Aquatica Ikelite Strobe Connector Assembly for Aquatica Housings for Canon Cameras - OPENBOX

Mozaik OutletSKU: AQ-18933-OPENBOX

Price:
Sale price$399.99 USD

Description

Aquatica Ikelite Strobe Connector Assembly for Aquatica Housings – Canon Cameras (SKU AQ-18933) is a dedicated electrical connector designed to integrate Ikelite strobes with compatible Aquatica underwater housings for Canon camera systems. It enables reliable strobe triggering and supports consistent underwater lighting performance.

This connector assembly provides a secure and dependable link between your housing and strobe system, making it an essential component for photographers using electrical sync connections instead of fiber optic triggering.


Key Benefits:

  • Enables connection between Ikelite strobes and Aquatica housings
  • Supports reliable and consistent strobe triggering
  • Designed specifically for Canon-compatible Aquatica housings
  • Secure and stable electrical connection
  • Ideal for professional underwater lighting setups

Who It’s For:

  • Underwater photographers using Aquatica housings for Canon cameras
  • Users of Ikelite strobes with electrical sync systems
  • Divers seeking reliable strobe connectivity

What’s Included:

  • Ikelite Strobe Connector Assembly

Specifications:

  • Product Type: Strobe connector assembly
  • Brand: Aquatica
  • Compatibility: Aquatica housings for Canon cameras
  • Strobe Compatibility: Ikelite strobes (electrical connection)
  • SKU: AQ-18933
  • Application: Underwater strobe triggering

FAQ

What does this connector do?
It connects Ikelite strobes to Aquatica housings, enabling electrical triggering.

Is this for fiber optic systems?
No, this is for electrical sync connections.

Is it compatible with all Canon cameras?
It is compatible with Aquatica housings designed for Canon camera systems.

Do I need this for my strobe setup?
Yes, if you are using Ikelite strobes with electrical sync on an Aquatica housing.

Is it reliable underwater?
Yes, it is designed for secure and consistent performance in underwater conditions.

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