Pressure sensors are utilized in a variety of automotive, medical, industrial, consumer, and construction systems that rely on precise and consistent pressure measurements to function properly. The pressure sensors used in the maritime sector are built to work dependably under harsh conditions. Storage tanks, reservoirs, flood alarms, cooling systems, and hydraulic systems all employ pressure sensors. Marine sensors are designed to withstand a variety of conditions, including mechanical shocks, hydraulic spikes (from pumps and valves), and extreme temperatures. A Pressure Sensor will ensure that all of these applications run smoothly at all times.

Pressure transducers must be well-designed, with well-considered electronics and diaphragms, in order to perform reliably in extreme situations. Using a mix of ASIC electronics and CVD-based technologies, modern devices provide strong performance with great precision and optimum hysteresis behavior. These sensors are designed to withstand millions of cycles of operation and are submersible.

Working of pressure sensors

Pressure transducers are sensors that convert pressure changes in a fluid (such as a liquid or gas) into an electrical output. Pressure transducers can produce a continuous signal, therefore they can provide continual readouts to relevant control systems. This permits the installation of smart control systems in which dropping pressure levels can activate a sequence of warnings tailored to the reading, the most dangerous of which can result in system shutdown.

 The vibrations that occur aboard ships are designed to be resistant to pressure transducers. Despite the fact that these transducers are very sensitive and precise devices, they can still provide correct readings even when there is a lot of movement. Transducers are made up of a range of materials and have various components.

Where are pressure sensors used in ships?

Because they are specifically engineered to perform under adverse situations (for example, in liquid interfaces and at high temperatures/pressures), marine pressure transducers can be utilized in any area of a ship. Transducers may improve performance and efficiency in systems including propulsion units and gearboxes, as well as temperature, clutch pressure, and oil system measurement and control. They have a varied application in marine ships and solve a lot of problems related to even safety and security of the ship. They can be used in almost all the places in the ships to track critical monitoring and control systems.

Benefits of using pressure sensors

As discussed above, pressure sensors have always been a vital part in a ship as they solve a lot of problems and are extremely beneficial. Some of the benefits are discussed below

  • They are economical

One of the major advantages of pressure sensors used in ships is that they are very economical and cost effective and in comparison to what you spend on pressure sensors, you get lot more than what you spend in terms of safety and security

  • They are made with latest and robust technologies

The chances of failures of pressure sensors used in ships is almost negligible as they are designed using latest and robust technologies giving assurance to the people onboard that any unwanted change in pressure will be tracked immediately.

  • Compact, lightweight and sensitive

Another great advantage of pressure sensors used in ships is that they are very compact and lightweight and can be carried to places inside the ship as well as to the ship from other places. They are designed extremely sensitive so that any even the smallest of pressure changes could be tracked immediately

  • Highly durable

Pressure sensors in ships are highly durable and long-lasting and tend to last very long if maintained properly. This ensures that these sensors does not have to be changed frequently which saves money, time, and efforts