A vital aspect of any HVAC/R unit is how users interact with it. The UI Editor allows developers to design pages for built-in controller screens, external pGD displays, and touchscreens. It manages menu navigation, alarms, parameter entry, and multi-language support. Device Editor and Network Editor
Thoroughly test sensor failures, out-of-bounds temperature values, and alarm loops in the simulator before downloading the software to physical hardware.
Unlike generic PLCs (Programmable Logic Controllers), 1tool features pre-tested thermodynamic logic blocks, drastically reducing development time. carel 1tool software
What are you developing (e.g., chiller, air handling unit, heat pump)?
Using the libraries, developers can drag and drop atoms, macroblocks, and modules to build the logic. A vital aspect of any HVAC/R unit is
The software utilizes a graphical programming interface based on Functional Block Diagrams (FBD). This allows developers to design complex algorithms by connecting functional blocks rather than writing thousands of lines of manual code. Core Architecture and Modules
Select the target hardware platform (e.g., pCO5+, pCO Compact, or c.pCO). Map your sensors, relays, and modulating valves to the physical pins of the controller. Step 2: Developing the Control Logic Device Editor and Network Editor Thoroughly test sensor
What (e.g., chiller, air handling unit, heat pump) are you developing logic for?
Essential for commercial building automation integration.
Unlike generic PLC software, 1tool comes equipped with specialized libraries tailored for thermal regulation. These libraries include optimized code for:
