ETA provides a range of drymate connectors which are cost effective, quick to assemble and can be used to join differing cable designs to each other.

 

Designed specifically for applications such as renewable energy sites where time is critical, the ETA drymate connector utilises an intuitive and unique system to seal the cable and connector against sea water. As a result the connector housing is not resin filled saving assembly time and cost. The system used to seal the cable is quick and permanent.

The design of the drymate connector permits the use of a blanking flange to seal off one half of the connector when de-mated thus permitting deployment of the half connector during installation and recovery operations.

The ETA drymate connector design is the result of the accumulation of proven technology gained from many years experience designing and building subsea power cable joints. Milestone projects such as the Cape Sharp Project in the Bay of Fundy and the DeltaStream Project at Ramsay Sound have provided valuable knowledge necessary to produce a design which is both cost effective and highly reliable.

ETA specialises in the design, enhancement and provision of cable joints and connectors. As an independent company, free from any cable or plant manufacturer, ETA’s prime focus is on providing technology 100% fit for purpose and serviceable throughout the system life.


To discuss your requirements, call us on:


Drymate Connectors

Summary:

  • Proven technology
  • Provided by independent company with enviable track record
  • Technology can be used to join differing cable joints “universal”
  • Cost effective

 

  • Reduced time to assemble
  • Eliminates the need to resin fill
  • Can be deployed in de-mated form
  • Available for MV operating voltages 7.2kV, 12kV, 17.5kV and 36kV and LV operating voltages of 440VAC and 1000VAC

MV

 

7.2 kV


U0 /U (Um)

3.8/6.6 (7.2) kV

Current

200/400A

12 kV


U0 /U (Um)

6.35/11(12 )kV

Current

400A

 

17.5 kV


U0 /U (Um)

8.7/15 (17.5) kV

Current

800A

36 kV


U0 /U (Um)

19/33 (36) kV

Current

800A

 



LV

 

440 VAC


Um

440 VAC

Current

200A

1000 VAC


Um

1000 VAC

Current

200A