Description

Product Description
The Dyness DL5 bracket set is a dedicated mounting solution designed for use with Dyness DL5 series lithium batteries. It enables secure vertical stacking of battery modules, allowing installers to build scalable energy storage systems while maintaining structural stability and proper alignment.

Constructed from durable and corrosion resistant materials, the brackets provide strong mechanical support for each battery unit. They ensure that stacked batteries remain firmly connected, reducing movement and improving overall installation safety.

The bracket system is designed for ease of installation, with pre aligned mounting points and included fasteners. Each battery layer requires its own set of brackets, and the system supports multiple stacked units, making it ideal for residential and commercial solar storage setups where expansion is required.

Technical Specifications

• Product Type: Battery stacking bracket set
• Compatibility: Dyness DL5 and DL5.0C lithium battery modules
• Application: Vertical stacking and secure mounting of battery systems
• Mounting Type: Floor standing stacked configuration
• Material: Powder coated steel or corrosion resistant metal
• Configuration:
  • Front and rear bracket set
  • Includes mounting bolts and screws
• Installation Requirement: One bracket set per battery layer
• Maximum Stack Height: Up to 6 battery modules vertically
• Load Capacity: Designed to support full battery weight approximately 50 kg per unit
• Fastening Method: M6 bolts with recommended torque approximately 9.8 Nm
• Alignment Function: Ensures proper spacing and secure interlocking of battery units
• Stability: Prevents shifting and improves structural integrity of stacked system
• Installation Type: Bolt on assembly with simple manual installation
• Color: Typically black finish
• Safety Features:
  • Secure mechanical locking between modules
  • High strength construction for long term use
• Application Environment: Indoor battery installations
• Use Case: Residential and commercial solar energy storage systems