Conax Technologies Power Compression Seal Feedthrough HEGPK

Description
Like the EGT Gland, Conax Technologies HEGPK Glands electrically and/or thermally isolate single electrodes, tubes or temperature sensors for use in vacuum furnaces, liquid level probes, transformers, environmental chambers, power leads and more. These bare electrical feedthroughs also seal against gases and liquids and resist electrode (also known as conductor) movement under pressure. The HEGPK Gland differs from the EGT gland in that the single piece insulator/sealant is manufactured from PEEK™, which is recognized as one of the highest performing engineered thermoplastic materials currently available. The HEGPK Glands provide several distinct advantages over Conax’s EGT Gland: HEGPK Glands have higher pressure ratings at room temperature (typically in excess of 250%), as compared to Conax’s EGT Gland. HEGPK Glands also have improved sealing performance at elevated temperatures, as compared to EGT glands. Features: Seals one electrode, conductor or element Temperature Range: Vacuum to 7,700 PSIG (531 bar) – see pressure rating chart linked below. Voltage 8000 VDC Amperage to 200 amps Supplied with or without conductor
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Power Compression Seal Feedthrough - HEGPK - Conax Technologies
Buffalo, NY, United States
Power Compression Seal Feedthrough
HEGPK
Power Compression Seal Feedthrough HEGPK
Like the EGT Gland, Conax Technologies HEGPK Glands electrically and/or thermally isolate single electrodes, tubes or temperature sensors for use in vacuum furnaces, liquid level probes, transformers, environmental chambers, power leads and more. These bare electrical feedthroughs also seal against gases and liquids and resist electrode (also known as conductor) movement under pressure. The HEGPK Gland differs from the EGT gland in that the single piece insulator/sealant is manufactured from PEEK™, which is recognized as one of the highest performing engineered thermoplastic materials currently available. The HEGPK Glands provide several distinct advantages over Conax’s EGT Gland: HEGPK Glands have higher pressure ratings at room temperature (typically in excess of 250%), as compared to Conax’s EGT Gland. HEGPK Glands also have improved sealing performance at elevated temperatures, as compared to EGT glands. Features: Seals one electrode, conductor or element Temperature Range: Vacuum to 7,700 PSIG (531 bar) – see pressure rating chart linked below. Voltage 8000 VDC Amperage to 200 amps Supplied with or without conductor

Like the EGT Gland, Conax Technologies HEGPK Glands electrically and/or thermally isolate single electrodes, tubes or temperature sensors for use in vacuum furnaces, liquid level probes, transformers, environmental chambers, power leads and more. These bare electrical feedthroughs also seal against gases and liquids and resist electrode (also known as conductor) movement under pressure. The HEGPK Gland differs from the EGT gland in that the single piece insulator/sealant is manufactured from PEEK™, which is recognized as one of the highest performing engineered thermoplastic materials currently available.

The HEGPK Glands provide several distinct advantages over Conax’s EGT Gland:

  • HEGPK Glands have higher pressure ratings at room temperature (typically in excess of 250%), as compared to Conax’s EGT Gland.
  • HEGPK Glands also have improved sealing performance at elevated temperatures, as compared to EGT glands.

Features:

  • Seals one electrode, conductor or element
  • Temperature Range: Vacuum to 7,700 PSIG (531 bar) – see pressure rating chart linked below.
  • Voltage 8000 VDC
  • Amperage to 200 amps
  • Supplied with or without conductor
Supplier's Site Datasheet

Technical Specifications

  Conax Technologies
Product Category Electrical Feedthroughs
Product Number HEGPK
Product Name Power Compression Seal Feedthrough
Electrical Feedthrough Type Electrode
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