Smart, scalable and energy-efficient controls designed to enhance your HVAC systems.
The Carrier Comfort Controller 6400 (Model CEPL130201-02) offers advanced HVAC control and monitoring, tailored to meet the demands of modern commercial buildings. With capabilities for both stand-alone operation and integration into the Carrier Comfort Network® (CCN), this microprocessor-based controller delivers precision, flexibility and scalability. It supports up to 16 onboard input/output points, expandable to 64 with additional modules, making it ideal for managing diverse systems like chillers, air handlers, pumps, lighting and more. With built-in energy management, pre-engineered control routines and seamless operator interfaces, this controller enables reduced energy costs, easier maintenance and unmatched system reliability.
Provides stand‑alone control and monitoring of up to 16 universal onboard points.
Expandable with 6400 Input/Output modules to support larger applications.
Inputs are universally configurable to support a wide range of signal types.
Outputs are universally configurable to match application requirements.
Includes a library of control algorithms for multiple HVAC operations.
Database structure is user‑defined, allowing only required items to be stored and maximizing memory efficiency.
Supports demand limiting and load shedding.
Broadcasts system data such as outside air temperature, outside air humidity, and time of day.
Enables airside and waterside linkage and data transfer between system elements.
It supports a wide range of HVAC applications including staged heating and cooling, air handling, pump control, damper control, and energy management strategies.
No. Pre‑engineered routines allow configuration using a guided, fill‑in‑the‑blanks approach, reducing programming complexity.
Yes. The controller can be expanded with 6400 I/O modules, allowing the system to grow as application needs increase.
Through demand limiting, load shedding, optimized scheduling, and data trending, enabling informed energy management decisions.