Desigo Building Automation Controllers
New labor-saving controllers with superior flexibility and intuitive engineering
Designed to integrate with a full range of open building automation platforms, including Desigo Optic's FIN Framework, the Desigo PXC family of controllers deliver increased data processing power and memory to quickly transform buildings into IoT-enabled high-performing buildings. The Desigo PXC controller family, including the PXC4, PXC5, and PXC7 offer flexible control and intuitive engineering with the single, easy-to-use ABT Site commissioning tool which enables faster engineering and commissioning to operate building automation systems more efficiently. With pre-configured application libraries, you can engineer and commission Desigo Automation PXCs faster, with less coding, to transform buildings in days, not weeks. Discover the power of Desigo PXCs to unlock inefficiencies, improve decision-making and sharpen building operations.
Tackle challenges and transform buildings in days, not weeks
The new Desigo PXC controllers allow you to easily tackle building automation challenges and transform facilities into IoT-enabed high-performing buildings. These buildings need to intelligently connect field devices, enable quick and easy engineering, be flexible and expandable to meet your building’s needs, and be open and cyber secure at the same time to provide all the information necessary to optimally manage a building. Discover how you can get started with Desigo building automation.
This project took us about half the time because of the custom saved library.David Carpenter, Controls Manager | Holbrook Service
Case Study: XL Automation
Creating “pandemic-ready” isolation rooms at the touch of a button.
Learn how XL Automation of Bangor, Maine, leveraged the Desigo PXC4 controller to help a leading healthcare organization create 18 patient rooms to be ‘pandemic-ready’ isolation rooms. With its unmatched flexibility and ability to handle complex processes the PXC4 has become a “game changer” for XL Automation.
The new generation of Desigo automation controllers offer a wide range of benefits for automating small to large-sized buildings. The portfolio consists of the modular PXC7, designed for large, complex applications, the PXC4 for HVAC plants and the Desigo PXC5 for system functions and integration.
Desigo PXC7 HVAC Controller
The Desigo PXC7 is a high-performance, freely programmable, modular automation controller that provides maximum flexibility, intuitive engineering, and secure building operation. Ideal for a broad range of building, including larger, more complex facilities.
- Supports BACnet IP and BACnet Secure Connect (B-BC)
- Graphical block programming simplifies workflows
- Expandable up to 400 I/O points with 300mA of onboard power
- Supervision of up to 240 MS/TP devices across 4 networks
- Integrate up to 400 Modbus points for meters, VFDs, and other devices
- Dual port ethernet switch for more flexible networking options
- Onboard web UI with secure wireless connection
- Ready for future connection of KNX PL-Link devices via firmware update
- Three sizes to choose from; request more info on individual device capacities
Desigo PXC4 HVAC Controller
The Desigo PXC4 is a freely programmable, compact automation controller with 16 onboard I/O that can be expanded to a maximum of 40 I/Os. Ideal for smal to medium sized plants.
- Supports BACnet IP and BACnet Secure Connect (B-BC)
- Graphical block programming simplifies workflows
- 16 onboard I/O and expandable a total of 40 I/O with 300mA of onboard power
- Integrate up to 40 Modbus points for meters, VFDs, and other devices
- Dual port ethernet switch for more flexible networking options
- Onboard web UI with secure wireless connection
- Ready for future connection of KNX PL-Link devices via firmware update
- Also available as BACnet MS/TP controller; request more info on entire range
Desigo PXC5 System Controller
The Desigo PXC5 is a freely programmable, system automation controller designed for system specific needs the require MS/TP supervision or Modbus integration.
- Supports BACnet IP and BACnet Secure Connect (B-BC)
- Graphical block programming simplifies workflows
- Supervision of 120 MS/TP devices 2 networks
- Integrate 500 Modbus points for meters, VFDs, and other devices
- Dual port ethernet switch for more flexible networking options
- Onboard web UI with secure wireless connection
- Ready for future connection of KNX PL-Link devices via firmware update
Scalability with TX-I/O Modules
TX-IO modules snap on to the end of the controller in a self-forming bus that provides power and communications between all modules and the controller. Modules include I/O point modules, power supply and interface modules extending the bus between multiple DIN rails and even multiple cabinets
- High flexibility through distributed I/O’s
- I/O module range for measuring, reporting, switching, setting, and metering
- Support for all HVAC-typical signals
- Compact DIN design
- Modules with and without manual override
- LCD status display for quick troubleshooting
ABT Site – A single tool that maximizes efficiency
It’s the perfect match for the Desigo PXC controllers: Our ABT Site enables you to realize high-performing buildings. It allows to plan, engineer, install, commission, and operate highly reliable and efficient building automation systems. It's a single, license-free tool that provides an intuitive user-experience to get things done easier, faster, and more reliably.
3-Step Blueprint to Transform Your Building into a Smart, Efficient Asset
Transforming your building into a smart, productive, and energy efficient asset has never been more important. With building automation devices, controls and software, you’ll benefit from increased building productivity, greater profitability, improved sustainability, as well as increased tenant health and satisfaction.
Desigo PXC controllers seamlessly integrate with Desigo Optic
With Desigo PXC controllers and Desigo Optic building management software, you’ll improve data access and visibility for better real-time control and decision making.
