S-5741RBL0-M3T2U

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The S-5741RBL0-M3T2U is a type of Magnetic Sensor – Switch (Solid State). This device is unique compared to other switching options because it is operated electromagnetically and uses a shallow recess magnet in order to engage the contact directly. This eliminates the need for a mechanical switch, providing additional benefit in accuracy as well as durability.

The key feature of this particular device is its ability to provide an extended distance at which it is capable of engaging its contact. The overall distance is 0.9 mm. This provides users with more flexibility when designing their control board layout, as the contact does not need to be located in an ideal spot and can be placed further away from the switch and still engage securely. This device also features a normally open contact with a rated resistance of 1000 mohms and a rated voltage of 16 VDC. It also has a detection threshold of 1.60-1.80 Volts.

In terms of application field, the primary use of the S-5741RBL0-M3T2U is as a sensor switch in an electromechanical system. This sensor switch can be used in place of a mechanical switch in order to improve accuracy as well as reliability in controlling the system. This switch is well suited for applications in the automotive, appliance, and industrial control markets.

In terms of working principle, the S-5741RBL0-M3T2U uses a shallow recess magnet in order to engage the contact. An input voltage of 1.60-1.80 VDC applied to the device will generate a magnetic field to actuate the armature in order to engage the contact. The armature is magnetically held to the surface of the device by a sloping recycling mechanism and is released when the input voltage is removed. The armature then resets when the magnetic field collapses and draws the armature back into the recess.

In conclusion, the S-5741RBL0-M3T2U Magnetic Sensor – Switch (Solid State) is a useful addition to a variety of applications in the automotive, appliance, and industrial control market. It provides an extended detection distance as well as a normally open contact with a rated resistance of 1000 mohms and a rated voltage of 16 VDC. Through its electromechanical design, this device eliminates the need for a mechanical switch and provides users with improved accuracy and reliability.

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