EZ-FIX ™

Rapid Installation
The system is engineered for speed, significantly reducing on-site labor time and costs for quicker project completion on RCC rooftops.
Optimized Energy Yield
Features customizable tilt angles, allowing installers to precisely orient solar modules for maximum energy generation in any specific location.
Lightweight and Easy to Handle
Its lightweight aluminum construction makes components easy to transport and maneuver on-site, which is ideal for urban and residential rooftops where space and access can be limited.
Durable, Corrosion-Free Materials
Constructed from high-grade, rust-free aluminum to ensure long-term durability and reliable performance in various weather conditions.

Compatible Roof
This system is engineered specifically for installation on RCC (Reinforced Concrete Cement) rooftops. Its design is optimized for the flat, stable surfaces found on residential and commercial concrete roofs, providing a secure and reliable foundation for the solar array.
Compatible Module Type
The EZ-FIX™ system is designed to be used with standard Framed modules. The mounting clamps and hardware are optimized to securely grip the aluminum frame of most commercially available solar panels.
Module-to-Roof Clearance
The clearance is Variable and determined by the tilt angle. The system's customizable tilt legs allow the rear of the module to be elevated higher than the front, creating an angled clearance that promotes effective airflow for cooling while optimizing the panel's orientation to the sun.
Anchoring Method
The system is secured to the roof using Mechanical Anchoring. This involves fastening the mounting bases directly into the RCC slab with appropriate hardware, such as expansion bolts or chemical anchors, to ensure a permanent and powerful connection capable of withstanding design loads.

The materials and design are specified to withstand significant environmental stress and ensure long-term durability.
Raw Materials:
The system is built using high-grade Aluminum 6063-T6 and SS-304 Fasteners.
A lightweight, rust-free aluminum, which ensures durability and makes components easy to handle during installation. High-grade alloys provide the core structure, while stainless steel fasteners are used to deliver secure, corrosion-proof connections that last.
Wind Load Capacity:
The EZ-FIX™ system is specifically designed and optimized for installation in residential and commercial areas with moderate wind zones. Its engineering ensures stability and security against the typical wind loads encountered in most urban environments.
Structural Stability:
The design provides robust structural stability, featuring customizable tilt angles that can be securely locked in place. This ensures the array remains stable and maintains its optimal orientation for energy production over the long term.

Base Clamp

This is the foundational anchor of the entire structure. This robust component is positioned and marked on the RCC block, creating the primary connection point between the mounting system and the rooftop surface.

Column & Side Bracings

The Column is the main vertical support that attaches to the Base Clamp, setting the array's height and tilt for optimal sun exposure. To ensure rigidity, triangular Side Bracings connect the Column to both sides of the Base Clamp. Together, this assembly provides critical lateral stability, preventing side-to-side sway and keeping the structure strong against wind forces.

Rafter

The primary horizontal beam that forms the main support layer of the structure. It is installed onto the H Brackets and runs parallel to the solar modules, serving as the foundational base for the Purlins.

Purlin

A secondary rail component installed perpendicularly across the Rafters. The Purlin is the final mounting surface where the solar modules are directly clamped, providing the immediate support for the panels.

Diagonal Bracings

Inter-row supports that are installed diagonally between the columns of adjacent rows. These bracings add significant strength to the entire multi-row assembly, preventing racking or twisting and ensuring long-term structural integrity.

H Bracket

A heavy-duty connecting piece that is mounted on top of the Column. Its 'H' shape is specifically designed to securely hold the horizontal Rafter, effectively transferring the weight and load from the rails to the vertical supports.

Module Mounting Clamps

The End and Mid clamps are the essential aluminum components used to securely fasten the solar modules directly to the Purlin. The Mid Clamp is placed between two adjacent panels, securing both simultaneously while maintaining proper, uniform spacing and alignment across the array. The End Clamp is then used at both ends of a row to secure the edge of the final module, providing a clean, finished look and ensuring the entire array is held down with the correct, even pressure.

Purlin Clamps

Specially designed, custom clamps that securely fasten the Purlin onto the Rafter. Their unique shape ensures the purlin is locked firmly in place and cannot shift or rotate under load.

Small Rail Nut

The M6 SDS Self-Driven Screw is the critical anchor that fastens the entire mounting system to the building's structure. Its powerful self-drilling tip is designed to drive directly into the purlin beneath the roof surface, securely fixing the Unified U Cleat in place. This provides the essential pull-out strength needed to keep the solar array safe and stable.

Custom Designed Teeth Washers

A compact, specially shaped nut designed to slide and lock into the purlin's groove. This allows for precise, adjustable positioning of the module clamps along the rail before being tightened down, ensuring a secure and perfectly aligned installation.

Anchor Bolts

Heavy-duty bolts used to create the initial anchor point. They are drilled into the RCC block to permanently secure the Base Clamp to the rooftop, providing the foundational strength against uplift and shear forces.

T-Head Bolts Set (M8 by 30)

Specialized bolts with a 'T'-shaped head designed to slide into the channel of the Rafter. They are used to attach the Rafter to the H Bracket, allowing for easy positioning and secure tightening from above.

Allen Bolts with Washers(M8 by 40)

These bolts, featuring a hexagonal socket head for use with an Allen key, are specifically used to tighten the End Clamps and Mid Clamps, allowing for precise torque application to safely secure the solar modules.

Hex Bolts Set (M8 by 80)

These long bolts are used with nuts and washers to firmly secure the Column and the Side Bracings to the Base Clamp, creating the main structural joint at the base of the system.

Hex Bolts Set (M8 by 70)

Slightly shorter bolts specifically used to securely mount the H Bracket on top of the Column, ensuring a tight and reliable connection between the vertical and horizontal supports.

Hex Bolts Set (M8 by 30)

These shorter bolts and their corresponding nuts are used to fasten the Purlin Clamps onto the Rafter, keeping the Purlins firmly in place and preventing any movement.

Installation Guide

Access the complete step-by-step manual for a safe, secure, and efficient installation of the EZ-FIX ™ Aluminum system.

EZ-FIX ™ Aluminum - Installtion Guide

Technical Datasheet

View all technical specifications, material details, load capacities, and compatibility information in one comprehensive document.

EZ-FIX ™ Aluminum - Technical Datasheet

Frequently Asked Questions (FAQ)

Answers to common questions about the EZ-FIX ™ Aluminum.

1. What specific type of roof is the EZ-FIX™ system designed for?

The EZ-FIX™ system is engineered specifically for RCC (Reinforced Concrete Cement) rooftops. Its components, from the Base Clamp to the anchor bolts, are optimized for installation on the flat, stable surfaces found on both residential and commercial concrete buildings.

2. What does "customizable tilt angle" mean for my installation?

The system includes adjustable components like columns and bracings that allow you to set the solar panels at a specific angle. This is a critical feature for maximizing your energy output, as it enables the installer to orient the panels perfectly towards the sun based on your geographic location and any site-specific conditions.

3. How is the EZ-FIX™ system anchored to the roof?

It uses a secure Mechanical Anchoring method. The process involves positioning a robust Base Clamp onto the RCC surface and fastening it down with heavy-duty Anchor Bolts that are drilled directly into the concrete slab. This creates a permanent and powerful connection that anchors the entire structure.

4. Is this system suitable for all weather conditions?

The EZ-FIX™ system is optimized for moderate wind zones, making it the ideal choice for most urban and suburban residential and commercial locations. It may not be suitable for areas with extreme weather, such as high-velocity hurricane zones, where a heavy-duty steel structure would be recommended.

5. What materials are used in the system to ensure durability?

The main structural components like the columns, rafters, and purlins are made from lightweight, rust-free aluminum for easy handling and long-term durability. All the critical connection hardware, including the various nuts, bolts, and washers, are made of stainless steel to prevent corrosion and ensure the entire assembly remains secure for decades.

Rapid.
Adaptable.
Lightweight.

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