IR MultiBallast™ CB Series Modular Solar Panel Racking System

Description

IR MultiBallast™ CB Series Modular Solar Panel Racking System

• Multiple Configurations Offering Sun Angles From 0-8° (0°, 5°, 8°)
• Only Four Main Components
• Capable Of Racking Any Size Solar Panel On The Ground, Patios & Flat Roofs
• Can Be Ballasted With Standard CMU Blocks
• Can Be Mounted With Polyurethane If Ballasting Is Not An Option
• Patent Pending Integral Wind Spoiler Blocks Uplift And Creates Downforce
• This System Is Ideal For Conex Box/Cargo Containers Or Almost Any TPO Roof
• 20-40% Better Energy Production On Cloudy Days VS High Angle South Facing Arrays

The IR MultiBallast solar panel mounting system is the most simple and versatile option on the market for almost any installation. This modular system is capable of holding any size solar panel on flat roofs or it can additionally be mounted on a patio or the ground. With only 4 main components, the MultiBallast comes in multiple configurations with sun angles from 0-8° in South facing orientation or East/West ‘W’ orientation with the 5° system. It can even be installed in a 0° flat orientation.  All of these configurations can be mounted with our recommended industrial strength polyurethane or ballasted using standard CMU blocks. Our patent pending integral Wind Spoiler blocks uplift and creates downforce, and one is required for each solar panel with the 8° configuration.

Rooftop foot brackets are excluded from the bonding pathway for UL 2703. DynoBond bonding jumpers are all that is required to fully comply with the UL 2703 electrical bonding requirements for our rail-less solar panel mounting systems.

This product conforms to UL 2703 Mechanical and Bonding requirements

Multiple US and international patents pending

All of IntegraRack products are rigorously  tested by DiversiTech, and then rigorously tested again by Phoenix National Laboratories for material stress testing, simulated wind load testing, and simulated snow load testing. Wind tunnel testing for uplift, drag and rack frame stress was also witnessed by Phoenix National Laboratories, along with aeronautical engineers at the University of Washington. Phoenix National Laboratories is Internationally accredited to ISO/IEC 17025:2017 standards by Perry Johnson Laboratory Accreditation, or PJLA.

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