Sale price
$299.00
Regular price
$325.00
Skip to product information
SSRA1 Standing Seam Roof Anchor – Cupped Tipped Non-Penetrating Fall Protection
Sale price
$299.00
Regular price
$325.00
SSRA1 Standing Seam Roof Anchor
ANSI-Compliant Non-Penetrating Fall Protection Anchor for Standing Seam Metal Roofs
The SSRA1 Standing Seam Roof Anchor is a professional-grade, non-penetrating anchorage connector built for standing seam metal roofing systems. Twelve stainless steel cup-point set screws clamp directly onto the seam rib — no drilling, no coring, no sealant — delivering a 5,000 lb rated tie-off point fully compliant with ANSI Z359.18 and OSHA 29 CFR 1926.502. Zero roof penetrations. Zero warranty risk. Zero waterproofing compromise.
Roofing contractors, solar installers, HVAC technicians, and building maintenance teams specify the SSRA1 when non-penetrating fall protection is non-negotiable. Compatible with 500+ seam profiles and fully relocatable between job sites, it's the anchor that travels with your crew — not the one left behind on the roof.
12-Point Cup-Point Set Screw Clamping
Twelve stainless steel cup-point set screws torque to 28 ft-lbs, creating a mechanically locked grip directly into seam geometry. Bites hard without gouging coatings or finishes — no damage to PVDF, Kynar, or galvanized panels.
500+ Seam Profile Compatibility
Tested across T-seams, bulb seams, snap-lock panels, and trapezoidal ribs — the full range of standing seam geometries found on commercial, industrial, and agricultural roofs. One SKU for every site your crew lands on.
6061-T6 Aerospace Aluminum Body
Lightweight aerospace-grade aluminum with corrosion-resistant stainless hardware. Engineered to handle freeze-thaw cycling, UV exposure, and the mechanical stress of repeated installation and removal across multiple seasons.
Portable, Reusable, Jobsite-Ready
Installs in under 10 minutes and removes cleanly with no trace. Unlike drilled permanent anchors, the SSRA1 moves with your crew — a cost-effective asset across multi-site commercial contracts and regional job rotations.
SSRA1 Technical Specifications
| Product SKU | SSRA1 |
| Anchorage Connector Standard | ANSI Z359.18 — Anchorage Connectors for Use in Fall Protection Systems |
| System Design Standard | ANSI Z359.2 — Minimum Requirements for a Comprehensive Managed Fall Protection Program |
| Regulatory Compliance | OSHA 29 CFR 1926.502 — Fall Protection Systems Criteria and Practices |
| Anchor Body Material | 6061-T6 Aluminum (aerospace grade) |
| Fastening Hardware | 12 × Stainless Steel Cup-Point Set Screws |
| Ultimate Strength Rating | 5,000 lbs |
| Set Screw Torque Specification | 28 ft-lbs |
| Weight | 4.5 lbs |
| Compatible Seam Profiles | T-seam, Bulb seam, Snap-lock, Trapezoidal rib (500+ tested) |
| Roof Penetration Required | No |
| Installation Time | Under 10 minutes |
| Reusable / Relocatable | Yes — portable across jobsites |
Why Cup-Point Set Screws? Grip Without Cosmetic Damage.
Standard flat-point set screws concentrate force on a narrow edge, risking coating gouge marks. The SSRA1's cup-point geometry distributes clamping load across a dimpled contact zone, biting into the seam without breaking through PVDF coatings, Kynar finishes, galvanized surfaces, or painted panels. The roof looks untouched after removal. The warranty stays intact. Your crew stays protected.
How to Install the SSRA1 Standing Seam Roof Anchor
The SSRA1 is designed for fast, tool-minimal installation by qualified workers. A typical setup takes under 10 minutes and requires no sealant, no cure time, and no structural modification to the roof. Always follow your company's written fall protection plan and ensure a competent person has verified anchor placement before workers clip in.
1
Identify a Suitable Seam and Verify Profile Compatibility
Select a standing seam rib with adequate height and geometry for the clamp body. Confirm the seam profile matches one of the 500+ tested configurations. For non-standard or unusually narrow seams, contact us before installation.
2
Position the Anchor Clamp Over the Seam Rib
Place the SSRA1 body over the standing seam rib with the D-ring oriented toward the expected load direction (vertical/downward for personal fall arrest). Center the clamp on the rib before tightening.
3
Torque All 12 Set Screws to 28 ft-lbs
Using a calibrated torque wrench, tighten all 12 cup-point set screws to the specified 28 ft-lb torque value in an alternating pattern. Do not exceed torque specification. Under-torqued screws will not achieve rated load capacity.
4
Visually Inspect Before Connecting the Fall Arrest System
Verify all set screws are flush against the seam, no gap exists between the clamp body and rib base, and the D-ring moves freely. Inspect the anchor body for visible cracks, deformation, or corrosion before each use.
5
Connect the Fall Arrest System and Verify Free-Fall Clearance
Connect an ANSI Z359.13-rated shock-absorbing lanyard or ANSI Z359.14-rated self-retracting lifeline to the SSRA1 D-ring. Before work begins, confirm total free-fall and deceleration distance does not exceed available clearance above the level below per OSHA 29 CFR 1926.502 requirements.
Installation must be performed by a competent person as defined under OSHA 29 CFR 1926.32(f). This summary does not replace the manufacturer's installation instructions or a site-specific fall protection plan.
Who Specifies the SSRA1
The SSRA1 isn't trade-specific — it appears wherever skilled trades work at height on standing seam metal. From commercial construction to solar retrofits on industrial warehouses to HVAC service on institutional roofs, here's who actually uses it:
Metal Roofing Contractors
Install the SSRA1 at ridge or mid-slope, connect harnesses, and run the full panel without a single penetration compromising the roof system being built. The most common use case — and the one the anchor was designed for.
Commercial Solar Installation Teams
Solar on standing seam is one of the fastest-growing verticals in commercial construction. The SSRA1 provides ANSI-compliant anchorage during rail layout and module installation without disrupting the substrate or triggering equipment warranty clauses.
HVAC & Mechanical Service Contractors
Rooftop unit access on standing seam buildings demands non-penetrating solutions. Install at the service point, support the technician, remove cleanly — the SSRA1 is in and out faster than any other ANSI-rated anchor on this profile type.
Building Maintenance & Facilities Teams
Ongoing roof access for inspections, repairs, and equipment service. Reusable and relocatable, the SSRA1 moves with the work scope across a building rather than staying fixed at a single point like a permanent drilled anchor.
Safety Managers & General Contractors
Specifying fall protection for metal roof scopes under OSHA 29 CFR 1926 Subpart M? The SSRA1's ANSI Z359.18 compliance keeps anchorage requirements clean and defensible on commercial and industrial projects.
Procurement & Safety Supply Departments
In stock and ready to ship. One SKU covers every seam profile your crews encounter, reducing SKU count and simplifying procurement across multi-site operations without the lead time risk of sourcing through distribution.
When the SSRA1 Is the Right Anchor — and When It Isn't
No anchor solves every rooftop scenario. The SSRA1 excels in a specific application. Use this guide to confirm fit before the crew goes aloft:
✓ Use the SSRA1 When:
- The roof is standing seam metal — T-seam, snap-lock, bulb, or trapezoidal profile
- Penetrating the roof panel is prohibited by warranty or building owner requirement
- The work scope is temporary — installation, repair, inspection, or maintenance
- The crew rotates between multiple job sites and needs a portable, reusable anchor
- ANSI Z359.18-compliant anchorage is required under OSHA Subpart M
- Fast setup matters — no sealant, no cure time, no waiting on other trades
✕ Do Not Use the SSRA1 When:
- The roof is flat, TPO, EPDM, modified bitumen, or built-up construction
- Permanent fixed anchorage is required by the building's fall protection plan
- The seam profile is non-standard, too narrow, or unverified for clamp body fit
- A horizontal lifeline is needed for multiple simultaneous workers
- Expected load direction is lateral — the SSRA1 is rated for vertical arrest loads only
SSRA1 vs. Other Standing Seam Roof Anchor Options
Not all standing seam anchors are built the same. The comparison below shows where the SSRA1 sits relative to common alternatives on commercial and industrial projects:
| Feature | SSRA1 (Set Screw Clamp) | Drilled & Sealed Anchor | Magnetic Temporary Anchor |
|---|---|---|---|
| Penetrates roof panel | No | Yes | No |
| ANSI Z359.18 rated (vertical arrest) | Yes | Yes — if correctly installed | Typically not |
| Meets OSHA 29 CFR 1926.502 | Yes | Yes — if correctly installed | Typically not |
| Relocatable between jobsites | Yes | No — permanent | Yes |
| Safe for premium coated finishes | Yes — cup-point design | Coating damage at hole perimeter | Surface-dependent |
| Installation time | Under 10 minutes | 30–60 minutes + sealant cure | Under 5 minutes |
| Voids roof manufacturer warranty | No | Often yes | No |
| Compatible with 500+ seam profiles | Yes | Site-specific fabrication | Limited profile range |
Building a Complete OSHA-Compliant Fall Protection System Around the SSRA1
The SSRA1 is the anchorage component. Under OSHA 29 CFR 1926 Subpart M and ANSI Z359.2, every active personal fall arrest system must be designed as a complete, matched assembly: anchorage connector, connecting subsystem, and body support — all rated and compatible. The anchor is the starting point. Pair it with the right equipment to meet OSHA requirements on every scope:
In Stock. Ships Fast. No Delays on Critical Safety Equipment.
The SSRA1 is stocked and ready to ship. When a project starts Monday, your fall protection anchor shouldn't be on backorder. Order through Fall Protection Canada and get the equipment your crew needs on the timeline your project demands.
Frequently Asked Questions — SSRA1 Standing Seam Roof Anchor
What is the SSRA1 standing seam roof anchor and what is it used for?
The SSRA1 is a non-penetrating fall protection anchorage connector designed specifically for standing seam metal roofing systems. It clamps onto the raised seam rib using 12 stainless steel cup-point set screws, creating a certified 5,000 lb tie-off point without drilling, coring, or applying sealant to the roof panel.
It's used by roofing contractors, solar installation teams, HVAC technicians, and building maintenance crews who need OSHA-compliant, non-destructive fall protection at height on standing seam metal roofs.
Is the SSRA1 compliant with OSHA fall protection requirements?
Yes. The SSRA1 meets ANSI Z359.18 — the standard governing anchorage connectors for use in fall protection systems — and is designed for use within complete personal fall arrest systems compliant with OSHA 29 CFR 1926.502 (Subpart M). It meets the 5,000 lb minimum anchorage strength requirement mandated by OSHA for personal fall arrest systems.
Note: The anchor is one component in a regulated system. The complete assembly — anchor, connecting subsystem (lanyard or SRL), and full-body harness — must all meet applicable ANSI Z359 standards and be assembled by a competent person before workers go aloft.
Will the SSRA1 damage my roof's coating or void the manufacturer warranty?
No on both counts. The cup-point set screw design distributes clamping force across a controlled contact zone within the seam geometry without penetrating or gouging through PVDF coatings, Kynar finishes, galvanized surfaces, or painted panels. Because the anchor does not penetrate the roof panel, it does not compromise the waterproofing membrane or create the leak path that voids most metal roof warranties.
Most metal roof manufacturers explicitly permit non-penetrating anchorage methods. If your project has specific warranty language requirements, confirm with your roofing manufacturer prior to installation.
What standing seam profiles is the SSRA1 compatible with?
The SSRA1 has been tested on 500+ seam profiles including T-seams, bulb seams, snap-lock panels, and trapezoidal rib profiles — the dominant standing seam geometries found on commercial, industrial, institutional, and agricultural buildings. In practice, a single SSRA1 unit covers the full range of seam profiles your crews will encounter across job sites.
If you're working with a non-standard, proprietary, or unusually narrow seam profile, contact us with the panel manufacturer name and seam geometry before ordering to confirm fit.
Can the SSRA1 be used on multiple job sites?
Yes — portability is one of its primary advantages over drilled permanent anchors. The SSRA1 installs and removes cleanly, leaving no visible trace on the seam, and travels with your crew from site to site as a reusable capital asset.
Before each reuse, inspect the anchor body, clamp faces, set screws, and D-ring per your company's written equipment inspection protocol and ANSI Z359.2 requirements. If the anchor has arrested a fall, shows visible deformation, cracking, or corrosion, or has been subjected to an impact load, remove it from service immediately and have it inspected by a competent person before returning it to use.
What other fall protection equipment do I need to use the SSRA1 safely?
The SSRA1 provides the anchorage. A complete, OSHA-compliant personal fall arrest system also requires: a full-body harness (ANSI Z359.11), a connecting subsystem — either a shock-absorbing lanyard (ANSI Z359.13) or a self-retracting lifeline (ANSI Z359.14), and where required, a connecting component such as a carabiner or snap hook (ANSI Z359.12).
Browse our full range of harnesses, lanyards, and SRLs — in stock and configured to meet OSHA Subpart M requirements.
How long does it take to install the SSRA1?
Installation typically takes under 10 minutes for a trained worker. The process involves positioning the clamp body over the seam rib and torquing all 12 set screws to 28 ft-lbs using a standard torque wrench — no sealant, no cure time, no substrate modification required. Removal is equally fast and leaves no residue on the seam. This makes the SSRA1 practical for short-duration tasks and single-day maintenance scopes where a permanent drilled anchor isn't justified.