Beryllium copper alloy connectors secure wires of differing diameters within a vacuum environment. One side secures a 0.096 inch diameter wire with an Allen screw; the other side is simply pushed on to a 0.252 inch diameter feedthrough power terminus. These connectors are UHV compatible and bakeable to 150° C in air and 200° C in a vacuum. Features Include: Common Dimensions: A = 1.000", B = 0.252", C = 0.096" Material: Beryllium Copper Alloy Includes: Allen Wrench 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 weldable (weld-on) or connected with a CF, KF or ISO vacuum flange to the vacuum chamber.

Beryllium copper alloy connectors secure wires of similar diameters within a vacuum environment. Both sides secure a 0.260 inch diameter wire with a Philips screw. These connectors are UHV compatible and bakeable to 150° C in air and 400° C in a vacuum. Features Include: Common Dimensions: A = 1.000", B = 0.260", C = 0.500" Material: Beryllium Copper Alloy 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 weldable (weld-on) or connected with a CF, KF or ISO vacuum flange to the vacuum chamber.

These beryllium copper alloy, crimp style, push-on power connectors are UHV rated and bakeable to 200° C. Accepts up to 14 AWG (0.067" dia) wire for crimp. Features Include:Common Dimensions: A = 0.750", B = 0.101", C = 0.05" Material: Beryllium Copper Alloy 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 weldable (weld-on) or connected with a CF, KF or ISO vacuum flange to the vacuum chamber.

These beryllium copper alloy, crimp style, push-on power connectors are UHV rated and bakeable to 200° C. Accepts up to 14 AWG (0.067" dia) wire for crimp. Features Include:Common Dimensions: A = 0.750", B = 0.067", C = 0.062" Material: Beryllium Copper Alloy 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 weldable (weld-on) or connected with a CF, KF or ISO vacuum flange to the vacuum chamber.

These beryllium copper alloy, crimp style, push-on power connectors are UHV rated and bakeable to 200° C. Accepts up to 14 AWG (0.067" dia) wire for crimp. Features Include:Common Dimensions: A = 0.750", B = 0.067", C = 0.056" Material: Beryllium Copper Alloy 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 weldable (weld-on) or connected with a CF, KF or ISO vacuum flange to the vacuum chamber.

Yellow miniature female plastic connector attaches to air-side spade terminals of a Type-K thermocouple and is rated to 125° C. Material: Plastic 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 weldable (weld-on) or connected with a CF, KF or ISO vacuum flange to the vacuum chamber. CF Conflat flanges are normally for processes requiring ultra high vacuum pressures, down to 10-12 Torr, and are vacuum sealed via nuts and bolts with copper gaskets. They come in sizes from 1.33 in. (mini conflat), 2.75, 4.5, 6, 8, 10, 12, 13.25, 14 and 16.5. inch O.D. Outer Diameter.

These thermocouple stainless steel 3-48 nut and screw connectors are UHV rated and bakeable to 350° C. Material: 18-8 Stainless Steel 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 weldable (weld-on) or connected with a CF, KF or ISO vacuum flange to the vacuum chamber. CF Conflat flanges are normally for processes requiring ultra high vacuum pressures, down to 10-12 Torr, and are vacuum sealed via nuts and bolts with copper gaskets. They come in sizes from 1.33 in. (mini conflat), 2.75, 4.5, 6, 8, 10, 12, 13.25, 14 and 16.5. inch O.D. Outer Diameter.

These chromel, crimp style, push-on thermocouple connectors are UHV rated and bakeable to 350° C. Accepts up to 0.50 in. dia wire for crimp. Features Include:Common Dimensions: A = 1.300", B = 0.050", C = 0.056" Material: Chromel 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 weldable (weld-on) or connected with a CF, KF or ISO vacuum flange to the vacuum chamber.

These Alumel, crimp style, push-on thermocouple connectors are UHV rated and bakeable to 350° C. Accepts up to 0.50 in. dia wire for crimp. Features Include:Common Dimensions: A = 1.300", B = 0.050", C = 0.056" Material: Alumel 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 weldable (weld-on) or connected with a CF, KF or ISO vacuum flange to the vacuum chamber.

This SMA 50 Ohm electrical coaxial vacuum-side connector cable is 39 in. long, UHV compatible, and bakeable to 250° C. SMA (SubMiniature version A) connectors are semi-precision coaxial RF connectors developed in the 1960s as a minimal connector interface for coaxial cable with a screw-type coupling mechanism. The connector has a 50 Ω impedance and have weldable 0.495 in. diameter stainless steel adapter. Coaxial is the description for electrical feedthroughs with parallel and concentric conductor paths, and with the inner most conductor path electrically isolated from the vacuum flange. Grounded Shield versions have one isolated path, and Floating Shield versions have two. Coaxial feedthroughs are single-ended or double-ended, and most types include air-side connectors. They can be mounted by Weld On, CF, KF, baseplate or NPT connections. Subminiature Type-A (SMA) feedthroughs are compact designs suited for medium to high frequency applications. The standard SMA series is suitable for use to 1 GHz. SMA feedthroughs and connectors are rated for 700 Volts DC and up to 1 Amp. The floating shield version is rated to 2500 Volts DC.

This MHV 50 Ohm electrical coaxial vacuum-side connector cable is 39 in. long. In addition to Kapton insulation and a grounded shield, it is UHV compatible and bakeable to 250° C. Miniature high voltage (MHV) RF coaxial feedthroughs are typically used for high voltage applications up to 5000V and 3A and have a weldable 0.495 in. diameter stainless steel adapter. Miniature High Voltage Connector (MHV) for Medium Power Transmission, Bayonet Style Connection, Grounded Shield, UHV Compatible. Coaxial is the description for electrical feedthroughs with parallel and concentric conductor paths, and with the inner most conductor path electrically isolated from the vacuum flange. Grounded Shield versions have one isolated path, and Floating Shield versions have two. Coaxial feedthroughs are single-ended or double-ended, and most types include air-side connectors. They can be mounted by Weld On, CF, KF, baseplate or NPT connections. Subminiature Type-A (SMA) feedthroughs are compact designs suited for medium to high frequency applications. The standard SMA series is suitable for use to 1 GHz. SMA feedthroughs and connectors are rated for 700 Volts DC and up to 1 Amp. The floating shield version is rated to 2500 Volts DC.

Beryllium copper alloy connectors secure wires of differing diameters within a vacuum environment. One side secures a 0.052 inch diameter wire with an Allen screw; the other side is simply pushed on to a 0.094 inch diameter feedthrough power terminus. These connectors are UHV compatible and bakeable to 150° C in air and 200° C in a vacuum. Features Include: Common Dimensions: A = 0.690", B = 0.094", C = 0.052" Material: Beryllium Copper Alloy Includes: Allen Wrench 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 weldable (weld-on) or connected with a CF, KF or ISO vacuum flange to the vacuum chamber.