Compact, fast, and flexible control for single‑equipment HVAC applications
The SE563a Equipment Controller provides reliable, distributed control for a wide range of HVAC equipment, combining graphical programming, open BACnet communications, and simplified commissioning in a compact design.
The Automated Logic® SE563A controller is an integral component of the WebCTRL® building automation system.
The SE563 is a fully programmable, native BACnet Advanced Application Controller (AAC) well suited for rooftop units, mechanical rooms, equipment closets, or almost any other weather-tight location. Fully programmable using the EIKON® software graphic programming language, the SE563A controllers use native BACnet communications over either a high-speed ARCNET 156 kbps network or a medium-speed MS/TP network to provide maximum flexibility and interoperability.
This model supports 2 programs and 400 objects.
The controller controls up to 14 total points, including 5 binary outputs, 6 inputs, and 3 analog outputs, supporting a wide range of equipment control needs.
Supports high‑speed, native BACnet over ARC156 communications for fast response times, with additional support for BACnet over MS/TP when required.
Provides fast, powerful, and fully distributed control, allowing the controller to operate independently without reliance on other system devices.
A battery‑backed real‑time clock maintains accurate time during power failures or network interruptions, ensuring reliable standalone operation.
| Document Name | Description | Document Type | Language | Action |
|---|---|---|---|---|
| Spec Sheet | SE563a Equipment Controller Spec Sheet | English | Download |
It is designed for single‑equipment applications such as rooftop units, pumps, and boilers.
Yes. The controller uses a fully distributed architecture, allowing standalone operation without dependency on other devices.
Yes. Standard programs, live logic visualization, and WebCTRL® interfaces enable fast startup and commissioning.
Facilities that need:
Reliable single‑equipment HVAC control
Fast BACnet communications
Graphical programming flexibility
Simplified commissioning
Compact, distributed controller design