Enhancing Data Center Efficiency through Re-Wiring

Introduction

In the world of data centers, maintaining optimal cooling efficiency is crucial. Unfortunately, one of the main culprits behind hotspots and reduced cooling effectiveness is poor airflow caused by tangled cables. In this article, we’ll explore the importance of proper cable management and focus not only on data cables but also on power cables.

The Challenge: Cable Chaos

When data centers are initially designed and implemented, they often feature pristine installations with clear airflow pathways. However, as devices are added, removed, and relocated, these once-perfect setups can quickly devolve into a chaotic tangle of cables. When left unmanaged, these cables hinder airflow, leading to heat buildup and hotspots within the data center.

Beyond Data Cables: Managing Power Cords

While much attention has been given to organizing data cables—both fiber and copper—it’s equally critical to address power cables. These power cords are typically installed at the rear of equipment cabinets, on the hot aisle side.

Unlike data cables, power cords often come in fixed lengths supplied by equipment manufacturers. Unfortunately, these lengths don’t always align with the specific needs of a data center. Data cables can be cut and re-terminated to fit, or factory-ordered in custom sizes, but power cables present a different challenge. Their shorter lengths make custom factory terminations expensive, leaving data center operators with no choice but to work with existing cable lengths.

A Solution: Re-Wireable IEC Connectors

Enter the re-wireable IEC C13 and C19 lockable connectors from SCOLMORE. These connectors are purpose-built for data center use. Here’s why they matter:

1.??? Locking Mechanism: The connectors feature a locking mechanism that minimizes the risk of accidental disconnection due to vibration or human error. This reliability ensures stable power connections.

2.??? Customization: Data center power teams can now cut existing, longer power cords to the required size and terminate them on-site. This flexibility allows for precise cable management, optimizing airflow and cooling efficiency.

By adopting these re-wireable connectors, data centers can enhance their overall performance while maintaining a streamlined and efficient setup.

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