Fall Protection Advice For EP Fabtech Standing Seam Roofs

See the Roof Anchor Compatibility Chart for EP Fabtech Standing Seam Panels.

Who Is EP Fabtech?

EP Fabtech is a metal fabrication company based in El Paso, Texas, serving contractors and builders throughout the Southwest and beyond.

What started as a focused fabrication operation has grown into a full-scale manufacturer of architectural metal products, including standing seam roof panels, wall panels, trims, flashings, and custom CNC-cut components. The company built its reputation by combining skilled craftsmanship with modern equipment, producing panels that perform in demanding climates while maintaining a clean, architectural appearance.

Today, EP Fabtech continues to expand its reach while staying grounded in hands-on fabrication. Their team understands how metal panels behave in real-world conditions, as evidenced by the durability, fit, and finish of their standing seam roof systems. That practical experience, paired with responsive service, has made EP Fabtech a trusted source for metal roofing solutions that balance performance with appearance.

Why Are Non-Penetrating Fall Protection Anchors Essential for Standing Seam Roofs?

Standing seam roof systems require non-penetrating fall protection that protects workers without crushing seams, restricting thermal expansion, or compromising roof performance.

Standing seam metal roofs attach to concealed clips that allow for thermal expansion, remaining watertight and durable for decades. That same design eliminates traditional tie-off options, requiring fall protection to attach to the roof without drilling, puncturing, or distorting the panels. Using the wrong anchorage method does more than create safety concerns. It can crush seams, restrict thermal movement, and introduce problems that do not show up until long after the crew leaves the site.

Non-penetrating fall protection systems solve this challenge by gripping the seam securely while leaving the panel intact. The SSRA1 Standing Seam Roof Anchor accomplishes this using 12 non-penetrating set screws that secure the anchor body to the seam. These set screws apply a uniform holding force without flattening or deforming the seam shape, allowing the panel to continue expanding and contracting naturally while providing a reliable tie-off point for workers.

When a stable working surface is needed, the SSRA2 Adjustable Roof Jack Adapters mount on top of SSRA1 anchors and support walkboards without penetrating the roof panels themselves. The adapters adjust to accommodate different seam heights and roof pitches, giving crews a level platform on roofs that would otherwise be difficult to navigate safely.

For projects where worker mobility is essential, SSRA3 Anchor Plates are installed over SSRA1 anchors and serve as attachment points for horizontal lifelines. The plates adjust to fit most standing seam panels from 12 to 24 inches wide, making them adaptable across a wide range of panel profiles. These anchor plates pair with 100-foot SSRA HLL temporary horizontal lifeline kits or the Super Anchor 120-foot Permanent Horizontal Lifeline Kit, depending on the project. The permanent system uses non-penetrating seam clamps, 5-inch galvanized steel riser posts, and galvanized steel cable to create a long-term lifeline solution for roofs that require routine access.

On steep roof slopes, the Ridge Pro Steep Assist Anchor provides a different approach altogether. Instead of attaching to the seam, it hooks securely over the roof peak with an extension pole, allowing workers to establish a tie-off before stepping onto the roof surface. This system provides a 100 percent tie-off the entire time a worker is on the roof, from ladder transition to descent, without attaching to the panels or introducing roof penetrations.

Each of these systems addresses a specific challenge posed by standing seam roofs. When used correctly, they protect workers and prevent the hidden damage that often results from using fall protection not designed for standing seam panels.

SSQ675 Snap Lock Panel (SSRA Compatible)

The SSQ675 Snap Lock Panels have widths ranging from 12 to 20 inches, and uses a 1.75-inch snap-lock seam paired with concealed clips.

It carries a strong list of third-party performance ratings, including UL 2218A Class 4 impact resistance, UL 790 Class A fire classification, and UL 580 Class 90 wind uplift approval. Air and water penetration testing meets ASTM requirements, reinforcing its suitability for regions that see aggressive weather patterns. Manufactured in 26- and 24-gauge steel, with 22-gauge available by request, the panel uses an AZ50 Galvalume or Zincalume substrate and PVDF resin-based finishes to support long-term durability and color stability. A minimum roof slope of 3:12 keeps water moving efficiently across the panel surface. See the Roof Anchor Compatibility Chart for EP Fabtech SSQ675 Snap Lock 22 Gauge and 24 Gauge Standing Seam Panel.

Fall Protection for SSQ675 1.75-Inch Snap Lock Panels

For installations using 22- and 24-gauge steel, seam-mounted anchorage provides the most balanced approach to safety.

The SSRA1 Standing Seam Roof Anchor clamps directly to the snap-lock seam using twelve non-penetrating set screws that lock the anchor in place without flattening or distorting the seam shape. This method provides a dependable tie-off point while allowing the panel to continue moving as designed. When crews need a level working surface rather than a single anchor point, SSRA2 Adjustable Roof Jack Adapters mount on top of SSRA1 anchors and adjust to varying seam heights and roof pitches, supporting 10-foot walkboards without penetrating the panel itself.

For projects involving multiple workers, SSRA3 Anchor Plates are installed over SSRA1 anchors and create attachment points for horizontal lifelines. These plates adjust to fit standing seam panels between 12 and 24 inches wide, making them well-suited to the SSQ675 profile. The 100-foot SSRA HLL temporary horizontal lifeline systems and 120-foot Super Anchor Permanent lifeline kits are compatible, depending on whether the work is short-term construction or ongoing maintenance.

For SSQ675 panels other than 22- or 24-gauge steel, the Ridge Pro Steep Assist becomes the safer option. Hooking over the roof peak allows workers to establish a tie-off before stepping onto the panel surface and maintain a 100 percent tie-off throughout their time on the roof, without introducing penetrations or seam loading.

SS150 Mechanical Seam Panel (SSRA Compatible)

The SS150 Mechanical Seam Panel gives EP Fabtech a strong option for projects that require a tighter seam profile with long-term performance built in.

With a 1.5-inch mechanically seamed rib, this panel fits comfortably in residential and commercial settings where durability matters just as much as appearance. Builders often choose SS150 for roofs, canopies, and architectural screening because it performs well in exposed conditions while still supporting clean, intentional design. See the Roof Anchor Compatibility Chart for EP Fabtech SS150 Mechanical Seam 22 Gauge and 24 Gauge Standing Seam Panel.

This panel accommodates a wide range of substrates, including steel in 22, 24, 26, and 28 gauge, as well as aluminum and copper for more specialized applications. That flexibility makes SS150 valuable across different climates and structural demands. The mechanically seamed rib adds strength against wind uplift while improving water management, which is especially valuable on projects exposed to driving rain or seasonal storms. Class 4 hail resistance, fire performance ratings, and wind resistance testing back up its real-world durability, while a 30-year limited paint warranty helps protect the finish over time. Together, these features make SS150 a dependable choice for projects that need consistent performance without stepping into heavier structural systems.

Fall Protection for SS150 Mechanical Seam Panels

On 22- and 24-gauge steel SS150 panels, seam-mounted systems provide the most comprehensive fall protection solution.

The SSRA1 Standing Seam Roof Anchor secures to the mechanical seam using twelve non-penetrating set screws, creating a dependable tie-off point without flattening the seam or restricting panel movement. When crews need more than a single anchor point, SSRA2 Adjustable Roof Jack Adapters install on top of SSRA1 anchors and adjust to varying seam heights and roof pitches, allowing walkboards to sit level.

For larger metal roof areas or tasks that require workers to move laterally, SSRA3 Anchor Plates are installed over SSRA1 anchors and serve as connection points for horizontal lifelines. These plates adjust to fit most standing seam panels between 12 and 24 inches wide, making them a good match for SS150 layouts. Depending on the job, crews can pair them with 100-foot SSRA HLL temporary horizontal lifeline systems or 120-foot Super Anchor Permanent lifeline kits when long-term access is required.

For aluminum, copper, or lighter-gauge steel SS150 panels, seam-mounted anchors are not compatible. In those cases, the Ridge Pro Steep Assist provides a safer alternative for roof slopes between 6:12 and 12:12. By hooking over the roof peak, the system allows workers to establish a tie-off before stepping onto the roof and maintain continuous tie-off for the entire time they are on the surface, all without penetrating the panels.

SSQ200 Mechanical Seam Panel (SSRA Compatible)

The SSQ200 Mechanical Seam Panel sits at the top end of EP Fabtech's standing seam lineup, built for projects where performance margins are tight and visual standards are high.

Architects tend to specify this panel when roof conditions require more than a snap-lock system can provide, especially in low-slope applications where water management becomes critical. A defining feature of this panel is its 2-inch mechanically seamed rib, available in single-lock or double-lock configurations. That seam style creates a tightly controlled joint that excels in resisting wind-driven rain and uplift forces, which explains why the SSQ200 performs well on very low-sloped roofs when installed over a solid substrate with proper underlayment. See the Roof Anchor Compatibility Chart for EP Fabtech SSQ200 Mechanical Seam 22 Gauge and 24 Gauge Standing Seam Panel.

Panel widths range from 12 to 24 inches, giving designers flexibility without sacrificing structural predictability. EP Fabtech manufactures the SSQ200 in 26- and 24-gauge steel, with 22-gauge available by request, all using AZ50 Galvalume or Zincalume substrates.

Fall Protection for SSQ200 2-Inch Mechanical Seam Panels

On 22- and 24-gauge SSQ200 steel panels, seam-mounted anchorage is safe when the right equipment is selected.

The SSRA1 Standing Seam Roof Anchor secures to the mechanical seam using twelve non-penetrating set screws that evenly distribute holding force along the seam. This approach avoids compressing or distorting the rib while creating a dependable tie-off point for workers. When tasks require walkboards rather than an isolated tie-off, SSRA2 Adjustable Roof Jack Adapters mount on top of SSRA1 anchors and adjust to seam height and roof pitch.

For projects requiring maximum worker mobility, SSRA3 Anchor Plates are installed over SSRA1 anchors and provide attachment points for horizontal lifelines. These plates adjust to fit standing seam panels from 12 to 24 inches wide. Crews can pair them with 100-foot SSRA HLL temporary horizontal lifeline systems for temporary use or 120-foot Super Anchor Permanent lifeline kits when the roof will see repeated access over time.

For 26-gauge steel SSQ200 panels, the Ridge Pro Steep Assist offers a safer alternative on roof slopes between 6:12 and 12:12. By hooking over the ridge with an extension pole, the system allows workers to establish a tie-off before stepping onto the roof and maintain continuous tie-off for the entire time they are on the surface, all without loading the panel seams or introducing penetrations.

TRQ250 Mechanical Seam Panel (SSRA Compatible)

The TRQ250 Mechanical Seam Panel is available in 22-, 24-, and 26-gauge steel, as well as aluminum options, giving specifiers the flexibility to balance strength, weight, and budget.

With its taller 2.5-inch seam, this panel creates strong vertical definition that works exceptionally well on larger roof planes and architectural features where visual depth matters. Beyond appearance, the taller seam adds structural confidence in exposed environments. TRQ250 panels perform well in projects with high wind loads, heavy rain, or seasonal hail, making them a practical option for residential and commercial applications alike. Panel widths ranging from 14 to 24 inches allow the system to adapt to different roof layouts without forcing design compromises. See the Roof Anchor Compatibility Chart for EP Fabtech TRQ250 Mechanical Seam 22 Gauge and 24 Gauge Standing Seam Panel.

Class 4 hail resistance, fire performance ratings, and wind resistance testing back up the TRQ250's real-world durability. A 30-year limited paint warranty helps protect the finish over time, reinforcing the panel's role as a long-term architectural solution rather than a short-term covering.

Fall Protection for TRQ250 2.5-Inch Mechanical Seam Panels

On 22- and 24-gauge steel TRQ250 panels, seam-mounted systems allow workers to secure themselves without introducing penetrations into the panel surface.

The SSRA1 Standing Seam Roof Anchor clamps to the mechanical seam using 12 non-penetrating set screws that hold the anchor in place without crushing the seam. This single-worker anchor provides a dependable tie-off point while allowing the panel to expand as needed during temperature changes. SSRA2 Adjustable Roof Jack Adapters mount over SSRA1 anchors and adjust for seam height and roof pitch, supporting 10-foot walkboards that keep workers stable on steep roof sections.

For projects that require horizontal lifelines, SSRA3 Anchor Plates are installed on top of SSRA1 anchors and serve as connection points. These plates adjust to fit standing seam panels between 12 and 24 inches wide, aligning well with TRQ250 layouts. Crews can pair them with 100-foot SSRA HLL temporary horizontal lifeline systems for temporary use or 120-foot Super Anchor Permanent lifeline kits for roofs that will see ongoing service access.

For TRQ250 panels made of 26-gauge steel or aluminum, seam-mounted anchorage is no longer the right approach. On roof slopes between 6:12 and 12:12, the Ridge Pro Steep Assist provides a safer alternative. Hooking over the roof peak with an extension pole allows workers to establish a tie-off before stepping onto the roof and maintain continuous tie-off throughout their time on the surface.

FF100 1-Inch Snap Lock Nailstrip Panel (Ridge Pro Only)

The FF100 Snap Lock Nailstrip Panel uses a nailstrip attachment method, fastening directly through the panel into the substrate.

EP Fabtech manufactures the FF100 in 26- and 24-gauge steel, with 22-gauge available by request. Panel widths range from 12 to 20 inches, offering design flexibility without complicating production. The AZ50 Galvalume or Zincalume substrate and PVDF resin-based finishes help protect against corrosion and fading, supporting long-term appearance even in exposed environments. A recommended minimum roof slope of 3:12 and a maximum panel length of 30 feet keep the system operating within its intended performance range. See the Roof Anchor Compatibility Chart for EP Fabtech FF100 1-Inch Snap Lock Nailstrip Standing Seam Panels.

Fall Protection for FF100 1-Inch Snap Lock Nailstrip Panels

Because FF100 panels attach directly through the panel rather than floating on clips, seam-mounted fall protection anchors are not compatible with this system.

For roofs with slopes between 6:12 and 12:12, the Ridge Pro Steep Assist provides the safest and most appropriate solution. Instead of relying on the panel for anchorage, the system hooks over the roof peak, allowing workers to establish a tie-off before stepping onto the roof surface. This setup provides continuous 100 percent tie-off for the entire time workers are on the roof, without loading the seams or fasteners.

Radius Panel (Inspection Required)

EP Fabtech's Radius Panels allow architects to introduce smooth curves and flowing rooflines while maintaining the weather performance expected from a mechanically seamed standing seam system.

Designed for very low-slope conditions, Radius Panels can be installed on roof pitches as low as 1:12, making them one of the most weather-resistant options available when water management is critical. The mechanically fastened seams, available in single-lock or double-lock configurations, create a tight, controlled joint that performs well under wind-driven rain and prolonged exposure. With a 2-inch seam height and custom panel widths ranging from 12 to 24 inches, the system balances structural reliability with visual continuity across curved roof surfaces. See the Roof Anchor Compatibility Chart for EP Fabtech Radius Standing Seam Panels.

EP Fabtech manufactures Radius Panels from AZ50 Galvalume or Zincalume substrates, available in 22-, 26-, and 24-gauge steel, as well as aluminum options for weight-sensitive designs.

Fall Protection for Radius Panels

Radius roof systems curve continuously across the roof surface, making seam-mounted and ridge-mounted anchors incompatible.

For that reason, Radius Panel projects require an on-site evaluation by a trained fall protection professional before any work begins. The inspection should assess roof curvature, access points, panel layout, and work scope to determine a fall protection strategy tailored to the specific roof design.

Radius Panels deliver exceptional performance and architectural impact. Still, they demand the same level of precision in safety planning as they do in fabrication and installation. When fall protection is incorporated into the design process rather than an afterthought, crews can work safely while preserving the integrity of these highly specialized roof systems.

Standing Seam Metal Roof Anchor Panel Compatibility For 22 Ga. EP Fabtech

 

Standing Seam Metal Roof Anchor Panel Compatibility For EP Fabtech Cont.

 

Contact Us for Expert Standing Seam Fall Protection Advice

For expert guidance on standing seam roof anchors, lifeline kits, and fall protection systems that protect both your crew and your panels, contact us today at 863-703-4522 or visit www.StandingSeamRoofAnchor.com. Our safety specialists can help you match the right non-penetrating anchor to your specific roof profile and slope. Let's make your next metal roofing project safe, compliant, and built to last. For continued learning, download OSHA's 48-page Fall Protection Manual and our free Anchor Inspection Form once you've selected the ideal anchors for your roof system. Together, we'll help you stay ahead of OSHA standards while preserving your roof's weather-tight seal.

Safety Tips For Standing Seam Roofs

Promote a Culture of Safety

A safety mindset starts with open crew conversations. Short pre-task discussions about wind conditions, roof layout, access points, and tie-off locations help crews spot hazards before they become problems. When workers communicate openly about safety concerns, crews address hazards early and prevent accidents before they happen.

Ensure Proper Footwear for Stability

Metal roofing surfaces rarely stay consistent throughout the day. Dew, dust, and temperature changes can reduce traction without warning. Boots with deep tread, solid ankle support, and non-slip soles help workers move safely while carrying materials between anchor points.

Develop OSHA-Compliant Safety Plans

Large EP Fabtech roof systems often involve multiple elevations, access routes, and work zones. A written safety plan establishes where anchors and lifelines belong, how crews move across the roof, and who takes charge if a rescue is needed. Revisiting the plan as conditions change keeps everyone operating from the same playbook.

Use Specialized Anchor Systems for Standing Seam Roofs

Non-penetrating anchors that lock securely to the seam protect workers without interfering with thermal expansion or panel performance. Choosing anchors specifically designed for standing seam roofs helps prevent long-term issues such as seam deformation, hidden leaks, and oil canning.

Prioritize Ladder Safety Training

Unstable ground, improper ladder angles, or unsecured ladder tops increase worker risk during the transition from ladder to roof. A reinforced ladder setup, top securement, and three points of contact reduce accidents during one of the most dangerous phases of the job.

Equip Workers with High-Quality Safety Gear

Properly fitting harnesses and smoothly operating SRLs allow workers to move confidently without distraction. Poorly fitting equipment causes fatigue and hesitation on slick metal roof surfaces. OSHA reinforced in 2025 that properly sized gear is no longer optional. OSHA is actively enforcing this new requirement.

Set Up Protective Guardrail Barriers for Work Zones

Guardrails provide constant passive protection without relying on worker attention. When placed around skylights, roof edges, or equipment clusters, they establish clear visual boundaries that crews instinctively avoid. Guardrails reduce exposure in high-risk areas and allow workers to focus on the task instead of the hazard.

Install Permanent Roof Anchor Systems

Many EP Fabtech buildings require ongoing roof access for inspections, HVAC service, or future upgrades. Permanent horizontal lifeline systems create consistent tie-off locations every time crews return. They reduce setup time, limit the need to reinstall temporary equipment, and support safer long-term maintenance throughout the building's life.

Encourage the Use of Trauma Straps

After a fall arrest occurs, suspension trauma becomes the next concern. Trauma straps allow a suspended worker to stand in the harness, relieve pressure on the legs, and maintain circulation while rescue procedures take place. Compact and lightweight, they play a critical role during real-world rescue scenarios.

Consult Experts for Curved Metal Panels

A fall protection professional experienced with curved metal roofs can evaluate the panel design and recommend appropriate safety measures. That added step protects workers, preserves the roof system, and prevents costly mistakes before work begins.

Disclaimer

The views, recommendations, and information presented in this blog are solely those of the author and do not necessarily reflect the opinions or positions of the featured panel manufacturer, its brands, subsidiaries, or parent companies. Customers are strongly encouraged to contact the roof panel manufacturer directly for inquiries regarding fall protection compatibility with their products and to address any potential warranty issues that may arise after installing our products.