ODU MEDI-SNAP® 1.6kV High-Voltage Connectors

Introduction

The ODU MEDI-SNAP® 1.6kV High-Voltage Connectors are designed for safe and efficient high-voltage applications. With their robust features, these connectors ensure reliability and safety in various demanding environments.

Part Description

The ODU MEDI-SNAP® 1.6kV High-Voltage Connectors are engineered to provide push-pull locking mechanisms and IP64 protection, making them suitable for high-voltage testing in confined spaces. These connectors are characterized by mechanical keying and color coding, specifically featuring an orange housing to prevent mismatching of plugs and sockets. They can handle voltages up to 1.6kV AC/DC and a maximum current of 10A, ensuring they meet the rigorous demands of high-voltage applications. With a lifespan of at least 5000 mating cycles, these connectors are built for durability and reliability.

Applications

• High voltage testing
• Battery testing
• Automotive testing
• Battery storage
• High-voltage measurements in laboratory environments
• Photovoltaics

Industries

• Automotive
• Renewable Energy
• Laboratory Research
• Electrical Engineering
• Telecommunications

Usage Ideas

1. Battery Testing Station: Create a dedicated testing station for evaluating the performance and safety of various battery types using the ODU MEDI-SNAP® connectors for reliable connections.
2. Automotive Diagnostic Tool: Develop a diagnostic tool for automotive applications that utilizes these connectors to safely interface with high-voltage systems in electric and hybrid vehicles.
3. Laboratory Measurement Setup: Set up a laboratory measurement system for high-voltage experiments, ensuring secure and safe connections with the ODU MEDI-SNAP® connectors for accurate data collection.

Conclusion

The ODU MEDI-SNAP® 1.6kV High-Voltage Connectors are a vital component for anyone working with high-voltage applications. Their robust design, safety features, and versatility make them an excellent choice for a wide range of industries and applications. Whether in automotive testing, battery storage, or laboratory environments, these connectors provide the reliability and performance needed for safe high-voltage operations.