EPCOS / TDK HVC27-MC High-Voltage Contactors

Introduction

The EPCOS / TDK HVC27-MC High-Voltage Contactors are engineered for high-voltage DC switching applications, particularly in challenging environments. With a maximum operating voltage of 1000VDC and a robust design, these contactors ensure reliability and durability, making them suitable for various demanding applications.

Part Description

The HVC27-MC contactors feature a single coil with a connector and bi-directional main terminals, allowing for versatile installation without polarity constraints. Designed to operate under extreme conditions, these contactors have an IP40 protection rating, ensuring they can withstand harsh environments. They are compatible with both 12V and 24V coil types and can handle continuous currents of 300A, 400A, or 500A, with a rated operating current of 80A. The contactors also boast a mechanical endurance of up to 500,000 operations, making them a reliable choice for long-term use.

Applications

• Electrical energy storage systems (ESS)
• DC fast-charging stations
• Harsh environmental conditions

Industries

• Renewable energy
• Electric vehicle charging infrastructure
• Industrial automation
• Telecommunications

Usage Ideas

1. Energy Storage System Integration: Utilize the HVC27-MC contactors in a solar energy storage system to manage the high-voltage DC switching required for efficient energy distribution.
2. Electric Vehicle Charging Station: Implement these contactors in a DC fast-charging station to ensure safe and reliable operation under high-voltage conditions.
3. Industrial Automation Projects: Incorporate the contactors in automated machinery that operates in extreme environments, ensuring robust performance and longevity.

Conclusion

The EPCOS / TDK HVC27-MC High-Voltage Contactors are a vital component for applications requiring reliable high-voltage DC switching in harsh conditions. Their robust design, high current handling capabilities, and versatility make them an excellent choice for various industries, including renewable energy and electric vehicle infrastructure. With their proven durability and performance, these contactors are poised to meet the demands of modern electrical systems.