Technical Documents for GORE® Outdoor Cabinet Cooling Filters
GSM Wireless Base Station Case History
Compact GORE® Cooling Filters with expanded PTFE membranes were installed to replace multiple venting components and also allow for more cost-effective direct air cooling.
W-CDMA Node B Base Station Case History
Gore worked with the customers system engineers to develop a multi-use DAC system using the GORE® Cooling Filters with expanded PTFE membrane. They designed one common Cooling Filter to be used on all four outdoor enclosures.
WiMAX Distributed Network Case History
Gore worked with system engineers to develop a multi-use direct air cooling unit using compact GORE® Cooling Filters with expanded PTFE membranes. The unit was designed to be installable in both indoor and outdoor base stations with minimal hardware and connection requirements.
GORE® Cooling Filter Brochure (2.79 MB)
Unlike large, energy consuming air conditioning systems, GORE® Cooling Filters enable you to take full advantage of the natural thermal efficiencies of ambient air while simultaneously lowering your system costs. GORE® Cooling Filters are smaller and have fewer parts than bulky HEX and AC units. This reduces space usage and simplifies maintenance.
GORE® Cooling Filters - ABS Standard Filter Product (218KB)
Unlike closed loop systems such as AC and HEX, GORE® CoolingFilters enable the use of direct air cooling by providing criticalprotection from water, corrosive salts and other airborne contaminants– allowing you to take full advantage of the natural thermalefficiency of ambient air.
GORE® Cooling Filters - Custom Aluminum Filter Product (315 KB)
Introducing the next generation of cooling technology for increasing the reliability of outdoor electronic enclosures: GORE® Cooling Filters with a new, high efficiency membrane. Unlike active cooling systems, GORE® Cooling Filters enable the use of direct air cooling while providing critical contamination protection. This allows you to take full advantage of the natural thermal efficiencies of ambient air while getting the highest thermal and environmental protection, all at a very cost-effective price.