Sollega FastRack 510 User manual

FastRack 510TM Installation Manual
1
Fas tRack 510 Ins tallation Manual 5, 6 and 10°
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FastRack 510TM Installation Manual
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Introduction
..............................................................................................................................................
3
Product Profile
.........................................................................................................................................
3
Installation Process
.................................................................................................................................
4
Lifting Racking to The Roof And Staging ............................................................................................
4
Positioning FR10 – First Two Rows ...................................................................................................
4
Tools Requirements.............................................................................................................................
5
Installation of First Row of Modules...................................................................................................
5
Mechanical Anchor Installation ..........................................................................................................
6
Current Fault Path to Ground..............................................................................................................
7
Slip Sheets Installation........................................................................................................................
8
Slide On Bonding Jumper( FR-SBJ) Installation .................................................................................
8
Row to Row Bonding Requirements ...................................................................................................
9
Optimizer Mounting Detail – Rock-it Clip...........................................................................................
9
Wire Management .............................................................................................................................
10
Ballast Requirements........................................................................................................................
11
Disclaimer Of Liability
............................................................................................................................
11
Load Ratings and Configurations
.........................................................................................................
13
Important Installation Details (continued)
...........................................................................................
14
Mechanical Anchors - Styles and Cross Section Details
.....................................................................
18
List of UL2703 Approved Modules
.................................................................................................
19-25
UL3741 Installation Addendum
.....................................................................................................
26-34
Sollega FastRack 510 25-Year Warranty ........................................................................................... 35

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Introduction
Our mission is to provide innovative Solar PV Racking solutions that are intuitive, durable
and cost effective. Our goal is to enable the installation of solar PV on every suitable flat roof/ground mount
in the world.
Sollega simplifies and accelerates the adoption of solar energy technologies by reducing the mounting and
installation costs associated with solar arrays. Our FR510 solar mounting system reduces installation
time and overall project costs associated with the installation of solar PV.
As the solar industry expands at a quicker rate, speed of deployment is key to meeting
demand. We see installation and labor as the logical next steps to reducing the cost of PV. Our one-
piece injection molded FR510 arrives to the job site ready to install requiring no assembly. Our systems
are efficient to ship, stage and install.
Product Profile
Sollega designs, tests, and manufactures solar mounting solutions. We injection mold our
racking in Baldwin Park, California. The FastRack (FR510) is a patented, one-piece, injection molded solar
racking system designed for both commercial low-pitch roofs and ballasted ground mount installations. It
is injection molded utilizing Glass-filled Nylon for strength and durability (25 year warranty) in a lightweight
part (4.6 lbs). It is also designed for simple assembly and disassembly at the end of its useful life and is
100% recyclable.
Sollega FR510 is compatible with most common solar panels currently on the market. Our universal
design enables the installation of 60, 72, 96, 128, and 144 cell modules in landscape orientation. All
attachments are top mount with one size wrench (1/2”), enabling easy access.
Headquartered in beautiful San Francisco, we welcome you to let us know how we can best serve your
needs and look forward to providing you the highest quality, lowest cost solar racking solutions
available.
Sincerely,
Elie Rothschild, CEO
SollegaInc.
[e-mail] | www.sollega. com

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Installation Process
The Sollega FastRack 510 Ballasted / Anchored hybrid racking solution is a “Build As You Go” system.
FR510 ships with four bolts installed in specific locations on the bucket providing 5dg, 6dg or 10dg tilt.
FR510 is intended to be installed on flat roof and ballasted ground mount.
Note: The 6dg does not have E-W spacing tab on the bucket and you will need to space them 1/4" apart. Do
not remove preinstalled bolts unless you are changing the tilt/IR spacing on-site. See spec sheet for bolt
locations.
Lifting and Staging FR510
Start installation on the far end of the roof opposite the roof loading (crane, all grade, forklift) location. Pallets
are 50”x32”x91”H consisting of two stacks of (45) FR510s and weights (470#). When lifting to the roof ensure
the pallets are strapped to the lift. Roof can be staged in single pallet (20-25 kW increments) as per the
engineered layout.
Note: Lay the pallets down on the roof to avoid damage from wind. Don’t unpack until ready to install
.
Note: FR510 rack mounting system is to be installed over a fire-resistant roof covering rated for the application.
Positioning FR510 – First Two Rows
Mark required fire access pathway setback from roof edge as specified in provided plan set with chalk line or
string on the far end of the roof from the roof loading location. The key here is to build out the array (racking,
modules, ballast block and mechanical anchors) as you go, keeping the roof open for easy access to the array
and minimizing trip obstacles and enabling a quicker installation. If array is facing south the first two rows of
FR510’s will be positioned in E-W direction. Note: you can build the system from the front to back or back to
front depending on roof loading location. You can also build the system in columns which would be N-S. It
is critical to properly align this first row or column as subsequent rows or columns are aligned by spacing of
the module against the reference tabs on the FR510.
Inside!Edge!of!Roof!Parapet!
!
Figure 1
Note: FR510’s located at the ends of rows are pushed underneath the modules. The
module can cantilever past the FR510 based on the clamping zone requirements as per
the module manufacturer.
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Installation of First Row of Modules
When installing the first two rows of buckets and first row of modules, it is helpful to put one ballast block
in the FR510’s to keep the racking from moving around. Slide the FR510 so the reference tab is up against
the module. See below.
Once the FR510’s are positioned (diagram 1) it is now time to install the hardware that holds the modules
to the FR510. Locate the aluminum pull clamp (FR-PC) and aluminum end clamp (FR-EC)
Note: End clamps vary in size and must match the height of the module frame.
They are available in size
from 1.18”(30mm) – 1.97”(50mm). Install the pull clamp over the pre-installed bolts in the FR510, push
the FR-PC out towards the edge of the FR510 completely. Next install the FR-EC over the bolt on top of the
FR-PC. Next loosely install a serrated flange nut (FR-N) on the bolt. With the hardware in place, the modules
can be installed, aligned, and fastened down and tightened. The reference tabs on the FR510 ensure the
proper placement of the module on the FR510. There is a reference spacer on the short rail of the module
for proper alignment and E-W spacing. Once the modules are aligned, pull the FR-PC back to ensure it is
flush up against the lip of the flange on the bottom of the module. The FR-PC and FR-EC are indexed and
when tightened form a locked together union.
Note: All serrated flange nuts should be threaded on by hand to avoid galling or seizing of the stainless
fasteners, Sollega applies a coating to help alleviate galling.
Note
:
Do not use an impact driver for installation as this can cause galling and over tightening
.
We recommend using a calibrated torque wrench or hand wrench to avoid over tightening.
!
!
!
1. Pull FR-PC flush with bottom flange
2. Install FR-EC & FR-N on Bolt
3. Torque FR-N to 5 ft.lbs
Figure 2
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Tools Requirements
Required Tools: ½”Socket Driver, Torque Wrench, Cordless Drill (slow speed) with clutch setting.
Required Torque Module Attachment: All connections require 5 ft-lb of torque.
Note: Visually Confirm teeth on serrated flange nut (FR-N) have bit into the top of the
aluminum end clamp (FR-EC) when tightened to 5 lbs/ft.
Note: Do not use impact drivers
Step 1
Step 2
Step 3

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Once the first row is positioned and all fasteners are tightened install the ballast as per Sollega provided
ballast schedule. This locks the first row of modules down and enables proper placement of the second row
of modules. Repeat process until the array is complete.
Note: All FR510’s must have at least one ballast block or mechanical anchor attachment installed.
Figure 3- FR510
8
10
%
North
%
Row
If mechanical anchors are required, note placement in array and install Sollega supplied anchor assembly
consisting of (3x Aluminum L feet/w T-bolt, 8’ Aluminum Rail, 2x Carriage bolt (FR-CB), 2x Square Washer
(FR-SQW), 2x ¾”Washers (FR-W2), 1x 3/8” Nylon Lock Nut (FR-NLN), 1x mechanical anchor (FR-MA).
Install all connections loose and leave anchor attachment to the roof and flashing to the roof until the array
position is confirmed accurate. Install anchor screws (not supplied by Sollega) into the anchor plate as per
specified in the project engineering packet. Anchor screws are deck dependent (wood, concrete, metal) and
vary in length to accommodate varying thickness of insulation. The mechanical anchor is installed in between
two adjoining FR510 as depicted below. See detail page.
Figure 4- Mechanical
%
Anchor
%
Assembly
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Mechanical Anchor Installation

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Fault Current Path to Ground

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Slip!Sheets!Installation
If slip sheets are required, center them under the FR510 during installation. Check with the roofing
manufacturer to determine if they are required and if they need to be attached or installed loose. Sollega
can provide slip sheets cut to size of the specific roofing material. Request a quote.
Slide On Bonding Jumper (FR-SBJ) Installation
Sollega’s latest racking innovation, the FR-SBJ (Patented) one piece slide-on bonding jumper provides
module to module bonding. The easy to install, one piece spring stainless steel part installs without the
need of tools. Simply position it between two adjoining modules and slide the end clips onto the adjoining
module flanges. The part is designed to work in conjunction with the FR510 ballasted racking system but
can be used as a standalone solution.
Note* if module is removed install replacement module w/FR-SBJ
or install FR-SGB4 ground lug on both adjoining modules and run bar copper to ensure bonding continuity
Figure 6 -Slide on Bonding Jumper (FR-SBJ) Installation
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Figure 5 – Slip Sheet
1’-3’’
1’-8’’
1’-6’’
1’-5’’
1’-8’’
1’-3’’
1’-5’’
1’-6’’

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!
Row to Row Bonding Requirements
Attach supplied FR-SGB-4 Ilsco Grounding lug to the module flange of the last module in the row. Install
one FR-SGB-4 lug per row and install bare copper (typically #6 or #8) as per single line diagram and connect
to ground. Install as per manufacturers guidelines.
Figure 7- FR
-
SGB
-
4 Grounding Lug
Optimizer Mounting Detail – Rock-it Clip
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Wire Management
Sollega provides the FR-W-CLP (UV rated Nylon wire clip with zip tie). This is designed to be installed on the
module flange and overhang of the FR510 for N-S wire management. No wires should be exposed to UV.
Figure 8-Nylon Wire Management Zip-tie Clips (FR-W-CLP)
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Please follow all current and applicable building codes. For assistance with ballast requirements for a
specific project, contact [email protected]. Approved roof pavers (ballast blocks or CMUs)
dimensions are 16”L x 8”x 4”H with an average weight of 27 to 33 lbs. (Fig 1), unless otherwise noted.
•Pavers should have a minimum net area compressive strength of 3000 psi or must comply with ASTM
Designation C1491.
Figure 9- Concrete Masonry Unit (FR-CMU) 4"x8"x16"
The!Installer!is!Solely!Responsible For
•Utilizing all necessary safety equipment as required by applicable rules and regulations.
•Complying with all applicable local or national building codes, including any that may supersede this
manual.
•Ensuring that the FR510 and other products provided by Sollega are appropriate for the particular
installations and are designed for the installation environment. Roof must be less than 7dg in slope.
•Ensuring that the roof, its rafters, connections, and other structural support members can support the
array under live load conditions.
•Ensuring that lag screws used for roof anchoring have adequate pullout strength and shear capacities.
•Maintaining the waterproof integrity of the roof including selection of appropriate flashing.
•Ensuring safe installation of all electrical aspects of the entire system.
•Following the roofing manufacturer’s installation procedure and guidelines before beginning the
installation.
Disclaimer of Liability
SOLLEGA does not assume responsibility and expressly disclaims liability for loss, damage, or expense
arising out of, or in any way connected with installation, operation, use, or maintenance by using this
manual.
SOLLEGA assumes no responsibility for any infringement of patents or other rights of third parties, which
may result from use of modules. No license is granted by implication or under any patent or patent rights.
The information in this manual is believed to be reliable but does not constitute an expressed and/or
implied warranty.
SOLLEGA reserves the right to make changes to the product, specifications, data sheets and this manual
without prior notice.
This document is not prescriptive regarding safety and does not purport to address all the safety concerns
that may arise with its use. Contractors should become familiar with all applicable safety, health, and
regulatory requirements before beginning work.
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Ballast!Requirements

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!
Important Installation Details (continued)
Electrical Safety
Any work done with PV and electrical equipment presents a shock hazard. The FR510 is injection molded
from non-conductive polymer and does not require bonding. The FR510 is mechanical solar mounting system
and containing no “live” parts. All persons working on installation should coordinate in order to ensure that
all personnel are aware of electrical hazards.
Assembly Modifications
Unauthorized field modification of Sollega components or assemblies will void Sollega warranty coverage. Do
not cut or drill into the FR510.
General Information
The installation of solar modules requires a great degree of skill and should only be performed by qualified
licensed Professionals, including, without limitation, licensed contractors and electricians.
The installer should be familiar with construction standards established by the Occupational Safety and
Health Administration (OSHA). They should also plan for safe practice during any installation activity with
respect to hazards from tripping, falling, lifting, repetitive stress, and any overhead or electrical hazards.
When working close to building roof edges, consider protection options that reduce worker exposure to fall
hazards. Refer to OSHA Sub Chapter 7, Group 1, Article 2.
Project Specific Design Modifications
On-site workers assisting in the installation process may encounter undocumented or unexpected obstacles
requiring a modification of the project system design supplied by Sollega. PV arrays are intended to be
primarily regular and repeating structures, any modifications to the original design should be noted on
working drawings. If the array is disconnected or if the number of rows or length of a row is changed, contact
Sollega engineering for a revised ballast layout.
Care for the Roof
Avoid concentrated loads on the roof that exceed the available reserve. Never drag components into place.
Instead, elevate the component, and then move it manually or with a cart. Locate it and then place it “on
spot.” To ensure roofing system warranty continuation, work with roofing contractors to ensure roofing system
and array compatibility. Sollega recommends following roofing manufacturers guidelines when installing.
Please consult roofing manufacturer’s specific requirements. If use of slip sheets is required, Sollega can
provide a quote for roofing manufacturer specific material slip sheets.
Final inspection
Visually inspect assembled arrays. The suggested process consists of a row-by-row walk-through and then a
perimeter walk-around, after mechanical assembly, before electrical completion. Report any distortion in the
assembly to Sollega. Array substrate supports should be in full contact with the roof or the ground. Any
indication of uneven distribution of weight should be evaluated and corrected before continuing with electrical
finishing.
Note: Any loose components or fasteners shall be re-tightened in accordance with these
instructions. Any components showing signs of damage that compromise safety shall be replaced
immediately.
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Load Ratings and Configurations
UL 2703 LISTED
UL 3741 LISTED
Conforms to STD UL 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.
• Max Overcurrent Protective Device (OCPD) Rating: 40A
• Max Module Size: 30.5ft2
• Module Orientation: Landscape
• System Level Allowable Design Load Rating: 30 PSF downward, 15 PSF upward, 5 PSF lateral.
• Actual system structural capacities are defined by PE stamped certification letters.
Class A System Fire Rating Per UL 2703
• Any System Tilt with Modules Types 1, 2, 3, 13, 19, 25 & 29 on Low Slope Roofs (< 9.5 degrees)
• Any module-to-roof gap is permitted with no perimeter guarding required. This rating is applicable with
any Sollega or 3rd party roof attachment and with or without concrete blocks in the Chassis.
• Class A rated PV systems can be installed on Class A, B, and C roofs without affecting the roof fire
rating.
• Conforms to STD UL 3741 Standard for Safety Photovoltaic Hazard Control System
Structural Certification
• Designed and Certified for Compliance with the International Building Code & ASCE/SEI-7
• Wind Tunnel Testing by I.F.I.
• Approved for use on roof pitches up to 9.5 degrees (<=9.5 degrees)
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The simple solar racking solution for flat roof or ground mount PV installations.
• 5º, 6º, 10º mounting solution
• Simple, modular, one piece design
• Universal design compatible with all framed modules
• Fully ballasted, heat welded, anchored and hybrid options
• Roof friendly with round edges and low point loads
• One size bolt with all top down connections
• Injection molded UV rated Nylon6
• PE stamp engineering and ballast layout
services available
• UL 2703 Class "A" Type 1, 2, 3 Modules
• UL 467 Integrated grounding
• 100% Recyclable
• Made in the U.S.A.
Easy to install:
1 1-Position FastRacks
2-Add Ballast and Clamps
33-Attach Modules
FastRack510

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9:%
Tilt Angle
Row Spacing
Leading Edge
5°
6°
10°
10” (254mm)
8” (203mm)
13” (330 mm)
8” (203 mm)
8” (203 mm)
5.3” (135 mm)
All framed modules 31” - 44” in width
(787 mm and 1117 mm)
Compatible Modules
Weight
4.5 lbs. (2 kg)
4”x 8”x 16” Roof Paver (. 31.5 lbs each) based on
ASTM Designation C1491 – 01a.
Ballast Requirements
Material
Module Orientation
Wind Load Criteria
UL Certification
Warranty
Injection molded UV rated Nylon6
Landscape
Meets ASCE 7-10 up to 165 mph
UL1703: Class 'A' Type 1,2,3 Modules, UL2703
29”
25 Year Limited Warranty
(LxWxH) 24.25 x 29 x 14”
616 x 737 x 356mm
Dimensions
Disassembly
Patent
Simple disassembly and 100% recyclable content
Utility Patent #9,831,817 Design Patent #D800,055
Bolt Location
5° (10" Inter-row)
6°!(8" Inter-row)
"#$!(13" Inter-row)
"#$!
4 x 8 x16” Ballast
Optimizer Mount
Pull Clamp (FR-PC-A) / End Clamp (FR-EC 30-50mm sizes available)
Grounding - Slide on Bonding Jumper (FR-SBJ)
FastRack 510 (10° Shown)

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FastRack 510TM Installation Manual
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3'))*2!*1')2
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U-2000
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MechanicalAnchors -Styles and Cross Section Details

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MechanicalAnchorInstallation
The FR510 center mounting hole is utilized for attachment of aluminum L Foot/Rail/Anchor.
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3/8″ STAINLESS
STEEL FENDER
WASHER
CORNER SUPPORT TO
INSIDE OF FASTRACK
CORNER SUPPORT TO INSIDE
OF FASTRACK
ANCHOR TO RAIL
OUTSIDE OF
FASTRACK
L-FOOT
L-FOOT
3/8ʺ STAINLESS STEEL
NYLON LOCK NUT
U-ANCHOR PLATE W/BOLT
5/16″ STAINLESS STEEL
CARRIAGE BOLT
STAINLESS STEEL
SQUARE WASHER
FASTRACK510 CORNER
SUPPORT CUTOUT (E-W OR
N-S ORIENTATION)
5/16″ STAINLESS STEEL
SERRATED FLANGE NUT
3/8″ STAINLESS STEEL
FENDER WASHER
Figure 9
-
Mechanical Anchor

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Illustration 1a - List of approved modules when bonding modules with AK Stamp
Manufacturer
Model
GCL
M6/72H
Illustration 1b
- List of approved modules when bonding modules with Bonding Jumper
Manufacturer
Model
GCL
M6/72H
Heliene
LG
144M M6 Monofacial 450W-460W
LG335N1C-A5
LG405N2T-L5
SPR-A425-G-AC, SPR-A420-G-AC, SPR-A415-G-AC, SPR-A410-G-AC, SPR-A400-G-AC,
SPR-A390-G-AC,SPR-A400-BLK-G-AC and SPR-A390-BLK-G-AC
SunPower
G4.4L
Q.PEAK DUO XL-G10.3/BFG/BGT470-485, Q.PEAK DUO XL-G10/G10.2/G10.3470-485
Q.PEAK DUO XL-GG9.3/BFG/BGT440 - 460, Q.PEAK DUO XL-G9/G9.2/G9.3440 - 460
Q.PEAKDUO L-G8.3/BFG/BGT405 - 430, Q.PEAK DUO L-G8.3/BFF405 - 430
Q.PEAKDUO L-G8.3 405 - 430, Q.PEAK DUO L-G8.2 405 - 430
Q.PEAKDUO L-G8.1 405 - 430, Q.PEAK DUO L-G8 405 - 430
Q.PEAKDUO L-G7.7385-405, Q.PEAK DUO L-G7.4385-405
Q.PEAKDUO L-G7.3 385-405, Q.PEAK DUO L-G7.2 385-405
Q.PEAKDUO L-G7.1 385-405, Q.PEAK DUO L-G7 385-405
Q.PEAKDUO L-G6.3 405 - 430, Q.PEAK DUO L-G6.2 405 - 430
Q.PEAKDUO L-G6 405 - 430, Q.PEAK DUO L-G5.3 380-405
Q.PEAKDUO L-G5.2 380-405, Q.PEAK DUO L-G5380-405
Q.PLUS DUO L-G5.3 360-380, Q.PLUS DUO L-G5.2 360-380
Q.PLUS DUO L-G5 360-380, Q.PEAK L G4.5 365-385
Q.PEAKL G4.2 365-385, Q.PLUS L G4.2 340-355
Q-Cell
REC
Trina
Alpha 72 Series/RECxxxAA 72 where xxx is 430-450W
TSM-DE15H, TSM-DE15M, TSM-DD06M.05, TSM-DE06X.05(II), TSM-
DEG15HC.20(II),TSM-DEG15MC.20(II), TSM-DE15V(II), TSM-DEG15VC.20(II), TSM-
DE09.05 (II), TSM-DE19, TSM-DEG19C.20
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List of Approved Modules

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The FR510 System may be used to ground and/or mount a PV module complying with UL 2703 only
when the specific module has been evaluated for grounding and/or mounting in compliance with the
included instructions. Unless otherwise noted, "xxx" refers to the module power rating and both black
and silver frames are included in the certification.
Adani modules with 35 and 40mm frames ASX-Y-ZZ-xxx.
Where "X" can be B, Mor P, "Y" can be 6, 7 or M10 and "ZZ" can be blank, 144, PERC, B-
PERC, or AB- PERC
AIONRISE modules with 35 and 40mm frames AIONyyG1-xxx
Where "yy" can be 60 or 72
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 modules with 35 and 40 mm frames DNA-yy-zzaa-xxx
Where "yy" can be 120 or 144; "zz" can be MF or BF; and "aa" can be 23 or 26
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), or M(DGT); and "zz" can be blank, HV, F-B, or F-BH
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 modules with 40 mm frames AXN6y6zAxxxB
Where "y" can be M or P; "z" can be 08, 09, 10, 11, or 12; and "A" can be F, M or T; and "B" can
be blank, A, B orC
Axitec Modules with 30, 35 and 40 mm frames AC-xxxY/aaZZb
Where "Y" can be M, P, MB 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
Boviet modules with 35 and 40mm frames BVMZZaa YY-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, Lor
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 modules with 35 mm frames BYDxxxAY-ZZ
Where "A" can be M6, P6, MH or PH; "Y" can be C or K; and "ZZ" can be 30 or 36
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, 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, or MS-SD
CertainTeed modules with 35 and 40 frames CTxxxYZZ-AA
Where "Y" can be M, P, or HC; "ZZ" can be 00, 01, 10, or 11; and "AA" can be 01, 02, 03, 04 or
06
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 modules with 30, 35 and 40mm frames DH-MYYYZ-xxx
Where "YYY" can be 760, 772, 860, 872; and "Z" can be B, F or W