INTRODUCTION

Product available regions :

Because product specifications vary slightly from region to region, please download your local leaflet or visit your local website for detailed product information.

EMEA North America South America SEA India China Taiwan South Korea ● ● (43kW) ● ● ● ●

RowCool for effective heat removal in data centers

Delta’s RowCool CW offers outstanding performance in high temperature chilled water applications via the optimized design of its heat exchanger. With industry-leading high cooling capabilities, the RowCool CW

increases the overall cooling efficiency of data center precision cooling systems. The RowCool CW provides the best cooling solutions for data centers over hundreds of kW, focusing on both high efficiency and high density.

APPLICATIONS:

• High power density rack area
• Environment that requires precise environmental control

FEATURES

High Availability

• Built-in dual power supply with dual input for better power reliability
• Rectifiers and fan that support hot swappable, greatly reducing maintenance time
• Panel made of cold-rolled steel plate and coated with surface electrostatic spraying
• Built-in leakage detector capable of leak display and alert
• Modular rack design readily expandable by load to enable quick configuration
• Built-in manual dehumidifying for quick and precise dehumidification
• Supporting group control and used as backup

High Flexibility

• Chilled water pipe suitable for both top and bottom insertion, with flexible configuration as required
• Wheels on bottom for easy moving to locations that need cooling
• Disposable filter with high efficiency (MERV 8 ASHRAE 52.2, 45mm); washable MERV 1 filter is available for purchase to save cost
• Remote monitoring can be carried out through SNMP card, providing more comprehensive system protection

High Efficiency

• To comply with the high power density of racks, the RowCool series cooling capacity can increase up to 60kW (HCH1870) without changing footprint- for RowCool 43kW
• When Applied to the high temperature settings of inlet water, outdoor units save on power consumption by up to 15~20% when the chiller water temperature increases from 5°C to 12°C
• Continuously variable speed fan design for energy saving
• Cooling system capable of variable flow control for energy saving
• Built-in vortex wafer flow meter capable of monitoring chilled water flow that renders easy display of system status