: The newest development environment designed to maximize design efficiency. Select versions of the pCO5+ are built to support STone alongside legacy 1tool configurations.
: An intermediate development suite introduced around 2014, often used for more advanced "c.pCO" family features but still compatible with certain pCO5+ configurations. CAREL Industries Key Software Capabilities Connectivity & Protocols
: Monitor live variable values, force digital outputs for testing, and extract historical alarm logs during commissioning. 5. Benefits of Using Carel’s Top Programming Environment
From PID autotuning to pLAN synchronization, the TOP environment offers the granularity that ladder logic cannot match. While the industry evolves toward cloud-native interfaces, the deterministic, real-time power of a well-written TOP program on a pCO5 remains the gold standard for mission-critical climate control. carel pco5 programming software top
[Define I/O & Variables] ➔ [Develop Strategy in 1Tool] ➔ [Simulate Logic Offline] ➔ [Compile & Upload via pCO Manager]
: Test how your code reacts to temperature or pressure spikes using the built-in 1Tool Simulator without connecting physical hardware.
It features robust on-target debugging via USB or Ethernet, which is ideal for the pCO5's built-in USB ports. 3. STone: The New High-Security Standard : The newest development environment designed to maximize
: It serves as the master project manager, linking your logic code with graphic interfaces and physical hardware configurations. 2. c.suite (incorporating pCO-asic)
A utility for managing communication, downloading applications, and setting parameters on the controller.
0100 IF T_Ambient > SP_Cooling_ON THEN GOSUB 5000 // Start Chiller 0105 IF T_Ambient < SP_Cooling_OFF THEN GOSUB 6000 // Stop Chiller force digital outputs for testing
: An upgraded development environment designed for the c.pCO family. It supports IEC 61131-3 compliant languages (ST, FBD, SFC, LD) and allows for "on-target" debugging via USB or Ethernet.
Engineers can create parameter templates to standardize settings across multiple pCO5 units on a job site. 3. Spark (for HMI and Display Design)