SSV66A141S1GP

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Float level sensors are commonly used in automated processes to monitor levels of liquids and solid materials within tanks, silos, and other vessels. The SSV66A141S1GP float level sensor is a reliable and robust option for many industries, including the food and beverage industry. It is also well suited for industrial applications ranging from wastewater treatment to chemical tank gauging.

The SSV66A141S1GP float level sensor is a two-wire, 6mm dampened-movement level switch. It has a built-in, single-pole, double-throw switch, and an adjustable set-point range that offers repeatable and reliable level detection. It is designed to work with both DC and AC voltage, and can operate under extreme temperatures, making it well suited for a variety of applications and environmental conditions.

The working principle of the SSV66A141S1GP float level sensor is quite straightforward. The device consists of two parts - a floating magnet and a potentiometer. When liquid or solid material rises and falls, the magnet moves along with it, while the potentiometer remains stationary. The movement of the magnet is registered as a reaction of changing resistance on the potentiometer. This varying resistance triggers the switch to turn on or off when the pre-set levels are reached.

The SSV66A141S1GP float level sensor is suitable for use in a wide range of industries such as food and beverage processing and storage, waste water treatment, tank gauging, oil and natural gas exploration, and marine-based applications. This device is also suited for pump control, enabling switches to be set at any desired level for automatic pump operation when levels reach a predetermined point.

In short, the SSV66A141S1GP float level sensor is a reliable choice for a wide range of industrial and commercial applications, providing reliable, repeatable level sensing for both liquids and solid materials. It is a two-wire, 6mm dampened-movement switch featuring a built-in single-pole double-throw switch, and it can handle a variety of voltage types, making it suitable for a variety of industrial applications. Its working principle is simple and straightforward, with a floating magnet constituting one part and a potentiometer staying stationary.

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