Position sensing
Define what the control system needs to know. Subsea proximity switches and underwater position switches provide discrete feedback for valve states, actuator travel and tooling engagement.
Explore switches ↗Subsea proximity switches, underwater cable assemblies and custom interfaces. Brought together around the equipment you are building.
Contact us ↗From a single sensing point to a coordinated assembly package.
Start with the duty, the equipment drawing or an existing interface. We bring the sensing point and its complete connection into the same conversation.
Define what the control system needs to know. Subsea proximity switches and underwater position switches provide discrete feedback for valve states, actuator travel and tooling engagement.
Explore switches ↗Specify single-ended leads, double-ended subsea cable assemblies or a coordinated harness. Resolve cable lengths, conductor allocation, connector orientation and end terminations together.
Explore cable assemblies ↗Bring mechanical fit, materials, electrical interfaces and the installation environment into one engineering brief. Agree drawings, configuration and verification scope before supply.
Contact us ↗Mounting thread, housing material, target alignment, connector orientation and available space.
Switching duty, control input, conductor count, pin assignment, shielding and termination.
Continuous immersion, pressure, temperature, water chemistry and material compatibility.
Cable route, bend envelope, strain relief, identification and access for replacement.
Agree the applicable drawings, electrical checks, pressure-test requirements and supporting records.
Individual components or an agreed assembly package, with defined part numbers and quantities.
Continuous submersion creates application-specific challenges. Explore how switch position, cable routing and connection choices change with the installation.
Underwater valve and penstock position feedback.
Explore the application ↗Submersible position sensing for moving gates.
Explore the application ↗End-of-travel feedback and moving cable routes.
Explore the application ↗Tool engagement, latch states and local connections.
Explore the application ↗Send operating conditions, drawings and the positions or signals you need to monitor.
Review the switch, target, connector, cable and termination as one assembly requirement.
Confirm the supply scope, applicable verification, drawings, quantities and quotation.
Engineers use different terms for underwater position feedback. A proximity switch detects a target without mechanical contact. “Limit switch” often describes an end-of-travel duty, but can also mean a mechanically operated device. Define the required function and switching technology together.
Read the underwater switch selection guide ↗Yes — share the complete sensing and connection requirement. Switch configuration, cable length and construction, connector interfaces, pin assignment and termination can be reviewed together. Feasibility and operating limits depend on the agreed configuration.
No. It demonstrates where DepthLink switches, cable assemblies and interfaces can fit within a system. Grey mechanisms and control equipment provide application context. Each enquiry receives a defined product and engineering scope.
Explore proportional position feedback for cylinders and actuators, with Nano cabling and project-specific housing materials.