PushButton Switches

Pushbuttons are components that are used to operate machines in many different industries. Pushbuttons can be used to activate or deactivate different parts of a machine or system and are often used in applications such as packaging systems, process controls, and machine tools. Pushbuttons are most often used to provide the operator with an intuitive method of controlling the machine. The MB2061SB1G01-DA pushbutton switch is a versatile switch designed for use in a wide variety of applications.

Application Field

The MB2061SB1G01-DA is a momentary pushbutton switch that is rated for DC voltages up to 48 volts. The switch is UL recognized, meaning it has been tested to meet the electrical safety standards set by the Underwriters Laboratories. This makes the switch suitable for use in a variety of applications, such as medical equipment, lighting control, and security systems. The switch features silver alloy contacts that are capable of carrying up to 2.0A at 48V DC. The switch is also rated for IEC IP30-level dust and splash proofing, making it suitable for applications where it is exposed to the elements.

Working Principle

The MB2061SB1G01-DA pushbutton switch is a momentary switch, meaning it requires the operator to manually press and hold the switch in order to activate it. When the switch is activated, it will close a circuit and allow current to flow. When it is released, the circuit will open and the current will stop flowing. This makes the switch suitable for applications where the operator needs to control the flow of current at a momentary level. The switch is also designed with a robust mechanical structure, allowing it to be used in applications where it is subject to high levels of vibration and mechanical shock.

Conclusion

The MB2061SB1G01-DA pushbutton switch is a versatile switch that is suitable for use in a wide variety of applications. The switch is rated for up to 48V DC, has silver alloy contacts, and is rated for IEC IP30-level dust and splash proofing. The switch is a momentary switch, meaning it requires manual activation in order to close a circuit and allow current to flow. The switch is designed with a robust mechanical structure, allowing it to withstand high levels of vibration and shock.