ECLYPSE Connected VAV Controller Series — Robust and Compact Design for Your VAV Applications

Introducing Distech Controls’ new ECLYPSE Connected VAV Controller series. Benefit from ECLYPSE empowered connectivity, and implement a reliable, redundant Wi-Fi mesh network with Connected VAV Controllers, ideal in offices and large open spaces alike, or choose Connected VAV Controllers with Power over Ethernet, providing unique installation and maintenance cost savings.

Features:

* Robust and compact design for your VAV applications
* 4 universal inputs with high precision 16-bit AD
* 4 digital outputs (Triac)
* 2 universal outputs

* Built-in differential pressure transducer featuring polarity insensitive/polarity-free connection
Integrated damper actuator with brushless DC motor

* Configure pre-loaded applications with embedded ENVYSION or with an Allure™ EC-Smart-Vue communicating sensor, or fully customize with EC-gfxProgram

* Model with Power over Ethernet – A single cable to provide both data and power, significantly simplifying installation and maintenance, and reducing related costs

* Integrated fail-safe feature allowing for increased redundancy and reliability in your IP-wired daisy chain: in case of power failure to one controller, communication data is still relayed to the following controller on the daisy-chain

* Supports Smart Room Control solution, for a unified, end-to-end solution for the control of HVAC, lighting, and shades/sunblind

* Supports “direct connection” to EC-gfxProgram, graphical programming interface, and mobile apps

* Available with embedded ENVYSION, web-based graphic design and visualization interface, for hosting of system-based graphics, and visualization of schedules, alarms, and trend logs directly from the controller

* Daisy-chain up to 4 Allure series communicating sensors via the dedicated subnet port

Share on facebook
Facebook
Share on twitter
Twitter
Share on linkedin
LinkedIn
Share on pinterest
Pinterest

One Response

Leave a Reply

Your email address will not be published. Required fields are marked *

BE IN THE KNOW

Join 7,595 other subscribers