SSF24X100

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The SSF24X100 is a float level sensor that comes in two forms, including the SSF24X100-NP and the SSF24X100-ND. It is used to measure liquids in fish tanks, ventilation systems, swimming pools, hot tubs, roof gutters, and a wide variety of other applications. In these applications, the SSF24X100 has the capability of providing precise readings due to its ability to differentiate between liquids and other materials.

The SSF24X100 has a number of features that make it particularly appealing to those looking to measure liquid levels. For starters, it is very reliable, having a 0.1 percent accuracy rate. The sensor also has an extended range of 0.200 to 0.800 meters, making it suitable for measuring both shallow and deep water depths. Additionally, the SSF24X100 is capable of operating in both normal and high temperature and humidity environments, and thanks to its waterproof design it can handle working in rain or other water conditions.

The working principle for the SSF24X100 is relatively simple yet effective. The sensor works by using a buoyancy principle, where it detects the buoyancy of water due to its density. When the float is in contact with water, the float rises, while when it is out of contact with water it falls. The float has a magnet attached to it, and as the float is in motion the magnetic force of the float interacts with a switch located on the outside tube, which is connected to the PCB board. When the float is in contact with water, the switch is triggered and sends the signal to the PCB board. The data collected by the PCB board is then transmitted and then used to measure the water depth.

The SSF24X100 float level sensor is a highly accurate and reliable way to measure liquid levels in different environments. With its waterproof design, wide operating range, and the ability to work in different temperatures and humidity levels, the SSF24X100 provides users with detailed and accurate readings despite different environmental conditions. The float level sensor works using a buoyancy principle, where the float is free to move up and down depending on the liquid level, and the switch connected to it is triggered once the float is in contact with water, providing accurate data on the liquid depth.

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