MP0034/2

MP0034/2 Application Field and Working Principle

MP0034/2 pushbutton switches are widely used across many industries, and are ideal for low and mid-voltage applications and installations.

They offer a high performance and dependable solution that meets the demands of these industries in switch gear, home appliances, and any other electrical systems.

The MP0034/2 pushbutton switch, designed and developed by Molnlycke, provides a reliable, low power, robust, and miniaturised switch that is easily integrated into panels and equipment. The design of the switch is also cost-effective, which makes it a great choice for applications across multiple industries.

The MP0034/2 pushbutton switch works on a principle of spring return electrical contacts. It includes two movable contacts and a static contact, often referred to as the ‘common’ contact. The switch is operated by pressing the button, which causes the movable contacts to come into contact with the static contact. This completes an electrical circuit, which can then be used to control a variety of devices.

In addition to its simple and effective operation, the MP0034/2 pushbutton switch has several key features. It has a vandal-proof design and is resistant to scratches, grease and oil, UV light and dust. It has an extended operating life which makes it perfect for long term use, and its high durability and reliability increases its market value.

The MP0034/2 pushbutton switch is also designed to be extremely easy to install and use. It can be installed into most electrical panels and equipment with minimal wiring. Along with this, the switch is RoHS compliant, which makes it perfect for demanding applications that require eco-friendly solutions.

Overall, the MP0034/2 pushbutton switches are a great choice for a variety of industries due to their simple design, long operating life and excellent performance. With their high durability, low power consumption and wide range of applications, they offer an ideal solution that is reliable and cost effective.