RSF73H100RN

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Float level sensors normally detect the liquid level by using a float connected to a stem that moves within a cylinder. As the stem moves within the cylinder, the float rises or falls depending on the liquid level current. The RSF73H100RN float level sensor is a specialty reading for special applications and works by detecting the presence of liquid when the float is submerged. It works similarly to standard float level sensors but instead of the float and stem, this uses an electronic probe, an isolated float and a spring clip. This gives a more reliable reading and avoids the potential problems of a float and stem combination.

The RSF73H100RN works by using an isolated float, which when touched by the liquid, will complete a circuit that triggers a reading. The float is then held in place by a metal spring clip and sealed for long-term operation. The connection between the float and the electronic probe is made by a stainless steel rod that passes though the float and clip. The rod allows the float to move freely following the liquid level and make an accurate reading.

The RSF73H100RN is mostly used in applications like aquariums, water tanks, wells, storage tanks and other containment units. Its capability for easily adapting to a range of different levels makes it ideal for these applications. The internal spring clip also helps keep the rod and float together and ensures maximum accuracy for the readings.

Additionally, the RSF73H100RN can also be mounted in both horizontal and vertical positions. This makes it even more versatile and allows use in a range of different applications, even for those with limited access or complicated configurations. Plus, the combination of its design and its stainless steel rod construction make it far more reliable than standard float level sensors.

The RSF73H100RN float level sensor is an ideal choice for all critical applications requiring reliable level readings. Its reliable construction and design make it one of the best options available for anyone looking for a reliable and accurate reading in a wide variety of applications.

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