E-Switch has introduced its latest emergency stop (E-stop) switch solutions designed specifically for solar panel installations. These switches are engineered to meet the demanding requirements of solar energy systems, offering enhanced safety, reliability, and compliance with industry standards.
Product Features and Specifications
- Type: Emergency stop switches (E100 and E200 series)
- Features: Rugged construction, IP65 rating, high actuation force, push-lock turn-to-reset mechanism, multiple illumination options
- Specifications: Small cutout size, suitable for rapid shutdown systems in solar panels, designed to withstand harsh environments
- Applications: Ideal for solar panels and other renewable energy systems where rapid shutdown and emergency stop capabilities are required
Key Benefits
- Compliance with NEC Requirements: The E100 and E200 series are designed to meet the National Electrical Code (NEC) requirements for rapid shutdown systems, ensuring compliance and enhanced safety for solar installations.
- User-Friendly Design: These switches feature a push-lock turn-to-reset mechanism, making them easy to operate in emergency situations, while the compact design allows for efficient installation.
- Durable Construction: Built to withstand harsh outdoor environments, the E100 and E200 series offer high durability with an IP65 rating, ensuring long-lasting performance in solar applications.
Applications and Use Cases
These emergency stop switches are tailored to meet the needs of renewable energy systems, making them the perfect safety solution for:
- Solar Panels: Ensuring rapid shutdown in case of emergency, enhancing system safety and meeting regulatory requirements.
- Renewable Energy Installations: Providing reliable emergency stop functionality for wind, solar, and other renewable energy systems.
- Commercial and Residential Systems: Suitable for both large-scale solar farms and residential solar panel installations.
Contact
For more details, visit E-Switch’s emergency stop solutions for solar panels and how they can enhance the safety and compliance of your renewable energy systems.
