6061 6063 Aluminum Profile Extrusion Solar Panel Frame Structure

China 6061 6063 Aluminum Profile Extrusion Solar Panel Frame Structure, Find details about China Solar, Solar Frame from 6061 6063 Aluminum Profile Extrusion Solar Panel Frame Structure

Package
Shrink Film / Composite Papers
Delivery Time
21~28 Days
Applications
Construction, Villas, High-Class Building
Negotiable Payment Term
30%~50% Deposit, Balance Before Delivery
Trademark
HUALV
Transport Package
by Sea Container / Air
Origin
China Shandong
HS Code
76042100
Package
Shrink Film / Composite Papers
Delivery Time
21~28 Days
Applications
Construction, Villas, High-Class Building
Negotiable Payment Term
30%~50% Deposit, Balance Before Delivery
Trademark
HUALV
Transport Package
by Sea Container / Air
Origin
China Shandong
HS Code
76042100

 

SOLAR MOUNTING SYSTEMS: the key points

The right solar mounting system, if installed correctly, will provide the structural support a solar system needs, in order to protect it from wind-induced failure and other potential weather hazards. A mounting system can also set the orientation and elevation of a solar system, in order to maximise its energy performance.
Usually made from stainless steel or aluminium, most mounting systems are designed for universal application, and can come in a variety of styles including tilt frame, flat roof-mounted or ground-mounted.

They can be customised to meet the size and specifications of a PV installation, as well as the style of roof or installation.
A good mounting system should be easy to install, made from quality, rust-free materials - or materials with sufficient corrosion protection (such as galvanised steel) - and should effectively protect a system's cables.
6061 6063 Aluminum Profile Extrusion Solar Panel Frame Structure

ACCESSORIES FOR FLAT AND SHEET ROOFS

ACCESSORIES FOR FLAT AND SHEET ROOFS OPEN LAND INSTALLATIONS

OPEN LAND INSTALLATIONS

6061 6063 Aluminum Profile Extrusion Solar Panel Frame Structure

MOUNTING INSTRUCTIONS - PITCHED ROOF

SYSTEM OVERVIEW

6061 6063 Aluminum Profile Extrusion Solar Panel Frame Structure

MOUNTING INSTRUCTIONS - PITCHED ROOF

MOUNTING THE RAIL CONNECTORS

6061 6063 Aluminum Profile Extrusion Solar Panel Frame Structure

MOUNTING INSTRUCTIONS - PITCHED ROOF

MOUNTING STEP: IN CROSSBAR COMBINATION

6061 6063 Aluminum Profile Extrusion Solar Panel Frame Structure

MOUNTING INSTRUCTIONS - PITCHED ROOF

MOUNTING STEP: PITCHED ROOF FRAMEWORK WITH FRAMELESS PV MODULES

6061 6063 Aluminum Profile Extrusion Solar Panel Frame Structure

MOUNTING INSTRUCTIONS - PITCHED ROOF

MOUNTING STEP: PITCHED ROOF FRAMEWORK WITH FRAMELESS PV MODULES

6061 6063 Aluminum Profile Extrusion Solar Panel Frame Structure

FLAT ROOF MOUNTING INSTRUCTIONS

MOUNTING STEP: FLAT ROOF FRAMEWORKS FOR TRAPEZOIDAL SHEET METAL ROOFS

6061 6063 Aluminum Profile Extrusion Solar Panel Frame Structure

FLAT ROOF MOUNTING INSTRUCTIONS

MOUNTING STEP: FLAT ROOF FRAMEWORKS FOR TRAPEZOIDAL SHEET METAL ROOFS

6061 6063 Aluminum Profile Extrusion Solar Panel Frame Structure
Aluminium comes in different alloys. A construction or structural alloy is an aluminium alloy designed for building structures, such as in the rails of a mounting system - examples of this type are 6005-T5 or 6106-T6.

Lower-grade aluminium like AL 6063 is most commonly used to build office partitions or window framing; it is not as strong, and you should be wary of a mounting system rail constructed using this material.


Packaging Details
Anodized Silver Aluminium Profiles for Home Power Solar System Aluminum Alloy Panel Frame Package:
1.Protective Film on the surface, 5% Composite Papers outside
2.Protective Film on the surface, 5% Craft Papers outside
3.Protective Film on the surface, Shrink Film outside
4.Others according to customers' requires

Port: QINGDAO

Lead Time:
Quantity(Tons)1 - 25>25
Est. Time(days)20To be negotiated


6061 6063 Aluminum Profile Extrusion Solar Panel Frame Structure


6061 6063 Aluminum Profile Extrusion Solar Panel Frame Structure

6061 6063 Aluminum Profile Extrusion Solar Panel Frame Structure