Clip directly to the rebar. Never disconnect at height. The Frontline RPA062R is a twin-leg/dual SRL-P self-retracting lifeline with forged-steel rebar hooks on both legs, engineered for 100% tie-off to structural members. Two independent 6 ft lifelines, two wide-throat rebar hooks, and one shared housing assembly on your back. Connect leg #2 to the next anchor before disconnecting leg #1. The worker is continuously protected during every transition. Aramid fiber webbing wrapped around a UHMWPE and polyester core. ANSI/ASSP Z359.14-2021 Class 1 SRD, dual SRL-P clauses 3.6.1 and 3.6.2 tested and passed by SGS Taiwan, an ISO/IEC 17025:2017 accredited laboratory.
Overhead anchorage only. The RPA062R is an ANSI Z359.14-2021 Class 1 SRD. Each anchor (the working one and the transition hook) must be located at or above the worker's dorsal D-ring and rated for 5,000 lbs per attached worker. The RPA062R is not rated for leading-edge work or foot-level attachment. If your application requires the anchor at foot level, on sharp edges, or below the D-ring, you need a Class 2 SRL or a dedicated leading-edge SRL instead.
Why Rebar Hooks? When a Standard Snap Hook Will Not Fit
A rebar hook is a self-closing, self-locking snap hook with a wide-throat gate (typically 2 to 2.5 inches across) designed to fit directly over structural members. Common rebar-anchor connection points:
- Rebar, vertical columns, grade beams, and engineered cage rebar verified as rated tie-off points by a Competent Person
- Structural steel beams, where the rebar hook fits over the flange or web of an I-beam, wide-flange beam, or channel
- Scaffolding tubes and frame rails rated for fall arrest
- Engineered roof anchors with large eye openings (e.g., post-style anchors) that exceed a standard snap hook gate width
The mechanical strength of both hooks is identical: 5,000-lb gate, forged alloy steel. The difference is the throat opening. If you are clipping to a D-ring, choose the snap hook (RPA062S). If you are clipping directly to a structural member, choose the rebar hook (RPA062R).
Why Twin Leg? The 100% Tie-Off Standard
OSHA 1926.502(d) and ANSI Z359.2 both require continuous fall protection above the trigger height, including during the moments a worker transitions from one anchor to another. OSHA 1926 Subpart R explicitly requires 100% tie-off above 15 ft during structural steel work. With a single-leg SRL, the transition creates a gap: the worker must disconnect from the old anchor before reconnecting to the new one and is unprotected during the swap. Twin-leg SRLs close that gap with this transition sequence:
| Step | Single Leg SRL | Twin Leg SRL (RPA062R) |
|---|---|---|
| 1. Working at the first anchor | One connection, arrest-rated | Leg #1 connected, leg #2 parked, arrest-rated |
| 2. Preparing to move to the next anchor | Disconnect from anchor #1 first, unprotected at this moment | Connect leg #2 to anchor #2 first, now arrest-rated on BOTH anchors |
| 3. Move to the new position | Move while unconnected, OSHA gap | Disconnect leg #1 from anchor #1, still arrest-rated on anchor #2 |
| 4. Working at the new anchor | Reconnect to anchor #2, arrest-rated again | Park leg #1, continue working, arrest-rated throughout |
If your work involves walking a structural steel beam, climbing a rebar column, moving between scaffolding sections, or any task that requires more than one fall protection anchor in sequence, the twin-leg SRL is the right tool. If your task stays at a single fixed anchor for the full shift, the single-leg SRL is simpler and lighter.
What Sets the Frontline RPA062R Apart
Wide-Throat Rebar Hooks (2 ×)
Two forged alloy steel rebar hooks with self-closing, self-locking gates and a wide-throat opening that fits directly over rebar, structural beams, scaffolding tubes, and post-style anchors. 5,000 lb gate strength per hook, identical mechanical rating to the snap hook version.
100% Tie-Off Without Compromise
Connect one leg to your working anchor and the other to the transition anchor before disconnecting. Standard practice on structural steel, rebar work, scaffolding, and OSHA 1926 Subpart R compliance. Independently tested under ANSI Z359.14-2021 Clause 3.6.2 for dual SRL-P connection performance.
Two Independent Lifelines, One Assembly
Two aramid fiber webbing lifelines retract independently from a single thermoplastic housing worn on the back. Each leg operates as its own self-retracting lifeline, with its own centrifugal brake, energy absorber, and visual indicator. Less bulk than carrying two separate SRLs.
Aramid Fiber Webbing Lifelines
Both lifelines use the same aramid fiber outer webbing as the rest of the RPAS family: high-tenacity synthetic fiber, low stretch, high heat resistance, and excellent abrasion resistance relative to weight. Sheaths a UHMWPE and polyester core. Light, compact, and durable across the device's full temperature range.
Dual Textile Shock Packs
One textile energy absorber per leg, each inside its own protective cover. Either absorber deploys progressively to keep the arrest force within ANSI limits if that leg arrests a fall. The protective covers keep the absorbers clean and uncontaminated until the moment they have to work.
Swivel Tops & Side Lifeline Exits
Both swivel tops rotate independently of the housing, allowing each lifeline to follow the worker's movement without twist. Lifelines exit from the sides rather than the bottom of the housing, reducing wear and improving lifeline routing during dual-anchor work.
Thermoplastic Housing
Engineered thermoplastic housing, impact-resistant, dielectric, and corrosion-immune. Stainless steel and non-corrosive internal components passed 96-hour salt spray corrosion testing per ANSI Z359.14 §3.1.5 with no signs of corrosion and full functional retention on both retractors.
Dual Visual Fall Arrest Indicators
Each leg has its own visual indicator that remains permanently active if that leg is subjected to fall-arrest forces. SGS confirmed indicator activation on every dynamic test specimen during the dual SRL-P testing.
Built on the Same Proven RPAS Platform
The RPA062R shares its housing, braking system, webbing, and certification platform with the rest of the RPAS family. The same 5,000 lb connector strength per leg, the same 310 lb user capacity, the same ANSI/OSHA compliance, configured with rebar hooks for direct structural connection.
Technical Specifications
| Model | Frontline RPA062R Aramid Twin Leg SRL with Steel Rebar Hooks |
|---|---|
| SKU | RPA062R |
| GTIN / UPC | 697478244335 |
| Configuration | Twin leg / Dual SRL-P (two lifelines, two rebar hooks) |
| Hook Type | Forged alloy steel rebar hooks, wide-throat gate, self-closing, and self-locking |
| Tie-Off Capability | 100% tie-off, continuous protection during anchor transitions |
| Device Class | ANSI/ASSP Z359.14-2021 Class 1 SRD |
| Device Subtype | Self-Retracting Lanyard, Personal (SRL-P, dual configuration) |
| Lifeline Length (per leg) | 6 ft (1.83 m) |
| Number of Lifelines | 2 (independent retractors) |
| Lifeline Material | Aramid fiber outer webbing with UHMWPE (Ultra-High-Molecular-Weight Polyethylene) and polyester core |
| Housing | Engineered thermoplastic, dual swivel tops, side lifeline exits |
| Braking System | Quick-action centrifugal brake on each leg with dual inbuilt textile shock packs (protective covers) |
| End Connectors | 2 × forged alloy steel rebar hooks (locking gate, 5,000 lb each) |
| Internal Hardware | Stainless steel and non-corrosive components |
| Connector Strength (per leg) | 5,000 lbs. (22.2 kN) |
| User Maximum Capacity | 310 lbs., combined weight including user, clothing, tools, and equipment |
| Maximum Arrest Force (single leg, ANSI limit) | ≤ 1,800 lbf |
| Average Arrest Force (single leg, ANSI ambient limit) | ≤ 1,350 lbf |
| Dual SRL-P Maximum Arrest Force (ANSI Clause 3.6.2 limit) | ≤ 1,800 lbf, RPA062R tested 1,554.13 lbf (Pass) |
| Dual SRL-P Static Test (ANSI Clause 3.6.1) | 3,600 lbs (16 kN), passed without breaking |
| Maximum Arrest Distance | ≤ 42 inches (1,067 mm) per leg |
| Static Strength (per leg) | 3,600 lbs (16 kN), passed without breaking |
| Locking Strength (per leg) | 1,800 lbs (8 kN), passed without breaking or releasing load |
| Corrosion Resistance | 96-hour salt spray (fog) test per ANSI Z359.14-2021 §3.1.5, no signs of corrosion, full functional retention |
| Visual Indicators | One per leg, permanently activates on fall arrest impact load |
| Anchorage Requirement | Overhead only, each anchor at or above the worker's dorsal D-ring and rated for 5,000 lbs per attached worker |
| Standards Met | ANSI/ASSP Z359.14-2021 (Class 1 SRD, dual SRL-P) • OSHA 1910.140 (General Industry) • OSHA 1926 Subpart M (Construction) • OSHA 1926 Subpart R compatible (Steel Erection) |
| Test Laboratory | SGS Taiwan Ltd., ISO/IEC 17025:2017 accredited (witnessing Hardline Laboratory) |
| Test Report | SGS Hardline Laboratory Report TH10297A/2022 (issued 20 Mar 2023), covers RPA062R dual SRL-P configuration |
| Total Weight | 8.0 lbs (3.6 kg) |
| Country of Manufacture | Manufactured for Frontline Fall Protection Inc., Malvern, PA |
ANSI Z359.14-2021 Tested Performance: Dual SRL-P Clauses
The RPA062R is tested under the standard single-leg ANSI Z359.14-2021 requirements and the additional dual SRL-P clauses (3.6.1 and 3.6.2) that apply specifically to twin-leg configurations. Testing performed by SGS Taiwan Ltd., an ISO/IEC 17025:2017 accredited laboratory, under Report TH10297A/2022.
| Clause | Test | ANSI Limit | RPA062R Measured | Result |
|---|---|---|---|---|
| 3.6.1 | Static Test for Dual SRL-Ps | 3,600 lbs (16 kN), no breaking | Withstood load, no breaking | Pass |
| 3.6.2 | SRL-P Dual Connection Max Arrest Force | ≤ 1,800 lbf | 1,554.13 lbf | Pass |
| 3.1.5 | 96-hr Salt Spray Corrosion | Functional retention, no corrosion | Functional, no corrosion | Pass |
| 3.2.1 | Static Strength (per leg) | 3,600 lbs (16 kN), no breaking | Withstood load, no breaking | Pass |
| 3.2.3 | Locking Strength (per leg) | 1,800 lbs (8 kN), no release | Withstood load, no release | Pass |
| 3.3.1 | Dynamic Performance (single leg) | Max 1,800 / avg 1,350 lbf / 42 in | Max 961.60 / avg 754.75 lbf / 20.0 in | Pass |
| 3.3.2 | SRL-P Dynamic Performance (single leg) | ≤ 1,800 lbf ambient | 953.84 lbf | Pass |
| 3.5.1 | Retraction Tension | 1.25–25 lbf | 1.80–9.71 lbf | Pass |
Why is the dual SRL-P arrest force (1,554 lbf) higher than the single leg (961 lbf)? Clause 3.6.2 tests the worst-case scenario in which both lifelines are connected simultaneously, and one is loaded under fall arrest. The unloaded leg shares some of the load path through the shared connector and harness, which produces a slightly higher peak arrest force on the loaded leg. The result is still well under the ANSI 1,800 lbf ceiling. This is normal and expected behavior for any compliant dual SRL-P.
Compliance & Certification
✓ ANSI/ASSP Z359.14-2021: Including Dual SRL-P Clauses
Tested and compliant with Clauses 3.1.5 (corrosion), 3.2.1 (static), 3.2.3 (locking), 3.3.1 (dynamic, single leg), 3.3.2 (SRL-P dynamic), 3.5.1 (retraction tension), 3.6.1 (dual SRL-P static), and 3.6.2 (dual SRL-P connection) per the published SGS test report.
✓ OSHA 1910.140, 1926 Subpart M, and 1926 Subpart R Compatible
Meets OSHA personal fall arrest requirements for General Industry (29 CFR 1910.140) and Construction (29 CFR 1926 Subpart M, including 1926.502). Twin leg + rebar hook configuration directly supports OSHA 29 CFR 1926 Subpart R (Steel Erection) 100% tie-off requirements during structural steel work, connection, and decking.
✓ Independently Tested by SGS Taiwan Ltd.
SGS Taiwan Ltd. is part of the SGS Group, the world's leading inspection, verification, testing, and certification company. The testing laboratory holds ISO/IEC 17025:2017 accreditation. Not self-certified.
⚠ Canadian Buyers: CSA Z259.2.2 Not Certified
The RPA062R is certified to ANSI/ASSP Z359.14-2021 only. It is not separately certified to CSA Z259.2.2, the Canadian standard for self-retracting devices. Most Canadian provincial OH&S regulations require CSA certification for regulated work at height. Verify with your site safety officer or provincial authority before use on a Canadian jobsite.
Right SRL. Right Job.: When to Choose Twin Leg Rebar Hooks
Structural Steel Erection (OSHA 1926 Subpart R)
Connectors moving along beams, plumb-up crews, decking installation, bolt-up. 100% tie-off is mandatory above 15 ft per 1926.760. The wide-throat rebar hook clips directly to beam flanges and web steel without needing a beam strap or anchor sling, saving time on every transition.
Rebar Tying & Concrete Forming
Walls, columns, foundation cages, decks. When the rebar has been engineered as a rated tie-off point by the site Competent Person, the rebar hook clips directly to the bar without a separate anchor connector. Twin leg keeps the worker continuously attached during anchor transitions through the cage.
Scaffolding & Frame Work
Erecting, modifying, or working on scaffolding where the tubes themselves are rated tie-off points. The rebar hook fits over standard scaffolding tubes, where a snap hook gate cannot connect.
Tower & Tall-Structure Climbing
Telecom towers, transmission line work, wind turbine ladders, where the worker passes through multiple fall protection anchors as they ascend. The rebar hook clips directly to step bolts, rungs, and engineered eye anchors.
Not for these applications. Do not use the RPA062R for leading-edge work, foot-level anchor applications, sharp-edge work, or any application that requires a Class 2 SRD or a dedicated leading-edge (Class A/B) SRD. Do not clip a rebar hook to rebar or structural members that have not been verified as 5,000 lb-rated anchor points by your on-site Competent Person. Call Fall Protection Distributors at 863-703-4522 if you are unsure whether the RPA062R is rated for your application.
How to Maintain 100% Tie-Off in 7 Steps
The sequence matters. The whole point of a twin-leg SRL is that the worker is never disconnected at height, which requires connecting leg #2 to the new anchor before disconnecting leg #1 from the old one. Follow these steps on every transition.
- Inspect both legs of the SRL. Check both housings, both swivel tops, both aramid lifelines, both energy absorber covers, both rebar hook gates, and the visual indicators. Pull each lifeline out by hand and confirm smooth pay-out and retraction on both legs.
- Attach the assembly to your dorsal D-ring. Use the harness carabiner connection point on the SRL housing to connect to the dorsal (back) D-ring of an ANSI Z359.11 compliant full-body harness. The assembly rides on your back; both lifelines extend over your shoulders.
- Confirm both target anchors are overhead, rated, and verified. Each anchor must be at or above your dorsal D-ring and rated for 5,000 lbs per attached worker (OSHA 1926.502(d)(15)). For rebar, beams, and scaffolding tubes: confirm with your site Competent Person that the member is a verified tie-off point before clipping in.
- Connect leg #1 to the first overhead anchor. Open the rebar hook gate, fit it around the rebar, beam, or scaffolding tube, and release. Confirm the gate closes and locks fully around the member. You are now fall arrest-rated.
- Park the unused leg. Use the SRL housing parking attachment or your harness lanyard parking point to keep leg #2's rebar hook secured until needed. Never let it dangle.
- Transition with both legs connected. Before disconnecting leg #1, connect leg #2 to the next overhead anchor. Confirm the gate is closed and locked. You are now arrest-rated on both anchors momentarily, only then disconnect leg #1.
- Repark and continue work. Park the now-free rebar hook on the housing or harness parking attachment. Move to the next anchor transition the same way. If either visual indicator ever deploys, remove the SRL from service immediately.
Calculating Fall Clearance
Fall clearance is the vertical distance required below the work surface for the SRL to arrest the worker without contact with a lower level. Each leg of the RPA062R has the same arrest distance characteristics as every other RPAS variant. The clearance math is identical to a single-leg SRL connected to whichever anchor is currently the active fall-arrest anchor. The math, in plain English:
| Component | Typical Value | Notes |
|---|---|---|
| SRL maximum arrest distance | 3.5 ft (42 in) | ANSI Z359.14 ceiling, RPA062R tested well under this |
| Worker height below the dorsal D-ring | ~4.5 ft | For a 6 ft worker; measured from D-ring to feet |
| Harness stretch | ~1 ft | Typical full-body harness stretch under arrest load |
| Safety margin | 2–3 ft | Recommended to prevent contact with obstructions or lower levels |
| Minimum required clearance | ~11–12 ft | Below the work surface, before any obstruction or lower level |
This is an example calculation. Site-specific fall clearance must be calculated by a Competent Person for every work area and for every anchor location that the twin-leg SRL will be used with. Where insufficient clearance exists below the work surface, a different fall protection method is required, typically a guardrail system, a personal fall restraint system, or relocation of the anchor. Our free calculator below helps contractors and safety managers plan their project. First, determine whether the worker will be in fall restraint or fall arrest and the gear that is required. Next, run the fall clearance calculations to confirm which type of anchor or SLR is best. Next up, create a complete OSHA Safety Plan using this information for jobsite compliance.
Fall ProtectionDistributors, LLCFree Tool · No Signup · OSHA 1926.502Free Interactive ToolFall Protection Game PlanPick your system. Run the math. Generate a plan.1Pick Your SystemDetermine fall restraint vs. fall arrest based on your work surface, edge access, and clearance.2Run the MathCalculate exact fall clearance required below the work surface for your SRL or lanyard setup.3Generate a PlanGet a printable OSHA-compliant Fall Protection Plan structured around 29 CFR 1926.502(k).
Inspection & Retirement
Per ANSI Z359.2 and OSHA 1926.502, self-retracting devices require inspection at two levels. Twin-leg SRLs require slightly longer pre-use inspection because both legs must be checked.
Pre-Use Inspection (Every Use, 90 to 120 Seconds)
- Inspect the thermoplastic housing for cracks, dents, or impact damage.
- Pull each lifeline out by hand and inspect the full length of both aramid webbings for cuts, fraying, abrasion, burns, chemical contamination, or stitching damage.
- Inspect both energy absorber covers for damage, contamination, or evidence of deployment.
- Confirm both lifelines pay out smoothly and retract fully and steadily.
- Give each lifeline a sharp pull to ensure each locking brake engages immediately.
- Inspect both swivel tops for free rotation. Inspect both rebar hook gates for smooth open and close action, gate spring tension, distortion, cracks, sharp wear marks from rebar contact, and corrosion.
- Confirm both visual fall arrest indicators are NOT deployed.
- Confirm all labels are legible.
Competent Person Inspection (Annual Minimum)
Formal documented inspection by a Competent Person who is not the regular user. Records must be retained. Heavy-use, abrasive, chemical, or marine environments require more frequent formal inspection; quarterly or monthly may be appropriate. Pay particular attention to wear marks on the rebar hook gates from repeated contact with structural members.
Mandatory Retirement
The Frontline RPA062R must be removed from service and destroyed if any of the following conditions exist:
- Either visual fall arrest indicator has been deployed.
- Either leg has been subjected to any fall arrest event, even if no visible damage exists.
- The aramid webbing on either leg shows cuts, significant abrasion, burns, or chemical damage.
- Either lifeline does not pay out, retract, or lock smoothly.
- The housing is cracked or impact-damaged.
- Either rebar hook gate does not close and lock fully, shows bending, distortion, or sharp wear from rebar contact.
- Any label is missing or illegible.
- The device has been exposed to acids, alkalis, or other corrosive substances.
- Any other condition the Competent Person determines compromises function.
Cleaning & Storage
Wipe the housing and both rebar hooks with a clean cloth and mild detergent. Allow both lifelines to fully retract before storage. Do not machine wash, dry clean, or use solvents on the webbing. Store in a cool, dry location out of direct sunlight, away from heat sources, chemicals, and moisture. Do not store damaged equipment alongside equipment approved for use.
Frequently Asked Questions
What is a rebar hook, and why does the RPA062R use one?
A rebar hook is a self-closing, self-locking snap hook with a wide-throat gate, typically 2 to 2.5 inches across, designed to fit directly over rebar, structural steel beams, scaffolding tubes, and other large-diameter anchor members that will not fit through a standard snap hook gate. The RPA062R uses rebar hooks because the buyer is connecting directly to structural members rather than to D-rings on engineered anchors. Rebar tying crews, concrete formworkers, ironworkers, and scaffolding crews can clip directly to the bar or tube without needing a separate anchor sling or beam strap. Both hooks are forged alloy steel with a 5,000 lb gate strength, the same as the snap hook version, just with a larger throat opening.
Should I choose the RPA062R rebar hook or the RPA062S snap hook?
Choose the RPA062R when you connect directly to rebar, structural steel beams, scaffolding tubes, or other large-diameter members. The wide-throat rebar hook gate fits over members that a standard snap hook cannot. Choose the RPA062S when you connect to standard D-ring anchors, engineered roof anchors, anchor slings, or carabiners. The snap hook is faster to clip and lighter overall. Many crews carry both: rebar hooks for active structural work, snap hooks for engineered-anchor work. The lifeline, housing, certification, and arrest performance are identical between the two.
What is 100% tie-off, and why does the RPA062R provide it?
100% tie-off means the worker remains continuously connected to a fall arrest anchor at all times when exposed to a fall hazard, including during transitions between anchor points. With a single-leg SRL, the worker must disconnect from one anchor before reconnecting to the next, leaving a moment of zero protection. The RPA062R has two independent lifelines and two rebar hooks: connect leg #2 to the new anchor before disconnecting leg #1 from the old anchor. You are never unprotected at height. OSHA 29 CFR 1926.502(d) and ANSI Z359.2 both require continuous fall protection when working above the trigger height, and OSHA 1926 Subpart R explicitly requires 100% tie-off above 15 ft during structural steel work.
Is the Frontline RPA062R a Class 1 or Class 2 SRL?
Class 1 SRD (Self-Retracting Device) per ANSI/ASSP Z359.14-2021. The RPA062R is tested as a dual SRL-P (Self-Retracting Lanyard, Personal) under SGS Hardline Laboratory Report TH10297A/2022, including Clause 3.6.1 (static test for dual SRL-Ps, passed at 3,600 lbs with no breaking) and Clause 3.6.2 (SRL-P dual connection, measured 1,554.13 lbf max arrest force, well under the 1,800 lbf ANSI ceiling). Class 1 means overhead anchorage only, both lifelines must connect to anchors at or above the worker's dorsal D-ring. The RPA062R is not rated for foot-level attachment or leading-edge use.
Can I clip the RPA062R rebar hooks directly to rebar on a jobsite?
Yes, provided the rebar has been engineered or verified as a 5,000 lb fall arrest anchor by the site Competent Person or Qualified Person. Not all rebar is rated for fall arrest. Vertical rebar columns, properly anchored grade beams, and engineered cage rebar can be rated tie-off points. Loose or unsecured rebar, free-standing rebar, and lap-spliced rebar that has not been verified should not be used as fall arrest anchors. The same rule applies to scaffolding tubes, structural beams, and any other steel member. Verify it is a rated anchor before clipping in.
Where on my harness does the RPA062R housing attach?
The twin-leg SRL housing attaches to the dorsal (back) D-ring of an ANSI Z359.11-compliant full-body harness, the same connection point you would use for any other fall arrest device. The two lifelines extend from the housing over your shoulders and connect to overhead rebar, beams, or other rated anchor members via the steel rebar hooks. The Frontline 100RCTB Combat Reflective Harness is one fully compatible option carried by Fall Protection Distributors.
How do I inspect the RPA062R, and when do I retire it?
Pre-use inspection (every use, 90 to 120 seconds for a twin leg): inspect the housing for cracks; pull each lifeline out by hand and inspect both aramid webbings for cuts, fraying, burns, or chemical damage; confirm each locking brake engages with a sharp pull; inspect both energy absorber covers; confirm both rebar hook gates open, close, and lock smoothly with no bending, sharp wear, or distortion; confirm both visual fall arrest indicators are NOT deployed. Competent Person inspection minimum every 12 months. Retire immediately if: either indicator has deployed; either leg has been involved in a fall arrest event; either webbing shows damage; either lifeline does not function smoothly; either rebar hook gate is bent or fails to lock; or any component fails inspection.
Frontline RPA062R Submittal Documents
The following manufacturer documents apply to the Frontline RPA062R Aramid Twin Leg SRL with Rebar Hooks. The SGS test report explicitly covers the RPA062R dual SRL-P configuration under Clauses 3.6.1 and 3.6.2.
| Document | Description | Download |
|---|---|---|
| Frontline RPAS Spec Sheet | One-page summary of features, material specifications, connector strength, user capacity, and relevant standards for the Frontline RPAS aramid fiber SRL family, including the RPA062R twin leg rebar hook variant. | Spec Sheet (PDF) |
| Frontline RPAS ANSI Z359.14-2021 Test Report | Complete SGS Taiwan witness testing report TH10297A/2022 covering the RPA062R dual SRL-P configuration under Clauses 3.6.1 (Static Test for Dual SRL-Ps) and 3.6.2 (SRL-P Dual Connection), plus all single-leg clauses. ISO/IEC 17025:2017 accredited laboratory. | Test Report (PDF) |
| Frontline RPAS User Manual (Non-LE SRL) | Complete user instruction manual for the Frontline RPAS Non-Leading Edge self-retracting lifeline family. Includes limitations for use, anchorage requirements, connection procedure (single and twin leg configurations, snap and rebar hooks), inspection procedures, cleaning, and storage guidance. | User Manual (PDF) |
Building a Complete Fall Protection System?
The RPA062R is one component of a complete personal fall arrest system. You also need certified, compatible overhead anchor points and a full-body harness. Fall Protection Distributors stocks every piece.
- Snap hook version (for D-ring anchors): Frontline RPA062S, same platform with standard snap hooks instead of rebar hooks, for connecting to engineered roof anchors, anchor slings, and carabiners.
- Single leg version (for fixed-anchor work): Frontline RPAS Single Leg SRL, same platform, single lifeline, available in 6/12/20 ft for tasks that don't require 100% tie-off.
- Anchors: Standing Seam Roof Anchor SSRA1 for standing seam metal roofs, or browse all anchorage solutions for other roof and structural types.
- Harness: Frontline 100RCTB Combat Reflective Full Body Harness (ANSI Z359.11 certified, 310 lbs. capacity, fully compatible with the RPA062R), or browse all harnesses and bodywear.
- Other connectors: Browse all retractables and SRLs or shock-absorbing lanyards.
Not sure if the rebar hook version is right for your application? Call Fall Protection Distributors at 863-703-4522 or email [email protected]. We spec complete systems before you buy, including verifying anchor compatibility, calculating fall clearance for your jobsite, and confirming the system meets the OSHA standard for your work classification.
