Mounting Systems

Pitched roof racking system is engineered for the maximum flexibility possible in designing and planning for the commercial and residential roof solar system. It is applicable to install the usual framed module to flush with the pitched roof. The special extruded aluminum rail, the tilt-in module, the clamp kit and the various roof hooks can be high pre-assembly and make the installation easy and quick to save your labor cost and time. The customized length can eliminate the weld and cut onsite to keep the high anticorrosive performance, the structure strength and the appearance.

Solar modules in support of solar technology with years of experience in this field to provide expert support system solutions.


We applied a subsidiary of solutions of high wear-resistant material to resist wind loads and other corrosive effect snow. Our utilization of the aluminum anodizing, thick hot-dip galvanized, stainless steel, anti-UV aging technology process to ensure the life of our solar bracket.

Technical information

Install Site Pitched roof
Tilt Angle Flushed with the roof 10 ~ 60 deg
Building Height 20 m
Max Wind Speed <60m/s
Snow Load <1,4 kN/m²
Standard AS / NZS 1170
Material High class aluminum alloy Al6005-T5, stainless steel 304
Color Natural or Black
Anticorrosive Anodized aluminum and stainless steel
Warranty Ten years and twenty years service life

Metal roof solar racking system is engineered for the maximum flexibility possible in designing and planning for the commercial and residential roof solar system.

 

The special extruded aluminum rail, the tilt-in module, the clamp kit and the various roof hooks can be high pre-assembly and make the installation easy and quick to save your labor cost and time.

 

The customized length can eliminate the weld and cut onsite to keep the high anticorrosive performance, the structure strength and the appearance.

Advantages

 

  • Easy to install. The tilt-in module can be put into the extruded rail from the any location and can be high pre-assembly with the clamp and roof hook to minimize the time and cost of installation.
  • Offer unmatched durability. With all structural components comprised of high class stainless steel and anodized aluminum alloy, it is designed for twenty years service life and backed by ten years warranty.
  • Stand up to extreme weather. The solar pitched roof racking system is designed to stand up to the extreme weather complied with the AS/NZ 1170 and other international structure load standard by the skilled engineer. The main support components also have been test to guaranty its structure and load-carrying capacity.
  • Provide broad installation flexibility. These systems accommodate most commercially available framed solar panels and diverse roof types, and they can scale easily from small to large, multi-megawatt installations.

BKE-R-ST 3430

        Description: BKE-R-ST Rail with a standart lenght 3430 mm. Designed to mount 3 thin film modules.

BKE-SP-ST

        Description: Rail splice kit

BKE-IC-ST 46

       Description: BKE Inter Clamp Kit 46 mm for framed thin film modules.

BKE-EC-ST 46

       Description: BKE End Clamp Kit 46 mm for framed thin film modules.

BKE-I-001

       Description: Stainless Steel Hook

       Weather Conditions: Normal

       Dimensions (mm): 101 x 46 x 5

BKE-I-003

        Description: Stainless Steel Hook

        Weather Conditions: Normal

        Dimensions (mm): 101 x 46 x 5

BKE-I-004

        Description: Stainless Steel Hook

        Weather Conditions: Normal

        Dimensions (LxWxT mm): 200 x 30 x 5

BKE-I-005

                  Description: Aluminium Tin Interface Kit

                  Accessories: Wood Screw M6. 3x80

BKE-TL-30/60-A

Description: BKE-TL Front leg

BKE-TL-30/60-C

Description: BKE-TL Rear leg 30/60 degres

Leg Lenght: 700-1200 mm

 

Ground Anchor Systems

Bekar offer you the innovative anchoring systems for easy mounting modules on the ground. The system conceived with the intent to realize the “ground-plug”, quick and simple, but economical, versatile and revolutionary at the same time.

Many other applications can be developed wherever it’s necessary to avoid the concrete. The system consists with 100% recyclable materials and despite the tensile strength it’s easily removable.

How it works?