Termination Instructions: GORE® Ethernet Cables & Glenair® El Ochito® Connector System
Technical Information, 3.27 MB
W. L. Gore & Associates developed step-by-step instructions based on our best practices for terminating our 4-pair Cat6A Ethernet cables for aerospace and defense with the Glenair® El Ochito® Connector System, plug and receptacle versions.
Termination Instructions: GORE® Ethernet Cables & Carlisle Octax® Connector System
Technical Information, 2.51 MB
W. L. Gore & Associates developed step-by-step instructions based on our best practices for terminating our 4-pair Cat6A Ethernet cables for aerospace and defense with the Carlisle Octax® Connector System, plug and socket versions.
GORE® Aerospace Ethernet Cables - Termination Instructions - Amphenol µ-Com Connector System
Technical Information, 2.5 MB
W. L. Gore & Associates developed the following procedures based on our best practices for terminating GORE® Aerospace Ethernet Cables with the Amphenol® µ-Com Connector System, including both plug and socket versions. By following these steps, you can maximize the performance of your assembly in avionics networks, cabin management systems, digital video systems, Ethernet backbones and other aviation networking applications.
Termination Instructions: GORE® Ethernet Cables (24 AWG) & Amphenol® OCS 13-53 Connector System
Technical Information, 3.06 MB
W. L. Gore & Associates developed the following procedures based on our best practices for terminating our 4-pair Cat6A Ethernet cables, size 24 AWG for aerospace and defense with the Amphenol® OCS 13-53 Connector System, plug and receptacle versions.
Test Report: BSS Standards Compliance: GORE® Ethernet Cables for Aerospace & Defense
Test Data, 33.75 KB
W. L. Gore & Associates provides a test report for their 4-pair Cat6A Ethernet cables, part number RCN9034-24. Prepared by Govmark, the report outlines Gore’s compliance to BSS7230 for Flammability, BSS7238 for Smoke Density and BSS7239 for Toxicity.
Test Report: ANSI/NEMA Standards Compliance: GORE® Ethernet Cables for Aerospace & Defense
Test Data, 154.7 KB
W. L. Gore & Associates provides a test report for their 4-pair Cat6A Ethernet cables, part number RCN9034-24. Prepared by Lectromec, the report outlines Gore’s compliance to ANSI/NEMA WC 27500 Test Methods for Environmental Testing, Jacket and Marking.
Case Study: Stack Gas Cleaning Downstream From a Coal-Burning Boiler using GORE® Filter Bags
Case Studies
No manual cleaning has been necessary to maintain a controlled and low pressure drop and maximum gas flow. Despite hours of poor combustion, the GORE Membrane Filter Bags have reconditioned themselves, and the pressure drop and flow values have returned to normal.
Performance Data: GORE® Ethernet Cables & TE Connectivity® CeeLok FAS-X® Connector System
Technical Information, 304.39 KB
The data graphs provided by W. L. Gore & Associates test the electrical performance of Gore’s 4-pair Cat6A Ethernet cables for aerospace and defense terminated with the TE Connectivity® CeeLok FAS-X® Connector System.
Performance Data: GORE® Ethernet Cables & Glenair® El Ochito® Connector System
Technical Information, 311.28 KB
The data graphs provided by W. L. Gore & Associates test the electrical performance of Gore’s 4-pair Cat6A Ethernet cables for aerospace and defense terminated with the Glenair® El Ochito® Connector System.
Pressure drop has been reduced to five-inch w.g., allowing full-rated steam production (60,000 lbs/hr) to be attained. With GORE Membrane Filter Bags, compressed air pressure has been reduced to 50 psi, and the between-cleaning interval is three times longer.