Distech Control Systems – HVAC and Building Management Systems
No Building Control System on the market today is more focused on how the customer uses their system on a daily basis and is therefore more in line with the needs of the their customers. Distech systems and products are feature rich and allow you to select the exact solution you require.
EC-BOSAX: Multi-protocol Web Building Controllers
The EC-BOSAX real-time control devices support a wide range of protocols including LONWORKS®, BACnet®, Modbus® and Internet standards. The EC-BOS devices connect to system field devices, such as LONWORKS or BACnet controllers, and provide real-time control functions. It combines integrated control, supervision, data logging, alarming, scheduling and network management functions with Internet connectivity and web serving capabilities in a small, compact platform.
EC-NetAX™
Using the EC-NetAX™ platform, the EC-BOSAX controllers provide a fully distributed system when multiple units are networked together, are ideal for smaller facilities, remote sites, and for distributing control and monitoring throughout large facilities.
The EC-BOSAX control devices are part of the EC-NetAX web-based multi-protocol solution, designed to integrate a variety of devices and protocols into unified, distributed systems. EC-NetAX system supports a wide range of protocols including LONWORKS®, BACnet®, Modbus® and Internet standards.
- Combines real-time integrated control, supervision, data logging, alarming, scheduling and network management functions with Internet connectivity and web serving capabilities
- Web-access allowing the management of your building automation system in real-time over the Internet
- Multi-protocol management – Integrate LONWORKS, BACnet and Modbus devices into one common system with uniform data presentation
- BTL listed as BACnet Building Controller
- Eliminates need for routers, gateways and BACnet master controllers
- Preserve existing system investments by extending its capabilities
- Provide a fully distributed system when multiple units are networked together