SSF67B50B250PM12

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Float level sensors are used around the world to monitor and measure fluid and liquid levels that are present in both open and closed systems. These sensors are also used in a variety of applications including industrial, automotive, aerospace, commercial, and medical. One such float level sensor is the SSF67B50B250PM12. Let’s take a look at the applications and working principle of this particular sensor.

Applications

The SSF67B50B250PM12 is used in a variety of applications where a reliable and accurate level sensing system is required. Some of these applications include:

• Monitoring fuel levels in automotive and aerospace applications
• Monitoring wastewater levels in industrial applications
• Measuring oil levels in pumps and compressors
• Monitoring water levels in commercial and industrial pools and tanks
• Monitoring and controlling cooling systems in medical applications

The SSF67B50B250PM12 is also resistant to corrosion, temperature fluctuations, and vibration, making it an ideal option for level sensing in a wide range of applications.

Working Principle

The SSF67B50B250PM12 float level sensor is based on the principle of buoyancy. It consists of a buoyant float that is suspended within a closed-loop media, such as oil, water, or air. The float is attached to a rod that connects to the sensor. As the level of the liquid or fluid changes, the buoyancy of the float causes it to rise or fall, which in turn moves the rod and triggers the sensor.

The sensor is designed to detect and measure changes in level as small as 0.5mm and as large as 4.5mm. The data logged by the SSF67B50B250PM12 can then be used to control the level of the fluid or liquid in the system. This level is monitored by the sensor and can be adjusted accordingly.

The SSF67B50B250PM12 is an accurate and reliable float level sensor suitable for a variety of applications. Its ability to detect and measure level changes as small as 0.5mm and as large as 4.5mm make it a versatile and reliable option for many level sensing requirements.

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