Generac SnapRS Gen 2 – Inline PV Disconnect for NEC 2017 Compliance

The Generac RS802 SnapRS Gen 2 serves as an essential inline PV disconnect, designed specifically for NEC 2017 rapid shutdown requirements. This product enhances safety by allowing for quick disconnection of photovoltaic modules during emergencies. With its robust design and compliance with safety regulations, the Generac RS802 ensures that solar power systems can operate effectively without compromising user safety.

Product Features

Feature 1 Title: Rapid Shutdown Compliance

The Generac RS802 SnapRS Gen 2 meets stringent NEC 2017 requirements for rapid shutdown, providing peace of mind to solar energy users. This feature allows for immediate disconnection of solar systems, minimizing potential hazards during emergency situations.

Feature 2 Title: High Efficiency Performance

With a typical power loss of only 1.35W at maximum input current, the Generac RS802 ensures an efficient operation. This key performance metric promotes minimal energy wastage, enhancing the overall efficiency of solar power systems.

Feature 3 Title: Lightweight and Compact Design

The Generac RS802 is designed to be lightweight at just 2.7 ounces, allowing for easy installation without compromising the structural integrity of solar arrays. Its compact design fits seamlessly into various solar setups.

Feature 4 Title: Durable Construction

Constructed with NEMA Type 6P rated enclosure, the Generac RS802 is built to withstand various environmental conditions. This durability ensures the product remains operational in harsh weather, further enhancing its reliability.

Feature 5 Title: Compatible with Multiple PV Modules

The RS802 can accommodate up to 10 PV modules per substring, providing versatility for a range of solar system configurations. This compatibility makes it an ideal choice for both residential and commercial applications.

How It Works

The Generac RS802 SnapRS Gen 2 operates by allowing for a swift disconnect of power from solar panels, adhering to safety protocols dictated by regulatory standards. This mechanism is particularly crucial during emergency situations, ensuring that rooftops and installations can be safely accessed without the risk of electrical hazards.

Component 1 Title: Disconnect Mechanism

The disconnect mechanism is engineered for rapid operation. In the event of an emergency, it instantly cuts power, providing a safe environment for first responders and homeowners alike.

Component 2 Title: Monitoring and Control

The device is designed to integrate with solar inverter systems, facilitating communication for monitoring purposes. This feature helps maintain optimal system performance while ensuring safety.

Component 3 Title: Installation Compatibility

Designed for easy integration, the RS802 can be installed inline with existing solar modules. Its adaptable design allows installers to incorporate the device into various layouts effectively.

Specifications