Relay Controllers

As one of the most popular forms of lighting control, relay controllers can have the greatest impact in terms of energy management.

 

Dynalite relay controllers are built to handle the large inrush current of lighting loads. Like load controllers, they receive instructions over the network and can be used for any type of indoor circuit switching such as light switching, plug load switching, controlling blind and curtain motors, or controlling contactors for high power switching.

The Philips Dynalite solution provides a range of relay controllers with a variety of circuit numbers and sizes to work individually or as part of a system, thus fulfilling any project requirement. Each device can store over 170 presets, allowing the recall of complex switching logic from simple network messages. As the required preset scenarios are stored within each relay device, the commissioning process and network messages are simplified.

Relay Controllers Products

DMRC210

Relay Controller

Luminaire mount control of switched loads
DDRC1220FR-GL

Relay Controller

Robust control of switched loads
DDRC810DT-GL

Relay Controller

Designed to operate any type of switched load
DDRC420FR

Relay Controller

Robust control of switched loads
DDRC-GRMS-E

Switching Room Controller with Ethernet port

Fully networked relay control solution
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Philips Dynalite Product Portfolio

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Software & Apps
Network sensors take measurements from the environment and balance this with inputs from the network to create an appropriate response when triggered.
System Kits System Kits
System Kits
Dynalite system kits provide a simple lighting control solution for specific market segments. The kits are quick to install and come preconfigured or configurable by the installer. The kits empower electrical installers to create lighting control functionality quickly and easily out of the box.
Sensors Sensors
Sensors
Network sensors take measurements from the environment and balance this with inputs from the network to create an appropriate response when triggered.