This Ideal Vacuum ethernet bulkhead double-ended feedthrough is constructed of stainless steel, has a 1-14 UN x .95 thread, and a Viton O-ring for an hermetic seal. This ehtrenet feedthrough requires a 1" hole and can have a bulkhead up to 3/4" thick. Feedthroughs (or vacuum feedthroughs) come in many forms to transfer electrical currents, signals, fluids, gases or mechanical movements from outside the vacuum (air side) to the inside (vacuum side) of a vacuum chamber to equipment within the chamber. The entry point for the feedthrough must be vacuum-sealed via a suitable through hole. The connectors are Amphenol FRJAE-438 with gold plated copper contacts, using epoxy in the center to do the sealing.

Ideal Vacuum Hermetic Ethernet feedthrough double-ended jack, CF2.75 Flange. Feedthroughs (or vacuum feedthroughs) come in many forms to transfer electrical currents, signals, fluids, gases or mechanical movements from outside the vacuum (air side) to the inside (vacuum side) of a vacuum chamber to equipment within the chamber. The entry point for the feedthrough must be vacuum-sealed via a suitable through hole. The feedthrough can be connected to a CF vacuum flange. The connectors are Amphenol FRJAE-438 with gold plated copper contacts, using epoxy in the center to do the sealing. CF Conflat flanges are normally for processes requiring ultra high vacuum pressures, down to 10

Ideal Vacuum Hermetic Ethernet feedthrough double-ended Jack with KF40 flange. Feedthroughs (or vacuum feedthroughs) come in many forms to transfer electrical currents, signals, fluids, gases or mechanical movements from outside the vacuum (air side) to the inside (vacuum side) of a vacuum chamber to equipment within the chamber. The entry point for the feedthrough must be vacuum-sealed via a suitable through hole. The feedthrough has a weldable tube (weld-on) to a KF vacuum flange. The connectors are Amphenol FRJAE-438 with gold plated copper contacts, using epoxy in the center to do the sealing. CF Conflat flanges are normally for processes requiring ultra high vacuum pressures, down to 10