INSTALLATION MANUAL

DISCLAIMeR

This manual describes proper installation procedures and provides necessary standards required for product reliability.
Warranty details are available on website. All installers must thoroughly read this manual and have a clear understanding of the installation procedures prior to installation. Any installation or use of this product not in accord with or not authorized by this written instruction shall void any and all warranties, express or implied, on the product or the use of the product and may cause failure, property damage and personal injury. IronRidge is not liable for any unauthorized use. Install and use only with other IronRidge products to ensure proper fit and function.
IT IS THe INSTALLeR’S ReSPONSIBILITY TO:

• Ensure safe installation of all electrical aspects of the array. All electrical installation and procedures should be conducted by a licensed and bonded electrician or solar contractor. Routine maintenance of a module or panel shall not involve breaking or disturbing the bonding path of the system. All work must comply with national, state and local installation procedures, product and safety standards.
• Comply with all applicable local or national building and fire codes, including any that may supersede this manual.
• Ensure all products are appropriate for the installation, environment, and array under the site’s loading conditions.
• Use only IronRidge parts or parts recommended by IronRidge; substituting parts may void any applicable warranty.
• Review the Design Assistant and Certification Letters to confirm design specifications.
• Ensure provided information is accurate. Issues resulting from inaccurate information are the installer’s responsibility.
• Ensure bare copper grounding wire does not contact aluminum and zinc-plated steel components, to prevent risk of galvanic corrosion.
• If loose components or loose fasteners are found during periodic inspection, re-tighten immediately. Any components showing signs of corrosion or damage that compromise safety shall be replaced immediately.
• Provide an appropriate method of direct-to-earth grounding according to the latest edition of the National Electrical Code, including NEC 250: Grounding and Bonding, and NEC 690: Solar Photovoltaic Systems.
• Disconnect AC power before servicing or removing modules, AC modules, microinverters and power optimizers.
• Review module and any 3rd party manufacturer’s documentation for compatibility and compliance with warranty terms and conditions.
• Ensure that the roof is in good condition prior to instaling any IronRidge components.

RATINGS

UL 2703 LISTeD

5003807

Conforms to UL STD 2703 Standard for Safety First edition: Mounting Systems, Mounting Devices, Clamping/ Retention Devices, and Ground Lugs for Use with Flat-Plate Photovoltaic Modules and Panels

• Scope of Evaluation includes bonding, grounding, mechanical loading, and fire classification

• Max Overcurrent Protective Device (OCPD) Rating: 40A

• Max Module Size: 30.5 ft²

• Module Orientation: Portrait or Landscape

• System Design Load Rating: 10 PSF downward, 5 PSF upward, 5 PSF lateral

• Actual system structural capacity including spans and cantilevers are defined by PE stamped certification letters

• CAMO Specific Design Load rating: 50 PSF downward, 50 PSF upward, 15 PSF lateral Certified to CSA TIL No. A-40 Photovoltaic Module Racking Systems

• Load Rating: 2400 PA [50 PSF] CLASS A SYSTeM FIRe RATING PeR UL 2703

• Any Roof Slope with Module Types 1, 2, 3, 13, 19, 25 & 29: Allowed with any roof slope. Any module-to-roof gap is permitted, with no perimeter guarding required

• Module Types 4 and 5: Allowed with Steep Slope Roofs (≥ 9.5°). Any module-to-roof gap is permitted, low edge guarding (Trim) required

• Class A rated PV systems can be installed on Class A, B, and C roofs without affecting the roof fire rating CLASS B SYSTeM FIRe RATING PeR UL 2703

• Module Types 4 and 5: Allowed with Steep Slope Roofs (≥ 9.5°). Any module-to-roof gap is permitted, with no perimeter guarding required.
  WATeR SeAL RATINGS:

• UL 441 and TAS100(A) (Flashfoot2, L-Mount, Flashvue, All Tile Hook, Knockout Tile, Halo UltraGrip)

• Tested and evaluated without sealant

• Any roofing manufacturer approved sealant is allowed.

• Ratings applicable for steep roof slopes 2:12 and above.
  UL 2703A Ratings:

• Conforms to UL SUBJECT 2703A – Halo UltraGrip

• Steep Slope Ratings applicable for Asphalt Shingle roofs with slopes 2:12 and up

• Low Slope Ratings applicable for Roll Roofing (Rolled Comp) roofs with slopes 1:12 and up

• Low Slope Ratings applicable for Modified Bitumen (Mod-Bit) roofs with slopes 1/4:12 and up
  STRUCTURAL CeRTIFICATION

• Designed and Certified for Compliance with the International Building Code & ASCE/SEI-7
  FLORIDA PRODUCT APPROVAL #FL29843

• Approved for installation both inside and outside High Velocity Hurricane Zones (HVHZ)

• Additional details and full list of approved components can be found here

MARKINGS

Product markings are located on the Grounding Lug bolt head.

ATTACHMENTS

PRE-INSTALLATION
☐ Verify module compatibility. See Page 21 for info.
TOOLS ReQUIRED
☐ Cordless Drill (non-impact)
☐ 3/8″ Socket
☐ Impact Driver (for lag bolts)
☐ 1/8″ Drill Bit
☐ Torque Wrench (0-250 in-lbs)
☐ 1/4″ Drill Bit
☐ 7/16” Socket
☐ T30 Bit
☐ 1/2″ Socket
☐ Channel Lock Pliers
☐ 9/16″ Socket
☐ #3 Phillips Bit
☐ 7/32″ Drill Bit
☐ 3/16″ Hex Bit

COMPOSITION SHINGLE

BONDING HARDWARE TORQUE VALUES
Please refer to each attachment’s individual section for full details on all torque values and instructions.
☐ 3/8″ Bonding Hardware Nuts (7/16″ Socket): 250 in-lbs
☐ All Tile Hook Carriage Bolts (7/16″ Socket): 132 in-lbs
☐ Flat Roof Attachment Nuts (9/16” Socket): 250 in-lbs
☐ Lynx Set Screw (3/16″ Hex Drive): 150 in-lbs
☐ Lynx Flange Nut (1/2″ Socket): 150 in-lbs

TILE

ADDITIONAL ROOF TYPES

LOW SLOPE ROOF

➢ If using previous version of Integrated Grounding Mid Clamps, end Clamps, expansion Joints, Classic Composition Mount and for a list of approved 3rd party components please refer to Alternate Components Addendum (Version 2.0)

COMPONENTS

PRE-INSTALLATION
☐ Verify module compatibility. See Page 21 for info.
TOOLS REQUIRED
☐ Cordless Drill (non-impact)
☐ 1/8″ Drill bit
☐ Impact Driver (for lag bolts)
☐ 1/4″ Drill bit
☐ Torque Wrench (0-250 in-lbs)
☐ T30 Torx Bit
☐ 7/16” Socket
☐ Channel Lock Pliers
☐ 1/2″ Socket
☐ #3 Phillips Bit
☐ 9/16″ Socket
☐ Paddle Bit
☐ 7/32″ Drill bit

BONDING HARDWARE TORQUE VALUES
Please refer to each attachment’s individual section for full details on all torque values and instructions.
☐ Universal Fastening Object (7/16″ Socket): 80 in-lbs
☐ Rail Grounding Lug Nut (7/16″ Socket): 80 in-lbs
☐ Module Grounding Lug
☐ Grounding Nut (7/16″ Socket): 60 in-lbs
☐ Grounding Lug Terminal Screws (7/16″ Socket): 20 in-lbs
☐ Microinverter Kit Nuts (7/16″ Socket): 80 in-lbs
☐ Frameless Module Kit Nuts (7/16″ Socket): 80 in-lbs
☐ 3/8″ Bonding Hardware Nuts (7/16″ Socket): 250 in-lbs
☐ Contour Clamp (T-30 Torx Bit): 80 in-lbs

COMPONENTS

➢ Unless otherwise noted, all components have been evaluated for multiple use. They can be uninstalled and reinstalled in the same or new location.

PLACE ATTACHM ENTS

The general installation method for attachments is to locate a rafter, drill a pilot hole and install the attachment. For composition roof attachments installation instructions refer to page 10. For tile roof attachments refer to page 12. For low slope roof attachments refer to page 14. When using approved third party attachments, refer to manufacturer’s install instructions.
Tested or evaluated third-party roof attachments:
• S-5! Standing Seam Metal Roof Clamps – Certification of metal roof clamps includes bonding to both painted and galvalume metal roofs. Follow all instructions and installation practices outlined by S-5! in their Resources Page.
• ecoFasten Green Fasten GF-1 Anchors

PLACE RAILS

A. CONNECT SPLICES
Use BOSS(Bonded Structural Splice), as needed, to join multiple sections of Rail. BOSS – Bonded Structual Splice
Insert BOSS into first Rail up until the Stop Tab. Slide second Rail fully into place.
➢ Rows using BOSS and exceeding 100 of rail for all roof attachments (60 feet when using HUG) must use expansion Joints.
➢ Boss Splices may be installed in any location within a span.
➢ UFO and Bonding Hardware must be installed 1″ away from the point where two Rails join together. B. PREPARE HARDWARE
Slide square-headed bolts into side-facing rail slot. Space out bolts to match attachment spacing.
➢ Tape ends of rail, to keep bolts from sliding out while moving.
➢ If using T-bolts, carry hardware onto roof and proceed.
C. ATTACH RAILS
Drop rail with hardware into roof attachment. Level rail at desired height, then torque to 250 in-lbs.
➢ Rail can face either upslope or downslope on roof.
➢ When using attachments with longer slots, do not install Rail lower than the top of the L-Foot to avoid damage to modules.

SECURE LUGS

Grounding Lugs
Only one Grounding Lug (Rail or Module) required per continuous subarray, regardiess of subarray size (Unless frameless modules are used, see Page 20).
➢ Grounding Lugs are intended to for use with one solid or stranded copper wire, conductor size 10-4 AWG.
Rail Grounding Lug
Insert T-bolt in Top Rail slot and torque Hex Nut to 80 in-lbs. Install a minimum 10 AWG solid copper or stranded grounding wire. Torque terminal screw to 20 in-Ibs.
➢ Module Grounding Lugs can be installed anywhere along the Rail and in either orientation shown.
Module Grounding Lug
Insert Bolt through Manufacturer approved grounding location and torque Hex nut to 60 in-Ibs. One Module Grounding Lug may be installed to one module per row. Install a minimum 10 AWG solid copper or stranded grounding wire. Torque terminal screw to 20 in-lbs.
➢ If using Enphase microinverters or Sunpower AC modules, Grounding Lugs may not be needed. See Page 19 for more info.
➢ Refer to module manufactuer for mounting location and

SECURE MODULES

A. SECURE FIRST END
Place first module in position on rails, a minimum of 1” from rail ends. Snap Stopper Sleeves onto UFO. Fasten module to rail using the UFO, ensuring that the UFO is hooked over the top of the module. Torque to 80 indbs.
➢ ensure rails are square before placing modules.
➢ Hold Stopper Sleeves on end while torquing to prevent rotation.
➢ If using CAMO instead of UFO + Stopper Sleeve, refer to Page 19 for CAMO installation procedure.
➢ UFO can be installed on modules 30 to 46mm.

B. SeCURe NeXT MODULeS
Place UFO into each rail, placing them flush against first module. Slide second module against UFO. Torque to 80 in-lbs. Repeat for each following module.
➢ When reinstalling UFO, move modules a minimum of 1/16″ so UFOs are in contact with a new section of module frame.
➢ When UFOs are loosened and re-tightened, ensure UFO T-bolt bottoms out in rail channel before re-torquing UFO to achieve full engagement between T-bolt and rail.
➢ If using Wire Clips, refer to Page 18.

C. SECURE LASTEND
Place last module in position on rails, a minimum of 1” from rail ends. Snap Stopper Sleeves onto UFO. Secure
UFO Clamps on rails, ensuring they are hooked over top of module. Torque to 80 in-lbs.
➢ Hold Stopper Sleeves on end while torquing to prevent rotation.
➢ Repeat all steps for each following row of modules, leaving a minimum 3/8″ gap between rows
➢ If using CAMO instead of UFO + Stopper Sleeve, refer to Page 6

CAMO
A. SLIDE INTO RAIL
Slide CAMO into rail channel far enough to clear the module frame. CAMO requires 6″ of clearance from end of rail.
B. PLACE MODULE
Place module on rails (module cells not shown for clarity). When installing CAMO the module can overhang the rail no more than 1/4″.

C. PULL TOWARDS END
Pull CAMO towards rail ends, at 45 degree angle, so the bonding bolt contacts the module flange edge.

D. SECURE TO FRAME
Rotate handle with an upwards motion until CAMO snaps into rail channel. Ensure CAMO bonding pins are fully seated on top of module frame.
FRAME COMPATIBILITY
CAMO has been tested or evaluated with all modules listed in the Module Compatibility section having frames within the referenced dimensions. Be sure the specific module being used meets the dimension requirements.

For installations with Hanwha Q CELLS modules with 32 mm frame heights, the maximum ground snow is 45 PSF (33 PSF module pressure).
CAMO is only compatible with Canadian Solar modules CS1YxxxMS, CS3N- XXxMS, CSER-xxxMS-HL and CS6W-1xxxMB-AG. “xxx” refers to the module power rating. BONDING JUMPER
8″ Bonding Jumper is an electrical bonding jumper that can be used on the Flush Mount System for row to row bonding; making the module frames the medium for the equipment ground path.
➢ Bonding jumper is pushed onto the bottom flange of the module.
➢ New jumpers should be used if re-installation of jumper is required.
➢ Supports bottom flange thicknesses from 1.2mm to 3.1mm.

EXPANSION JOINTS
Expansion Joints are required every 100’ of continuous rail to allow for thermal expansion and contraction of the system.
➢ Do not install modules over expansion joint.
➢  Expansion Joints are required every 60″ of continuous rail when installing on HUG.
BOSS
Insert BOSS into first Rail up to the Alignment Circle, Slide second Rail over BOSS to the second Alignment Circle, leaving a 1″ gap between the Rails.
There must be a 1″ of space between the edge of the Rail and the edge of the panel to allow proper installation of the UFO and Stopper Sleeve.

ECTRICAL DIAGRAM

*One Module Grounding Lug or Rail Grounding lug is required per row of a system.
** The use of the 8″ Bonding Jumper eliminates the need for row to row bonding. A minimum of one grounding lug per continuous array is required for earth ground.
Grounding Lugs and wire are not required in systems using certain Enphase microinverters or certain Sunpower modules. Equipment grounding is achieved with the Engage cable for Enphase or the AC module cable system for Sunpower via their integrated EGC.

COMPOSITION SHINGLE

FLASHFOOT2
Locate roof rafters and mark locations on roof. Drill 1/4″ pilot holes perpendicular to the roof and back fill with roofing manufacturers’ approved sealant. Slide flashing between 1st and 2nd course of shingles, ensuring both that the flashing reaches under the 3rd shingle course and doesn’t overhang the downhill shingle course. Line up with pilot hole and insert supplied lag bolt with washer through flashing. With a 7/16″ Socket fully seat lag bolt. Place Cap onto flashing in desired orientation for E/W or N/S rails and rotate 180 degrees until it locks into place.
➢ Rail can be installed on either side of FlashFoot2 Cap.
➢ For additional details refer to the full FlashFoot2 Installation Manual.

FLASHVUE
Locate rafters and snap vertical and horizontal lines to mark locations of flashings. Drill 1/4” pilot holes, then backfill with an approved sealant. Slide flashing between 1st and 2nd course of shingles, ensuring both that the flashing reaches under the 3rd shingle course and doesn’t overhang the downhill shingle course. Line up pilot hole with View Port. Press Grip Cap onto flashing in desired orientation for E/W or N/S rails. Insert Lag Bolt with mechanically bonded washer through flashing. With a 7/16″ Socket drive Lag Bolt until fully seated. FlashVue is now installed and ready for IronRidge XR Rails. Attach rails to either side of the open slot using bonding hardware. Level rail at desired height, then torque to 250 in-lbs (21 ft-lbs).
When installing Gripcap+ on roofs with undulations greater than 1 inch, install GripCap+ in low points across the array as required.
➢ For additional details refer to the full FlashVue Installation Manual.
➢ For additional details on the GripCap+ refer to the full GripCap+ Installation Manual.

QM L-MOUNT
Locate roof rafters and mark locations on roof. Drill 7/32”(Lag) or 1/8″(ST) pilot holes perpendicular to the roof and back fill with roofing manufacturers’ approved sealant. Slide flashing between 1st and 2nd course of shingles, ensuring both that the flashing reaches under the 3rd shingle course and doesn’t overhang the downhill shingle course. Place L-foot on flute and rotate into desired position. Prepare lag bolt or structural screw with sealing washer. Use 1/2″ socket to drive prepared lag bolt through L-foot until fully seated and L-foot can no longer rotate easily. Torque Nut to 156 in-lbs (13 ft-lbs) for ST. Attach rail to L-Foot with Bonding Hardware and torque to 250 in-lbs (21 ft-lbs).
➢ Structural screw can be driven with T-30 hex head bit.
➢ For additional details refer to the full QM Installation Manual.

QM QBASe COMPOSITION MOUNT
Locate roof rafters and mark locations on roof. Align QBase vertical holes over center rafter and mark. Drill two pilot holes with 7/32″ drill bit, perpendicular to roof and back fill with roofing manufacturers’ approved sealant. Set grade 8 cap screw through bottom of QBase, place QBase over drilled holes and secure lags. Screw Post to QBase. Proceed with roofing up until the flashing should be installed. Install flashing over mount. Allow roofing to proceed to the next course. Apply sealant where post and flashing meet, install EPDM counter flashing collar. Attach L-Foot on Standoff with hardware. Torque to 174 in-lbs (14.5 ft-lbs). Attach rail to L-Foot with Bonding Hardware and torque to 250 in-lbs (21 ft-lbs).
➢ For additional details refer to the full QM Installation Manual.

HUG (RAFTER)
Confirm shingle step does not exceed 1/8”. Locate and mark centers of rafters to be mounted. Select the courses of shingles where mounts will be placed. Peel off release liner.
Align HUG horizontally using the shingle edge or chalk line with the alignment grooves on the mount. Once in desired location, lightly press against roof to preliminarily hold the mount in place. Drive RD Structural Screw using 5/16” socket, ensuring that two screws are correctly installed into the center of the rafter. Drive screws until fully seated.
➢ Rail can be installed on either side of HUG.
➢ For complete installation requirements and limitations, please refer to the HUG Installation Manual.
➢ HUG is only approved for installation with IronRidge RD Structural Screws.
➢ HUG cannot be installed between courses.

HUG (DECK)
Confirm shingle step does not exceed 1/8”. Locate and mark attachment loactions. Select the courses of shingles where mounts will be placed. Peel off release liner. Align HUG horizontally using the shingle edge or chalk line with the alignment grooves on the mount. Once in desired location, lightly press against roof to preliminarily hold the mount in place. Drive screws using 5/16” socket, until fully seated. All 6 RD Structural Screws must be used in deck mounted conditions.
➢ Rail can be installed on either side of HUG.
➢ For complete installation requirements and limitations, please refer to the HUG Installation Manual.
➢ HUG is only approved for installation with IronRidge RD Structural Screws.
➢ Rows of rail exceeding 60 feet require a thermal expansion joint when using HUG.

TILE

KNOCKOUT TILE
Remove tile and mark rafter. Use base as guide to drill 1/4” pilot hole and fill with roofing manufacturer’s approved sealant. Install optional Roof Flashing and seal appropriately. Insert lag bolt with bonded washer through base (and flashing if used) and drive until fully seated. Insert Tile Replacement Flashing, lower onto base and apply pressure over the threaded post until it dimples the flashing. Place L-Foot over dimple and tap with hammer to punch threaded post through the flashing. Ensure punched pieces of flashing are cleared away. Form flashing as needed to sit flush with surrounding tiles, position L-Foot in desired orientation and torque hardware to 132 in-lbs (11 ft-lbs). Attach rail to L-Foot with Aire Dock and torque to 250 in-lbs (21 ft-lbs).
➢ Base can be installed in any orientation relative to rafter.
➢ ensure L-Foot does not extend above rail.
➢ Optional deck level flashing is available. Standalone installation manual available on website
➢ Standalone Knockout Tile manual available on website.

QM TILE REPLACEMENT
Remove tile and mark rafter. Measure up 8 3/4″ from the adjacent tiles and mark horizontal across rafter. Align baseplate over rafter so that the lag holes align with the post groove. The orientation of the plate can be adjusted cross roof, mark location of lag holes on the roof. Drill two 1/8″ Pilot holes and back fill with roofing manufacturers’ approved sealant. Waterproof at underlayment level according to roofing manufacturers’ instructions and the Tile Roofing Industry Alliance guidelines. Use T-30 Torx bit to lag base into position. Insert Grade 8 Serrated Flange Bolt into bottom of the Post, slide Post into Base channel. Line up post with the hole in the Tile Replacement Flashing. Leave loose for adjustments.
Place Tile Replacement Flashing over the Post and Mount, allowing the flashing to properly interlock with surrounding tiles. Secure Post by tightening with channel lock pliers. Replace all tiles. Apply a bead of sealant where the post meets the flashing, slip  PDM collar over post and down to flashing. Attach L-Foot on Standoff with hardware. Torque to 174 in-lbs (14.5 ft-lbs). Attach rail to L-Foot with Bonding Hardware and torque to 250 in-lbs (21 ft-lbs).
➢ If deck level flashing is required, approved flashing methods include user supplied adhesive backed flexible flashing.
➢ For additional details refer to the full QM Installation Manual.

ALL TILE HOOK
Remove tile and mark rafter. Position base over rafter, adjust arm if necessary and torque hardware to 132 in-lbs (11 ft-lbs). Use base as guide to drill 1/4″ pilot holes, back fill with roofing manufacturer’s approved sealant, then insert lag bolts and tighten until fully seated. Replace tiles and notch as necessary to ensure proper fit. Attach rails to either side of slot using Bonding Hardware and torque to 250 in-lbs (21-ft-lbs).
➢ Position arm near the center of valley for curved tiles.
➢ Position arm away from seam of joining flat tiles.
➢ Ensure top of hook does not extend above rail.
➢ Standalone All Tile Hook manual available on website.

QM QUICK HOOK
Remove tile and mark rafter, use Base Plate to mark two holes on rafter. Drill two 7/32″ pilot holes and back fill with roofing manufacturers’ approved sealant. Use 1/2″ socket to drive lag into place. Slide hook into place and adjust to desired position. Drive self-tapping screw using a #3 Phillips bit to lock hook in place. Clean underlayment and apply a bead of sealant compatible with roofing manufacturer, install flashing over mount. Fasten subflashing to deck with one roofing nail in each corner. Waterproof at underlayment level according to roofing manufacturers’ instructions and the Tile Roofing Industry Alliance guidelines. Cut clearance notch in the weather guard of tile as needed or utilize QM Tile Replacement Flashings. Attach rails to either side of slot using Bonding Hardware and torque to 250 in-lbs (21-ft- lbs).
➢ Position arm near the center of valley for curved tiles.
➢ Position arm away from seam of joining flat tiles.
➢ Ensure top of hook does not extend above rail.
➢ For additional details refer to the full QM Installation Manual.

QM QBASE UNIVERSAL TILE MOUNT
Remove tile and mark rafter. Measure up 6 5/8″ from bottom of tiles and mark horizontally. Align QBase over rafter center and drill two 7/32″ pilot holes, back fill with roofing manufacturers’ approved sealant. Place grade-8 Cap Screw under QBase, lag QBase into rafter location. Install Sub-flashing, waterproof at underlayment level according to roofing manufacturers’ instructions and the
Tile Roofing Industry Alliance guidelines. Cut tile with diamond blade to allow post to pass through. Place tile in position and then install Post. Install 18″x18″ flashing, pre-bent to follow the contour of the tile as required. Apply sealant where Post and Flashing meet and install EPDM counter flashing. Attach L-Foot on Standoff with hardware. Torque to 174 in-lbs (14.5 ft-lbs). Attach rails to L-Foot using Bonding Hardware and torque to 250 in- lbs (21-ftlbs).
➢ For additional details refer to the full QM Installation Manual.

ADDITIONAL ROOF TYPES

QM CLASSIC SHAKE MOUNT
Locate roof rafters and mark locations on roof, remove shakes directly above mount if needed to expose felt paper. Level out installation area and location installation point, mark. Drill 7/32″ pilot hole, back fill with roofing manufacturers’ approved sealant. Prepare Hanger Bolt with Hex Nut and Sealing washer, insert into QBlock hole and drive into rafter until fully seated and the QBlock no longer swivels easily. Insert EPDM washer over hanger bolt and then install L-Foot in desired orientation and torque hardware to 132 in-lbs (11 ft-lbs). Attach rail to L-Foot with Bonding Hardware and torque to 250 in- lbs (21 ft-lbs).
➢ For additional details refer to the full QM Installation Manual.

QM QBASE METAL, SHAKEAND SLATE
The QM QBase can be used to install on multiple roofing types with different installation methods.
➢ For instructions on installing the QBase on Slate refer to the full QM Installation Manual.
➢ For instructions on installing the QBase on Shake refer to the full QM Page not found – IronRidge.
➢ For instructions on installing the QBase on Metal Shingle refer to the full QM Page not found – IronRidge.

LOW SLOPE ROOFS

FLAT ROOF ATTACHMENT
Flat Roof Attachment can be used with an L-foot for flush mounting modules on low sloped roofs. Mark locations for Flat Roof Attachment. Screws should be installed symmetrically to each other. If using a membrane flashing, remove the silicone washer’s protective liner prior to attaching the membrane. Attach L-foot with washers and 3/8” hardware torqued to 250 in-lbs (21 ft-lbs). Seal attachment and/or membrane per roofing manufacturer’s requirements.
➢ Type, size, and quantity of roof screws to be specified by Structural engineer. Fastener size not to exceed #15.
➢ Membrane flashing available for TPO, PVC, and KEE roofs.
Ensure membrane flashing is compatible with existing roofing material.
➢ If membrane flashing is not used, only washer on top of L-Foot is required.
➢ Standalone Flat Roof Attachment Manual available on website.

QM QBASE MOUNT
Locate the desired mount placement over a rafter. Using the base as a template, mark the two penetration points. Drill two 7/32″ pilot holes, back fill with roofing manufacturers’ approved sealant. Place the grade-8 hex bolt in the bottom of the base and screw the Post. Attach L-Foot on Standoff with hardware. Torque to 174 in-lbs (14.5 ft-lbs). Attach rail to L-Foot with Bonding Hardware and torque to 250 in-lbs (21 ft-lbs). The mount can be flashed with available 9″, 12″ or 18″ aluminum flashings, pitch pocket or curb, or with a membrane cone flashing. If using a membrane flashing utilize the services of a qualified roofer
➢ For additional details refer to the full QM Installation Manual.

METAL ROOF
QM LYNX
Locate the desired mount placement over a roofing seam, make sure block is fully seated on metal seam. Torque Set Screws to 150 in-lbs(12.5 ft-lbs) using 3/16″ Hex Drive, alternate driving each bolt till required torque is met. Slide Hex Bolt into slot and to desired position. Place rail attachment bracket over Hex Bolt and secure with Flange Nut, torque Flange Nut to 150 in- lbs(12.5 ft-lbs) using 1/2″ socket.
➢ For additional details refer to the full QM Installation Manual.
➢ Certification of Lynx calmp includes bonding to both painted and galvalume metal roofs.
➢ The technology in this product is licensed by S-5!

CONDUIT PENETRATION FLASHINGS

QM CONDUIT PENETRATION FLASHING – COMP SHINGLE
Mark a drill point so that the flashing reaches up to the 3rd shingle course. Drill your conduit hole next to the rafter so0 you can secure the conduit below the roof surface. Cut shingle and remove nails as needed to center the drilled hole and flashing hole. Apply roofing manufacturer’s approved sealant on the underside of the flashing in a Upside down U and to top of flashing. Under the 3rd course and through the second course secure flashing with 2 roofing nails, apply sealant over the nail heads. Cut EPDM collar to appropriate size. Apply a bead of sealant compatible with the roofing manufacturer and EPDM rubber to anywhere the EPDM collar contacts.
» Be sure to secure conduit to rafters below the roof surface per local building codes and NEC code requirements.
» Cut EPDM collar to appropriate size using the sizing chart in the installation manual, approved for 12″ to 1″ EMT.
» For additional details refer to the full QM Installation Manual.

QM CONDUIT PENETRATION F SHING – TILE
Drill your conduit hole next to the rafter so that you can secure the conduit below the roof surface. Apply roofing manufacturer approve sealant to the underside of the sub-flashing in the shape of an upside down U. Clear away any dust and debris to install sub-flashing. Waterproof at under laminate level according to roofing manufacturer instructions and Tile Roofing Institute Guidelines. Under the top layer of felt, secure the sub-flashing with two roofing nails. Cut EPDM collar to appropriate size. Apply a bead of sealant compatible with the roofing manufacturer and EPDM rubber to anywhere the EPDM collar contacts. With a diamond blade cut tile to allow conduit to pass through, replace all tiles. Bend the flashing to follow the contour of the tiles. Place flashing over the conduit and tuck up under the next course of tiles. Apply a bead of sealant compatible with the roofing manufacturer and EPDM rubber to anywhere the EPDM collar contacts. Slide collar onto conduit all the way down to the flashing.
» Be sure to secure conduit to rafters below the roof surface per local building codes and NEC code requirements.
» Cut EPDM collar to appropriate size using the sizing chart in the installation manual, approved for 12″ to 1″ EMT.
➢ For additional details refer to the full QM Installation Manual.
Drill your conduit hole next to the rafter so that you can secure the conduit below the roof surface. Apply roofing manufacturer approve sealant to the underside of the sub-flashing in the shape of an upside down U. Clear away any dust and debris to install sub-flashing. Waterproof at under laminate level according to roofing manufacturer instructions and Tile Roofing Institute Guidelines. Under the top layer of felt, secure the sub-flashing with two roofing nails. Cut EPDM collar to appropriate size. Apply a bead of sealant compatible with the roofing manufacturer and EPDM rubber to anywhere the EPDM collar contacts. With a diamond blade cut tile to allow conduit to pass through, replace all tiles. Bend the flashing to follow the contour of the tiles. Place flashing over the conduit and tuck up under the next course of tiles. Apply a bead of sealant compatible with the roofing manufacturer and EPDM rubber to anywhere the EPDM collar contacts. Slide collar onto conduit all the way down to the flashing.
➢ Be sure to secure conduit to rafters below the roof surface per local building codes and NeC code requirements.
➢ Cut ePDM collar to appropriate size using the sizing chart in the installation manual, approved for 1/2″ to 1″ eMT.
➢ For additional details refer to the full QM Installation Manual.

CONDUIT MOUNT

QM CONDUIT MOUNT – COMPOSITION SHINGLE
Place conduit mounts along path of conduit. Lift shingle above mount location and insert flashing into position. Mark center for drilling, remove flashing and drill pilot hole with 1/8″ bit. Clean area, fill hole with roofing manufacturer’s approved sealant. Lift shingle and slide Conduit Mount into place. Prepare the lag bolt with sealing washer and pipe clamp (not included). Insert lag through hole in block and drill with 7/16″ socket until block is tight.
➢ Install mounts as required to support conduit across the roof.
➢ For additional details refer to the full QM Installation Manual.

QM CONDUIT MOUNT – TILE
Remove the tile that the mount will be installed on, and the tiles in the course above it. Lift the bottom of the tile and slide the bottom clamp over the bottom edge of the tile. Insert the 4″ tap bolt through the slot into the threaded hole and use a 7/16″ socket to thread the screw. Tighten until the top clamp hook end unbends and forms a 90 degree angle with the tile. Use the Cap Screw (included) to attach your pipe clamp (not included) to bottom clamp. Insert conduit and tighten with 7/16″ socket.
➢ The clamp is reversible, use the wider hook end on tile greater than 1″ thick and the thinner hook end on tiles less than 1″ thick.
➢ The installation process is the same on curved tile, make sure that the Conduit Mount is installed on the crown(high point) of the tile.
➢ Install mounts as required to support conduit across the roof.
➢ For additional details refer to the full QM Installation Manual.

WIRE CLIPS
End Caps add a completed look and keep debris and pests from collecting inside rail. Firmly press End Cap onto rail end.
➢ End Caps come in sets of left and right. Check that the proper amount of each has been provided.

WIRE CLIPS
Wire Clips offer a simple wire management solution. Firmly press Wire Clip into top rail slot. Run electrical wire through open clip. Snap closed once all wires have been placed.

JAYBOX
A. Prior to installation, use step drill bit to place pass through holes for conduits or water-tight connectors. Drill bit starter locations are provided on the sides and front of enclosure.
➢ Do not install conduit facing up roof. B (Rail).
Use rail-specific MLPE mounting hardware to attach Rail Hangers to rail. Ensure junction box is pushed as close to the rail as possible. Torque to 80-in lbs (1/2″ or 7/16″ socket).
➢ Do not overtighten
➢ If installing in areas with ground snow loads greater than 40 psf, install JayBox under module directly next to module frame edge.

B (Shingle).
Align sealing oval of box to align with mating feature on flashing. An EPDM foam gasket is pre-installed to the underside of the junction box to seal the flashing to the box without the need for additional sealant. Secure with supplied #12 x 1-¾” deck screws (2x) until the junction box is pulled tight to the flashing. Do not over-tighten screws to avoid stripping screws in OSB.
➢ If installing pass through fittings, ensure that the JayBox and roof deck are both properly prepared. Complete installation process before attaching the Jaybox to the deck.
➢ Do not install JayBox under shingle seam as illustrated below.

C. Install wiring, conduit and fittings per NEC requirements and following local AHJ guidance. Using Philips Head Driver tighten the bolt.
➢ For additional details refer to the full QM Installation Manual.

MICROINVERTER KITS
Use IronRidge’s Microinverter Kit to bond compatible microinverters and power optimizers to the racking system.
Insert Microinverter Kit T-bolt into top rail slot. Place compatible microinverter or power optimizer into position and tighten hex nut to 80 in- lbs.
➢ MLPE devices shall be installed near modules frames whenever possible.
COMPATIBLE PRODUCTS
Enphase
M250-72, 250-60, M215-60, C250-72, S230, S280, IQ 6, IQ 6+, IQ IQ7, IQ 7A, IQ 7+, IQ7 PD, IQ 7X, Q Aggregator; IQ8-60, IQ8PLUS-72, IQ8A-72, IQ8H-208-72, IQ8H-240-72, IQ8M-72, may be followed by -2-US
Darfon
MIG240, MIG300, G320, G640
Solar edge
M1600, P300, P320, P340, P370, P400, P401, P405, P485, P505, P600, P700, P730, P750, P800p, P800s, P801, P850, P860, P950, P960, P1100, P1101, S440, S500, S500B, S650B, S1200, S1201
SMA
RoofCommKit-P2-US, TS4-R Module Retrofit Kits (TS4-R-S, TS4R-O, TS4-R-F)
Tigo
Tigo Access Point (TAP) TS4-R-X (where X can be F, M, O, or S) TS4-R-X-DUO (where X can be M, O, or S) TS4-A-X (where X can be F, 2F, O, O-DUO, or S)
Generac
S2502
AP Systems
DS3, QS1, QT2 and YC600
NeP
BDM-300, BDM-300X2, BDM-550, BDM-650 and BDM-800 Hoymiles
HM-xxxNT
where xxx can be 300, 350, 400, 600, 700, 800, 1200 and 1500
Yotta
DPI 208/480

➢ Remove Grounding Washer on AP Systems QS1, QT2, DS3 and YC600 and Yotta inverters before installing to XR rails.
➢ Remove the Stainless Steel Clip on Tigo-”A” MLPe Devices before attaching to XR rails.
➢ Use the number of IronRidge Microinverter kits allowed by the MLPE mounting flange. Some will require 1 kit and others 2 kits.

SYSTEMS USING ENPHASE MICROINVERTERS OR SUNPOWER AC MODULES

IronRidge systems using approved Enphase products or SunPower modules eliminate the need for lay-in lugs and field installed equipment grounding conductors (EGC). This solution meets the requirements of UL 2703 for bonding and grounding and is included in this listing.
COMPATIBLe PRODUCTS
Sunpower
Modules with model identifier Ab-xxx-YY and InvisiMount (G5) 46mm frame; where “A” is either E, or X; “b” can be 17, 18, 19, 20, 21, or 22; and “YY” can be C-AC, D-AC, BLK-C-AC, or BLK-D-AC. enphase
Microinverters M250-72, M250-60, M215-60, C250-72, and engage cables eTXX-240, eTXX-208, eTXX-277.
➢ A minimum of two inverters mounted to the same rail and connected to the same engage cable are required.
➢ The microinverters or Sunpower AC modules must be used with a maximum 20 A branch rated overcurrent protection device (OCPD).
➢ If an AC module is removed from a circuit for maintenance, you must first disconnect AC power and then install a temporary EGC to bridge the gap by inserting an AC extension cable (or via other NEC-compliant means), in order to maintain effective ground continuity to subsequent modules.

SYSTEMS USING MICROSTORAGE PRODUCTS

Use IronRidge’s Microinverter Kit to bond compatible microstroage devices to the racking system. Insert Microinverter Kit T-bolt into top rail slot. Place compatible microstorage into position and tighten hex nut to 80 in-lbs.
COMPATIBLE PRODUCTS
PHAZR
PHAZR Devices PHAZR-X, where X is 6-12. Solpad
Solpad Inverter model SI-1k Solpad Battery Storage model SB-2K Solpad Junction Box model SJB-4k
➢ Running a separate equipment grounding conductor to the PHAZR or Solpad devices is not required.
➢ If installing in areas with ground snow loads greater than 40 psf and underneath a module, install PHAZR and Solpad devices as close as possible to module frame edge.
➢ Solpad may only be installed on XR-100 and XR-1000
➢ Solpad may only be installed with modules having a frame thickness of 35mm or greater.
➢ Use the number of IronRidge Microinverter kits allowed by the microstorage mounting flange. Some will require 1 kit and others 2 kits.

FRAMELESS MODULE KITS

Insert Frameless Kit T-bolt in top rail slot. Place star washer over T-bolt, allowing it to rest on top of rail. Secure module clamps with a hex nut and torque to 80 in-lbs.
COMPATIBLe PRODUCTS
Sunforson
Sunforson silver or black SFS-UTMC-200(B) mid and SFS-UTEC- 200(B) end clamps. Sunpreme
Sunpreme silver or black mid and end clamps with part numbers 7500105X where “X” is 1, 5, 6 or 7.
Ironridge
IronRidge silver or black mid and end clamps with part numbers FMLS-XC-001-Y where “X” is E or M and “Y” is B or blank.
➢ Follow module manufacturer’s installation instructions to install the module clamps.
➢ Frameless modules require using a Grounding Lug on every rail.
➢ For Sunpreme Modules Only: If required to use slide prevention hardware, see Module Slide Prevention Addendum (Version 1.10).

CONTOUR

Install Contour
Install Contour on a completed array.
A. Start by placing Contour Clamp on module frame within 12 inches of the down roof corner of the array. Each piece of 84″ Contour Trim must be suppported by two Clamps. Clamps must be installed in the 12″ clamping zones at edge of trim. Once trim is placed and in position, secure trim by tightening Clamp set screw to 80 in-lbs.B. Multiple Contour pieces can be joined using Contour Splice. Install Splice on exsisting Contour edge and install Clamps in appropriate clamping zones for next piece of trim. Place trim on Clamps, slide into splice to join two pieces together. Secure Contour by tightening Clamp set screw to 80 in-lbs. Repeat as needed across the array. C. Cut trim to line up with edge of array.
D. Install Clamps within clamping zones on side of array. Install second Clamp as needed up array. Place Corner Cap on trim and slide side trim to align with Cap. Repeat as needed along roof for both inside and outside corners.
e. Use optional End Caps to cover any exposed edges of Contour as desired.
➢ Do not install on side of array facing roof peak.
➢ Contour can be installed with 1 clamp if trim section is 12″ long (or shorter) and has a splice attached on one end, on which the section of trim the 12″ section is spliced to also has 2 clamps.
➢ Contour Trim when installed when installed up roof requires the use of Aire Stealth Clamps.
➢ Wind Speed: no restrictions
➢ Ground Snow: up to 90 PSF

COMPATIBILITY
Contour Clamp has been tested or evaluated with all modules having frames within the referenced dimensions.
Be sure the specific module being used meets the dimension requirements.
➢ Flange Thickness: 1-3.5mm
➢ Usable Flange Length: 0-33mm.

MODULE COMPATIBILITY

The Flush Mount System has been tested and evaluated to UL 2703 for bonding, grounding, mechanical loading and fire classification, and may be used to ground and/or mount PV modules listed to UL 1703 or UL 61730. A list of approved modules is included below. Unless otherwise noted, “xxx” refers to the module power rating and both black and silver frames are included in the certification.
FRAMED MODULE LIST

M or P, “Y” can be 6, 7 or M10 and “ZZ” can be blank, 144, PERC, B-PERC, or AB- PERC
AIONRISE| AIONRISE modules with 35 and 40 mm frames AIONyyG1-xxx Where “yy” can be 60 or 72
Amerisolar| Amerisolar modules with 35 and 40 mm frames AS-bYxxxZ Where “b” can be 5 or 6; “Y” can be M, P, M27, P27, M30, or P30; and “Z” can be blank, W or WB
Aptos Solar| Aptos modules with 35 and 40 mm frames DNA-yy-zzaa-xxx Where “yy” can be 108, 120 or 144; “zz” can be MF or BF; and “aa” can be 10, 23 or 26
Astronergy Solar| Astronergy modules with 30, 35 and 40 mm frames aaSMbbyyC /zz-xxx Where “aa” can be CH or A; “bb” can be 60, 66, or 72; “yy” can be blank, 10 or 12; “C” can M, P, M(BL), M-HC, M(BL)-HC, P-HC, M(DG), M(DGT) or N(DG); and “zz” can be blank, HV, F-B, or F-BH
ASUN| ASUN modules with 35 and 40 mm frames ASUN-xxx-YYZZ-aa Where “YY” can be 60 or 72; “ZZ” can be M,or MH5; and “aa” can be blank or BB
Auxin| Auxin modules with 35 and 40 mm frames AXNCyzAxxxB Where “C” can be 6, 10 or G1; “y” can be M or P; “z” can be blank, 08, 09, 610, 11, or 612; and “A” can be blank, F, M or T; and “B” can be blank, A, B, C or W
Axitec| Axitec Modules with 30, 35 and 40 mm frames AC-xxxY/aaZZb Where “Y” can be M, P, MB, MBT or MH; “aa” can be blank, 125- or 156-; “ZZ” can be 54, 60, 72, 108, 120, or 144; “b” can be S, X, V, VB, XV, or MX
Bluesun Solar| Bluesun modules with 30 and 35 mm frames BSMxxxY-AAA Where “Y” can be M or M10; and “AAA” can be 54HPH, 60HPH or 72HBD
Boviet| Boviet modules with 35 and 40 mm frames BVMZZaaYY-xxxBcc Where “ZZ” can be 66 or 76; “aa” can be 9, 10 or 12; “YY” is M or P; and “B” can be blank, L or S; and “cc” can be blank, H, H-BF, H-BF-DG, H-HC, H-HC-BF, H-HC- BF-DG, HC-BF or HC-BF-DG
BYD| BYD modules with 35 mm frames BYDxxxAY-ZZ Where “A” can be M6, P6, MH, MLT or PH; “Y” can be C or K; and “ZZ” can be 30 or 36
Canadian Solar| Canadian Solar modules with 30, 32, 35 and 40 mm frames CSbY- xxxZ Where “b” can be 1, 3, 6 or 7 “Y” can be H, K, L, N, P, R, U, V, W, X or Y; and “Z” can be M, P, MS, PX , M-SD, P-AG, P-SD, MB-AG, PB-AG, MS-AG, MS-HL, or MS-SD
CertainTeed| CertainTeed modules with 30, 35 and 40 mm frames CTBBxxxYZZ-AA Where “BB” can be blank or M10; “Y” can be M, P, or HC; “ZZ” can be 00, 01, 10, or 11; and “AA” can be 01, 02, 03, 04, 06, 08 or 09
Crossroads Solar| Crossroads Solar modules with 40 mm frames Crossroads Solar xxx
---|---
CSUN| Csun modules with 35 and 40 mm frames YYxxx-zzAbb Where “YY” is CSUN or SST; “zz” is blank, 60, or 72; and “A” is blank, P, M or MM; “bb” is blank, BB, 5BB, BW, or ROOF
Dehui| Dehui modules with 30, 35 and 40 mm frames DH-MYYYZ-xxx Where “YYY” can be 760, 772, 860, 872; and “Z” can be B, F or W
Ecosolargy| Ecosolargy modules with 35 and 40 mm frames ECOxxxYzzA-bbD Where “Y” can be A, H, S, or T; “zz” can be 125 or 156; “A” can be M or P; “bb” can be 60 or 72; and “D” can be blank or B
Emmvee| Emmvee modules with 35 mm frames Exxx-YYZZZ-A Where “YY” can be M, P, HCM, HCMW, HCBG, HCBT; “ZZZ” can be 72, 120 or 144; and “A” can be blank or B
ET Solar| ET Solar modules with 30, 35 and 40 mm frames ET-YZZZxxxAA Where “Y” can be P, L, or M; “ZZZ” can be 660, 660BH, 672, 672BH, 754BH, 766BH, 772BH; and “AA” can be GL, TB, TW, WB, WW, BB, WBG, WWG, WBAC, WBCO, WWCO, WWBCO or BBAC
Flex| Flex modules with 35 and 40 mm frames FXS-xxxYY-ZZ; Where “YY” can be BB or BC; and “ZZ” can be MAA1B, MAA1W, MAB1W, SAA1B, SAA1W, SAC1B, SAC1W, SAD1W, SBA1B, SBA1W, SBC1B, or SBC1W
Freedom Forever| Freedom Forever modules with 35 mm frames FF-MPa-BBB-xxx Where “a” can be blank or 1
Freevolt| Freevolt modules with 35 mm frames ECP-PVGRAF-144HC-xxx
GCL| GCL modules with 35 mm and 40 mm frames GCL-ab/YY xxx Where “a” can be M or P; “b” can be 3 or 6; and “YY” can be 60, 72, 72H, or 72DH
GigaWatt Solar| Gigawatt modules with 40 mm frames GWxxxYY Where “YY” can be either PB or MB
Goldi| Goldi modules with 35 mm frames GS10-Byyy-zz-xxx Where “yyy” can be 108 or 144; and “zz” can be GF or TF
Grape Solar| Grape modules with 35 mm frames GS-M120-xxx-FAB1
Hansol| Hansol modules with 35 and 40 mm frames HSxxxYY-zz Where “YY” can be PB, PD, PE, TB, TD, UB, UD, or UE; and “zz” can be AH2, AN1, AN3, AN4, HH2, HV1, or JH2
Hanwa Solar| Hanwha Solar modules with 40 mm frames HSLaaP6-YY-1-xxxZ Where “aa” can be either 60 or 72; “YY” can be PA or PB; and “Z” can be blank or B
Hanwha Q CELLS| Hanwha Q CELLS Modules with 32, 35, 40 mm frames aaYY-ZZ-xxx where “aa” can be Q. or B.; “YY” can be PLUS, PRO, PEAK, LINE PRO, LINE PLUS, PLUS DUO, PEAK DUO or Tron; and “ZZ” can be G3, G3.1, G4, G4.1, L-G2, L-G2.3, L-G3, L-G3.1, L-G3y, L-G4, L-G4.2, L-G4y, LG4.2/TAA, BFR-G3, BLK-G3, BFR-G3.1, BLK-G3.1, BFR-G4, BFR-G4.1, BFR G4.3, BLK-G4.1, G4/SC, G4.1/SC, G4.1/TAA, G4.1/MAX, BFR G4.1/TAA, BFR G4.1/MAX, BLK G4.1/TAA, BLK G4.1/SC, EC-G4.4, G5, G5/SC, G5/TS, BLK-G5, BLK-G5/SC, BLK-G5/TS, L-G5, L-G5.1, L-G5.2, L-G5.2/H, L-G5.3, G6, G6/SC, G6/TS, G6+/TS, G6+, BLK-G6, L-G6, L-G6.1, L-G6.2, L-G6.3, G7, BLK-G6+, BLK-G6+/AC, BLK-G6+/HL, BLK-G6+/SC, BLK-G6/TS, BLK-G6+/TS, BLK-G7, G7.2, G8, BLK-G8, G8+, BLK-G8+ L-G7, L-G7.1, L-G7.2, L-G7.3, L-G8, L-G8.1, L-G8.2, L-G8.3, L-G8.3/BFF, L-G8.3/BFG, L-G8.3/BGT, M-G2+, BLK M-G2+, ML-G9, BLK ML-G9, ML-G9+, BLK ML-G9+, BLK-G10+, BLK G10+/AC, BLK-G10+/HL, ML-G10, BLK ML-G10, ML-G10+, BLK ML-G10+, ML-G10.a, BLK ML-G10.a, ML-G10.a+, BLK ML-G10.a+, BLK ML- G10 +/t, BLK ML-G10+/TS, XL-G9, XL-G9.2, XL-G9.3, XL-G9.3/BFG, XL-G10.2, XL-G10.3, XL-G10.c, XL- G10.d, XL-G10.d/BFG, XL-G10.3/BFG, XL-G11.2, XL-G11.3, XL-G11.3/BFG or XL-G11S.3/BFG
---|---
Heliene| Heliene modules with 35 and 40 mm frames YYZZxxxA Where “YY” can be 36, 60, 72, 96, 108, 120, 132, 144 or 156; “ZZ” can be HC, M, P, or MBLK; and “A” can be blank, HomePV, Bifacial, M10-SL, M10-SL-BLK, M10 Bifacial or M10 SL-Bifacial
HT-SAAE| HT-SAAE modules with 35 and 40 mm frames HTyy-aaaZ-xxx Where “yy” can be 60, 66, 72 or 78, “aaa” can be 18, 156 or 166, “Z” can be M, P, M-C, P-C, M(S), M(VS), M(V), P(V), M(V)-C, P(V)-C, or X
Hyperion Solar (Runergy)| Hyperion modules with 30 and 35 mm frames HY- DHzzzA8-xxxB Where “zzz” can be 108 or 144; “A” can be N or P; and “B” can be blank or B
Hyundai| Hyundai modules with 32, 33, 35 and 40 mm frames HiY-SxxxZZ Where “Y” can be A, D or S; “S” can be M or S; and “ZZ” can be GI, HG, HI, KI, MI, MF, MG, PI, RI, RG, RG(BF), RG(BK), SG, TI, TG, YH(BK) or XG(BK)
Itek| Itek Modules with 40 mm frames IT-xxx-YY Where “YY” can be blank, HE, or SE, or SE72
JA Solar| JA Solar modules with 30, 35 and 40 mm frames JAyyzz-bbww-xxx/aa Where “yy” can be M, P, M6 or P6; “zz” can be blank, (K), (L), (R), (V), (BK), (FA), (TG), (FA)(R), (L)(BK), (L) (TG), (R)(BK), (R)(TG), (V)(BK), (BK)(TG), or (L)(BK)(TG); “bb” can be 48, 54, 60, 66, 72 or 78; “ww” can be D09, D10, D20, D30, S01, S02, S03, S06, S09, S10, S12, S17, S20, S30 or S31; and “aa” can be BP, MB, MR, SI, SC, PR, 3BB, 4BB, 4BB/RE, 5BB
Jinko| Jinko modules with 35 and 40 mm frames JKMYxxxZZ-aa Where “Y” can either be blank or S; “ZZ” can be M, P, or PP; and “aa” can be blank, 60, 60B, 60H, 60L, 60BL, 60HL, 60HB, 60HBL, 6HBL-EP, 60-J4, 60B-J4, 60B-EP, 60(Plus), 60-V, 60-MX, 6RL3, 6RL3-B, 6TL3-B, 7RL3-V, 7RL3-TV, 72, 72B, 72-J4, 72B-J4, 72(Plus), 72-V, 72H-V, 72L-V, 72HL-V, 72HBL-V, 72HL4-V, 72HL4-TV, 72-MX, 72H- BDVP, 72HL-TV, or 72HL-V-MX3
KB Solar| KB Solar modules with 35 mm frames KBS-xxx-Mono-YY Where “YY” can be blank or BF
Kyocera| Kyocera Modules KYxxxZZ-AA Where “Y” can be D or U; “ZZ” can be blank, GX, or SX; and “AA” can be LPU, LFU, UPU, LPS, LPB, LFB, LFBS, LFB2, LPB2, 3AC, 3BC, 3FC, 4AC, 4BC, 4FC, 4UC, 5AC, 5BC, 5FC, 5UC, 6BC, 6FC, 8BC, 6MCA, or 6MPA
LA Solar| LA Solar modules with 35 mm frames LSxxxYY Where “YY” can be BF, BL, BLA, HC or ST
LG| LG modules with 35 and 40 mm frames LGxxxYaZ-bb Where “Y” can be A, E, M, N, Q, S; “a” can be A, 1, 2 or 3 “Z” can be C, K, T, or W; and “bb” can be A3, A5, A6, B3, B6, E6, E6.AW5, G3, G4, J5, K4, L5, N5, V5, V6
---|---
Longi| Longi modules with 30, 35 and 40 mm frames LRa-YYZZ-xxxM Where “a” can be 4, 5 or 6; “YY” can be blank, 54, 60, 66, or 72; and “ZZ” can be blank, BK, BP, HV, PB, PE, PH, HBD, HIB, HIH, HPB, HPH, or HIBD
Maxeon| Maxeon modules with 35, 40 and 46 mm frames SPR-AAAY-xxx-zzz Where “AAA” can be MAX, P or X; “Y” can be 3, 5, 6, 21 or 22; and “zzz” can be R, BLK, BLK-R, COM or UPP
Meyer Burger| Meyer Burger Modules with 35 mm frames Meyer Burger Black, White or Glass
Mission Solar (mSolar)| Mission Solar modules with 33, 35 and 40 mm frames YYYbb-xxxZZaa Where “YYY” can be MSE, TXI or TXS; “bb” can be blank, 6, 10 or 60A; “ZZ” can be blank, HT, MM, SE, SO, SQ , SR, SX, TS, 108, 120 or 144; and “aa” can be blank, 0B, 2B, BB, BW, 1J, 4J, 4S, 5K, 5R, 5T, 60, 6J, 6S, 6W, 6Z, 8K, 8T, 9R, 9S or 9Z
Mitrex| Mitrex modules with 30 and 40 mm frames Mxxx-XYZ Where “X” can be A, B, I or L; “Y” can be 1 or 3; and “Z” can be F or H
Mitsubishi| Mitsubishi modules PV-MYYxxxZZ Where “YY” can be LE or JE; and “ZZ” can be either HD, HD2, or FB
Moltech| IM and XS series modules with 40 mm frames
Next Energy Alliance| Next Energy Alliance modules with 35 and 40 mm frames yyNEA-xxxZZ where “yy” can be blank or US; “ZZ” can be M, MB or M-60
NE Solar| NE Solar modules with 30, 35 and 40 mm frames NESExxx-zzMHX-yy Where “zz” can be 54, 60 or 72; “X” can be blank or B; and “yy” can be M6 or M10
Neo Solar Power| Neo Solar Power modules with 35 mm frames D6YxxxZZaa Where “Y” can be M or P; “ZZ” can be B3A, B4A, E3A, E4A, H3A, H4A; and “aa” can be blank, (TF), ME or ME (TF)
Panasonic (HIT)| Panasonic modules with 35 and 40 mm frames VBHNxxxYYzzA Where “YY” can be either KA, RA, SA or ZA; “zz” can be either 01, 02, 03, 04, 06, 06B, 11, 11B, 15, 15B, 16, 16B, 17, or 18; and “A” can be blank, E, G, or N
Panasonic (EverVolt)| Panasonic modules with 30 mm frames EVPVxxxA Where “A” can be blank or H, K, HK or PK
Peimar| Peimar modules with 40 mm frames SbxxxYzz Where “b” can be G, M or P; “Y” can be M or P; and “zz” can be blank, (BF) or (FB)
Philadelphia Solar| Philadelphia modules with 30, 35 and 40 mm frames PS- YzzAA-xxxW Where “Y” can be M or P; “zz” can be 60, 72, 108 or 144; “AA” can be blank, (BF), (HC) or (HCBF); and “W” can be blank or W
Phono Solar| Phono Solar modules with 30, 35 and 40 mm frames PSxxxY-ZZ/A Where “Y” can be M, M1, MH, M1H, M4, M4H, M5GF, M5GFH, M6, M6H, M8, M8H, M8GF, M8GFH or P; “ZZ” can be 18, 20 or 24; and “A” can be F, T, TH, THB, U, UH, UHB, VH or VHB
Prism Solar| Prism Solar modules with 35 mm frames PST-xxxW-M72Y Where “Y” can be H, HB or HBI

MODULE COMPATIBILITY

MA, MB, ME or MF
REC Solar| REC modules with 30 and 38 mm frames RECxxxYYZZ Where “YY” can be AA, M, NP, NP2, NP3, PE, PE72, TP, TP2, TP2M, TP2SM, TP2S, TP3M or TP4; and “ZZ” can be blank, Black, BLK, BLK2, SLV, 72, Pure, Pure-R, Pure-RX or Pure 2
Renesola| ReneSola modules with 35 and 40 mm frames AAxxxY-ZZ Where “AA” can be SPM(SLP) or JC; “Y” can be blank, F, M or S; and “ZZ” can be blank, Ab, Ab-b, Abh, Abh-b, Abv, Abv-b, Bb, Bb-b, Bbh, Bbh-b, Bbv, Bbv-b, Db, Db-b, or 24/Bb
Renogy| Renogy Modules with 35 and 40 mm frames RZZ-xxxY-AAA Where “ZZ” can be NG or SP; “Y” can be D or P; and “AAA” can be 144, BB-108, BB-120 or BK-120
Risen| Risen Modules with 30, 35 and 40 mm frames RSMyy-a-xxxZZ Where “yy” can be 60, 72, 110, 120, 132 or 144; “a” can be 6, 7 or 8; and “ZZ” can be M, P or BMDG
Saatvik| Saatvik Modules with 35 mm frames SGExxx-YYYZZZ Where “YYY” can be 108 or 144; and “ZZZ” can be MHC, MBHC or MHCB
S-Energy| S-Energy modules with 35 and 40 mm frames SABB-CCYYY-xxxZ Where “A” can be C, D, L or N; “BB” can be blank, 20, 25, 40 or 45; “CC” can be blank, 60 or 72; “YYY” can be blank, BDE, MAE, MAI, MBE, MBI, MCE or MCI; and “Z” can be V, M-10, P-10 or P-15
SEG Solar| SEG Solar with 30, 35 and 40 mm frames SEG-aYY-xxxZZ Where “a” can be blank, 6 or B; “YY” can be blank, MA, MB, PA, or PB; and “ZZ” can be blank, BB, BG, BW, HV, WB, WW, BMB, BMA-HV, BMA-BG, BMA-TB, BMB-TB, BMB-HV, BMD-HV, BMB-BG, BTA-BG or BMD- TB
Seraphim USA| Seraphim modules with 30, 35 and 40 mm frames SRP-xxx-YYY-ZZ Where “xxx” is the module power rating; and “YYY” can be BMA, BMD, 6MA, 6MB, 6PA, 6PB, 6QA-XX-XX, and 6QB-XX-XX; ZZ is blank, BB, BG or HV
Sharp| Sharp modules with 35 and 40 mm frames NUYYxxx Where “YY” can be SA or SC
Shinsung E&G| Shinsung Modules with 35 mm frames SSVxxx-144MH
Silfab| Silfab Modules with 35 and 38 mm frames SYY-Z-xxxAb Where “YY” can be IL, SA, LA, SG or LG; “Z” can be blank, M, P, or X; “A” can be blank, B, H, M, N; and “b” can be A, C, C+, G, K, L, M, N, T,  U or X
Sirius PV| Sirius PV Modules with 35 mm frames ELNSMzzM-HC-xxx Where “zz” can be 54 or 72
Solar4America| Solar4America modules with 30, 35 and 40 mm frames S4Axxx- YYzzAA Where “YY” can be 72, 108 or 144; “zz” can be MH5 or MH10; and “AA” can be blank or BB, BW, SW or STT
Solarever| Solarever modules with 35 mm frames SE-zzz*yy-xxxM-aaa Where “zzz” can be 166 or 182; “yy” can be 83 or 91; and “aaa” can be 108, 144 or 144N
Solaria| Solaria modules with 35 and 40 mm frames PowerA-xxxY-ZZ Where “A” can be X or XT, “Y” can be R or C; and “ZZ” can be blank, AC, BD, BX, BY, PD, PL, PM, PM-AC, PX, PZ, WX or WZ
Solarcity (Tesla)| Solarcity modules with 40 mm frames SCxxxYY Where “YY” can be blank, B1 or B2
---|---
SolarTech| SolarTech modules with 40 mm frames AAA-xxxYY Where “AAA” can be PERCB-B, PERCB-W, HJTB-B, HJTB-W or STU; “YY” can be blank, PERC or HJT
SolarWorld AG| SolarWorld Sunmodule Plus, Protect, Bisun, XL, Bisun XL, may be followed by mono, poly, duo, black, bk, or clear; modules with 31 and 33 mm frames SW-xxx
SolarWorld Americas| SolarWorld Sunmodule Plus, Protect, Bisun, XL, Bisun XL, may be followed by mono, poly, duo, black, bk, or clear; modules with 33 mm frames SWA-xxx
Sonali| Sonali Modules with 35 and 40 mm frames SS-M-xxx Where “M” can be blank or M
Star Solar| Star Solar modules with 35 mm frames Star-xxxW-YYY-ZZZ Where “YYY” can be M60H or M60HB; and “ZZZ” can be blank or M10
Stion| Stion Thin film modules with 35 mm frames  STO-xxx or STO-xxxA
SunEdison| SunEdison Modules with 35 and 40 mm frames SE-YxxxZABCDE Where “Y” can be B, F, H, P, R, or Z; “Z” can be 0 or 4; “A” can be B,C,D,E,H,I,J,K,L,M, or N ; “B” can be B or W; “C” can be A or C; “D” can be 3, 7, 8, or 9; and “E” can be 0, 1 or 2
Suniva| Suniva modules with 35, 38 and 40 mm frames OPTxxx-AA-B-YYY-Z MVXxxx- AA-B-YYY-Z Where “AA” is either 60 or 72; “B” is either 4 or 5; “YYY” is either 100,101,700,1B0, or 1B1; and “Z” is blank or B
Sunmac Solar| Sunmac modules with 30 and 35 mm frames SMxxxMaaaZZ-YY Where “aaa” can be 660, 754 or 772; “ZZ” can be NH or SH; and “YY” can be BB or TB
Sunpower| Sunpower standard (G3 or G4) or InvisiMount (G5) 35 and 40 mm frames SPR-Zb-xxx-YY Where “Z” can be A, E, M, P or X; “b” can be blank, 17, 18, 19, 20, 21, or 22; and “YY” can be blank, BLK, COM, C-AC, D-AC, E-AC, BLK-E-AC, G-AC, BLK-G-AC, H-AC, BLK-H-AC, BLK-C-AC, or BLK-D-AC
Sunspark| Sunspark modules with 40 mm frames SYY-xxxZ-A Where “YY” can be MX or ST; and “Z” can be M, MB, M3, M3B, P or W; and “A” can be 60 or 72
Suntech| Suntech modules with 35 and 40 mm frames STPxxxy-zz/aa Where “y” is blank or S; and “zz” can be 20, 24, A60, A72U, B60 or B72; and “aa” can be Vd, Vem, Vfw, Vfh, Vnh, Wdb, Wde, Wd, Wfhb or Wnhb
Talesun| Talesun modules with 30, 35 and 40 mm frames TAByZZaa-xxx-b Where “A” can be D or P; “B” can be 6 or 7; “y” can be blank, F, G, H, I or L; “ZZ” can be 54, 60, 66, 72 or 78; “aa” can be M, M(H), or P; and “b” can be blank, B, T, or (H)
Tesla| Tesla modules with 40 mm frames TxxxY Where “Y” can be H or S
Thornova| Thornova Modules with 30 and 35 mm frames TS-YYZZ(xxx)-X Where “YY” can be BB or BG; “ZZ” can be 54, 60 or 72; and “X” can be blank or X
---|---
Trina| Trina Modules with 30, 35 and 40 mm frames TSM-xxxYYZZ Where “YY” can be DD05, DD06, DD14, DE14, DE15, DE15V, DEG15, DEG15VC, DE18M, DEG18MC, DE09, DE19, DEG19C.20, DE06X, PA05, PC05, PD05, PD06, PA14, PC14, PD14, PE14, PE15, NEG19RC or NE09RC ; and “ZZ” can be blank, .05, .05(II), .08, .08(II), .10, .18, .08D, .18D, 0.82, .002, .00S, 05S, 08S, .20, .20(II), A, A.05, A.08, A.10, A.18, (II), A(II), A.05(II), A.08(II), A.082(II), A.10(II), A.18(II), C.05, C.07, C.05(II), C.07(II), H, H(II), H.05(II), H.08(II), HC.20(II), HC.20(II), M, M(II), M.05(II), MC.20(II)
Universal| Universal Solar modules with 35 mm frames UNI-xxx-yyyZZZ-aa Where “yyy” can be 108, 120 or 144; “ZZZ” can be M, MH, BMH; and “aa” can be blank, BB or DG
URE| URE modules with 35 mm frames DyZxxxaa Where “D” can be D or F, “y” can be A, B, 6 or 7; “Z” can be K, L or M; and “aa” can be C8G, H3A, H4A, H8A, L4A,  E7G-BB, E8G, E8G-BB, MFG, MFG-BB or M7G-BB
Vikram| Vikram solar modules with 35 and 40 mm frames XVSyy.ZZ.AAA.bb Where “X” can be blank, Paradea, Prexos or Somera; “yy” can be M, P, MBB, MDH, MDHT, MH, MS, MHBB, or PBB; “ZZ” can be 54, 60 or 72; “AAA” is the module power rating; and “bb” can be 03, 04 or 05
VSUN| VSUN modules with 30, 35 and 40 mm frames VSUNxxxA-YYz-aa Where “A” can be blank or N; “YY” can be 60, 72, 108, 120, 132, 144; “z” can be M, P, MH, PH, or BMH; and “aa” can be blank, BB, BW, or DG
Waaree| Waaree modules with 35 and 40 mm frames AAyy-xxx Where “AA” canbe WS or Bi; and “yy” can be blank, M, MB, 55 or 66
Winaico| Winaico modules with 35 and 40 mm frames Wsy-xxxZa Where “y” can be either P or T; “Z” can be either M, P, or MX; and “a” can be blank or 6
Yingli| Yingli modules with 30, 35 and 40 mm frames YLxxxZ-yy Where “Z” can be D or P; “yy” can be blank, 29b, 30b, 34d, 35b, 36b, 37e 1/2, 37e 1500V 1/2, 40d, 49e 1/2 or 49e 1500V 1/2
Yotta| Yotta modules with 30 and 35 mm frames YSM-Bxxx-ZZ-72-1 Where “ZZ” can be 06 or 10
Zeus| Zeus Solar Modules with 40 mm frames ZxxxM-HB
ZN Shine| ZN Shine modules with 30 and 35 mm frames ZXMY-AAA-xxx/M Where “Y” can be 6, 7 or 8; “AAA” can be 72, NH120, NH144, NHDB144, NHLDD144, SH108, SH144, SHDB144, SHLDD144 or TP120

FRAMELESS MODULELIST

or 6; “Y” is K, P, U, or X; and “Z” can be M-FG, MS-FG, P-FG, MB-FG, or PB-FG
Heliene| Heliene frameless modules YYZZxxxA Where “YY” can be72; “ZZ” can be M; and “A” can be GH
Jinko| Jinko frameless modules JKMxxxPP-DV
Prism Solar| Prism Solar frameless modules BZYY-xxxAAA
Where “Z” can be i or N; “YY” can be 48, 60, 60S, 72 or 72S; and “AAA” can be blank or BSTC
Risen| Risen frameless modules RSMyy-6-xxxZZ Where “yy” can be 60, 72, 120 or 144; and “ZZ” can be MDG or PDG
Stion| Stion frameless modules STL-xxx or STL-xxxA
Sunpreme| Sunpreme frameless modules GXB-xxxYY Where “YY” can be blank or SL
Trina| Trina frameless modules TSM-xxxYY Where “YY” can be either DEG5(II), DEG5.07(II), DEG5.40(II), DEG5.47(II), DEG14(II), DEG14C(II),
DEG14C.07(II), DEG14.40(II), PEG5, PEG5.07, PEG5.40, PEG5.47, PEG14, or PEG14.40

References

• Resources | Pitched Roof | IronRidge
• IronRidge
• Metal Roof Brackets & Clamps - Standing Seam Roof Clamps
• Florida Building Code Online
• All Tile Hook & Deck Flashing - IronRidge
• FlashFoot2® - IronRidge
• Flat Roof Attachment - IronRidge

Read User Manual Online (PDF format)

Read User Manual Online (PDF format)  >>

Download This Manual (PDF format)

Download this manual  >>