AML21MBC2CD

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Pushbutton switches, like the AML21MBC2CD switch, are used in industrial and commercial applications to quickly and reliably switch between electrical circuits or provide a feedback signal to the controller or computer. The AML21MBC2CD switch is especially suited for high-frequency switching and contact switching applications.

These switches are manufactured and designed to be reliable, providing long service life and a consistent performance. They are designed to quickly switch between circuits, with a minimum contact bounce time of 5ms, which is especially suited for electromechanical control applications.

The AML21MBC2CD switch has an extended operational life of 10 million operations, meaning that it can withstand a higher number of switch cycle and will require less maintenance or repair than other traditional switches. It is also designed to operate in environments with a wide temperature range, from -40°C to +85°C.

The AML21MBC2CD switch allows for efficient, accurate and reliable switching in a variety of applications. Industrial motor controllers, robotic arms, and elevators all utilize this switch for consistent, reliable operation.

The AML21MBC2CD switch has two Normally Open (NO) contacts and two Normally Closed (NC) contacts with a latching mechanism. The switch can be actuated by an external force, such as a press of the button or lever, or with the use of a momentary pulse such as from an electronic controller.

When the switch is in its resting state, the NO contacts are closed and the NC contacts are open. The operator can manually move the switch to change this, or a momentary pulse can be applied to cause the contacts to change state. In this way, the switch can be used to send a signal or feedback to the controller.

The AML21MBC2CD switch is a high-quality design, providing reliable, long-term performance in a variety of applications. Its wide temperature range makes it suitable for use in many different environments, while the latching mechanism ensures that it always returns to its resting state after a momentary pulse is applied. Its extended operational life and fast switching times make it a reliable choice for many industrial and commercial applications.

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