HL Cooling HL155 Water Chiller

• Cooling process water for industrial machinery such as injection moulders, extruders, or welders.
• Temperature control in food and beverage production, for example, cooling mixing tanks or jacketed vessels.
• Maintaining stable temperatures in chemical processing or pharmaceutical manufacturing.
• HVAC applications for larger commercial or industrial buildings requiring process cooling.

Typical cooling capacity

For a unit of this designation (HL155), the cooling capacity typically ranges from 15kW to 25kW, depending on the specific model variant and operating conditions.

Power supply

As indicated, this unit operates on a 3-phase electrical supply, commonly 400V, 50Hz in the UK.

Refrigerant type

Units from 2010 commonly utilise refrigerants such as R407C or R410A, though buyers should verify the exact type from the unit's data plate.

Temperature control

Adjustable temperature controls are standard, allowing for precise setting of the chilled water output temperature, typically within a range of 5°C to 25°C.

Condenser type

The 'twin fan system' suggests an air-cooled condenser, common for chillers of this capacity, requiring adequate ventilation for efficient operation.

Footprint

Industrial chillers of this capacity typically have a footprint suitable for factory or plant room installation, with dimensions varying by specific model.

• What is the significance of 'HL155' in the model name?

  The 'HL155' designation often relates to the unit's nominal cooling capacity, or a series identifier within the manufacturer's product line. Buyers should consult the data plate for precise capacity figures.

• What does 'twin fan system' imply for installation?

• What maintenance is typically required for a used chiller?

• Can this chiller be used outdoors?

• What is the expected lifespan of a chiller manufactured in 2010?

Industrial chillers are valued for reliable temperature control in food processing operations. Buyers typically prioritise units with consistent cooling capacity and minimal maintenance history when purchasing used equipment. Key considerations include compressor condition, refrigerant type compatibility, and ease of spare parts availability. Industry sentiment favours models from established manufacturers known for durability. Common strengths include energy efficiency improvements in newer models and adaptability to various production scales. Proper installation and routine servicing remain essential for long-term performance.

General overview for this equipment type