Once the logic is built, 1tool converts it into machine code for the pCO controller and provides real-time debugging tools to catch errors before the unit hits the field. Why Engineers Choose 1tool 1. Graphical Programming (No High-Level Coding Required)
What are you developing (e.g., chiller, air handling unit, heat pump)?
Trends variables over time to fine-tune PID loops and observe system transient responses. 4. Key Advantages of Carel 1tool
Mastering Carel 1tool Software: The Ultimate Guide to HVAC/R Programmable Controllers carel 1tool software
A: Yes, CAREL periodically holds training courses specifically for their development tools. Using 1Tool Touch Editor, for example, requires recommended participation in these courses to ensure proper use.
Organize screens into "User Loop" (status viewing), "Installer Loop" (setpoint configuration), and "Manufacturer Loop" (advanced PID tuning protected by passwords).
Using the libraries, developers can drag and drop atoms, macroblocks, and modules to build the logic. Once the logic is built, 1tool converts it
Carel uses a structured text language that is similar to ANSI C. It is event-driven and cyclic, meaning the controller runs through the code logic in a continuous loop (scan time).
[Define Requirements] ──> [Build Logic in Strategy Editor] ──> [Design Screens in UI Editor] │ [Deploy to Controller] <── [Live Debug / Commissioning] <── [Test in Offline Simulator] Managing 1tool Applications in Production
Tandem, trio, or inverter-driven scroll/screw compressor algorithms, including oil recovery cycles and envelope safety checks. Trends variables over time to fine-tune PID loops
: A "What You See Is What You Get" interface for designing the terminal displays that end-users interact with. Technical Details
: The core where you develop the control logic. It supports standard IEC 61131-3 languages like Function Block Diagram (FBD) and Structured Text (ST).
The Strategy Editor is the heart of 1tool. It features a graphical programming interface where developers orchestrate the control logic. Using a functional block diagram (FBD) approach, you drag, drop, and wire together elements to manage sensor inputs, execution algorithms, and actuator outputs. User Interface (UI) Editor