Adalet HV4X(6) High Voltage Terminal Enclosures
Adalet HV4X(6) High Voltage Terminal Enclosures

Adalet HV4X(6) High Voltage Terminal Enclosures

Designed to withstand the most demanding industrial environments, the Adalet HV4X(6) High Voltage Terminal Enclosures of increased safety provide a robust solution for hazardous area connectivity, featuring a sleek single door style with a clamped cover available in premium stainless steel 316L or 304.

Adalet HV4X(6) High Voltage Terminal Enclosures
Adalet HV4X(6) High Voltage Terminal Enclosures

The one in/one out connection series is designed for shielded or unshielded cables up to 8kV at 500A per phase, while the two in/two out connection series is designed for two parallel unshielded cables up to 1.1kV at 1000A per phase. The HV4X(6) series is offered in sizes from 24″x12″x6″ to 60″x36″x16″ for the 1 x 1 connection series and 20″x20″x8″ to 60″x36″10″ for the 2 x 2 connection series.

Description of Adalet HV4X(6) High Voltage Terminal Enclosures

In demanding industrial settings, Adalet High Voltage Terminal Enclosures are a great way to secure high voltage electrical connections. High voltage terminals may be accommodated in these enclosures with the utmost safety and dependability. They are appropriate for use in the energy, oil and gas, and other heavy sectors that demand a high degree of electrical protection since they are made of corrosion-resistant materials and are certified for hazardous regions.

Specification of Adalet HV4X(6) High Voltage Terminal Enclosures

  • Enclosure Material: Anodized aluminum, stainless steel, or carbon steel with powder coating.
  • Voltage Rating: Up to 36 kV (depending on model).
  • Protection Rating: IP66 to IP68, NEMA 4X, NEMA 7.
  • Dimensions: Various sizes available to accommodate large terminals.
  • Terminal Types: Supports screw-type, compression, or stud-type terminals.
  • Certifications: ATEX, IECEx, UL, CSA for hazardous areas.
  • Operating Temperature: -50°C to +85°C.
  • Cable Connectors: Supports large diameter cables, with customizable gland entry options.
  • Additional Accessories: Gland plate, internal shield, and transparent cover options for easy inspection.

Standard Features of Adalet HV4X(6) High Voltage Terminal Enclosures

  • 31 standard sizes available in 1 x 1 or 2 x 2 connection options
  • Stainless steel cover clamps and screws
  • Continuous piano hinge with removable steel pin
  • Watertight silicone gasket
  • Set of three porcelain insulators (1 x 1) or mechanical connections (2 x 2)
  • Adjustable mounting plate (1 x 1 and 2 x 2)
  • Adjustable clamp rails (1 x 1 and 2 x 2)
  • Padlock hasp and staple
  • Internal rail mounting system
  • Ground stud on box and cover

Design Options of Adalet HV4X(6) High Voltage Terminal Enclosures

  • Gland plates (6” or greater) can be supplied pre-drilled or blank for field drilling
  • Mounting panels
  • Drilled entries and cut-outs
  • UHWM-PE cable clamps (1 x 1 connection only)
  • Breather / Drain
  • Stopping plugs
  • Terminal block assemblies
  • Stainless steel mounting panels
  • Cable glands and conduit fittings
  • Internal earth bar

Material of Adalet HV4X(6) High Voltage Terminal Enclosures

  • Type 304 or 316L stainless steel
  • Enclosure and cover constructed from 14 gauge (.075) stainless steel with #3/4 brush finish
  • Gland plates constructed from 10 gauge (.1345) stainless steel with #3/4 brush finish
  • Silicone gasket constructed from 1/4” Bisco silicone with acrylic PSA
  • Gland plate gasket constructed from 1/8” Bisco silicone with acrylic PSA

Application of Adalet HV4X(6) High Voltage Terminal Enclosures

  • Power Generation: Protecting high voltage connections on generators, transformers or switchgear.
  • Oil and Gas Industry: Used in offshore platforms, refineries, or gas storage facilities.
  • Energy Transportation: Protects connections in energy distribution networks or transmission systems.
  • Heavy Industry: Supports applications in steel mills, mines, or large manufacturing facilities.
  • Renewable Energy: Protects terminals on wind turbine systems or large solar panel installations.
  • Chemical Industry: For electrical connections in environments with exposure to corrosive chemicals.

Source: adalet.com

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