ASQM17438

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Snap action, limit switches, such as the ASQM17438, are electrical devices used by industries to turn off and on mechanical components such as motors, pumps and conveyor belts. Limit switches are designed to cut off or activate the power supply to devices when certain physical boundaries are breached.

The ASQM17438 limit switch is one such device. It has a long lifespan, low cost, and is inexpensive to maintain. It is designed to be used in a variety of applications. The ASQM17438 is designed to work in most any environment, including extreme temperature, humidity, and high vibration. It contains a robust, sealed mechanism and can be used to control circuits up to 120 VAC and 120VDC.

The primary application of the ASQM17438 is the control of motors, pumps, and conveyor belts. It can be used to turn on and off electrical power to large machinery, and to switch from low to high levels of energy when needed. In addition, the ASQM17438 can be used for mechanical control in applications such as elevator systems and industrial control panels.

The working principle of the ASQM17438 is based on snap action. This involves the switching element being quickly opened and closed by either mechanical force or electrical current. Snap action is used in the ASQM17438 to cut off or activate the power supply when certain physical boundaries such as temperature, pressure, or motion are breached.

The ASQM17438 is designed to be very reliable. It has a mechanical life expectancy up to ten million cycles and a low operating force. The switch can operate in temperatures ranging from -25 to +70 degrees Celsius, and is rated to IP67 dust-tight and watertight protection.

The ASQM17438 is a great choice for applications that require snap action and limit switches. It has a long lifespan, low cost, and can work in a variety of environments. Its snap action feature is ideal for switching between low and high levels of energy, for controlling power to large machinery, and for mechanical control in industrial control panels.

The specific data is subject to PDF, and the above content is for reference