Solar Rooftop Mounting Buyer’s Guide 2022

Number of pieces: 8 with Mid Clamps & End Clamps
Tools needed: One tool (1/2” deep well socket)
Certifications: Conforms to UL 2703

How does it install:

ClickFit on Tile: ClickFit is one of the fastest installing rail-based racking systems in the industry, thanks to the Click-in Rail assembly. ClickFit gives installers the versatility in attachment options they want and is the most cost-effective when installed on tile roofing.

To begin, install the ClickFit Tile Hook and replace the tile that was moved and/or removed, or install the Tile Hook Flashing. Install ClickFit Tile Hook Sub-Flashing next, providing an additional layer of watertight protection.

Place the rail in the Clickers and roll the rail into each Clicker – an audible “click” should be heard. Level if necessary, then install the ClickFit End Clamp on each rail (on whichever end you started with), place the PV module, align, and tighten.

Advantages: ClickFit conforms to UL 2703, features fully integrated bonding, and is one of the fastest installing rail-based systems in the industry. Thanks to its Click-In Rail assembly, the rails can be connected to any of EcoFasten’s composition shingle, tile, and metal roof mounts in seconds, without the need for fasteners or tools. The Mid Clamps and End Clamps are compatible with PV module thickness between 30-55mm.

The ClickFit system is fabricated from robust materials, such as aluminum and coated steel, to ensure corrosion-resistance and overall product longevity. ClickFit has been tested in extreme weather conditions including wind, fire, and snow.

Number of pieces: 3
Tools needed: Two tools (3/8” Allen head bit and ½” drive for the Mid Clamps and Coupling)
Certifications: Conforms to UL 2703

How does it install: SimpleBlock-PV employs pre-installed two-oval point set screws for a super-fast installation on metal standing seam roofing. To attach SimpleBlock-PV, place the block (clamp) over the standing seam and lift up on the block until the lip engages the underside of the folded metal roof seam, then torque the set screws to 150 in-lbs.

Install the first row of blocks with End Spacers and Mid Clamps. The blocks with Mid Clamps join the adjacent North-South PV modules, while the Couplings join and bond the adjacent PV modules East-West. Install remaining Blocks, Mid Clamps, Couplings, and PV modules on upslope tiers as needed.

Advantages: SimpleBlock-PV is the innovative rail-less racking system for use on metal standing seam roofs. The system uses EcoFasten End Spacers and Mid Clamps with integrated bonding, while the block (clamp) employs two oval point set screws that are pre-installed to ensure a fast, easy installation without the worry of these tiny components rolling or falling from the roof. Maintaining the integrity of the roof is EcoFasten’s top priority, and the three-component system utilizes clamp-to-seam technology, eliminating the need to penetrate the roofing material. SimpleBlock-PV fits most double-lock standing seam metal roof profiles, features North-South adjustability, and conforms to UL 2703.

Number of pieces: 4
Tools needed: Two Tools (Phillips Head and ½” socket)

How does it install: Once the mounting location has been determined and the roofing and insulation have been cut to accommodate the base plate, install the flashing over the two threaded studs on the base plate, followed by installing the EPDM Sealing Washers over both threaded studs. Place the F-202 Compression Bracket over the threaded studs and place a single bonded washer over each stud with the rubber side facing the roof. Thread it down the stud to the compression bracket before adding the hex nut. Install and tighten down the hex nuts to each threaded stud. Next, attach the mounting bracket or post of your choice to the F-202 using the included all-thread, and finally, waterproof the EFL-BLK-1014 following the techniques specific to the roof membrane.

Advantages: The ECO-65 is a specialty direct-to-deck attachment for low-slope roofing. The roof attachment is engineered specifically for use on new or existing (retrofit) low-slope roofs constructed of rolled asphalt or membrane (TPO, EPDM, PVC). ECO-65 is used by countless manufacturers of ballasted solar racking systems to augment their products for weight reduction and seismic attachment. The ECO-65 base plate is designed to be attached specifically to wood blocking or wood decking, and the mount itself features two studs for attachment, which allows the use of larger compression brackets when needed. ECO-65 is a watertight solution compatible with any racking system.

Number of pieces: 4
Tools needed: Two Tools (¼” hex socket, ½” socket)
Certifications: Conforms to UL 2703

How does it install: Determine array layout, mark center of corrugation, and draw a straight line indicating where Mounting Profile will be installed. Double-check the ridge width (minimum of 3/4”) and metal thickness (minimum of 26ga). The screw quantity tables will determine the number of screws needed. Attach the Mounting Profiles using the self-piercing screws and a cordless drill with a ¼” hex socket. The self-piercing screws are applied perpendicular to the roof surface, forming a watertight seal. Next, install End Clamps on the first two Mounting Profiles closest to the eave. Lower End Clamp to the Mounting Profile and “Click” the clamp over the side flanges. Place the first module, align and slide the End Clamp flush with the module frame. Tighten End Clamps and begin installing Mid Clamps. Complete by repeating the steps for each column of modules using the Mid Clamp Clicker as a spacer for consistent E-W gap between modules.

Advantages: The RibFit system is an easy to install, four-component, rail-less solar racking system designed for use on metal roofs. The RibFit system conforms to UL 2703 and consists of an aluminum slide that attaches directly to the top of the metal panel rib. Minimal components and integrated bonding pins reduce installation times when compared to rail-based systems. RibFit mounts modules in landscape orientation and is compatible with most metal R-panel and trapezoidal roof panels with a ridge width of ¾ inch or greater and 26-gauge or thicker. The RibFit system utilizes three levels of watertight protection for longevity and peace of mind.

Number of pieces: 4
Tools needed: One Tool (½” socket)

How does it install: QB-1 on Tile: QB-1’s strong, versatile post & base make it an ideal solution then mounting solar on tile roofing. To begin, locate each row of mounts and mark them off. Align the vertical fastener holes of the QB-1 Base over the center rafter mark then align the horizontal fastener holes over the snapped row line. Remove the QB-1 Base and place it over predrilled & backfilled pilot holes and secure fasteners. Secure the post to the QB-1 Base.

Once the underlayment is on, install the tile-level flashing, cutting where needed to allow the post to pass through it. Place the cut tile back into position and apply sealant where the post and the flashing meet. Attaching the desired bracket or L-Foot completes the installation.

Advantages: The super-strong and versatile QB-1 rail-based racking system includes a base that attaches to a variety of roof types including composition shingle, tile, shake, slate, and metal shingle. QB-1 is an ideal solution to use for new residential construction projects, as it allows for the roof to be shingled or tiled around the already installed mount. Aluminum cone flashings sized to fit the post are also available. Just combine the base with the post height of your choice (4.5” or 6.5” post heights are available), choose your flashing (12” x 12” or 18” x 18”), then choose your desired bracket.

Number of pieces: 5
Tools needed: Mfg approved sealant. ½” Nut Setter.

How does it install: Install anywhere on the roof. No need to locate rafters. Start by placing sealant around the bottom of the T-Foot, then place on the roof. Insert all 4 hex lags and drive the screws until the umbrella washers are compressed. (To Drive Screws and Set Umbrella Washers Properly Torque PSI should not Exceed 57 Lbs/Inch). The Deck Mount works on Asphalt Shingle, TPO and EPDM roofs.

Advantages: Save time with the Deck Mount by skipping the step for finding rafters. Install in 20 seconds with 4 Stainless Steel screws. The base of the mount has Silicon embedded into it and is secured to the roof with Stainless Steel Screws assembled with Umbrella Washers for superior holding and water protection. The Deck Mount comes with our 25 year manufacturer’s warranty. The L-Foot is built into the mount and comes with all hardware needed at an extremely low cost.

Number of pieces: 3
Tools needed: Recommended: Drill bit, Sealant compatible with roofing materials
Certifications: UL Certified

How does it install: Remove the tiles from the install area. Locate and mark the rafters. Place the mount and predrill the holes. Fill the predrilled holes with sealant. Drive the mounting screws to secure the mount and place the tiles back over the mount.

Advantages: QuickBOLT’s versatile All Tile Roof Mounts work on Flat or Curved tile roofs. The wide range of adjustability and leverage points ensure that you can use these mounts with any tile roofing style and work around inconveniently located rafters.

Number of pieces: 3
Tools needed: 1/2″ Nut Setter or 6MM Hex Driver. Sealant (optional)
Certifications: UL Certified, PE Tested

How does it install: Place the Microflashing. Drive the patented Dual Drive Shoulder Screw through the rafter until the L-Foot is fully secured. You will know it is secure when you see the Microflashing mechanically compression-sealed to the roof. Intertek Lab ASTM testing confirms that QB2 can be installed without sealant.

Advantages: QB2 works on more than just Asphalt Shingle. Install QB2 directly to TPO and EPDM roofs using the same simple steps that save you time and money on your installations. QuickBOLT’s patented BoltSeal technology is so powerful that you don’t need to rely on chemical sealant to keep water out, saving you an extra step on the roof.

Number of pieces: 4
Tools needed: Drill with 3/16th” drill bit, M6 deep socket hex driver, ½” wrench

How does it install: Locate the rafter and predrill hole. Place 5/16” X 5 1/4″ screw with Umbrella washer and drive until the washer is compressed. Insert the L-foot and nut and tighten until secure.

Advantages: Our most versatile mount for metal roofs. This mount is fast and simple to install and offers secure holding power.

Number of pieces: 2 (Block and Screw only. Clip not included)
Tools needed: 3/8” Hex Driver

How does it install: Insert the screw into the conduit clip and EPDM block. Drive until the block is compressed. No predrilling is required.

Advantages: Our electrical conduit solutions offer great flexibility in bundling cables and wires. Designed for securing and supporting conduit.

Number of pieces: 3
Tools needed: 3/16” drill bit, 5/16” hex head drive bit
Certifications: UL, Intertek Lab Tested

How does it install: Remove the metal roof tile, find the rafter, predrill into the rafter, place mount over lower roof tile, drive mounting screws, replace roof tile.

Advantages: These stone coated steel roof mounts were designed in partnership with roof manufacturers so installers can have mounting solutions tailor-made for their intended roof profile. QuickBOLT offers a variety of adjustable and non-adjustable mounts to accommodate battens or batten-less Stone Coated Steel roof profiles.

Number of pieces: Two
Tools needed: Five
Certifications: UL 2703,441, ICC ESR 3575, TAS 100, ASTM 2140,1970, HVHZ Certified

Installation: The RT-MINI II has more options for installing rafters and handling thicker insulation on low-slope roofs. It comes with an option of two 90 mm screws to offset rafter mounting, allowing for more attachment options on any style of roof and pitch. Design your build with the newly featured RT-MINI II span calculator.

Advantages: The RT-MINI II is a universal attachment for railed systems designed to be agnostic to any roof type and roof pitch engineered to withstand wind speeds up to 180 mph and ground snow up to 90 psf. The main difference between RT-MINI II and conventional flashing is the faster installation time because RT-MINI II is fastened with wood screws, eliminating the need for pilot holes and caulking. As a result, there is no damage to the seal on asphalt shingles, so the roof warranty remains intact.

Material: Solar Snap is constructed of aircraft-grade aluminum with stainless steel fasteners for corrosion resistance. Solar Snap is specifically designed to be installed in shoreline and island environments that experience harsh weather conditions with high winds. Solar Snap is engineered to withstand hurricane-force winds and has been tested up to 180 psf upward pressures. Serrated hex nuts lock tight and prevent backout.

How does it install? Rooftop solar arrays are engineered to meet local building code requirements for a specific project. Solar Snap components are fully assembled at the factory. Step-by-step installation instructions show how to “snap” each component in place without having to pick and place various washers, screws, and bolts while balancing on a steep roof surface. Universal lock nuts are used for both top and side mount applications. The grounding stud assembly conveniently connects an entire row of PV panels to ground.

Key feature: Solar Snap is adaptive, so it works with any of AceClamp’s SSMR clamps, asphalt brackets, and membrane pads to attach racking to a variety of roof types.

Notable Features

• No rotating set screws to penetrate the roofing panel thanks to a patented sliding pin design.
• It comes fully assembled. Just drop into place and torque.
• Third-party tested to ensure the strictest standards for wind uplift, product loading and vibration.

Basics: The AceClamp Solar Attachment Kit by PMC Industries is a precision engineered standing seam solar clamp that’s one of the fastest installing solar attachment kits on the market. As a rackless-type hold down, the AceClamp A2 along with the Solar Kit offers a low-cost alternative to secure PV panels to SSMRs (Standing Seam Metal Roofs). Plus, its patented, non-penetrating sliding-pin design helps preserve the panel warranty. The same AceClamp can also be used with an L-Foot bracket design for the attachment of rail systems used in other types of PV installations.

Additional services offered: Full product design services for custom applications and solar array layouts, including wind uplift and dead loads.

Number of pieces: 2
Tools needed: Either a 6mm Hex Driver or a 1/2″ Hex Socket Driver Nano Deck Mount: 3/8″ Hex Socket Driver
Certifications: High-Velocity Hurricane Zone Approved – Passed TAS 100 (a) Wind Driven Rain Test.

How does it install: SunModo recommends putting a bead of sealant on the bottom of the mount as an extra precaution – but the high performance gasket means NanoMount is not reliant solely upon user-applied sealant for protection. Both rafter and deck attachments are available so NanoMount has the flexibility to cover a wide range of scenarios and preferences. For rafter application, locate the center of the rafter in the desired roof location and drill a 6mm pilot hole. Fill the pilot hole with sealant and use either a 6mm Hex Driver or a 1/2″ Hex Socket Driver to install the Lag Screw with Sealing Washer. For decking application, locate the desired roof location and install the 4X Self-Tapping Screws with Sealing Washers. Complete the solar panel installation using SunModo’s SMR rail system.

Advantages: Damaging roof shingles used to be one of a solar installers’ worst challenges. SunModo’s newest patented NanoMount eliminates the need to lift shingles and and dramatically reduces the installation time. The NanoMount has an Integrated Ultra Soft Weather Sealing gasket that covers the entire bottom of the mount and is recessed to ensure proper compression. The Ultra Soft material conforms to uneven roof surfaces. There are no pre-punched holes, so the giant gasket seals around the screws to to achieve superior leak protection on roof surfaces. Pre-assembled sealing washers come with either lag bolt or decking screws to prevent water penetration from above. NanoMount has the flexibility to cover a wide range of scenarios and preferences with its verstile base that can be used for either rafter or deck mounting.

Certifications: UL2703

How does it install: SunTurf easily achieves 7′ leading edge height with low cost and provides convenient access to roof surfaces for maintenance and repair. No cutting, welding, or drilling. Adjust height and install posts with set screws. Pipe fittings attach quickly with set screws. Two-piece pipe caps make installation easy. Structural Splice with set screws for bonding. Fast rail attachmetn with T-bolts.

Advantages: The SunTurf flat roof system is perfect to elevate above obstructions such as HVAC, Pipes and Vents. The streamlined design combines the simplicity of a pipe-based system with next-level engineering. No drilling is required to attach the aluminum rails to the horizontal pipe. The system can easily achieve cost effective leading edge height of 7′ or more. By spanning over roof obstructions, the system takes full advantage of the available roof surface thereby maximizing the PV system size and increasing your ROI. The system aso provides convenient access to roof surfaces for maintenance and repair.

Number of pieces: 1
Tools needed: reference to page 10 of Standing Seam Rail-Free installational manual
Certifications: UL2703

How does it install: We offer two different standing seam rail-free clamps for your specific project need. For 1” Standing Seam Rail-Free Kit, the set screws install at a 10 degree angle to speed attachment of the clamps to the roof. No more banging tools on the roof to access the set screws. The 2-inch Standing Seam Clamp installs in situ at the desired seam attachment location. No more sliding the clamp up the roof line with this unique two-part assembly.

Advantages: SunModo’s Standing Seam Rail-Free System is a Mid Clamp and End Clamp assembly all rolled into one. It works for almost any standing seam roof profile. This pre-assembled universal attachment is the only attachment needed. This unique clamping kit can secure PV panels ranging in height from 30mm to 50mm. The oval end set screws prevent damage to the roof panel during installation. We offer two different standing seam rail-free clamps for your specific project need.

Number of pieces: 3 components for TopTile Rafter Mount, 4 components for TopTile Deck Mount
Tools needed: 28mm hex socket
Certifications: High-Velocity Hurricane Zone Approved – Passed TAS 100 (a) Wind Driven Rain Test.

How does it install: Our patented TopTile eliminates the need to deconstruct the tile roof and significantly reduces time and minimizes tile breakage during installation. The mount works with both flat and curved tile profiles. The TopTile Mount can bed used to mount directly into roof decking without removing tiles. When installing the TopTile Deck Mount, begins with simply drilling a 1-1/2” hole into the tile. 28mm hex socket is used to install the TopTile stanchion into the deck of the roof. Spray the insulating foam sealant onto the roof deck through the three holes of the stanchion before installing the three wood screws. Simply hand form the flashing to fit literally any tile shape to provide a completely watertight installation. Attach the L-Foot to the stanchion. Complete the solar panel installation using SunModo’s SMR rail system.

Advantages: No More lifting roof tiles, broken tiles or finding rafters. Say Yes to Tile Roof with SunModo’s new TopTile Mount. SunModo’s innovative TopTile Mount is the world’s first PV mounting system that is mounted entirely above the tiles. The patented mount eliminates the need to deconstruct the tile roof and significantly reduce time and minimize tile breakage during installation. The system also allows installation on the ridges of curved tiles for superior water leak protection. The TopTile Mount System features two mounting options that secure panels 4-7 inches above the tile surface, using stanchions with water-proof sealing washers and moldable flashing. Installers can choose either SunModo’s patented deck mounting system when anchoring into deck or a rafter mounting system.

Number of pieces: Only two parts on standing seam roofs. Only three parts, if you’d like to elevate the system off a trapezoidal metal roof, etc.
Tools needed: Cordless screwdriver & torque wrench
Certifications: UL 2703

How it installs:  The structural connections to the metal roof can be preinstalled throughout the array before laying the modules. This ensures an easy and intuitive installation and avoids a tedious row-by-row effort. The short rail segments in combination with our universal click-clamps will allow for adjustments without resetting the attachments to the roof. The preassembled end-clamps and mid-clamps with grounding pins are simply clicked into the short rail segments. The cable management will be achieved with provided cable ties while laying the modules. Finally our grounding lugs and bonding jumpers will enable a secure system grounding.

Advantages: A flexible solution for “all” metal roof types that requires fewer and pre-assembled parts. It provides more possibilities through unique modular design to allow for various heights and tilts. The system results in cost savings on materials and labor due to rail-less approach and comes with a 25-year product warranty.

Number of pieces: 3
Tools needed: ¼” Nut Driver
Certifications: UL 2703, UL 441, TAS 100, ICC ESR 3575

How does it install: The Splice Foot X & XL roof attachments are preassembled with K2 EverSeal, a flexible flashing rubber seal. Mark the roof attachment locations on the roof, then simply peel off the protective paper backing and stick it in place. If you’re installing to the rafter, you will need to use two screws in the center holes, if you’re installing to the deck you will need to use four screws in the corner holes. Use a ¼-in. nut driver to install the screws. The provided screws are self-tapping, so pilot holes are not necessary. The screws are designed to pull the butyl into the penetration so that additional sealant is not necessary. Then you’ll use the provided T-Bolt set to attach the CrossRail directly to the attachment. You can also splice the rail with this attachment, in that case you would need to use two T-Bolts.

Advantages: There is no need to pry shingles or nails because the attachment sits on top of the roofing material. There is no need for additional sealant because the product is preassembled with the K2 EverSeal butyl. There is no need for pilot holes since the screws used are self-tapping. You have the flexibility to install to the rafters or directly to the deck. You don’t have to purchase other components to splice two rails together because you can do so directly with the attachment.

Number of pieces: 8 (+ available wire management accessories)
Tools needed: Single tool installation
Certifications: ANSI/UL 2703-2015 Listing, Class A Fire Rating, SEAOC PV1 and PV2 2017 full compliance, Full DMV-GL technical and operational bankability report, 25-year limited product warranty.

How does it install: ClawFR allows you to build the racking before modules arrive or hang modules as you build, letting site conditions and project conditions dictate optimal order of operations, not the racking. A single-bolt hardware kit and a small set of SKUs combined with a rail-based design provide for fast and efficient array construction in a variety of tilts and configurations. ClawFR features tool-less module attachment and pre-installed roof protection pads. Minimal ballast and roof attachment requirements yield excellent walkway access for both building and maintaining the system.

Advantages: PanelClaw’s flagship clawFR platform is a fast-installing racking system available in 5 and 10-degree tilts with 3 different row-spacing options and a 10-degree dual tilt configuration. Powered by clawOS software, clawFR has been installed in more than 10,000 projects and has transformed the way flat-roof PV is designed and deployed.

Number of pieces: 2
Tools needed: electric screw gun (bit tip provided)
Certifications: material- ASTM B 221-04A, B 308/308M, B 597, B 807, E 527-83, A 276/276M; manufacturing- ISO 9001-15; performance lab testing- ISO 17025; product evaluation- ICC-ES (Evaluation Report ESR-3869)

How does it install: The S-5-N clamp can be used for rail mounting or rail-less Direct-Attach™. Installation is quick and easy with angled setscrews. Place the insert against the base of the seam at the desired clamp location. Place the clamp over the seam and insert. Tighten the setscrews against the insert to the specified tension with the provided Torx-tip. Then, for railed systems, affix your rail (or L-Foot) using stainless M8 bolt (available separately). Or, for rail-less, simply thread the pre-assembled PVKIT into the bolt hole in the top of the clamp. You are ready to lay modules!

Advantages: The S-5-N clamp is custom designed for popular 1″ nail strip standing seam profiles that are popular for residential and light commercial roofs. Available in two models: Standard (2-screw) for heavy, load-critical applications, and at lower cost, the S-5-N-Mini is suitable for most PV applications. Versatile for use with rail-mounted systems or the S-5-PVKIT.

Benefits include: No special tools, superior corrosion resistance and holding strength and innovative insert facilitates installation. It preserves roof warranties and ensures straight clamp position on seam. Published tested holding strength for engineered application. Warranted for the life of the roof and PV.

Number of pieces: 1 (pre-assembled)
Tools needed: screw gun, string line, 5/16” and 1/2” drive sockets
Certifications: material- ASTM B 221-04A, B 308/308M, B 597, B 807, E 527-83, A 276/276M; manufacturing- ISO 9001-15; performance lab testing- ISO 17025

How does it install: ProteaBracket is a universal bracket for attachment of rail or the S-5-PVKIT to trapezoidal-ribbed (exposed-fastened metal profiles), with top width dimensions of up to 3” (76 mm). Secure directly onto the sides of the crown of the roof panel through the pre-punched holes. Stainless-capped, self-piercing S-5! fasteners and Protea L-Foot are included. The ProteaBracket eliminates the hunt for structure locations, enabling module, PVKIT or rail attachment anywhere on the roof.

When using a side-mounted rail, orient the Protea L-Foot vertically so the hinge bolt will lock into the square hole on the slotted L-Foot. Tighten the hinge bolt. The rail will now be attached to the remaining slot to fine-tune the rail height. When utilizing ProteaBracket to mount the PVKIT or top-mounted rail, orient the L-Foot horizontally. Tighten the hinge bolt.

Advantages: One part does it all. Fully assembled, the ProteaBracket attaches PV with or without rails to exposed-fastened trapezoidal sheet profiles, including pre-assembled foam core panels/insulated metal panels. Adjustable base accommodates varying rib widths, heights and angles. Attach to the sheeting-only with no messy sealants. Comes with a factory-applied, EPDM pad to ensure quick installation and a weather-proof fit. Rigorously tested for load-to-failure results in sheeting-only; pairs with the PVKIT for a direct-attach solution – or ideal for both side-bolted and bottom-bolted rail mounting. As with all S-5! products, ProteaBracket is warranted for the life of the roof (and PV); Resi or C/I.

Number of pieces: 1 or 2 according to roof profile specifics
Tools needed: electric screw gun (bit tip provided)
Certifications: material- ASTM B 221-04A, B 308/308M, B 597, B 807, E 527-83, A 276/276M; manufacturing- ISO 9001-15; performance lab testing- ISO 17025; product evaluation- ICC-ES (Evaluation Report ESR-3869)

How does it install: Use the threaded holes in the clamp (with provided stainless hardware) to mount PV modules, snow guards, service walkways, lightning protection, conduit, wire chases, module-level-power electronics, fall protection and more. All use tools common to the trade with installation so simple; it can be done by a DIY installer. Just place the S-5! clamp over the seam at the desired location and tighten setscrew(s) to specified tension. M8 threaded hole provided in all clamps for attachment of L-foot (railed systems) or S-5-PVKIT (Direct-Attach™) systems without rail.

Advantages: S-5! clamps are designed for brand-specific standing seam roof types, gauges and materials to maximize cost/holding strength ratios. A one-size-fits-all clamp compromises either cost or performance. All “mini” clamp versions are more than adequate for PV mounting. It is compatible with any rail system, no roof penetration needed. Compatible with S-5-PVKIT for (rail-less) Direct-Attach systems. Independently tested on more than 500 metal roof profiles for engineered applications. Warranted for the life of the roof (and PV). Available in brass, stainless

Number of pieces: 1 (fasteners sold separately)
Tools needed: electric screw gun, 3/8” Hex Socket, 13 mm (or 1/2”) Hex Socket
Certifications: material- ASTM B 221-04A, B 308/308M, B 597, B 807, E 527-83, A 276/276M; manufacturing- ISO 9001-15; performance lab testing- ISO 17025

How does it install: To install SolarFoot for the rail and L-Foot of your choice: 1. Determine the location of the supporting structure of the roof; Wipe away excess oil and debris from the desired mounting location; 2. Peel the release paper from the base, align and apply to roof surface at structure location; 3. Install screws through the pre-punched holes in the SolarFoot into the structure below; and 4. Install the rail-producer’s L-Foot over the stud and secure in place with the provided M8-1.25 Hex Flange Nut tightened to 160 inch pounds (13 ft lbs).

Advantages: Suitable for all exposed-fastened metal roofs and compatible with all rail manufacturer’s L-Foot components. Attaches into the structure or deck for optimal holding strength. Fastens into a variety of substrates, including wood deck, wood or steel purlins. Proper sealant selection never left to chance; no messy or risky field-applied sealant. Low center of gravity reduces moment arm commonly associated with L-Foot/rail solar racking. Stainless integrated stud and locking Flange Nut secure the L-Foot into position. Load-tested for engineered applications. Warranted for the life of the roof (and PV)

Number of pieces: 3
Tools needed: screw gun (bit tip provided), calibrated dial torque wrench
Certifications: material- ASTM B 221-04A, B 308/308M, B 597, B 807, E 527-83, A 276/276M; manufacturing- ISO 9001-15; performance lab testing- ISO 17025; electrical bonding and grounding- UL 2703; ETL 1703

How does it install: The S-5-PVKIT 2.0 simply threads into any S-5! clamp or bracket. Eliminates rail altogether. Disk with bonding teeth provides grounding path module to module. The grab seats to the PV module frame by using one simple tool for both clamp and grab, providing a continuous ground path without the need for extra components along each module column.

PVKIT’s pre-assembled components provide a simple, secure and economical method to “lay & play” modules. The PV module itself is the dimensional gauge for placement of ensuing attachments. Finally, the grab is tightened down to the module frame. No additional tools or steps are required. The “free” rails inherent to the roof (ribs and seams) obviate the need for added rail hardware.

Advantages: S-5-PVKIT 2.0 is a rail-less attachment solution for any metal roof type with tested, engineered, direct attachment of modules to standing seam or exposed-fastened metal roofs. With high-tensile, certified aluminum and stainless, the PVKIT eliminates the need for traditional rail methods and offers impressive savings across transport and handling metrics for PV mounting systems. You’re using the rails inherent to the metal roof. Benefits over rails: 85% less weight/collateral load; 70% fewer components; up to 40% hard goods savings; up to 40% labor savings; 25% better load distribution.

Number of pieces: 5 (Rail, Mount, Splice, Mid Clamps and End Clamps)
Tools needed: ½” socket with an impact gun for all connections and attachments
Certifications: UL 2703 for Grounding/Bonding, Class A Fire Rating Type 1 & Type 2 Modules, UL Certified Modules, Stamped Structural Engineering Reports

How does it install: Installation of SnapNrack Ultra Rail is intuitive and easy to learn. After the array is marked in accordance with the design plans, Umbrella L Feet lag into rafters with patented flashing technology that protects against roof leaks. Rails snap into mounts with spring loaded features to allow the rail to easily slide and be adjusted to the desired location and height. Finally, panels are placed on the rails secured using SnapNrack’s proprietary mid and end clamps as wires are nestled securely into the rail channel.

Advantages: The Ultra Rail profile creates a channel for wires, unobstructed by splices or mounts. It doesn’t rely on zip ties which can fail over time creating opportunities for wire damage or worse. Spring loaded brackets allow the rail to snap into place and be released, without tools, and easily slide prior to leveling and tightening. SnapNrack doesn’t rely on T-Bolts that can bind or be improperly installed, resulting in a system failure. Roof penetrations are protected with a patented cone flashing feature that extends above the base of the roof attachment and sealed under a proprietary Umbrella Lag.

Number of pieces: 4 (Mount, Link, Skirt & Spacers)
Tools needed: ½” socket with an impact gun for all connections and attachments
Certifications: UL 2703 for Grounding/Bonding, Class A Fire Rating Type 1 & Type 2 Modules, UL Certified Modules, Stamped Structural Engineering Reports

How does it install: RL-U is designed such that each install step is independent, where a single installer can install the entire system. The roof attachments are a Flash Track which provides North-South adjustability, secured with a single Umbrella Lag through SnapNrack’s patent pending Umbrella Flashing. RL-U only requires a single RL-U Mount SKU, which is used at all locations on the array. The integrated RL-U Skirt attaches to the first row of mounts, creating a strong structure for leveling and aligning the array. The RL-U Links clamp onto the top of modules securing them in place while providing row-to-row bonding, and provide an attachment point for 2-4 modules. A single installer can drop modules into place, and secure them across the top without having to reach down the roof across a module.

Advantages: RL Universal is designed to provide the fastest, most intuitive install experience on the roof. The direct mount system features four basic components, with nothing larger than the size of a module, resulting in easy material management. Features include an integrated Skirt for a secure installation with sleek aesthetics, Universal Mounts used at all locations on the array & Links that can accommodate 2-4 modules. Mount & Link interference is eliminated with the unrivaled Mount offset & Link adjustability. RL-U is the only railless system to offer labor saving installation processes backed by the industry leader in residential solar.

Number of pieces:

• 2 (SpeedSeal Foot or SpeedSeal Track & Lag Screw) OR
• 5 (SpeedSeal DeckFoot or SpeedSeal DeckTrack & 4 Wood Screws)

Tools needed: ½” socket with an impact gun for all connections & attachments for Foot & Track with Lag
Certifications: UL 2582 Wind Driven Rain Test and ASTM E2140 Water Column Testing standards, Miami-Dade NOA No: 20-1104.01, UL 2703 for Grounding/Bonding, Class A Fire Rating Type 1 & Type 2 Modules, UL Certified Modules, Stamped Structural Engineering Reports.

How does it install: SnapNrack SpeedSeal Foot & Track allows installers to lag straight to a structural member with no in-between components, and eliminates damage to shingles from the installation process. The simple install process consists of locating a rafter, filling the sealant cavity and securing to the roof. The SpeedSeal Technology takes over, compressing sealant into the cavity, shingle surfaces and lag hole, as the SpeedSeal Foot or Track is secured to the rafter. The SpeedSeal DeckFoot & DeckTrack mount directly to the deck, making installation even faster by allowing installers to lag straight to the roof deck & eliminating the need to find a rafter.

Advantages: The SpeedSeal Technology portfolio save installers time on the roof with less parts and tools, while maintaining the integrity of the shingles. Metal flashing requires the use of a pry bar to “rip up” the shingles and remove nails. SpeedSeal eliminates this, so the roof remains intact, the way meant it’s meant to be, all while faster. The new SpeedSeal DeckFoot and DeckTrack provide further time savings due to their ability to by mounting directly to the roof deck. Installers no longer need to find rafters and seal missed pilot holes.

Number of pieces: 3
Tools needed: none, 100% tool-less
Certifications: UL 467, UL 2703

Installation: The DynoRaxx Evolution FR is easy to transport, stage, and install. Installation does not require any tools to assemble resulting into major labor savings.

Advantages: Since the racking only consists of three major parts and are compatible with every framed commercial solar module on the market without any special ordering or lead times. You receive the right product for the job every time.

Number of pieces: 1, various lengths available (8”, 12”, 38”, 50”, 76”, 96”)
Tools needed: None
Certifications: UL 467 & UL 2703

Installation: The DynoBond is used to ground solar modules within the array. It’s a tin platted copper wiring with factory crimped stainless steel connectors that ground the modules.

Advantages: The DynoBond can be used to ground solar modules in applications for residential, commercial, industrial, and utility scaled projects. The product is used by DynoRaxx for the ballasted solution and also many racking competitors are using it for their grounding needs as well.

Number of pieces: +/- 10
Tools needed: Cordless Drill (non-impact); Impact Driver (for lag bolts); Torque Wrench (0-250 in-lbs); 7/16” Socket; 1/2″ Socket; 9/16″ Socket; 7/32″ Drill Bit; 1/8″ Drill Bit; 1/4″ Drill Bit; T30 Bit; Channel Lock Pliers; #3 Phillips Bit
Certifications: UL 2703 Listed, Class A Fire Rating, Water Seal Rating, Designed and Certified for Compliance with the International Building Code & ASCE/SEI-7, Florida Product Approval #FL29843

Installation:
1. Attach bases
2. Place rails
3. Secure lugs
4. Secure modules

Advantages: Every component in the IronRidge XR Flush Mount System has been tested to the limit and proven in extreme environments: rain, wind and snow. Our rigorous approach has led to unique structural features, such as curved rails, universal fastening objects, innovative tile attachments and reinforced flashings. All of our products are fully-certified, code-compliant, listed to UL 2703 and backed by a 25-year warranty.

Number of pieces: +/- 8
Tools needed: Cordless Drill (non-impact); Impact Driver (for lag bolts); Torque Wrench (0-250 in-lbs); 5/16” Socket; 7/16” Socket; 9/16” Socket (deep); String Line
Certifications: UL 2703 Listed, Class A Fire Rating, Designed and Certified for Compliance with the International Building Code & ASCE/SEI-7

Installation:
1. Attach bases
2. Add tilt legs
3. Place rails
4. Secure lugs
5. Secure modules

Advantages: Build strong and efficient solar arrays on flat roofs. IronRidge Tilt Mount supports a wide range of solar panel tilting angles, while also resisting the extreme wind and snow forces experienced over a building’s lifetime.The Tilt Mount System is listed to UL 2703, and compatible with most roof anchor products. Every component in the system is made with aluminum and stainless steel to ensure complete corrosion resistance.

Number of pieces: +/- 5
Tools needed: Torque Wrench (0-250 in-lbs); 9/16” Socket; 7/16” Socket; 1/2″ Socket; String Chalk Line
Certifications: UL 2703 Listed, Class A Fire Rating, Designed and Certified for Compliance with the International Building Code & ASCE/SEI-7, Wind Tunnel Testing by I.F.I.

Installation:
1. Mark layout
2. Place Chassis
3. Mount MLPE (optional)
4. Lay ballast
5. Anchor system (optional)
6. Install modules
7. Complete bonding

Advantages: IronRidge BX delivers superior power density and design flexibility to flat roof solar arrays. Made of a glass reinforced composite, the BX Chassis is engineered for extreme structural loading, yet is also shaped to be roof-friendly and easy to install.

Number of pieces: Five
Tools needed: 1/2” hex socket
Certifications: UL 2703

Installation: It is a rail-based solar mounting system for solar installation on composition shingle, tile and stone-coated steel roofs.

Advantages: Reliable, easy to install and cost-effective

Number of pieces: Two
Tools needed: 1/2” hex socket
Certifications: UL 2703

How does it install: It is rail-less solar mounting system for solar installation on composition shingle, tile and stone-coated steel roofs. It has only two components, Module Connector and Comp Foot. Comp Foot is attached to the roof and also secures solar module. Module Connector connects two adjacent solar modules for additional stability and bonding.

Advantages: Lower cost. Easy to ship, carry and install.

Number of pieces: One
Tools needed: 1/2” hex socket
Certifications: N/A

How does it install: L-foot with Flashing is roof attachment for composition shingle roof. Flashing is secured by attaching it to the vertical portion of the L bracket with a bolt.

Advantages: It has a unique and patented flashing design with no hole on the flashing surface so it is absolutely waterproof. It has a simple design and is intuitive to install.

Number of pieces: Two
Tools needed: 1/2” hex socket and 3/16” Allen key drive
Certifications: UL 2703

How does it install: Each kit has two components, MageBlock and mid or end clamp. MageBlock is attached to standing seam with two set screws. Mid or end clamp slides on top of MageBlock and secures solar module onto MageBlock.

Advantages: It has only two pre-assembled components, Mid-clamp Mounting Kit and End-clamp Mounting Kit. Each kit is 3”x3”x1” and multiple kits can be packed in one box. The cost is only one-third of rail-based mounting system and it is easy to install.

Number of pieces: One (three different versions)
Tools needed: Hex socket
Certifications: N/A

How does it install: MageBracket R or CH has two angle-adjustable brackets that can be attached to the side of the rib for better waterproofing. MageBracket CL has two width-adjustable brackets that can be attached on the top of the rib of corrugated metal roof.

Advantages: Angle-adjustable and width-adjustable rib mounting brackets fit most common R-Panel trapezoidal and corrugated metal roofs. They have better waterproofing capabilities and are strong roof attachment with mounting screws attached to the sides of the rib or into the structural element. The optional L bracket is ready to be attached to rails.

Number of pieces: 2
Tools needed: Screw gun, wrench, torque wrench, water block bedding sealant, OMG roofing fasteners.

How does it install: OMG PGU-7 units are installed with four roofing fasteners for the specific deck-type. Fasteners should be installed with a standard screw gun rather than an impact driver, and cap bolts must be secured in a crisscross pattern to 60-70 inch pounds. A bead of water block sealant is installed around the perimeter of the bottom side of the top plate for added protection.

Advantages: For all commercial roof types (i.e., TPO, PVC, EPDM, modified bitumen, and BUR), but not compatible with residential shingles or tiles. Also, with most ballast and rail-based commercial solar rack systems. PGU-7s are secured directly to the deck and do not need to be secured to the structural members. This often eliminates the need for ballast and protects insulation from being compressed. PGU-7 units are watertight without flashing, which saves labor and eliminates the need for power on the roof during installation. Units can be installed in about four minutes. PGU-7 provides tensile strength of 2,051 lbf (9.12 kN), shear strength of 1,581 lbf (7.03 kN), and compressive strength of 2,214 lbf (9.84 kN).

Number of pieces: 1
Tools needed: Screw gun, fastener gauge card (supplied), thermoplastic roof hand welder, OMG roofing screws.

How does it install: The PowerGrip Standard is secured with the recommended roofing fastener through the roof and deck with a minimum deck penetration 3 ⁄4-in. [20 mm] into steel, and 1-in. [25 mm] into wood. The fastener head should sit firmly on the gauge card but should not be overdriven. Slide the PowerGrip assembly over the head of the fastener. The unit should sit snuggly onto the roof membrane. Heat Weld the flange of the PowerGrip to the roofing membrane per the manufacturer’s specifications and seal cut edges as required.

Advantages: Made with exactly the same thermoplastic (i.e., TPO or PVC) membrane that’s on the roof. Watertight. Helps protect single-ply roof covers from damage due to ballasted rack movement. Can help eliminate some ballast, to take excessive weight off the roof. Takes the wind-load off the roof cover and puts it onto the structural deck where it belongs. Offers tensile and shear strength of 305 lbf (1.35 kN). Only for use with ballasted systems on POV or TPO roofing membrane.

Number of pieces: 1
Tools needed: Screw gun, fastener gauge card (supplied), thermoplastic roof hand welder, sealant.
Certifications: n/a

How does it install: The PowerGrip Standard is secured with the recommended roofing fastener through the roof and deck with a minimum deck penetration 3 ⁄4-in. [20 mm] into steel, and 1-in. [25 mm] into wood. The fastener head should sit firmly on the gauge card but should not be overdriven. Slide the PowerGrip Plus assembly over the head of the fastener. Then lift the flange and install eight additional fasteners through the PowerGrip Plus plate, hitting the top flutes. The unit should sit snuggly onto the roof membrane. Heat Weld the flange to the roofing membrane per the manufacturer’s specifications and seal cut edges as required.

Advantages: Made with exactly the same thermoplastic (i.e., TPO or PVC) membrane that’s on the roof. Watertight. Helps protect single-ply roof covers from damage due to ballasted rack movement. Can help eliminate ballast, to take excessive weight off the roof. Takes the wind-load off the roof cover and puts it onto the structural deck where it belongs. Offers tensile strength of 2,000 lbf (8.90 kN) and shear strength of 1,075 lbf (4.78 kN). Only for use with ballasted systems on POV or TPO roofing membrane.

Number of pieces: 2
Tools needed: Screw gun, wrench, torque wrench, water block begging sealant, OMG roofing fasteners.

How does it install: OMG PGU-11 units are installed with six roofing fasteners for the specific roof deck-type. Fasteners should be installed with a standard screw gun rather than an impact driver, following the star pattern provided on the base plate. Apply a bead of water block bedding sealant around the perimeter of the bottom side of the cover plate. Align the cover over the base plate and bolt it in place with four bolts supplied, at a torque of 60-70 lbs.

Advantages: For all low-slope commercial roof types (i.e., TPO, PVC, EPDM, modified bitumen, and BUR), and compatible with most ballast and rail-based commercial solar rack systems. PGU-11s are secured directly to the deck thereby transferring wind uplift and dead weight loads directly to the structural members. This often eliminates the need for ballast and protects insulation from being compressed. PGU-11 units are watertight without flashing, which saves labor and eliminates the need for power on the roof during installation. Offers tensile strength of 3,343 lbf (14.8 kN), shear strength of 2,537 lbf (11.3 kN), and compressive strength of 2,749 lbf (12.2 kN).

Number of pieces: 12
Tools needed: Socket Wrench, Wire Crimper
Certifications: CSA for UL 3703

How does it install: PV Booster is mechanically attached to flat C&I rooftops. The three major subsystems install fast by torquing our tripod (support system) down to the mechanical attachment (included), bolting on the drive mechanism (actuator), and installing the h-frame (panel support). Panels are then mounted on the h-frame. The system is wired up in strings of 30 or less to our tracker distribution boxes (control hardware) mounted on the rooftops. The 30 degree tilted vertical axis tracker significantly improves energy production and requires about 1’ between panels to allow for a full range of tracking motion to achieve that goal. A small, wall-mounted control computer is installed in the mechanical/electrical room near the inverters to ensure functionality if the site loses internet connectivity.

Advantages: PV Booster brings tracking to flat C&I rooftops to dramatically increase system efficiency with a smaller footprint which significantly reduces the LCOE of your projects. PV Booster allows building owners to use less equipment to produce more energy from every panel. Our systems produce 30-40% more energy out of every monofacial panel. PV Booster is the best mounting solution for bifacial modules as well, producing as much as 70% more energy out of bifacial panel. Produce more with less using PV Booster, rooftop tracker.