The combination of pCO5 hardware and CAREL's programming software is used across the globe to control mission-critical systems. Common applications include:
: 1tool uses a library of "atoms" (basic elements), "macroblocks" (complex algorithms), and full functional modules. This allows developers to drag and drop pre-tested HVAC/R routines, such as compressor management or PID loops, significantly reducing development time.
For specialists who do not need a full development license, is the top utility for field deployment. This program connects directly to the hardware via the standard USB device port. Programming Tools - CAREL carel pco5 programming software top
1: // Pre-run (delay before start) IF (compressor_delay <= 0) THEN state = 2; ELSE compressor_delay = compressor_delay - 1; // Decrement per second // (Assume cycle time = 1 sec for simplicity) END_IF
Do not install these randomly. The top engineers follow this order: The combination of pCO5 hardware and CAREL's programming
// ---------------------------------------------------------------------- // 4. INITIALIZATION (Executes once at power-up) // ---------------------------------------------------------------------- INIT: running = FALSE; alarm_active = FALSE; compressor_delay = 0; temp_setpoint = 2.0; // °C for refrigeration temp_deadband = 1.0; state = 0;
When optimizing a pCO5 with the , don’t just write code—write smart code. Here are the top features: For specialists who do not need a full
Unlike basic controllers, pCO5’s TOP environment includes a PID_AUTOTUNE routine. You can inject a step response into the system (e.g., sudden heat load) and the software calculates optimal Kp, Ki, and Kd values automatically.
CAREL offers three primary programming tools tailored to different levels of application complexity and developer experience: