Coupling is missing link in closed-loop cooling

The RPN rack and panel non-spill quick coupling makes closed-loop liquid cooling safe and easy for delicate, expensive, electronic closures.

The RPN rack and panel non-spill quick coupling makes closed-loop liquid cooling safe and easy for delicate, expensive, electronic closures.

CPC's RPN coupling was designed specifically for electronic cooling applications.

"In the past, closed-loop liquid cooling in mission critical electronic closures was risky", said CPC Industrial Market Manager Patrick Williams.

"CPC's new RPN coupling makes liquid cooling an attractive option.

The RPN is the crucial missing link in a reliable, leak-free closed-loop liquid cooling system".

Engineering concerns regarding liquid cooling have included leakage, flow rate and change out.

The new CPC couplings solve those problems.

The CPC RPN non-spill design is virtually leak free with flow rates reaching 14gal/min at 100lb/in2 (0.375in flow size).

The CPC RPN is crafted from economical, lightweight aluminium and thermoplastics.

Williams said there are a wide variety of applications for the CPC RPN series.

In telecommunications - the industry for which the RPN was originally designed - there are applications in cell tower basestations, power amplifiers and basestation maintenance.

But the potential reach of the product goes far beyond telecommunications.

For example, in the medical products industry, the CPC RPN is ideal for MRI cooling applications.

It also has applications in computer cooling, such as large remote servers.

Liquid cooling is already being used in circuit board testing and in aerospace applications, but those are custom systems that are often very elaborate and costly.

The new CPC RPN series makes such systems reliable and leak-free.

CPC is also developing additional non-spill product lines that will incorporate its easy-to-use pushbutton thumb latch with an audible "click" that ensures a secure connection.

These exciting new products will make liquid cooling even safer and more reliable.

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