Product Introduction

COOLNET In-row Precision AC is an in-row air conditioner tailored for the specific cooling requirements of high-density cabinets, solving the user's local hot spot problem and suitable for a variety of different user installation conditions and cooling density requirements. The advanced DC inverter refrigeration system is adopted, and the mainstream environmentally friendly refrigerant R410A is used. The frequency adjustment is carried out in real time to ensure the stability of the computer room environment.

Advantage

• Near-end cooling: close to the heat source for cooling. Cooperate with the design of hot and cold channels to further optimize the indoor air distribution, reduce the overall PUE value of the equipment room, and improve the cooling efficiency.

• High energy efficiency ratio: high return air temperature and high heat output air temperature matching degree is high, making the unit energy efficiency ratio is very good, low consumption, energy saving, low operating cost.

• High reliability: super long life design, 24 hours and 365 days uninterrupted operation, the average design life is about 10 years.

• Using DC frequency conversion compressor, dynamic refrigeration, high efficiency, low consumption, high adaptability; An EC centrifugal fan with N+1 redundancy is configured to automatically adjust the air supply volume according to the equipment room load.

• The standard rack size is the same as the cabinet appearance. It is beautiful and easy to expand capacity.

Application

In row air condition are specially designed for modern modular data centers, such as high-thermal density data centers, various modular data centers, data centers with low PUE requirements, local hot spots in the equipment room, high-thermal density areas in medium-large equipment rooms, and data centers with limited equipment room area.

Technical Features

High Efficiency-DC Inverter Compressor of DX System

Dynamic cooling to adapt to the rapidly changing load of the computer room; Save energy and improve energy efficiency under low load; It can greatly reduce the number of compressor starts and stops, and improve system reliability

High Efficiency-Electronic Expansion Valve

Smoothly adjust the throttle opening, matched with variable capacity compressor To achieve energy saving;

Wide adjustment range, reduce superheat and improve energy efficiency ratio Reduce cooling capacity and load;

Fast response speed, realizing precise refrigeration;

High Efficiency-Backward Centrifugal EC Fan

Compared with ordinary standard AC motors, the electronically commutated synchronous EC motors can save energy by 30%;

Automatically adjust the fan speed according to the cooling demand or wind pressure, and provide the air volume on demand;

Fan N+1 redundant configuration, any fan failure can still ensure full air volume operation;

Soft start function, low starting current; Easy maintenance design

Cases