Kilovac EV210 High-Voltage Contactors: A Comprehensive Overview

Introduction

The Kilovac EV210 High-Voltage Contactors from TE Connectivity are engineered for high-performance control in new energy applications. With the capability to handle voltages up to 1500V DC, these contactors are ideal for various demanding environments, ensuring reliability and efficiency.

Part Description

TE Connectivity's Kilovac EV210 High-Voltage Contactors are designed to provide robust switching capabilities in a compact form factor. They are hermetically sealed, utilizing high-performance dielectric epoxy technology, which protects against oxidation and contamination. The built-in coil economizer operates at a mere 1.7W hold power at 12VDC, making them energy-efficient while limiting back EMF to 0V. These contactors are UL recognized for use in the US and Canada and comply with RoHS standards, ensuring they meet environmental regulations.

Applications

• Alternate energy systems
• Electric vehicle (EV) DC fast-charge stations
• Hybrid electric mobility systems (HEMS) and eVTOL charge infrastructure
• Battery energy storage systems
• CE marked for European Community applications

Industries

• Renewable energy
• Automotive (specifically electric vehicles)
• Aerospace and defense
• Industrial automation
• Transportation

Usage Ideas

1. Electric Vehicle Charging Station: Integrate the Kilovac EV210 into a DC fast-charging station for electric vehicles to ensure efficient and reliable power switching.
2. Battery Storage Management: Use the contactors in a battery energy storage system to manage the charging and discharging cycles safely and effectively.
3. Hybrid Mobility Systems: Implement the EV210 in hybrid electric mobility systems to control power distribution between the battery and electric motors, enhancing performance and efficiency.

Conclusion

The Kilovac EV210 High-Voltage Contactors from TE Connectivity are a versatile and reliable solution for high-voltage applications in various industries. Their robust design, energy efficiency, and compliance with safety standards make them an excellent choice for modern energy solutions, particularly in the rapidly evolving electric vehicle and renewable energy sectors.