Solar Roof Mounting
ApexRoof DuoTripod RMIV System
Double-row tripod roof mounting system for flat roof projects with project-specific ballast or fixing review.
Solar Roof Mounting
Solar Roof Mounting Systems
PV racking systems for tile, trapezoidal metal, standing seam and flat commercial roof projects. Apex provides datasheets, quick specifications and project review support for this product family.
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Product range
8 systems in this family
Open a product page to review parameters, components, downloads and quotation inputs.
Solar Roof Mounting
ApexRoof Tripod Matrix System
Tripod roof mounting system for flat roof PV projects with adjustable angle and structural review.
Solar Roof Mounting
ApexRoof Trapezoidal Clamp System
Trapezoidal metal roof PV mounting system for fast rail or clamp interface installation.
Solar Roof Mounting
ApexRoof MiniRail Metal Roof System
Mini rail metal roof mounting system for compact, lightweight and fast PV installation.
Solar Roof Mounting
ApexRoof Metal L Foot and Hanger Bolt System
L foot and hanger bolt roof mounting solution for metal roof PV projects with sealed fixing points.
Solar Roof Mounting
ApexRoof Ballast S Flat Roof System
Single-side ballasted flat roof mounting system for non-penetrating commercial roof PV projects.
Solar Roof Mounting
ApexRoof Ballast EW Flat Roof System
East-west flat roof ballasted system for dense roof layouts and balanced project yield.
Solar Roof Mounting
ApexRoof Tile Hook Mounting System
Tile roof solar mounting system for pitched-roof PV projects with hook selection and fixing review.
Compare systems
Solar Roof Mounting comparison
Side-by-side review values for the 8 Apex solar roof mounting systems. Use this table for first screening, then open the product page for the full specification and datasheet.
| System | Application | Interface | Tilt Angle | Wind Load | Snow Load | Material |
|---|---|---|---|---|---|---|
| ApexRoof DuoTripod RMIV System | Flat roof solar projects requiring adjustable support frames | Flat roof ballast or fixing by project | 10-30° typical | Up to 60 m/s (134 mph) by roof zone | Up to 1.6 kN/m² (33 psf) by span, tilt, roof zone or foundation layout | AL6005-T5 rails and SUS304 fasteners |
| ApexRoof Tripod Matrix System | Commercial flat roof PV projects | Concrete, membrane or roof fixing review | 10-30° typical | Up to 60 m/s (134 mph) by roof zone | Up to 1.6 kN/m² (33 psf) | AL6005-T5 anodized aluminum, SUS304 fasteners and interface-specific sealing parts |
| ApexRoof Trapezoidal Clamp System | Trapezoidal metal roof solar projects | Trapezoidal metal roof profile by product selection | 0-15° typical roof range | Up to 60 m/s (134 mph) by roof zone | Up to 1.6 kN/m² (33 psf) by span, tilt, roof zone or foundation layout | AL6005-T5 and SUS304 fasteners |
| ApexRoof MiniRail Metal Roof System | Metal roof solar projects requiring short rail support | Trapezoidal or metal roof by profile | Flush roof-mounted range | Up to 60 m/s (134 mph) by roof zone | Up to 1.6 kN/m² (33 psf) by span, tilt, roof zone or foundation layout | AL6005-T5 rail and SUS304 fasteners |
| ApexRoof Metal L Foot and Hanger Bolt System | Metal roof PV projects using L foot or hanger bolt fixing | Metal roof purlin/rafter verification | Flush or low-tilt roof range | Up to 60 m/s (134 mph) by roof zone | Up to 1.6 kN/m² (33 psf) by span, tilt, roof zone or foundation layout | AL6005-T5 rails, SUS304 fasteners, EPDM sealing parts |
| ApexRoof Ballast S Flat Roof System | Commercial flat roof ballasted PV projects | Non-penetrating ballast by roof review | 5-15° typical | Up to 60 m/s (134 mph) by roof zone | Up to 1.6 kN/m² (33 psf) by span, tilt, roof zone or foundation layout | AL6005-T5 and ballast tray package |
| ApexRoof Ballast EW Flat Roof System | Commercial flat roof east-west PV layouts | Ballasted flat roof by roof structure | 5-15° typical | Up to 60 m/s (134 mph) by roof zone | Up to 1.6 kN/m² (33 psf) by project | AL6005-T5 anodized aluminum, SUS304 fasteners and interface-specific sealing parts |
| ApexRoof Tile Hook Mounting System | Residential and commercial pitched-roof PV projects | Tile, flat tile, slate tile or asphalt shingle by hook selection | 5-45° typical roof-mounted project range | Up to 60 m/s (134 mph) | Up to 1.6 kN/m² (33 psf) | AL6005-T5 rails, SUS304 fasteners and sealing parts |
Selection guide
How to review Solar Roof Mounting before quotation
Roof mounting selection begins with the building surface, not only the module quantity. Apex separates tile roof, trapezoidal metal roof, exposed-fastener metal roof and flat roof applications because each roof type creates a different load path, waterproofing concern and installation sequence. For first review, buyers should confirm roof profile, roof pitch, purlin or rafter spacing, roof-zone wind basis and module clamp zone before comparing rail or hook packages.
Application fit
Tile roof projects normally require hook selection and rafter or batten review. Trapezoidal metal roofs may use short rails, profile clamps, L feet or hanger bolts depending on sheet thickness and purlin condition. Flat roofs can use ballasted or fixed tilt structures when roof load allowance, parapet condition and drainage route are clear.
Technical inputs
Useful RFQ inputs include roof drawings, profile photos, module datasheet, planned array layout, local wind and snow basis, waterproofing restrictions and any roof warranty limitations. These details allow Apex to discuss fixing density, rail span, ballast or penetration points before quotation.
Apex review output
Apex can help prepare the closest roof mounting system, preliminary component scope, datasheet reference and BOM discussion. Final fixing schedule and ballast values still depend on project-specific structural review and local code basis.
RFQ preparation
Inputs that make Solar Roof Mounting review faster
These items help Apex reduce assumptions before quotation. They are not final structural approval documents; final values should be confirmed by the project design basis and local engineering review.
01Roof profile photos02Purlin or rafter spacing03Roof pitch and edge zones04Waterproofing requirement05Module datasheet
Selection inputs for Solar Roof Mounting
Project locationWind and snow loadsModule datasheetLayout drawingCorrosion classDelivery schedule
Buyer FAQ
Solar Roof Mounting questions
Common questions buyers ask before selecting an Apex mounting system.
Which roof mounting system should I choose?
The first selection depends on roof type: tile roof, trapezoidal metal roof, standing seam roof or flat roof. Apex reviews the roof interface, fixing method, wind zone and module layout before BOM confirmation.
Can Apex support non-penetrating flat roof projects?
Yes. Apex flat roof options include ballast systems where the final ballast plan depends on roof load allowance, parapet condition, drainage route and local wind basis.
What inputs are needed for roof mounting quotation?
Send the roof profile, roof pitch, purlin or rafter spacing, module datasheet, layout drawing and local wind/snow basis.
Knowledge base
Solar Roof Mounting Systems selection guides
Selection guides written for EPCs, distributors and installers evaluating this product family.
Technical Guide
How to Choose a Solar Roof Mounting System for Tile, Metal and Flat Roofs
A practical selection guide for matching roof profile, fixing method, wind zone and module layout.
Technical Guide How Wind and Snow Loads Affect Solar Mounting Structure DesignWhy load basis, roof zone, span and terrain category matter before final mounting selection.
Buyer Guide How to Read a Solar Mounting DatasheetA buyer-focused guide to wind, snow, material, warranty, design basis and project review language.