Related Manuals for PV-ezRack Ascent 1.1
Summary of Contents for PV-ezRack Ascent 1.1
- Page 1 Ascent 1.1 long side clamping Code-Compliant Planning and Installation Guide Complying with NBCC 2020 Last Updated - Apr. 2025...
- Page 2 Complying with all applicable local or national flat roofs. With a special design and a maximum tilt building codes, including any that may supersede this angle of 10° and 15°, Ascent 1.1 is suitable for module manual; clamping on its long side.
- Page 3 Planning & Design The Ascent 1.1 flat roof system is designed to be used on flat roofs with a roof inclination of up to 5 degrees. The system uses ballast weight (paving slabs or similar) to withstand wind loads and stabilise the system. The required amount of ballast depends on the wind load which is specific to the location, building height roof area, system layout and roof surface.
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Page 4: Tools And Components
Installation Guide / Ascent 1.1 Tools and Components Tools Screw Driver Drive Bit Torque Spanner Tape String & Marker Pen Components FL-ACV11/G/10 RL-ACV11/G/10 RL-ACV11/G/15 SEB-ACV11/100 CB-ACV11/EW/200 FL-ACV11/G/15 Rear Leg 10° Start and End Base, CB-ACV11/EW/250 Rear Leg 15° Length 100mm Connection Base, Front Leg 10°/15°... -
Page 5: System Overview
Installation Guide / Ascent 1.1 System Overview Overview of PV-ezRack Ascent 1.1 long side clamping (take 10° as an example) - East-west Facing ⑥ ④ ⑤ ⑦ ⑧ ③ ① ② ⑨ ① ② ③ ④ ⑤ Start and End Base Front Leg 10°... - Page 6 Installation Guide / Ascent 1.1 Determine the mounting hole of Main Base There are 8 mounting holes in main base and marked with numbers. Please refer to the table below to identify the correct hole based on the module dimensions.
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Page 7: Installation Instruction
Installation Guide / Ascent 1.1 Installation Instruction Base Rail Installation Mark system start point of the Base and lay out the Start and End Base, Front Leg, Main Base according to the planning documents. Please lay out all components from East to West direction. - Page 8 Installation Guide / Ascent 1.1 Protection Mat Installation Install Protection Mat under Base where Front Leg and Rear Leg are installed. Protection Mat under Front Leg P re ss t h e B a s e d ow n to s e c u re l y f i t i nto Protection Mat shown in the right figures.
- Page 9 Installation Guide / Ascent 1.1 Protection Mat under Rear Leg Press the Base down to securely fit into Protection Mat. Slide Protection Mat to fit into the hole in the base until you hear a clicking sound. Notes: Normally the Protection Mat should be installed into hole 1.
- Page 10 Installation Guide / Ascent 1.1 Please check on page 5 to identify the correct hole based on the module dimensions Click! Connection Rail Installation Install Connection Rail on the Base near the position of Front Leg. Using one set of bolt to fix Connection Rail on each Base.
- Page 11 Installation Guide / Ascent 1.1 Using uninterrupted Connection Rail to connect all Base. INCORRECT Ballast Placement There are two different ways to place ballast blocks. Opinion 1: On Base Place the ballast blocks centrally on the Base. Notes: please place the ballast blocks under the modules first if the space is enough.
- Page 12 Installation Guide / Ascent 1.1 PV Module Installation Adjust the position of module clamp in the Front Leg and Rear Leg shown in the right figures. Put the module on the Front Leg and Rear Leg. Leave an approx. 20 mm gap between arrays.
- Page 13 Installation Guide / Ascent 1.1 Grounding Lug Installation It is required to install one Grounding Lug per row of base. Fix the Grounding lug on the end of base. Make sure the inner face of side opening of Grounding lug is closely attach to the base as shown in right figure.
- Page 14 Clenergy 3/10 Duerdin St Phone: +61 3 9239 8088 Clayton VIC 3168 Email: sales@clenergy.com.au Australia Web: www.clenergy.com.au @ClenergyGlobal / @ClenergyClub / ClenergyAUS @Clenergy @ClenergyClub @Clenergy_global @Clenergy A Clenergy Technologies Company...
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