Underwater Submersible Inclinometer

Showing all 4 results

Electronic Inclinometers

H6 Configurable Digital Inclinometer

$535.00

Electronic Inclinometers

H6-FLX-B Digital Remote Inclinometer

$535.00

Electronic Inclinometers

H6EX Intrinsically Safe Inclinometer

$1,431.77

Electronic Inclinometers

XB Electronic Inclinometer

Starting at $1,964.46

Precision Tilt Sensors for Marine & Subsea Applications

Underwater submersible inclinometers are specialized instruments used to measure the angle of slope (or tilt) in underwater environments. Inclinometers and sensors suited for underwater and deep-sea use. Designed for use in oceanographic research, subsea construction, and marine engineering, these digital underwater sensors provide ±0.1° accuracy even at depths of up to 1000 meters. Rieker’s rugged inclinometers deliver consistent performance in high-pressure, corrosive conditions, ensuring critical data for your underwater infrastructure projects.

Technical Specifications of Our Underwater Inclinometer

Operating Depth Up to 1000 meters
Accuracy ±0.1 degrees
Operating Temperature -10°C to 50°C
Data Output Digital

Applications Of Submersible Inclinometers

  • Subsea Construction: Monitoring tilt during the construction of underwater structures like pipelines, cables, or offshore oil platforms.
  • Oceanographic Research: Used in scientific exploration to study tectonic plate movements or monitor sea-bed shifts.
  • Underwater Pipeline Monitoring: Ensures that underwater pipelines maintain proper alignment and integrity.
  • Marine Engineering: Tracks structural inclines on underwater platforms, bridges, or piers.

Why Choose Rieker for Underwater Sensors?

  • Expertise in Marine Instrumentation: With years of experience, we provide industry-leading solutions for underwater measurement and monitoring.
  • Custom Solutions: We offer tailored underwater sensors designed to fit your specific underwater projects.
  • Reliable and Durable: Our underwater inclinometers are built to last, ensuring reliable performance even in the most challenging underwater environments.
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