59630-2-T-02-F

Series:	59630
Part Status:	Active
Type:	Liquid
Output Type:	Switch (Single Float)
Output Configuration:	SPST-NO
Current:	500mA
Switch Actuation Level:	0.2" (5.08 mm)
Mounting Type:	Panel Mount, M8 Thread
Material - Housing & Prism:	--
Operating Temperature:	-20°C ~ 105°C
Voltage Rating:	300V

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Float Level Sensors - Application Field and Working Principle

Float level sensors are devices used to measure liquid levels in tanks and other reservoirs. Often referred to as float switches or level switches, these sensors are in use in a range of industries, from manufacturing to power generation. One of the most common float level sensors is the 59630-2-T-02-F, a conductive liquid level switch. This article explores the application field of the 59630-2-T-02-F and the working principle behind these types of float level sensors.Application FieldFloat level sensors are often used in industrial automation and control applications where it is necessary to know the liquid level of tanks or vessels. Some common applications of the 59630-2-T-02-F float level sensor include measuring liquid levels in cooling systems, fuel tanks, water tanks, wastewater systems, and freeze-resistant reservoirs.By continuously monitoring liquid levels, these sensors make it possible to adjust a tank’s contents for optimum efficiency. This is particularly relevant in the case of cooling systems, for example, where sensors equipped with float switches can be used to ensure that the temperature remains at an appropriate level.The 59630-2-T-02-F is also capable of setting warning alarms in the event of abnormal liquid levels. This feature is important when it comes to preventing system failure, as it allows operators to react to changes in liquid level in advance.Working PrincipleThe working principle of float level sensors is based on the Archimedes’ Principle of buoyancy. This physical principle states that any object placed in a fluid experiences an upward force, known as the “buoyancy force”, whose magnitude is equal to the weight of the displaced liquid.This phenomenon is demonstrated through the use of a float switch, or float level sensor such as the 59630-2-T-02-F. Float switches consist of a buoyant float connected to a stem, which is in turn connected to a contact switch housed in the stem. When the float is submerged in liquid, the buoyancy force causes the float to rise, pushing the stem and contact switch upwards. The switch then activates the electrical contact, and the liquid level can be determined.ConclusionThe 59630-2-T-02-F is a conductive liquid level switch typically used in industrial automation and control applications to monitor the liquid level of tanks and vessels. The working principle of float level sensors is based on the Archimedes’ Principle of buoyancy - the buoyancy force causes the float switch to rise, activating an electrical contact that can be used to determine the liquid level. With these sensors, operators are able to ensure an optimal liquid level and are able to set warning alarms in case of abnormal levels, ensuring an efficient system.

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