adjustments, the designer gets the exact light level desired. Settings are fixed in the non-volatile memory circuitry, so the fixture maintains settings even when power is off for extended periods.
wiSTAR™ is a wireless, self-powered lighting control system designed for stand-alone, indoor applications such as offices, conference rooms, break rooms, classrooms and much more. From retrofitting older structures to designing new buildings, wiSTAR is a simple way to ensure flexibility, energy savings, and cost reductions to almost any space.
LumaWatt Pro Connected Lighting System powered by Enlighted allows enterprise customers to take advantage of the system’s advanced light-emitting diode (LED) lighting technologies and wireless sensing capabilities to acquire actionable, granular data on lighting energy performance, space utilization, real time location services and building system integration. The simplified system delivers a highly advanced Internet of Things (IoT) solution to gain operational efficiencies that go beyond lighting. This connected lighting and sensor solution for indoor and outdoor spaces is ideal for large commercial offices, industrial/manufacturing spaces and healthcare facilities.
The NX Room Controller integrates automatic and manual control of lighting with the simplicity of plug-in installation and auto-configuration for an affordable way to meet those energy codes and provide intuitive, energy saving lighting controls for a single room or space.
Philips Advance Xitanium SR outdoor LED drivers provide the digital foundation for many outdoor commercial connected lighting applications. They support the open-standard protocol for data exchange between the LED driver and lighting sensor/controller. In addition, 24V DC auxiliary power supply(3W) is provided. Other key features include high-precision digital dimming, built-in power measurement, wireless programming (via SimpleSet), Class P listing and wide operating windows. Available in 75W, 95W, 150W, and 180W (soon). You now have unparalleled flexibility to choose from a wide variety of certified third-party smart sensors for your outdoor lighting projects.
The NX Smart Switch provides manual control of the NX System. Each button has an LED status indicator and can be configured to control individual loads or groups of loads. Smart switches are addressable and connect to a system SmartPORT™ with a standard Cat5e patch cable. Up to eight switches can be connected in series to one SmartPORT on a NX Room Controller or NX SmartPORT Module. The attractive decorator style form factor allows ganging and use of standard decorator style wall plates.
IOTA’s IIS Series Inverter Systems offer ideal emergency solutions for today’s LED lighting loads of 125W to 375W. Avoid the challenge of varying LED requirements by implementing a central inverter unit that will provide the emergency power that’s right for your load. A properly-sized unit can meet all the demands of your emergency fixtures for indoor and outdoor paths of egress. With the capability to operate incandescent and fluorescent fixtures as well as LEDs, the IIS Series provides specifiers with a simple UL 924 Listed solution for multiple fixtures.
The NX Area Controller allows any PC with an Internet Explorer® compatible browser to interface with the NX Networked Lighting Control System through a built-in web server. The NX Area Controller provides an easy-to-use and highly intuitive graphical user interface (GUI). System users can easily program, monitor and control (locally or remotely) the functions of the NX lighting controls system conveniently from their PC—all without installing software. "
Philips Advance Xitanium SR indoor LED drivers provide the digital foundation for indoor commercial connected lighting applications. They support the open-standard protocol for data exchange between the LED driver and lighting sensor/controller. A pair of low-voltage wires connect to a wide variety of certified third-party lighting sensors/controllers. Other key features include high-precision digital dimming, built-in power measurement, wireless programming (via SimpleSet), Class P listing and wide operating windows. Available in 40W and 75W models. It is easier than ever to create cutting-edge connected lighting solutions.
The NX Daylight Sensor provides the necessary daylight-level information to the NX network.Using a photodiode element, the daylight sensor continuously measures daylight levels and sends the information to the network devices which then perform daylight switching or dimming functionality based on the amount of natural light in the area.
SiteSync Lighting Control delivers flexible control strategies for reducing power consumption and minimizing maintenance costs while delivering the right light levels with a simple and affordable wireless solution.
To take energy-savings to the next level, take control of your outdoor lighting. Wireless technology is the latest frontier in aggressive energy-saving strategies; it offers faster value creation and significant benefits over traditional wired solutions. wiSCAPE™ brand controls from Hubbell Control Solutions offer you radically smart solutions for new construction or retrofit applications. Beside the cost of electricity, owners and managers deal with associated lighting expenses daily. Replacing failed lamps or fixtures and managing the crews, tools and service trucks that service them. Now you can reduce costs while improving performance and security.
The HCS WASP2 and Dimming WASP are intelligent Passive Infrared (PIR) vacancy/occupancy sensors. The occupancy sensing feature maximizes energy savings by turning lights off or going to preset dimmed settings to provide optimal safety and security for the user. The WASP2 and Dimming WASP support mounting heights from 18 to 45 feet and feature multiple outputs and mounting options for versatility. The WASP sensors are ideal for a variety of applications such as parking garages, area/site lighting, pathways, warehouses, storage areas, stairwells and more.
Hubbell Control Solutions’ NX Distributed Intelligence platform delivers a seamless lighting control solution capable of scaling from standalone fixture and room control applications to networked enterprise deployments using wired, wireless and hybrid connectivity with native BACnet™ support.
The SC810 is a simple to use DMX controller and scene playback device, capable of local, independent control of 512 channels of DMX and 18 user defined, recordable scenes. This device can be programmed as a standalone device or connect to a DMX chain with another controller and can snapshot up to 18 scenes to be recalled at the push of a button or slide of a fader. It’s the perfect solution for any installation requiring seamless architectural control of DMX512 lighting systems controlling LED and conventional lighting.
The NXBTR Bluetooth Radio Module provides a wireless communication bridge between the NX Room Controller and an iOS® or Android™ smart phone app.The compact module plugs into an RJ45 Smart Port jack either directly on the NX Room Controller or on a NX Smart Switch that is in turn connected to the NX Room Controller. The NXBTR uses the Bluetooth LE technology allowing the radio to easily pair with the smart phone when placed in close proximity. Communication with the RC for setup and control requires installation of the NXRC Android App or NXRC iOS App on the smart phone.
Philips EasySense SNS200 is a fixture-mount lighting controller that is DLC certified and is compatible with Philips Advance Xitanium SR indoor LED drivers. It integrates occupancy sensing and daylight harvesting into a cost-effective and compact form factor. It also supports advanced network lighting control functionalities such as task tuning and group occupancy sharing. One can easily configure the SNS200 using a compatible smart phone. It is targeted for building owners or tenants who want energy savings and code compliance without a central server or gateway.
The NX Specialty Switch Station provides manual control of the NX System. The NX Switch Stations include an On/Off switch, an On/Raise/Lower/Off switch, a 4-button Preset switch for scene control, a Scene Switch with 4 presets plus Raise/Lower, a Raise/Lower dimmer switch and a Timed On switch. All Switch Stations provide plug and play integration with the wired or wireless NX Room Controllers or Smart Port Module.
Orbit Industries’ line of photocells can be easily installed to a variety of outdoor fixtures meaning greater energy savings and the convenience of automatic dusk-to-dawn illumination. Several styles of photocell controls are available including a wire-in flush model, swivel-type, twist lock and more. Also available is a plug-in 24-hour timer to manually control exactly when your lighting turns off and on. All controls come with a 2 year warranty. With a 98.7% fill rate, Orbit is confident your products will be in stock and ready to ship. UL listed.
The SC810 Scene Creator is designed to be a stand-alone DMX control station that can be used as a backup when your main lighting console is not in use. It can playback eighteen scenes via push button presets or control faders that provide scene adjustments in real time control. Scenes can include all 512 DMX channels in a single universe. The SC810 is available in both wall mount or desk top versions. Local lockout when DMX is present from an alternate control source provides seamless switching between the SC810 and your main DMX control. Scenes can be recorded using the on board programming or via snapshot recording from another DMX source. User defined fade time from 0-55 seconds can be assigned to any of the push button presets. For more information go to http://www.lightronics.com/architectural_controllers_sc810.html or call us today at 1 800 472 8541.
The OMNI Ceiling Mount Vacancy/ Occupancy Sensor is designed for medium to large spaces with ceilings up to 12’ in height. When a person passes into or out of a sensor zone, the sensor detects motion and switches the lights ON. The lights will remain ON as long as there is an occupant in the room. When the space being monitored by the sensor is unoccupied the unit will switch the lights OFF. For large spaces, up to four sensors can be linked together to control the lighting as a single group. This makes the OMNI sensor ideal for spaces such as cafeterias, classrooms, large bathrooms, offices with cubicles and more.
LightConSys offers a wide range of IoT-based PWM LED lighting control solutions for both wired and wireless network connection. It can also be powered by your existing PoE networking infrastructure for smart lighting and smart city solutions. Simply using the PWM LED driver available in the market, the user can retrofit their LED lighting connected with our IoT gateway along with its simple to use web-based software for making smart lighting control. It may also further expand to vast of networking lighting control by linking to a cloud server for robust lighting monitoring and control applications.
Distributed Low Voltage Power (DLVP) system blends the benefits of both AC and DC power distribution, reducing installation labor by up to 40 percent and total installed cost of an LED lighting and controls project by up to 20 percent, while providing a completely flexible and electrically efficient solution. The system is designed for applications with repeated and matching configurations, such as schools, private and open offices, conference rooms, corridors/halls and stairwells.
The target application for the Philips Xitanium SR Bridge is to provide wireless control of a group of light fixtures (e.g., downlights). The SR Bridge connects the 0-10V control wires from those fixtures and provides a pair of low-voltage wire that provides open standard “Sensor Ready” SR interface. The SR interface makes it easy and cost-effective to incorporate a wide variety of certified third-party lighting sensors/controllers including the Philips EasySense. This open-standard approach opens up unparalleled smart lighting design flexibility while providing high-precision digital dimming and energy monitoring capabilities.
WaveLinx Wireless Connected Lighting System is a simple to install, “no new wires” system that eliminates the cost and complexity of meeting code and programming advanced control systems while providing a flexible and reconfigurable wireless topology for on the fly space adjustments through a mobile app. Well suited for small and medium offices spaces and educational environments, the system lays the foundation for future data analytics by providing a connection to the building network and collecting data through one of the industry’s smallest fixture integrated sensor.