A3U-TMR-A1C-5M

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

Push button switches are also known as momentary contact switches, which are equipped with button springs, hinges, terminals and other components. The buttons of these switches can be pushed down to allow electrical signals to pass through them. A3U-TMR-A1C-5M is one type of push button switch. It is widely used in telecommunication and security systems.

A3U-TMR-A1C-5M has a built-in LED and Micro Momentary Contact Switch (MMS) which can detect and measure the pulses of the user’s finger. It also has a built-in mechanical locking mechanism that guarantees reliable operation and a variety of tamper-proof settings for added security. The switch also has a built-in seal to prevent dust, dirt, and moisture from entering. This makes the switch suitable for use in extreme environments as well as for high-voltage applications.

Regarding the application field of A3U-TMR-A1C-5M, it is mainly used in access control systems, such as fingerprint recognition systems. The switch can detect and measure the pulses of the user’s finger, with the help of MMS, and then sends signal to the controller. In this way, the user can be verified and granted access. Besides, this type of push button switch can also be used in lighting systems and security alarms, where the switch can detect human motion and then open the door or turn on the light.

The working principle of A3U-TMR-A1C-5M is quite simple. With the help of MMS, the switch can detect and measure the pulses of the user’s finger. When the user presses down the button, the pulses are processed and converted into electrical signals, which are then sent to the controller. According to the pre-programmed setting, the controller decides whether to grant access to the user or not.

In summary, A3U-TMR-A1C-5M is a type of push button switch which is widely used in access control systems and lighting systems. It has a built-in MMS which can detect and measure the user’s finger pulse and then send electrical signals to the controller. This allows the controller to grant access or turn on the light according to the pre-programmed setting.

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