Description

Water-Cooled Compression Chiller – High-Efficiency Cooling Solutions by Form Dama

Form Dama offers advanced water-cooled compression chillers in both air-cooled and water-cooled types, equipped with screw, scroll, and reciprocating compressors. Designed for residential, commercial, and industrial applications, these chillers deliver high-efficiency cooling and reliable performance across a wide range of capacities.

Types of Water-Cooled Compression Chillers

1. Screw Chillers

   • Capacity range: 50 to 1,200 tons

   • Ideal for gradual load operation, optimizing energy consumption and reducing wear

   • Designed for residential, commercial, and industrial environments

2. Scroll Chillers

   • Capacity range: 5 to 100 tons

   • Suitable for commercial, industrial, and fluid cooling processes

3. Reciprocating (Piston) Chillers

   • Capacity range: 5 to 480 tons

   • Robust design with high cooling efficiency

Condenser Options

• Water-cooled condensers: Selected based on environmental conditions and application requirements

• Air-cooled condensers: Widely used in HVAC and industrial systems, offering low maintenance and operational costs

All Form Dama chillers are engineered for maximum efficiency, with evaporators and condensers designed using HTFS software to extract peak performance from the compressors.

Key Features

• Available capacities: 5 to 1,200 tons nominal cooling

• Screw, scroll, and reciprocating compressors

• Energy-efficient capacity control

• High-quality compressors from trusted brands such as Bitzer, Copeland, Danfoss, and Carrier

• PLC-controlled electrical panels

• HTFS-optimized evaporator and condenser design

• Durable steel chassis for long-term reliability

• Refrigerant options: R134, R-22, R-407C

• Low maintenance and operating costs

How a Water-Cooled Compression Chiller Works

A water-cooled compression chiller extracts heat from a fluid using a vapor compression cycle:

1. Compressor: Compresses the refrigerant gas to increase temperature and pressure.

2. Discharge line: Transfers hot, high-pressure gas to the condenser.

3. Condenser: Converts refrigerant gas into liquid by transferring heat to water.

4. Liquid line & expansion valve: Directs refrigerant to the evaporator, controlling temperature and pressure.

5. Evaporator: Absorbs heat from the fluid, cooling it effectively.

6. Suction line: Returns low-pressure gas to the compressor, completing the cycle.

This continuous cycle ensures efficient cooling for air handling systems, industrial processes, and building HVAC needs.

Applications

• HVAC systems and industrial air conditioning

• Chemical and pharmaceutical industries

• Food storage and processing

• Large-scale cooling systems in commercial and residential buildings

Advantages Over Absorption Chillers

• Higher COP (Coefficient of Performance): 1–8 vs. 0.5–1.2 for absorption chillers

• Compact design and lighter weight: Easier installation and reduced maintenance

• Faster setup: Can be installed fully assembled in motor rooms or rooftops

• Lower cost: More affordable than direct or indirect flame absorption chillers

Important Considerations When Purchasing

• Verify dimensions and weight for transportation and installation

• Ensure adequate space in the mechanical room for service and annual maintenance

• Choose a reliable brand with warranty for long-term performance

Form Dama water-cooled compression chillers provide energy-efficient, reliable, and high-performance cooling for any environment, from residential and commercial buildings to large industrial processes.