CeramTec North America LLC. - Up to 2 Kilovolt (kV) Direct Current (DC) Voltage Rating, Up to 16 Ampere (A) Conductor Current Rating, and 1 to 8 Pin Instrumentation/Power Feedthroughs

Unit of Measure

Items	9809-01-W Weld or Braze Installation Instrumentation/Power Feedthrough List Price $53.30	9809-02-W 11.5 Ampere (A) Conductor Current Rating and Weld or Braze Installation Instrumentation/Power Feedthrough List Price $25.55	9297-03-W 1 Pin and 1.1 Ampere (A) Conductor Current Rating and Weld Installation Instrumentation/Power Feedthrough List Price $35.10	9297-01-W 1 Pin and 5 Ampere (A) Conductor Current Rating and Weld Installation Instrumentation/Power Feedthrough List Price $32.83	9297-06-W 1 Pin and 8.5 Ampere (A) Conductor Current Rating and Weld Installation Instrumentation/Power Feedthrough List Price $35.58
Direct Current (DC) Voltage Rating	N/A 500 V	N/A 500 V	N/A 1 kV	N/A 1 kV	N/A 1 kV
Temperature Range	N/A -80 to 450 ºC	N/A -80 to 450 ºC	N/A -269 to 450 ºC	N/A -269 to 450 ºC	N/A -269 to 450 ºC
Pressure at 20 Degree Celsius (ºC) Temperature	N/A 2500 psig172 bar	N/A 2500 psig172 bar	N/A 3500 psig241 bar	N/A 3500 psig241 bar	N/A 3500 psig241 bar
Number of Pins	N/A	N/A	N/A 1	N/A 1	N/A 1
Installation	N/A Braze Weld	N/A Braze Weld	N/A Weld	N/A Weld	N/A Weld
Installation Size	N/A
Flange Size	N/A
Welding Type	N/A Electron Beam (E-Beam) Welding Laser Welding Pulse-Tungsten Inert Gas (TIG) Welding Tungsten Inert Gas (TIG) Welding
Conductor Current Rating¹	N/A	N/A 11.5 A	N/A 1.1 A	N/A 5 A	N/A 8.5 A
Conductor Material	N/A	N/A	N/A 304 Stainless Steel	N/A Nickel	N/A Molybdenum
Housing Material	N/A Kovar®	N/A Kovar®	N/A 304 Stainless Steel	N/A 304 Stainless Steel	N/A 304 Stainless Steel
Pin Material	N/A Molybdenum	N/A Molybdenum	N/A	N/A	N/A
Tube Material	N/A Kovar®	N/A Kovar®	N/A	N/A	N/A
Insulation Material	N/A Alumina Ceramic
Magnetic Material	N/A true	N/A true	N/A false	N/A true	N/A false
Dimension A	N/A
Dimension B	N/A
Dimension C	N/A
Additional Information	N/A In addition to remaining leak-free in high and ultra-high vacuum, many of Ceramaseal® feedthroughs can accommodate: High temperatures Cryogenic temperatures High pressure Aggressive chemicals A feedthrough is basically defined by the requirements for installation, insulation, and conductor material. The method of interconnection is flexible and left to the customer’s discretion. A selection of push on contacts can be found in the Accessories section of this catalog.	N/A In addition to remaining leak-free in high and ultra-high vacuum, many of Ceramaseal® feedthroughs can accommodate: High temperatures Cryogenic temperatures High pressure Aggressive chemicals A feedthrough is basically defined by the requirements for installation, insulation, and conductor material. The method of interconnection is flexible and left to the customer’s discretion. A selection of push on contacts can be found in the Accessories section of this catalog.	N/A In addition to remaining leak-free in high and ultra-high vacuum, many of Ceramaseal® feedthroughs can accommodate: High temperatures Cryogenic temperatures High pressure Aggressive chemicals A feedthrough is basically defined by the requirements for installation, insulation, and conductor material. The method of interconnection is flexible and left to the customer’s discretion. A selection of push on contacts can be found in the Accessories section of this catalog.	N/A In addition to remaining leak-free in high and ultra-high vacuum, many of Ceramaseal® feedthroughs can accommodate: High temperatures Cryogenic temperatures High pressure Aggressive chemicals A feedthrough is basically defined by the requirements for installation, insulation, and conductor material. The method of interconnection is flexible and left to the customer’s discretion. A selection of push on contacts can be found in the Accessories section of this catalog.	N/A In addition to remaining leak-free in high and ultra-high vacuum, many of Ceramaseal® feedthroughs can accommodate: High temperatures Cryogenic temperatures High pressure Aggressive chemicals A feedthrough is basically defined by the requirements for installation, insulation, and conductor material. The method of interconnection is flexible and left to the customer’s discretion. A selection of push on contacts can be found in the Accessories section of this catalog.
Extreme/Custom Design	N/A Multiple feedthrough flange assemblies 940-pin header assembly Corona-free designs to 180 kV DC Currents in excess of 2,500 Amps Pressures to 30,000 psig	N/A Multiple feedthrough flange assemblies 940-pin header assembly Corona-free designs to 180 kV DC Currents in excess of 2,500 Amps Pressures to 30,000 psig	N/A Multiple feedthrough flange assemblies 940-pin header assembly Corona-free designs to 180 kV DC Currents in excess of 2,500 Amps Pressures to 30,000 psig	N/A Multiple feedthrough flange assemblies 940-pin header assembly Corona-free designs to 180 kV DC Currents in excess of 2,500 Amps Pressures to 30,000 psig	N/A Multiple feedthrough flange assemblies 940-pin header assembly Corona-free designs to 180 kV DC Currents in excess of 2,500 Amps Pressures to 30,000 psig
Applications	N/A A few of the many applications in which these feedthroughs are commonly used are: Semiconductor processing equipment Particle accelerators Furnaces Analytical equipment In-vacuum coating Satellite instrumentation X-ray detection equipment	N/A A few of the many applications in which these feedthroughs are commonly used are: Semiconductor processing equipment Particle accelerators Furnaces Analytical equipment In-vacuum coating Satellite instrumentation X-ray detection equipment	N/A A few of the many applications in which these feedthroughs are commonly used are: Semiconductor processing equipment Particle accelerators Furnaces Analytical equipment In-vacuum coating Satellite instrumentation X-ray detection equipment	N/A A few of the many applications in which these feedthroughs are commonly used are: Semiconductor processing equipment Particle accelerators Furnaces Analytical equipment In-vacuum coating Satellite instrumentation X-ray detection equipment	N/A A few of the many applications in which these feedthroughs are commonly used are: Semiconductor processing equipment Particle accelerators Furnaces Analytical equipment In-vacuum coating Satellite instrumentation X-ray detection equipment
New Products	N/A New high-density, low current feedthroughs Micro & Mini HV (high voltage) feedthroughs with mating air side cable assemblies 40 & 50 kV feedthroughs with mating air side cable assemblies 0.154 & 0.250 Power Plugs for safe high voltage and high current connectivity	N/A New high-density, low current feedthroughs Micro & Mini HV (high voltage) feedthroughs with mating air side cable assemblies 40 & 50 kV feedthroughs with mating air side cable assemblies 0.154 & 0.250 Power Plugs for safe high voltage and high current connectivity	N/A New high-density, low current feedthroughs Micro & Mini HV (high voltage) feedthroughs with mating air side cable assemblies 40 & 50 kV feedthroughs with mating air side cable assemblies 0.154 & 0.250 Power Plugs for safe high voltage and high current connectivity	N/A New high-density, low current feedthroughs Micro & Mini HV (high voltage) feedthroughs with mating air side cable assemblies 40 & 50 kV feedthroughs with mating air side cable assemblies 0.154 & 0.250 Power Plugs for safe high voltage and high current connectivity	N/A New high-density, low current feedthroughs Micro & Mini HV (high voltage) feedthroughs with mating air side cable assemblies 40 & 50 kV feedthroughs with mating air side cable assemblies 0.154 & 0.250 Power Plugs for safe high voltage and high current connectivity
Accessories	N/A Part Number - 11288-02-X Description - Accepts wire up to 0.032 [0.81] Material - Beryllium Copper Type - 0.032 Crimp Contacts Part Number - 14461-04-A Description - Accepts wire up to 0.030 [0.76] Material - Stainless Steel - Gold Plated Type - 0.042 Crimp Contacts	N/A Part Number - 11288-02-X Description - Accepts wire up to 0.032 [0.81] Material - Beryllium Copper Type - 0.032 Crimp Contacts Part Number - 14461-04-A Description - Accepts wire up to 0.030 [0.76] Material - Stainless Steel - Gold Plated Type - 0.042 Crimp Contacts	N/A Part Number - 11288-02-X Description - Accepts wire up to 0.032 [0.81] Material - Beryllium Copper Type - 0.032 Crimp Contacts Part Number - 14461-04-A Description - Accepts wire up to 0.030 [0.76] Material - Stainless Steel - Gold Plated Type - 0.042 Crimp Contacts	N/A Part Number - 11288-02-X Description - Accepts wire up to 0.032 [0.81] Material - Beryllium Copper Type - 0.032 Crimp Contacts Part Number - 14461-04-A Description - Accepts wire up to 0.030 [0.76] Material - Stainless Steel - Gold Plated Type - 0.042 Crimp Contacts	N/A Part Number - 11288-02-X Description - Accepts wire up to 0.032 [0.81] Material - Beryllium Copper Type - 0.032 Crimp Contacts Part Number - 14461-04-A Description - Accepts wire up to 0.030 [0.76] Material - Stainless Steel - Gold Plated Type - 0.042 Crimp Contacts
Features	N/A Accelerators Cryogenics Fusion High Current High Energy Physics High Temperature High Voltage Laser Technology Microwave Nuclear Photovoltaic Semiconductor Equipment Superconductivity Ultra-High Vacuum	N/A Accelerators Cryogenics Fusion High Current High Energy Physics High Temperature High Voltage Laser Technology Microwave Nuclear Photovoltaic Semiconductor Equipment Superconductivity Ultra-High Vacuum	N/A Accelerators Cryogenics Fusion High Current High Energy Physics High Temperature High Voltage Laser Technology Microwave Nuclear Photovoltaic Semiconductor Equipment Superconductivity Ultra-High Vacuum	N/A Accelerators Cryogenics Fusion High Current High Energy Physics High Temperature High Voltage Laser Technology Microwave Nuclear Photovoltaic Semiconductor Equipment Superconductivity Ultra-High Vacuum	N/A Accelerators Cryogenics Fusion High Current High Energy Physics High Temperature High Voltage Laser Technology Microwave Nuclear Photovoltaic Semiconductor Equipment Superconductivity Ultra-High Vacuum
Note	N/A Current carrying capacity of the tubular feedthroughs varies based on the coolant used and the flow rate.	N/A Current carrying capacity of the tubular feedthroughs varies based on the coolant used and the flow rate.	N/A	N/A	N/A
¹ Current carrying capacity of the tubular feedthroughs varies based on the coolant used and the flow rate.