Control Principle of Marine Hydrophore
On the vast and boundless ocean, the safe and stable operation of ships is of paramount importance. As a professional supplier engaged in the export of marine equipment, we are well aware of this and hereby introduce our marine pressure water tank to you.
The marine pressure water tank is a key component in the ship's water supply system, and the quality of its performance directly affects the normal operation of the ship and the quality of life of the crew. The marine pressure water tank we provide adopts the most advanced technology and high-quality materials and has passed strict quality tests and practical application tests.
For example, its unique pressure regulation system can ensure stable water pressure and provide you with a continuous and stable water flow whether in rough sea conditions or when the ship's load changes. Its sturdy and durable cabinet structure can resist various corrosions and impacts in the marine environment and extend its service life.
To help you understand the marine pressure water tank better, this article will introduce Control Principle of Marine Hydrophore to you and help you solve your doubts!
If you have procurement needs or other questions, you are welcome to contact us directly! Email <hs10@cqhisea.com>
Overview
The control principle of marine pressure water tanks is mainly based on the monitoring and adjustment of pressure and water level.
Pressure Control
Pressure sensors are usually installed in the water tank.
1When the pressure inside the water tank drops to the set lower limit, the pressure sensor will send a signal to start the air compressor and inject compressed air into the water tank, thereby increasing the pressure inside the water tank.
As the pressure rises and reaches the set upper limit, the pressure sensor sends a signal again to stop the air compressor to keep the pressure inside the water tank within the specified range.
Water Level Control
The water level inside the water tank is generally monitored by a water level sensor.
When the water level drops to the set lower limit of the water level, it will trigger the water replenishment device to replenish water into the water tank.
The water replenishment stops until the water level rises to the set upper limit of the water level.
Example Illustration
Suppose the lower limit of pressure is set at 0.2 MPa and the upper limit is set at 0.4 MPa.
When the pressure is lower than 0.2 MPa, the air compressor starts, and the compressed air enters the water tank, and the pressure gradually rises.
When the pressure reaches 0.4 MPa, the air compressor stops.
The lower limit of the water level is set at 20% and the upper limit is set at 80%.
When the water level is lower than 20%, the water replenishment device is turned on, and water enters the water tank.
The water replenishment stops until the water level reaches 80%.
Conclusion
This dual control principle of pressure and water level ensures that the marine pressure water tank can continuously and stably provide the required pressurized water for ships and guarantee the normal operation of the ship's systems.
Finally, thank you for browsing the full text, I hope you have a more profound understanding of Marine pressure tank. For more knowledge and products about pressure tanks, please visit our Marine Hydrophore website home page or contact us directly!
