In-Row Cooling

In-Row Cooling Specification

Safety Features
Automatic shutdown on fault, alarms, leak detection

Installation
Between server racks (in-row positioning)

Noise Level
Low operational noise, suitable for data center environments

Energy Efficiency
High; designed for targeted cooling with minimized energy waste

Condition
New

Product Name
In-Row Cooling

Airflow Positioning
Horizontal and vertical airflow delivery

Control System
Digital microprocessor controller with display

Redundancy
N+1 configuration available for critical loads

Dimensions
Compact footprint for space optimization

Cooling Range
Typically 10 to 80 kW per unit

Cooling Technology
Direct expansion (DX) or chilled water based

Maintenance
Front access for filters and components

In-Row Cooling Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Units Per Month

Delivery Time
30 Days

Main Domestic Market
All India

About In-Row Cooling

Introducing the In-Row Cooling system - a new release now available at the best price with remarkable discounts for a limited time! Featuring towering energy efficiency and transcendent performance, this compact, in-row positioned solution delivers horizontal and vertical airflow to precisely cool your server racks. With a reliable N+1 redundancy configuration and a digital microprocessor controller with display, it ensures uninterrupted operation for critical loads. Enjoy the safety of automatic shutdown, leak detection, and low noise levels, all in an optimally sized, easy-to-maintain unit designed for India's demanding data center environments.

Versatile Application & Usage Features

The In-Row Cooling system excels in various settings beyond traditional data centers, including telecom rooms, labs, and industrial spaces. Its flexible design-supporting both horizontal and vertical airflow-ensures direct, targeted cooling between racks. To use, simply install between server racks for maximized efficiency and deploy the front-access filters and components for hassle-free maintenance. Advanced leak detection and alarms further enhance operational security within any critical infrastructure environment.

Domestic Market, Sample Availability & Supply Dynamics

Tailored for India's fast-growing technology sector, the In-Row Cooling system is ready for immediate sale at a competitive sale price. We accept purchase orders from corporate buyers and system integrators nationwide. While the list price offers excellent value, limited-time discounts are available for bulk orders. Sample units can be supplied on request to qualified clients, ensuring confidence before large-scale procurement. Our robust supply chain guarantees timely delivery and consistent availability throughout the main domestic markets.

FAQ's of In-Row Cooling:

Q: How does the In-Row Cooling system improve energy efficiency in data centers?

A: The In-Row Cooling system delivers precise, targeted airflow directly between server racks, minimizing energy waste by cooling only the necessary areas. Its advanced technology and microprocessor controls further optimize power usage.

Q: What cooling technologies are supported by this product?

A: This model supports both direct expansion (DX) and chilled water cooling technologies, allowing you to select the most suitable method for your operational needs and budget.

Q: Where should the In-Row Cooling unit be installed for best performance?

A: For optimal efficiency, the unit should be positioned between server racks in the data center. This location directs airflow precisely where it's needed most, maintaining ideal system temperatures.

Q: When does the system trigger automatic safety features, such as shutdown or alarms?

A: Automatic shutdown, alarms, and leak detection are activated whenever the system detects faults, abnormal conditions, or potential risks, ensuring protection of both the equipment and the data housed within.

Q: What are the main benefits of choosing an In-Row Cooling system?

A: Key advantages include higher energy efficiency, low operational noise, space-saving design, rapid maintenance access, and robust protection for critical loads through features like N+1 redundancy and automatic safety responses.

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