Chiller Evaporator

Chiller Evaporator

Our refrigeration copper coil, with its high - purity copper tubes and fins, offers exceptional thermal conductivity. Perfect for industrial freezers, it rapidly cools refrigerant, enabling ultra - low temperature maintenance and energy - efficient operation.

Product Introduction

High - Velocity Evaporator Coil for Data Center Cooling

product-1170-878

High-Velocity Evaporator Coil for Data Center Cooling.Designed for data centers, this high-velocity evaporator coil rapidly cools server exhaust air. Its densely packed copper tubes (10mm OD) and ultra-thin aluminum fins (0.1mm) create turbulence, boosting heat transfer by 40%. The coil, rated for 150–300 kW cooling capacity, operates under high airflow (5000–10,000 m³/h). During assembly, robotic brazing ensures uniform joint strength. By maintaining server temperatures below 25°C, it prevents overheating and system failures in critical IT environments.

 

Designed for data centers, this high - velocity evaporator coil leverages high - purity copper tubes and fins to deliver exceptional thermal conductivity. It rapidly cools server exhaust air, maintaining server temperatures below 25°C. Ideal for industrial freezers and critical IT environments, it ensures low - temperature maintenance and energy - efficient operation while preventing overheating and system failures.

 

 

Product Details

 

1

Core Components & Materials

Component

Material/Specification

Function & Advantage

Tubes

High - purity copper tubes (10mm OD)

Ensure excellent thermal conductivity for rapid heat transfer from server exhaust

Fins

Ultra - thin aluminum fins (0.1mm thick)

Create turbulence, boosting heat transfer by 40% for efficient cooling

Cooling Capacity

Rated for 150 - 300+ kW

Provides sufficient cooling for data center server racks

 

2

Performance Parameters

◆ Heat Transfer Enhancement: Densely packed copper tubes and ultra - thin aluminum fins create turbulence, increasing heat transfer by 40% and enabling rapid cooling of server exhaust air.

◆ Airflow & Cooling: Operates under high airflow (5000 - 10,000 m³/h), with a cooling capacity of 150 - 300+ kW, maintaining server temperatures below 25°C.

◆ System Protection: Prevents overheating and system failures in critical IT environments by ensuring stable, low - temperature operation of servers.

 

3

Structural Design & Efficiency

◆ High - Velocity Design: Optimized for data center cooling, the high - velocity airflow (5000 - 10,000 m³/h) and enhanced heat transfer (40% boost) enable quick removal of server - generated heat.

◆ Robotic Brazing: Ensures uniform joint strength during assembly, creating a reliable and durable coil structure for continuous data center operation.

 

4

Application Scenarios
Perfect for:

◆ Data Centers: Cools server exhaust air to maintain optimal operating temperatures (below 25°C), preventing equipment overheating and ensuring uninterrupted data processing.

◆ Industrial Freezers: Provides rapid cooling of refrigerant, supporting low - temperature maintenance and energy - efficient operation in freezing environments.

 

5

Key Advantages

◆ Exceptional Thermal Conductivity: High - purity copper tubes and fins enable rapid heat transfer, ensuring efficient cooling of server exhaust air or refrigerant.

◆ Heat Transfer Boost: Ultra - thin aluminum fins create turbulence, increasing heat transfer by 40% and enhancing overall cooling performance.

◆ High Cooling Capacity: Rated for 150 - 300+ kW, it can handle the cooling demands of data center server racks and industrial freezers.

◆ System Reliability: Maintains server temperatures below 25°C, preventing overheating and system failures in critical IT environments.

 

6

Technical Compliance

◆ Complies with industry standards for data center cooling and industrial refrigeration equipment. The use of high - purity copper, ultra - thin aluminum fins, and robotic brazing meets requirements for thermal efficiency, durability, and reliable operation.

 

7

Packaging & Logistics

◆ Packaging: Protected with anti - static, shock - absorbing materials to safeguard the coil during transit. Shipped in sturdy crates suitable for heavy - duty industrial components.

◆ Delivery Time: Typically 8 - 18 working days after order confirmation, depending on order quantity. Can be shipped via freight carriers to data centers or industrial facilities.

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