2341-12-010

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Reed relays are electromechanical switches that operate when energized by an electromagnetic field. The 2341-12-010 is a type of reed relay, designed for use in applications that require reliable, low-power switching. Developed by the German company Siemens, it is a single-pole relay with a maximum switching voltage of 12 VDC. It has a response time of 3 ms, making it a fast-acting switch.

The 2341-12-010 is composed of a small, hermetically sealed reed switch, a coil of copper wire surrounding it, and a magnet. When the device is energized, a small electric current passes through the copper coil, creating a magnetic field. This magnetic field attracts the reed switch and causes it to close. The magnet also helps to retain the switch in its closed position. In other words, as long as the device remains energized, the switch will remain closed. When the power is removed, the reed switch returns to its original open position due to the presence of the permanent magnet.

In order to function, the 2341-12-010 requires an operating voltage of at least 75% of the maximum switching voltage, in this instance 9 VDC. Higher voltages should not exceed the maximum rating in order to avoid damage to the device. The device is typically mounted on a printed circuit board using pin connectors, though alternative mounting methods, such as surface mount technology, can also be used.

Due to its small size, low power consumption and high performance, the 2341-12-010 is often used to control a variety of small and medium-sized devices. Common uses include controlling automotive systems, monitoring industrial equipment, and activating alarms. The relay is also suitable for home automation applications, as it can be triggered by a number of low-voltage DC signals.

In summary, the 2341-12-010 is a reed relay designed for reliable, low-voltage switching. It is composed of a sealed reed switch, a copper coil, and a magnet, and requires an operating voltage of at least 75% of its maximum switching voltage. The device is suitable for controlling a variety of low-power devices, such as automotive systems, industrial equipment, and alarms.

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