44526-0210

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Snap Action, Limit Switches are important components of many electronic machinery and industrial systems. The 44526-0210 is an important model of limit switch that is commonly used in many applications.

The 44526-0210 uses a coil spring technology to detect the presence or absence of rotating or moving objects such as motors, pumps, fans and other mechanical components. It converts the mechanical action of a moving object into an electrical signal, allowing for control or signal routing for an automated system.

Originally developed with a static contact design, the 44526-0210 has been improved to use a permanently magnetized armature switch which eliminates the need for a fixed contact point. This makes the switch more sensitive and requires only a minimum of electrical activity to activate it. A threaded stem is also included to make installation and adjustment easier.

The 44526-0210 has two types of action, snap action and slow-blow. In snap action, the switch snaps up or down to an "On" or "Off" position when the rotating or moving object passes through its sensing window. In slow-blow mode the switch responds to more gradual changes in the speed or position of the object, allowing for finer control and a longer response time than snap action. This makes it well suited for applications such as temperature and pressure control or automated production processes.

The 44526-0210 is designed to be capable of operating in a range of temperatures from -40 to +100 degrees C with an operating current of 12A max and an operating voltage of 120 VAC. It is also available in both normally closed and normally open configurations, allowing for greater versatility in its applications. Its rugged design also makes it well suited for use in harsh industrial environments.

In summary, the 44526-0210 model of limit switch is an effective and reliable way to detect the presence or absence of rotating or moving objects in various applications. Its snap action and slow-blow features make it well suited for precise control while its robust design allows it to work in extreme temperature and operating conditions. As such, it is an ideal choice for a variety of industrial and electronic systems.

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