Air cooled chillers HT-Cooling AC-PLUS

Description

HT-Cooling AC-PLUS air-cooled process chillers are designed as comprehensive and high-performance cooling systems developed to meet the demanding requirements of industrial air cooling. These units combine advanced compressor technology, energy-efficient heat exchangers, and flexible hydraulic configurations, ensuring reliable operation, optimized energy consumption, and long-term stability.

At the heart of the system are high-efficiency scroll compressors, which provide smooth, quiet operation and high reliability even during continuous duty. The compressor section is securely housed in a robust enclosure with service access panels, allowing easy maintenance and servicing. The well-engineered structure minimizes vibration and noise while maintaining maximum cooling performance.

Air cooling is achieved through an air-cooled condenser with copper tubes and aluminum fins, which efficiently dissipates heat with minimal energy usage. Optimized fans ensure uniform airflow and stable thermal performance under varying operating conditions.

The hydraulic circuit is designed for maximum flexibility, offering multiple configurations to suit specific customer requirements. Versions are available with an integrated circulation pump and tank, with a pump only, or without both pump and tank. This versatility allows precise adaptation of the unit to individual technological processes.

System operation is managed by a modern digital control panel, enabling easy parameter setting, temperature monitoring, alarm diagnostics, and integration with higher-level control systems via industrial communication interfaces. The user-friendly interface and clear diagnostics simplify daily operation as well as service interventions.

Thanks to their robust design, high performance, and wide range of configuration options, AC-PLUS air-cooled chillers are an ideal choice for industrial applications requiring reliable, efficient, and energy-saving air cooling—from production lines to demanding technological processes.