SSF212X100

Series:	SSF212
Part Status:	Active
Type:	Liquid
Output Type:	Switch (Single Float)
Output Configuration:	SPST-NC/NO
Current:	500mA
Minimum Liquid Specific Gravity:	0.8
Switch Actuation Level:	--
Mounting Type:	Male 1/2" (12.7mm) NPT
Material - Housing & Prism:	304 Stainless Steel
Operating Temperature:	120°C
Voltage Rating:	300VDC, 300VAC

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SSF212X100 float, level sensors are specifically designed to measure liquid level in industrial applications, including tanks, silos, reservoirs, and other containers. They are constructed from materials that are compatible with the liquids they are designed to measure, which makes them reliable and robust for long-term environmental exposure. When used in combination with the included housing, they can be safely installed and provide accurate measurements in three-dimensional space.

The working principle of SSF212X100 is based on buoyancy. Float level sensors operate on the principle of Archimedes’ law of buoyancy, which states that an object displaces its own weight in water. This means that the object will float, as long as the buoyancy force generated by Archimedes’ law is greater than the weight of the object. Float level sensors measure the displacement of the float in relation to the liquid level in the tank, thus providing an indication of the liquid level in the tank.

Float level sensors are reliable and accurate over the long term, regardless of environmental conditions. They are not affected by dust, dirt, corrosive liquids, or any other external factors that might affect the accuracy of other sensors. The float is held in a housing that prevents it from being in contact with the liquid, which helps ensure that the measurements are not affected by the liquid itself. Additionally, the float does not become fouled by contaminants, which reduces maintenance costs and increases the life of the sensor.

Float level sensors are available in a variety of sizes and materials. The most commonly used materials include stainless steel, PVC, and other corrosion resistant metals. These materials are chosen to provide accurate measurements, as well as to resist corrosion and other damage due to immersion in the liquid. Additionally, the stainless steel float is designed to be resistant to physical damage, such as impacts from flanking or hailstones. The float’s ability to resist damage is especially important in environments where there is a potential for flanking and hailstone damage.

The float level sensor is typically mounted in a housing that is designed for immersion in the liquid. The sensor can be mounted directly to the tank or wall, or it may be mounted using brackets that are attached to the tank or wall. The housing is designed to protect the float, while minimizing any resistance to the float’s movement. Some housing designs even incorporate a baffle to further minimize resistance to the float’s movement.

Float level sensors are excellent for measuring liquid level in tanks and other containers. They are reliable and accurate over the long term, even in harsh environmental conditions. Their construction from materials that are compatible with the liquid being measured ensures that the sensors will provide accurate readings. Additionally, they are easy to install and maintain, further increasing their cost effectiveness. If you need to accurately measure liquid level in an industrial application, then SSF212X100 float level sensors are an excellent choice.

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