Outback Power FW-CCB Mounting Bracket for Charge Controllers

The Outback Power FW-CCB is specifically designed to secure side-mounted charge controllers onto the GSLC, FW500, and FW1000 DC enclosures. This robust mounting solution simplifies installation and ensures reliability. With the inclusion of necessary mounting screws, the FW-CCB offers convenience and enhances the setup of your renewable energy systems.

Product Features

Secure Mounting Solution

This mounting bracket allows for the stable attachment of charge controllers to the side panels of various enclosures, ensuring a reliable fit.

Includes Mounting Hardware

The FW-CCB comes with all necessary mounting screws, providing a hassle-free installation experience that suits diverse enclosure designs.

Compatibility with Enclosures

Designed for use with GSLC, FW500, and FW1000 DC enclosures, this bracket offers compatibility flexibility for various setup configurations.

Durable Construction

Constructed from high-quality materials, the FW-CCB ensures lasting performance and withstands different environmental conditions, making it ideal for long-term installations.

Not Compatible with FLEXmax 100

While the FW-CCB suits a range of charge controllers, it is important to note that it is not compatible with the FLEXmax 100 charge controller.

How It Works

The FW-CCB bracket operates by providing a secure platform for mounting charge controllers on the side of compatible DC enclosures. By using the included fasteners, it ensures stable positioning and integration within your energy system setup.

Efficient Mounting Mechanism

The mechanism entails securing the controller onto the enclosure side using provided screws, maintaining a firm and durable attachment.

Boosting System Configurability

The bracket supports customizable configurations, enabling users to optimize their system layouts for enhanced accessibility and performance.

Durability and Longevity

Engineered to last, this component is resilient to wear and environmental impacts, ensuring extended functionality and robustness.

Specifications