Phoenix Contact Series RC Crimp Contact, 1mm Contact size, Crimp Termination Method - 1602998 This crimp contact is a vital component for circular connectors, designed to provide a secure and reliable connection. With a contact diameter of m, this socket contact type ensures optimal performance in various electronic applications. The crimp termination method facilitates easy installation while maintaining strong, vibration-resistant connections. Features & Benefits • Robust CuZn contact material offers durability and longevity
• Au plated and Ni plated finishes enhance connectivity and resistance
• Designed for crimping, ensuring high tensile strength
• Minimal contact resistance improves overall circuit efficiency
• Simplifies production monitoring for easier quality control Applications • Used with various circular connectors for secure electronic connections
• Ideal for automation systems requiring reliable electrical performance
• Utilised in specialised electrical and mechanical
• Essential in industries that demand precise electronics connector solutions What materials are used in manufacturing this product, and why are they important? The construction utilises CuZn for its excellent conductivity and strength, while Au and Ni plating enhance the contact's oxidation resistance, ensuring long-term reliability in various environments. What is the significance of the crimp termination method in this application? The crimp termination method creates a strong mechanical connection, allowing for high tensile strength and resistance to vibration, which is critical in demanding electronic environments. How does the contact diameter affect compatibility with connectors? Having a contact diameter of m allows compatibility with specific circular connectors designed for similar dimensions, ensuring a secure and effective electrical connection. What measures can be taken to ensure optimal performance during installation? Using appropriate crimping tools specifically designed for m contacts helps achieve a secure connection. Adhering to specified crimping techniques will further enhance the integrity of the connection.