The causes of Silver Point Contact erosion and maintenance prevention measures

Excessive current: When the current passing through the Silver Point Contacts exceeds the rated value, they are prone to be eroded. At the moment of starting, stopping the equipment or sudden changes in the load, a large current will flow through the contacts instantly, causing the contacts to overheat and triggering erosion.

Poor contact of contacts: Affected by manufacturing processes, usage environment, and long-term use, Contact Points may experience oxidation, rusting, and carbon deposits. During power-on, contacts with poor contact will generate high temperatures, further aggravating oxidation and erosion.

Insufficient contact pressure: Bimetal Silver Contact pressure is the key to ensuring good contact. Insufficient pressure will directly lead to poor contact, and subsequently, high temperatures will be generated, ultimately causing contact erosion.

Poor usage environment: In environments with high temperature, high humidity, vibration, or corrosive substances, the Electrical Contacts will accelerate oxidation and corrosion, reducing the service life of the relay, and easily causing erosion.

Select the appropriate relay: Select based on the actual circuit requirements, ensuring that the rated current and voltage of the relay match the circuit requirements, avoiding long-term overloading operation and preventing large current impacts on the Electrical Contact Points.

Maintain clean contacts: Regularly clean the oxide, rust, and carbon deposits on the Silver Alloy Electrical Contact Rivets surfaces to maintain good contact; for contacts where dirt is prone to accumulate, use ultrasonic cleaning or alcohol wiping methods for cleaning.

Adjust contact pressure: Adjust the Electrical Contact Silver Point pressure as needed to an appropriate range to avoid excessive pressure causing contact wear and prevent insufficient pressure from leading to poor contact.

Improve the usage environment: Install the relay in a dry and ventilated environment, avoiding the influence of high temperatures, high humidity, vibration, and corrosive environments; ensure the sealing and protection of the relay to prevent dust and impurities from invading.

Regular inspection and maintenance: Regularly check the color, flatness, and whether there is erosion on the Cold Headed Electrical Contacts, and promptly repair or replace faulty relays to avoid the expansion of faults affecting the entire circuit.

Use the equipment reasonably: During use, avoid frequent starting, stopping, and switching operations, reducing the impact on the Bimetalic Rivets; also avoid the relay working continuously for a long time to allow it to get proper rest and cooling.

Adopt advanced materials and technologies: Select relays that use new materials and technologies to enhance the durability and reliability of the Silver Electrical Contacts and reduce the risk of erosion.

To fundamentally reduce the occurrence probability of relay contact burnout, choosing high-quality contact products is particularly crucial. Our Silver Point Contact, crafted with high-quality silver base material, boasts excellent conductivity and high-temperature resistance, effectively preventing overheating caused by current impact. It also has outstanding anti-oxidation and anti-corrosion properties, ensuring stable contact pressure and effect even in complex conditions, significantly reducing carbon deposits and burnout, and meeting the usage requirements of various relays, thus laying a solid foundation for the stable operation of relays at the component level.

If you want to solve the problem of relay contact burnout and improve the stability of equipment operation, please feel free to consult and purchase our Contact Points!