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Encapsulation

The encapsulation of inductive sensors and connectors are used to ensure a watertight seal. It is a custom designed product that is tested and inspected in accordance to specifications.

50 Bar
50 Bar
Capsule

  • Custom designed
  •  Tested and inspected acc. to specification

The encapsulation of sensors and connectors are used to ensure a watertight seal. Application dimensions and types of sensors and connectors are decided by the customer. The sensors and connectors are currently used in different types of submarines.

Typical technical data (acc. to customer demands)

Hydrostatic pressure: Test pressure: 5 MPa (50bar) or acc. to specification.
Shock: Mechanical: 2000 g acc. to IEC 60068-2-27
Work temp. range: Min. -40°C , Max. +70°C
EMP: Peak 1 kA, raise and fall time 30 ns
Longitudinal seal: Min. 10-6 cc/s air with 1 bar diff

 

Following testing and inspections are available upon request
• Dimension and visual inspection
• Radiographic examination of moulding
• Leak detection test
• Hydrostatic pressure test
• High voltage test
• Insulation resistance test
• Conductor continuity and function test
• Result verification and inspection report/certificate
• Or other tests specified by the customer

High pressure seals

RGPH

High pressure sealing for cables and pipes

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PHP

Pressure Hull Penetration

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LSJ

Longitudinal sealing joint

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RGPM

Pressure sealing for cables and pipes

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SR cable gland
At Sea

SR cable and pipe seals

The SR glands are designed to seal cables or pipes between 4 and 100 mm (0.16 and 3.94”) diameter.

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DB cable gland
At Sea
EMC

Deck and bulkhead glands

Penetrations specifically developed for the British royal navy, now sold worldwide to various maritime applications, ships, oil platforms, gas carriers, cruise liners and more.

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X-series cabinet seal
At Sea
On land

X-series cable transit

Lightweight snap-fit cable seal

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