Compact by design
The V layout helps deliver heat-transfer surface in space-sensitive installations.
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V-Type Adiabatic Dry Cooler
V-Type Adiabatic Dry Cooler
Compact V-type cooling with adiabatic support for hot conditions
The HACST V-Type Adiabatic Dry Cooler combines a compact V-shaped coil arrangement with adiabatic pre-cooling. It is suited to projects that need strong heat-rejection performance in high ambient temperatures while controlling water use.
V-shaped coil designAdiabatic pre-coolingCompact footprintCO₂ & data-center applications
DESIGN & OPERATION
Pre-cool the incoming air before it reaches the coil
Ambient air passes through adiabatic pads before moving across the V-shaped finned coils. The pre-cooling stage supports heat rejection during high ambient periods, while the V geometry makes efficient use of a compact plan area.
- V-shaped coil banks: increase effective air-side surface within a compact footprint.
- Adiabatic stage: panels pre-cool intake air when conditions call for additional performance.
- Water-aware operation: panel and water-system choices can be considered around local water quality and maintenance needs.
KEY ADVANTAGES
A practical cooling solution for demanding operating conditions
Supports hot-climate duty
Adiabatic pre-cooling can improve performance during high ambient periods.
Lower water demand
Water is used only for the adiabatic stage rather than as a continuous cooling medium.
Flexible material selection
Tube, fin, panel and protection options can be considered for the operating environment.
ENGINEERING OPTIONS
Configured to fit your process and site
Thermal duty, high-ambient performance, water quality, coil material, controls and footprint are reviewed together so the dry and adiabatic stages work as one system.
V geometry
45° or 60° arrangements can be considered for space and airflow requirements.
Adiabatic panels
Panel material and water-system strategy can be aligned with water quality and service needs.
Coil materials
Copper or stainless tubing and multiple fin materials are available for project conditions.
Fan control
Variable fan control can help match airflow to changing load and ambient conditions.
TYPICAL APPLICATIONS
Where this system delivers the greatest value
HACST works with project teams to match cooling technology, operating conditions and installation constraints to the application.
Transcritical CO₂ refrigerationData-center coolingHigh-ambient HVACSpace-constrained industrial sitesHybrid dry / adiabatic coolingProjects with limited water availability
START WITH THE RIGHT DATA
Four inputs for selecting a V-Type Adiabatic Dry Cooler
- Establish the thermal loadShare process or refrigerant duty, target temperature and expected operating profile.
- Check peak ambient conditionsIdentify the high-ambient periods where adiabatic assistance is expected.
- Review water quality and accessConfirm water supply, drainage, pad service access and local water-treatment requirements.
- Confirm layout and controlsProvide footprint, clearance, automation interface and preferred operating sequence.
ENGINEERING SUPPORT
Need help selecting a cooling system?
Share your process data, design ambient conditions and site constraints. Our engineering team will help define a practical configuration.
Ready to Optimize Your Cooling System?
Explore HACST's high-performance cooling solutions. Whether you need cooling towers, evaporative condensers, or air coolers, our solutions are built to meet your industrial and HVAC needs. Get in touch with our experts for a custom quote!