Wandtung

Cooling Solutions

V-Type Dry Cooler

Zero water-loss V-type dry cooler for liquid cooling and chiller heat rejection.

V-Type Dry Cooler

Overview

Product Overview

The Wandtung V-Type Dry Cooler rejects heat from a liquid cooling or chilled water loop to ambient air with zero water consumption, using V-arranged copper-tube/aluminum-fin coils, EC axial fans with 10–100% variable speed, and a hot-dip galvanized steel frame. It scales from 120kW to 1400kW across a standard model range, supporting the primary or secondary loop of data center liquid cooling and industrial chiller systems.

Capabilities

Key Features

  • Zero water-loss dry cooling — no evaporative water consumption
  • V-type copper-tube, aluminum-fin coil arrangement
  • EC axial direct-drive fans, 10–100% variable speed
  • Hot-dip galvanized steel frame with protective fan guards
  • RS485 communication for BMS/monitoring integration
  • Model range from 120kW to 1400kW; OEM/ODM and custom capacity available

Specifications

Technical Specifications

Performance (by model)

DC-120120kW, 2 fans, 3.6kW fan power, 60dB
DC-400400kW, 8 fans, 14.4kW fan power, 65dB
DC-800800kW, 18 fans, 32.4kW fan power, 68dB
DC-14001400kW, 20 fans, 80kW fan power, 70dB

Construction

Coil TypeCopper tube + aluminum fin, V-type arrangement
Fan TypeEC axial direct drive, 10–100% variable speed
FrameHot-dip galvanized steel
Design Pressure1.0 MPa
CommunicationRS485

Deployment

Applications

  • Data center liquid cooling loop heat rejection
  • Chilled water system heat rejection
  • Industrial process cooling
  • Sites requiring zero water consumption for cooling

Configuration

Customization Options

  • Cooling capacity
  • Fan count / configuration
  • Coil coating
  • OEM/ODM

Standards

Compliance & Standards

Certification available on request per project spec

FAQ

Frequently Asked Questions

A dry cooler rejects heat to ambient air through a closed liquid loop and finned coil, using no evaporative water — unlike a cooling tower, which relies on water evaporation to reject heat. Dry coolers trade some efficiency in hot climates for zero water consumption and lower maintenance.

Interested in V-Type Dry Cooler?

Get a datasheet, technical consultation, or a project-specific quote from our engineering team.

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