In modern industry, contactors are a common electrical component used to control switching and breaking in power circuits. The micro switch is a switching element with the characteristics of small size, sensitivity and high reliability. So, why do you choose to use micro switches for control in contactors? This article will answer this question in detail from many aspects.

First of all, the micro switch has the characteristics of small size and lightness, which makes its installation in the contactor more convenient. Contactors often need to be installed in tight spaces, so choosing a small microswitch can easily meet this requirement. In addition, the flexibility of micro switches also provides more possibilities for the design and arrangement of contactors, greatly increasing the flexibility and plasticity of the system.

Secondly, micro switches have the characteristics of high sensitivity and reliability. As the switching and breaking component of the circuit, the contactor has high requirements for signal sensitivity and stability. Micro switches can achieve reliable contact and separation with small forces, so they play a vital role in the control of contactors. Its triggering force is small, the contacts are reliable, and it can work at high frequency and speed, thus ensuring the normal operation of the contactor.

In addition, micro switches have a long life and can withstand long-term, high-frequency switching operations. Contactors usually need to withstand long-term operation and frequent switching, so it is very important to choose micro switches with long life. The contacts of the micro switch are made of high-quality materials, with low contact resistance and good electrical conductivity, which can effectively reduce the heat and energy consumption of the contactor and extend the service life of the contactor.

In addition, micro switches also have a variety of protection functions, such as dustproof, waterproof, shockproof, etc. Contactors are usually used in complex environments such as factories and equipment, so they need to have certain protective functions. By using a sealed design and made of high-quality materials, the microswitch can effectively block the intrusion of dust, moisture, vibration and other external factors, provide reliable protection measures, and ensure the normal operation of the contactor.

To sum up, the choice of micro switch for contactor control is based on the comprehensive consideration of many factors. The small size, high sensitivity, reliability and multiple protection functions of micro switches make them an ideal choice for contactor control. It is believed that with the continuous advancement of technology, the application of micro switches in the field of contactors will be more widely developed.