ODU MEDI-SNAP® 3.5 High Power Circular Connectors


ODU MEDI-SNAP® 3.5 High Power Circular Connectors

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ODU ODU-MEDI-SNAP-3.5 Connectors

Description

ODU MEDI-SNAP® Size 3.5 High Power Circular Connectors safely transmit high power in a compact installation space, utilizing ODU LAMTAC® contact technology. The robust design of the connector housing, with an intuitive push-pull locking mechanism, ensures easy operation in demanding environments. These connectors are ideal for industrial, automotive testing, and battery balancing applications.

ODU MEDI-SNAP® 3.5 High Power Circular Connectors

Introduction

The ODU MEDI-SNAP® 3.5 High Power Circular Connectors are engineered to safely transmit high power in compact spaces, making them an essential component in various demanding applications. With their robust design and intuitive features, these connectors are ideal for industries that require reliability and efficiency.

Part Description

The ODU MEDI-SNAP® Size 3.5 High Power Circular Connectors utilize ODU LAMTAC® contact technology, allowing for the transmission of up to 80A current and 1000V voltage. The connectors are designed with a push-pull locking mechanism that ensures ease of use and secure connections, even in challenging environments. They are available in both IP50 and IP68 variants, offering protection against dust and water ingress. The connectors also come with a wide range of mechanical and color coding options, making them versatile for various applications.

Applications

  • Industrial applications
  • Automotive testing
  • Battery balancing

Industries

  • Manufacturing
  • Automotive
  • Renewable energy
  • Telecommunications
  • Robotics

Usage Ideas

  1. Industrial Automation: Use ODU MEDI-SNAP® connectors to create a reliable power distribution system for automated machinery in a manufacturing plant.
  2. Electric Vehicle Testing: Implement these connectors in testing setups for electric vehicles, ensuring safe and efficient power connections during performance evaluations.
  3. Battery Management Systems: Design a battery balancing system for renewable energy storage solutions, utilizing the connectors for secure and high-power connections.

Conclusion

The ODU MEDI-SNAP® 3.5 High Power Circular Connectors are a robust solution for high-power transmission in compact spaces. Their innovative design and versatility make them suitable for a wide range of applications across various industries. Whether in industrial automation, automotive testing, or battery management, these connectors provide the reliability and performance needed to meet demanding operational requirements.