Marine Cable Glands

Marine Cable Glands

Technical Datasheet
Gland Size Thread Length (in mm) ‘D’ ‘A’ ‘B’ ‘C’
101145103/8″ BSP
15105015½” BSP
201153203/4″ BSP
251260251″ BSP
301265301¼” BSP
351270401½” BSP
401270401½” BSP
451285502″ BSP
501285502″ BSP
551287602½” BSP
601288602½” BSP
6514100703″ BSP
7014110703″ BSP

MARINE CABLE GLANDS line drawingMarine cable glands are specialized fittings used to provide secure and watertight cable entry points on ships, boats, offshore platforms, and other marine equipment. These glands are designed to withstand the harsh conditions of marine environments, including exposure to saltwater, moisture, vibrations, and mechanical stresses. They play a crucial role in ensuring reliable electrical connections and protection against environmental elements.

Here are some key points about marine cable glands:

Function: Marine cable glands serve several important functions:

  1. Watertight Sealing:One of the primary functions of marine cable glands is to create a watertight seal around cables as they pass through bulkheads, decks, or enclosures. This prevents water, moisture, and contaminants from entering sensitive equipment areas.
  2. Cable Management:Cable glands provide strain relief and support for cables, reducing mechanical stress and preventing damage to cable insulation and conductors.
  3. Electrical Continuity:Marine cable glands help maintain electrical continuity between cables and equipment, ensuring a reliable and uninterrupted electrical connection.

Features: Marine cable glands typically have features that make them suitable for marine environments:

  1. Corrosion Resistance:These glands are often made from corrosion-resistant materials such as Stainless Steel or marine-grade Brass to withstand exposure to saltwater and marine conditions.
  2. Weatherproof:Marine cable glands are designed to be weatherproof and resistant to UV radiation, protecting cables and equipment from sun, rain, and other weather elements.
  3. Sealing Mechanism:They include sealing mechanisms such as gaskets, O-rings, or other sealing materials that create a tight seal around the cable entry point.
  4. Pressure Resistance:Some marine cable glands are designed to withstand the pressure differentials experienced in submersion or offshore environments.

Types of Marine Cable Glands: There are various types of marine cable glands designed for specific applications:

  1. Standard Marine Glands:These are general-purpose marine cable glands suitable for various cable sizes and applications.
  2. Armoured Cable Glands:Designed for armoured cables, these glands provide additional protection and strain relief for cables with metal armour.
  3. Ex-e Glands:Explosion-proof (Ex-e) glands are used in hazardous areas to prevent the propagation of explosions.
  4. Submersible Glands:These glands are designed to maintain watertight integrity even when submerged, making them suitable for underwater applications.

Applications: Marine cable glands are used extensively in various marine and offshore applications, including ships, boats, yachts, offshore oil and gas platforms, underwater vehicles, and coastal infrastructure.