AZH2224

Snap Action, Limit Switches

AZH2224 switches are snap-action limit switches designed to be used in various types of automated machinery. These switches provide highly reliable and durable contact action, with a low bounce time, which allows them to be used in applications where fast, yet reliable switching is required. All AZH2224 switches feature a dielectric strength of 1500V, contact force of 5 Newton and a contact resistance of 0.02 Ohms.

AZH2224 limit switches are used in a variety of applications, including elevators, printing machines, motor starter systems, automatic door closers, etc. These switches can be used to detect the physical position of a door or lever mechanism, signal a specific movement and control the speed of a motor. By providing a signal change once a predetermined contact position is reached, these switches allow for precise, reliable operation of mechanisms.

The working principle of AZH2224 limit switches is relatively simple. The switch is activated when forces such as acceleration, deceleration and electrical current create a movement of the moving components within the switch. This action is then converted into the desired electrical signal and the switch is energized. This switch’s design allows for positive and reliable contact action, with a low bounce time.

In addition to providing reliable contact action, AZH2224 limit switches are designed to be highly resistant to temperature fluctuations and extreme environments. This makes them suitable for use in various applications located within harsh environments, such as high-temperature and corrosive environments.

The AZH2224 switch is one of the most reliable and durable limit switches available on the market today. Thanks to its simple yet effective design, it is able to provide a high level of reliability and performance, while also providing excellent cost-efficiency. The switch’s design also ensures that it is resistant to both temperature fluctuations and extreme environments, making it suitable for use in many industrial applications.