LUMAWISE Endurance S Z10 connectors from TE Connectivity for adaptable voltage and increased control

New Z10 lighting architecture meets updated technical requirements



TE Connectivity, a world leader in connectivity and sensors, is upgrading its LUMAWISE product portfolio to include Z10 architecture. Z10 uses a 0-10V analog control methodology, meaning it can be used with the more prevalent 0-10V dimmable drivers which have been increasing in popularity over the last few years. The analog Z10 opens a plethora of opportunities for use in new markets where low-voltage analogue compatible controls are needed.

“Z10 architecture enables a control device to be plugged in rather than permanently wired, which allows for easy upgrading and servicing. Additionally, Z10 technology provides a robust, reliable control platform for dimming and Dim-to-Off operations on outdoor and indoor lighting solutions,” said Jonathan Catchpole, TE Connectivity Systems Architect. “The increased optionality of this technology enables a wider range of application use, especially in North American markets where analog is typically used over digital signals.”

The new pluggable Z10 solution is a small form factor connector that provides greater flexibility in luminaire design. Enhanced ingress protection against water and dust and the ability to mount in any direction further differentiates the Endurance S design.

As the Design Lights Consortium (DLC) rolls out updated LUNA Technical Requirements to decrease light pollution, the ability to control lighting solutions via dimming is increasingly important. The Z10 architecture meets the demands of LUNA requirements by providing dimming controls and solutions. Especially in areas such as the United States, controllable analog architecture is the more heavily adopted standard due to its perceived reliability and economic benefits. TE Connectivity is pioneering the way for these compatible lighting solutions.

The move toward smarter cities and better energy management have forced manufacturers to examine ways to minimize the environmental footprint of lighting systems. Z10 architecture meets the demands of smart city applications by providing a way to reduce a municipality's energy usage and demand — paving the way for more responsible resource management.

Source: http://www.te.com/