160 manufacturers · 18,987 products

The CAT Emergency Dimming Switchpack (ESP-C-010-Z1) is a lighting control device designed to control loads powered via an emergency circuit. Each unit consists of 120-277VAC 20A latching relay used to turn on/off LED and non-LED loads and a continuous 0-10V dimming control used to dim/raise fixtures' light level. The CAT Emergency Dimming Switchpack is used in conjunction with the standard CAT Dimming Switchpack to control the lights within a space. The CAT Emergency Dimming Switchpack is equipped with two RJ 45 connectors to connect the unit to other CAT devices over standard CAT5 cables using WaveLinx CAT protocol. The unit has an elongated chase nipple that allows it to be attached either directly through a 1/2"" knockout into a junction box or inside an adjacent box for meeting specific local code requirements in ceiling plenums.

The WaveLinx Wired BMS Pro 2 BACnet Gateway (FPA-W44-1757) 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. BMS Pro 2 converts Cooper’s Greengate, iLumin and Fifth Light lighting control systems’ protocols to BACnet/IP, BACnet MS/TP, Modbus TCP/IP, Modbus RTU.

The WaveLinx PRO Universal Voltage Dimming Switchpack (RSP-P-010-347) is a lighting control device designed to control (on/off/dim) commercial and industrial lights as well as receptacles. The RSP-P consists of a 120-347VAC 20A relay and a continuous 0-10V dimming control. This powerpack is an integral part of the WaveLinx system. It communicates with other PRO devices and WaveLinx Area Controller using PRO protocol, a 2.4GHz wireless mesh network based on IEEE 802.15.4 standard.

The OEM WaveLinx LITE Components are designed for OEM manufacturers who want to integrate WaveLinx LITE enabled components into their fixtures for applications requiring a WaveLinx LITE system. The solution is designed to provide OEM manufacturers the ability to build a seamless WaveLinx LITE compatible fixture that works out of the box. Available components include the WaveLinx LITE direct connect sensor, WaveLinx LITE Integrated Sensor, the control module and associated wire harness, wireless node, industrial/outdoor sensors, industrial/outdoor sockets, industrial/outdoor 0-10v control module converter.

The WaveLinx Wired Field Relay (FRS-DA) 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.

The WaveLinx Wired Universal Source Controller, Feed Through (SC-UN-FT) lighting control panel provides feed-through wiring flexibility for both new and existing applications. Each Source Controller contains individual control cards that are the industry’s only “true universal” by controlling every load type without interface or multiple cards. In addition, each panel has on board Ethernet, A/V interface, Contact Closure, DMX, voltage sensing, and real-time individual dimmer power metering. Constant live feed per dimmer, for battery powered emergency lighting.

The WaveLinx DALI Field Relay (FRS-DA) 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.

The LITE Wireless Tilemount Sensor Kit (WTK) is an accessory to the WaveLinx LITE (WLC) system which may be used with out-of-the-box functionality or commissioned via the WaveLinx LITE mobile application. The wireless tilemount sensor kit is typically used to provide occupancy sensing and daylight dimming for luminaries that cannot include integrated occupancy and daylight sensors.

The WaveLinx LITE Switchpack (RSP-L-010-347) is a lighting control device designed to control (on/off/dim) commercial and industrial lights as well as receptacles. The powerpack consists of a 120-347VAC 20A relay and a continuous 0-10V dimming control. The Switchpack integrates into the LITE system by forming a mesh networking while communicating with other LITE devices using Bluetooth protocol.

WaveLinx DALI panels integrate DALI-2 certified drivers (DT6 and DT8) and peripherals into the WaveLinx lighting control. Available in three sizes with up to six DALI-2 hubs, they feature factory pre-wiring, LED diagnostics, and mobile app commissioning. Ideal for small to large projects, WaveLinx DALI ensures flexibility, easy installation, and seamless integration with other technologies (like WaveLinx CAT and PRO) v WaveLinx Area Controller.

The CAT Dimming Switchpack (RSP-C-010-Z1) is a lighting control device designed to control loads and power the CAT devices. Each unit consists of 120-277VAC 20A latching relay used to turn on/off LED and non-LED loads and a continuous 0-10V dimming control used to dim/raise fixtures' light level. The CAT Dimming Switchpack is equipped with two RJ 45 connectors to connect the unit to other CAT devices over standard CAT5 cables using WaveLinx CAT protocol. The unit also provides power to the CAT devices over the same CAT5 cables by transforming Class 1 line voltage (120/277 VAC) to Class 2 low voltage (24 VDC). The unit has an elongated chase nipple that allows it to be attached either directly through a 1/2" knockout into a junction box or inside an adjacent box for meeting specific local code requirements in ceiling plenums.

Retrofit DMX Lighting Control Relay Panel Tested, complete package — low labor — mount next to circuit breaker panel to control AC power “hot” lines Reliable Panasonic latching in modules of 4 relays for easy expansion Low power consumption — no continuous relay coil current — runs cool for long life Diagnostic LEDs and internal ON -OFF test switches speed installation for testing and troubleshooting Cabinet and all components connected to high voltage are ULlisted — Electrician friendly 4, 8 or 12 circuits — 120, 240 or 277volt models available Daisy-chains for unlimited circuit count control DMX 512 control standard in all panels, a simple jumper system sets your addressing Control circuits individually or in zoned group Simplest control set-up and operation in the industry No on-site commissioning or factory start-up required Emergency auto-on feature for egress lighting standard (ETL listed UL 924) Saves Space Saves redundant installation and hardware costs! Energy efficient – NO holding current or heat sinks required to maintain state – Runs cool, lasts long!

Take smart lighting to the next level with the UNB Network Lighting Control Telecell, the world’s most deployed wireless controller, proudly powered by Telensa. With over 2 million nodes installed globally and more than a decade of proven performance, this compact powerhouse is no larger than a standard photocell and is available for every luminaire type, including decorative fixtures. Engineered for reliability and scalability, the Telecell provides robust control and monitoring capabilities across expansive networks.

The Cellular Node Network Lighting Controller from Trellix Infrastructure brings effortless smart lighting integration to streetlights from virtually any manufacturer. Designed for plug-and-play simplicity, it offers true automatic commissioning, connecting to mobile networks, locating itself via onboard GPS, and instantly syncing asset data to your lighting management system.

Delivering reliable, city-wide lighting control, the Ultra Narrow Band (UNB) Network Lighting Control Base Station from Trellix Infrastructure is built for scale and simplicity. Powered by Telensa, this base station enables dedicated wireless connectivity for thousands of connected lighting fixtures, ensuring seamless operations with minimal ongoing costs. Designed for rapid deployment and long-term performance, it’s the smart choice for future-ready infrastructure.