The Pressure Switch Factory plays a pivotal role in the manufacturing and calibration of pressure switches, which are critical components in various industries such as automotive, aerospace, and chemical processing. These switches are designed to monitor and control pressure levels, ensuring the safe and efficient operation of machinery and systems. The calibration process within the Pressure Switch Factory is a meticulous endeavor that guarantees the accuracy and reliability of these devices.

The calibration process begins with the assembly of the pressure switch within the factory. Each component is carefully crafted and assembled to meet specific tolerances and performance criteria. Once assembled, the pressure switch undergoes a series of tests to ensure its functionality. This is where the calibration process becomes crucial. The calibration process in the Pressure Switch Factory involves several key steps that ensure the device's accuracy and consistency.

Firstly, the pressure switch is subjected to a series of static pressure tests. These tests are conducted in a controlled environment within the factory's calibration laboratory. The pressure switches are exposed to varying levels of pressure, simulating the conditions they will encounter in the field. The factory's calibration technicians meticulously record the switch's response to each pressure increment, ensuring that the device activates and deactivates at the specified pressure points.

The next phase of the calibration process involves dynamic pressure testing. This step is essential for pressure switches that are intended for applications with fluctuating pressure conditions. The factory's equipment simulates rapid changes in pressure, allowing the technicians to observe how the pressure switch responds to these variations. This testing ensures that the switch can operate effectively under real-world conditions, where pressure changes may occur rapidly.

Following the testing phase, the pressure switches are adjusted to meet the specific calibration requirements. This adjustment is performed by factory technicians who have extensive expertise in the intricacies of pressure switch calibration. The technicians fine-tune the switches using specialized tools and equipment, ensuring that each switch meets the factory's stringent quality control standards.

Once the adjustments are made, the pressure switches undergo another round of testing to confirm that the calibration has been successful. This final testing phase is critical, as it verifies that the switch will perform accurately in the field. The factory's quality control team scrutinizes the results of these tests, ensuring that no pressure switch leaves the factory without meeting the highest standards of accuracy and reliability.

In addition to the calibration process, the Pressure Switch Factory also invests in ongoing research and development to improve calibration techniques and equipment. This commitment to innovation ensures that the factory's calibration processes remain at the cutting edge of technology, providing customers with the most accurate and dependable pressure switches available.

The calibration process within the Pressure Switch Factory is a testament to the importance of precision and reliability in industrial automation. It is through these meticulous processes that the factory ensures that each pressure switch is ready to perform its critical role in monitoring and controlling pressure levels in a wide range of applications. The rigorous calibration protocols of the Pressure Switch Factory are a vital component in maintaining the safety and efficiency of industrial operations worldwide. By adhering to these protocols, the Pressure Switch Factory contributes significantly to the prevention of accidents and the protection of valuable equipment, making them an indispensable part of the global industrial landscape.

Two modes can be switched. “Manual Mode” automatically starts and stops the electric water pump according to the set pressures, and also displays real-time pressure. Time mode used for filling up the water tower, the time setting will be changed as 0.1H,0.2H ...0.9H, 1H, 2H ...24H. Water shortage alarm.