The Class 2 leading edge cable SRL with a built-in carry handle and tagline. The Frontline RPGCLE is engineered for the jobs a Class 1 SRL can't do. It is rated for foot-level tie-offs and leading-edge work where the lifeline may contact or bend over an edge. A 3/16-inch galvanized steel cable runs through a heavy-duty thermoplastic and aluminum-alloy housing with a molded carry handle on top, terminating in a forged steel swivel snap hook with an integrated impact indicator and 2.76-inch gate opening. An integral Class 2 energy absorber at the lifeline end keeps the cable intact when the cable is subjected to a fall over an edge. ANSI/ASSP Z359.14-2021 Class 2 witness-tested by SGS Taiwan Ltd. (Hardline Laboratory), report TH40204F/2022. Available in 30, 50, and 65 ft working lengths.
Rated for leading edge and non-leading edge applications. The RPGCLE is an ANSI Z359.14-2021 Class 2 SRD. It can be anchored anywhere from foot level to overhead, and the integral Class 2 energy absorber keeps the lifeline intact during a fall over an edge. If your work involves a lifeline that may drag across or bend over an unprotected edge, the RPGCLE is the right tool. Standard Class 1 cable SRLs (like the Frontline RPG30, RPG50, RPG70, RPG100, or RPG10) are not rated for leading edge use.
What Sets the Frontline RPGCLE Apart
Leading Edge Certified
Witness-tested under SGS Taiwan Ltd. (Hardline Laboratory) report TH40204F/2022 against ANSI/ASSP Z359.14-2021 Class 2 requirements, including dynamic performance testing in perpendicular and 5-foot offset SRL line orientations across ambient, hot, cold, and wet conditioning. The integral energy absorber and cable construction keep the lifeline intact even if it contacts or bends over a leading edge during a fall.
Foot-Level Tie-Off Rated
As a Class 2 SRD, the RPGCLE can be anchored anywhere from foot level up to overhead. This makes it the right choice when overhead anchorage is not available or when the anchor must be at or below the dorsal D-ring, which would void a Class 1 SRD.
Integral Class 2 Energy Absorber
An integral energy absorber adjacent to the lifeline end (ANSI Z359.14-2021 clause 3.1.7) handles the higher arrest forces typical of leading edge falls and foot-level tie-offs. The integrated absorber and quick-action braking system together keep the system within the 1,800 lb maximum / 1,350 lb average arrest force limits.
Forged Steel Snap Hook, 2.76 in Gate
A forged steel swivel snap hook with a 2.76-inch gate opening. Large enough to clip directly to most rebar, structural steel, and rescue D-rings. Double-locking gate, integrated impact indicator, and rated to 5,000 lb connector strength.
Integrated Carry Handle
A molded carry handle on top of the housing makes the RPGCLE easy to grip when climbing a ladder, transferring across a scaffold, or moving between anchor points. Carry-only. Not rated as an anchor connector.
Tagline Rope Included
Each RPGCLE ships with a black tagline rope. Attach the tagline to the carry handle before climbing. The worker climbs unloaded, then uses the tagline to hoist the SRL up to the anchor.
Thermoplastic + Aluminum Alloy Housing
Heavy-duty thermoplastic housing with aluminum alloy and stainless steel non-corrosive internal components. Sealed to keep dust, moisture, and debris out of the brake mechanism, and rated to a 96-hour salt spray exposure per ANSI Z359.14-2021 clause 3.1.5. Compact: 13.19 in long, 8.11 in wide, 4.72 in tall.
3/16-inch Galvanized Steel Cable
3/16-inch galvanized steel aircraft cable with 3,400 lb minimum breaking strength. The right lifeline material for jobsite abrasion and edge contact where synthetic webbing would not last. Not rated for hot work or ARC environments. See the user manual for environmental limitations.
Three Lengths to Match the Job
30 ft, 50 ft, and 65 ft. Choose the shortest length that fully covers the work area. All three share identical hardware, identical ANSI Z359.14-2021 Class 2 certification, and identical inspection procedure.
RPGCLE (Class 2 Leading Edge) vs. Standard RPG (Class 1 Overhead): Which Cable SRL Is Right for You?
Fall Protection Distributors stocks two Frontline cable single-leg SRL families. Both use 3/16-inch galvanized steel cable, 5,000-lb connector strength, and 310-lb capacity. The difference is the device class, and it controls where you can anchor and what edge conditions you can work over.
Choose the RPGCLE (this page)
When the anchor will be at foot level, the lifeline may drag over or bend over an edge, or the application involves sharp or 90-degree edges. Roofers at the eave, decking work, structural steel erection, refinery work with foot-level tie-offs. Heavier and more expensive than Class 1, but rated where Class 1 is not.
Choose the standard RPG or RPG10 instead
When the anchor is overhead (at or above the dorsal D-ring), there are no edge hazards for the lifeline, and you want the lightest possible cable SRL on the harness. Standard interior overhead use, mechanical platforms, mid-rise roofing with engineered overhead anchors.
Understanding Class 2 (Leading Edge) SRDs
ANSI/ASSP Z359.14-2021 splits self-retracting devices into two classes. Class 2 is the rating that allows leading edge and foot-level use. Picking the right class is the single most important decision before specifying an SRL.
| Attribute | Class 1 SRD | Class 2 SRD (RPGCLE) |
|---|---|---|
| Anchor location | Overhead only (at or above dorsal D-ring) | Anywhere from foot level to overhead |
| Maximum free fall | 2 ft (anchor at D-ring) | Up to 6 ft (anchor at foot level) |
| Max average arrest force (ambient) | 1,350 ft-lbs | 1,350 ft-lbs |
| Maximum arrest distance | 42 inches | 54 inches (RPGCLE rated to 42 in) |
| Leading edge use | No - not certified for leading edge | Yes - certified for leading edge and non-leading edge applications |
| Frontline RPGCLE rating | ✗ Not Class 1 | ✓ Certified Class 2 with leading edge approval (SGS report TH40204F/2022) |
The takeaway: a Class 2 SRD covers everything a Class 1 SRD does, plus leading edge and foot-level work. The trade-off is weight and price. If your work involves edge hazards, you need Class 2.
Selecting the correct length. A longer SRL does not provide better fall protection; it just offers greater working range. Plan the anchor location first, then pick the shortest length that covers the work envelope. A heavier SRL fatigues the worker on long shifts; let the tagline carry the weight to and from height.
Technical Specifications
| Model | Frontline RPGCLE Leading Edge Cable Single Leg SRL with Steel Snap Hook End, Carry Handle and Tagline |
|---|---|
| Available SKUs | RPGC30LE (30 ft) • RPGC50LE (50 ft) • RPGC65LE (65 ft) |
| Device Class | ANSI/ASSP Z359.14-2021 Class 2 SRD - leading edge capable |
| Application | Can be used for leading edge and non-leading edge applications |
| Lifeline Material | Galvanized steel cable wire (3/16-inch / 5 mm aircraft cable) |
| Cable Minimum Breaking Strength | 3,400 lbs. |
| Housing | Heavy-duty thermoplastic with aluminum alloy and stainless steel non-corrosive components; molded integrated carry handle; swivel top |
| Housing Dimensions | 13.19 in (335 mm) L × 8.11 in (206 mm) W × 4.72 in (120 mm) H |
| Braking System | Quick-action braking system |
| Energy Absorber | Integral Class 2 energy absorber (per ANSI Z359.14-2021 clause 3.1.7) located adjacent to the lifeline end |
| Anchorage Connector | Swivel top steel eye with self-locking carabiner |
| End Connector | Forged steel swivel snap hook with double-locking gate and integrated impact indicator |
| Snap Hook Gate Opening | 2.76 in |
| Connector Strength | 5,000 lbs. (22.2 kN) |
| User Maximum Capacity | 310 lbs. |
| Maximum Arrest Force | ≤ 1,800 lbs. (ANSI Z359.14-2021 limit) |
| Average Arrest Force | ≤ 1,350 lbs. ambient / ≤ 1,575 lbs. hot/cold/wet (ANSI Z359.14-2021 Class 2 limits) |
| Visual Indicator | Permanently activates (red) on fall arrest impact at the snap hook |
| Corrosion Resistance | 96-hour salt spray test passed (ANSI Z359.14-2021 clause 3.1.5) |
| Carry Handle | Molded into top of housing; carry-only. Not rated as anchor connector |
| Tagline | Black rope tagline included with each unit for safe hoisting and lowering |
| Total Weight | RPGC30LE: 12.37 lbs (5.61 kg) • RPGC50LE: 15.61 lbs (7.08 kg) • RPGC65LE: 22.4 lbs (10.16 kg) |
| Standards Met | ANSI/ASSP Z359.14-2021 (Class 2 leading edge) • OSHA 1910 (General Industry) • OSHA 1926 Subpart M (Construction) |
| Test Laboratory | SGS Taiwan Ltd. (Hardline Laboratory), Taichung City, Taiwan |
| Test Report | Report TH40204F/2022, clauses 3.1.5, 3.1.7, 3.3.3, 3.4, and 3.5.1 tested May 6 to 13 & Sept 12 to 16, 2022; report issued Nov 15, 2023 |
| Country of Origin | Manufactured in Taiwan for Frontline Fall Protection Inc., Malvern, PA, USA |
Compliance & Certification
✓ ANSI/ASSP Z359.14-2021 Class 2
Witness-tested under SGS Taiwan Ltd. (Hardline Laboratory) report TH40204F/2022 to ANSI/ASSP Z359.14-2021 Class 2 requirements: corrosion (3.1.5), Class 2 energy absorber (3.1.7), dynamic performance (3.3.3), energy capacity (3.4), and retraction tension (3.5.1). Tested in both perpendicular and 5-foot offset SRL line orientations across ambient, hot, cold, and wet conditioning.
✓ OSHA 1926 Subpart M & 1910
Meets OSHA requirements for personal fall arrest in both Construction (29 CFR 1926 Subpart M, including 1926.502) and General Industry (29 CFR 1910). Required for US regulated work at height.
✓ Foot-Level Tie-Off Approved
Unlike Class 1 SRLs, the RPGCLE is rated for use with the anchor located anywhere from foot level to overhead, with up to 6 ft of free fall.
✓ 96-Hour Salt Spray Corrosion Test Passed
Per ANSI Z359.14-2021 clause 3.1.5: after 96 hours of salt spray exposure, all three test samples operated as intended, showed no signs of corrosion, and the line continued to pay out, retract, and lock within specification.
⚠ Carry Handle Is Carry-Only
The molded carry handle on top of the housing is labeled THIS HANDLE IS FOR HAND CARRYING PURPOSE ONLY. Never use the carry handle as an anchor connection point. The anchor connection is the swivel eye with self-locking carabiner. Using the carry handle as an anchor will fail under load.
Right SRL. Right Job.
Roofing: Eaves, Edges, and Skylights
The classic leading-edge fall scenario: a roofer working near the unprotected eave, with the anchor set near the ridge. If the worker falls, the cable bends over the eave on the way down. A Class 1 SRL fails this scenario; the RPGCLE is built for it. Pair with the Standing Seam Roof Anchor SSRA1 for an engineered overhead anchor on metal roofs.
Structural Steel Erection & Decking
Foot-level tie-offs to beams, columns, and decking systems where overhead anchorage isn't available. A Class 2 rating allows anchoring at or below the dorsal D-ring, which is typical of ironwork.
Refinery, Tank, and Vessel Work
Tank-top work, walkways, and platforms where the lifeline may run across a grating or plate edge. Galvanized cable handles the contact and the integral Class 2 energy absorber keeps the lifeline intact over the edge.
Bridge Work and Industrial Maintenance
Anywhere the lifeline could contact a beam, plate edge, or grating during a fall, and the leading-edge angle remains at or above 90° (see below).
Leading Edge Angle Requirement (per the User Manual)
The Frontline RPGCLE user manual defines the geometry that determines whether the leading-edge protection works. The angle between the working surface and the falling-worker side of the edge must be 90 degrees or greater:
| Geometry | Angle | Approved? |
|---|---|---|
| Flat roof, anchor set well back from a 90° eave | = 90° | ✓ OK |
| Sloped roof or chamfered edge that opens the angle | > 90° (e.g., 110°) | ✓ OK |
| Overhanging edge or undercut that closes the angle | < 90° | ✗ NOT OK |
Not for hot work or ARC environments. Per the user manual, the RPGCLE cannot be used in hot work environments, such as during ARC welding or cutting, which could damage the cable or housing. If your job involves welding, cutting, grinding, or similar ignition sources, consult Fall Protection Distributors before deployment.
Read the manufacturer's labels and user manual for application limits. If you are uncertain whether the RPGCLE is rated for your specific edge geometry or anchor location, contact Fall Protection Distributors at 863-703-4522 before deployment. Site-specific applications may require additional engineering review by a Qualified Person.
How to Connect and Use the RPGCLE in 7 Steps
Correct connection, especially correct use of the tagline, is as important as device certification. Follow these steps every time before moving to height.
- Inspect the SRL. Check the housing for cracks, the carry handle for damage, the full length of the galvanized cable for kinks or broken strands, the integral energy absorber for tears or deployment, the snap hook gate, and the visual impact indicator.
- Attach the tagline before climbing. Tie or clip the included tagline rope to the carry handle on top of the housing. Carry the loose end of the tagline up with you. Do NOT climb wearing the SRL on your harness.
- Climb to position unloaded. Move to the work position carrying only the tagline, harness, and your normal toolset. The SRL stays on the ground.
- Verify and place the anchor. Connect the SRL housing to the anchor using a 5,000 lb self-locking carabiner on the swivel eye. The RPGCLE allows foot-level, overhead, and edge-rated anchor positions. Verify anchor strength of 5,000 lbs per OSHA 1926.502(d)(15) or engineered 2x safety factor.
- Hoist the SRL with the tagline. Pull the SRL up to the anchor position using the tagline. Connect the SRL housing to the anchor with the carabiner.
- Connect the snap hook to the dorsal D-ring. Connect the forged steel snap hook directly to the dorsal (back) D-ring of an ANSI Z359.11 compliant full-body harness. Confirm the gate closes and locks fully.
- Calculate fall clearance and work the position. Run the user manual's seven-variable MRFC formula. Quickest way is the free Fall Protection Game Plan calculator.
Calculating Fall Clearance
Leading edge fall clearance is greater than overhead fall clearance because foot-level anchors create more free fall, and the lifeline may sag over the edge. The Frontline RPGCLE user manual defines a seven-variable Minimum Required Fall Clearance (MRFC) formula. We built that exact formula into our free Fall Protection calculator so you can run your numbers in seconds without doing the math by hand.
Fall ProtectionDistributors, LLC Free Tool · No Signup · OSHA 1926.502 Free Interactive Tool Fall Protection Calculator Pick your system. Run the math. Generate a plan. 1 Pick Your System Determine fall restraint vs. fall arrest based on your work surface, edge access, and clearance. 2 Run the Math Calculate exact fall clearance required below the work surface for your SRL or lanyard setup. 3 Generate a Plan Get 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.
Pre-Use Inspection (Every Use)
Performed by the user before each work shift. Takes about 90 seconds.
- Inspect the thermoplastic housing for cracks, dents, or impact damage.
- Inspect the molded carry handle for cracks or warping.
- Pull the full cable out by hand and inspect along its entire length for kinks, broken strands (birdcaging), corrosion, abrasion, or heat damage.
- Inspect the integral energy absorber at the lifeline end for tears, deployment, or stretching.
- Confirm the cable pays out smoothly and retracts fully and steadily.
- Give the cable a sharp pull to ensure the locking brake engages immediately.
- Inspect the swivel eye for free rotation. Inspect the snap hook for gate function, distortion, or corrosion.
- Confirm the visual impact indicator at the snap hook is NOT activated (not red).
- Inspect the tagline rope for fraying, cuts, or knots.
- 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.
Mandatory Retirement
The Frontline RPGCLE must be removed from service and destroyed if any of the following conditions exist:
- The visual impact indicator at the snap hook has activated (red).
- The integral energy absorber has deployed, torn, or shows any sign of stretch.
- The SRL has been subjected to a fall-arrest event, even if no visible damage exists.
- The cable shows kinks, broken strands, significant corrosion, or heat damage.
- The cable does not pay out, retract, or lock smoothly.
- The housing is cracked or impact-damaged, or the carry handle is cracked.
- The snap hook gate does not fully close and lock.
- Any label is missing or illegible.
- The device has been exposed to acids, alkalis, or other corrosive substances.
Cleaning & Storage
Wipe the housing, carry handle, and snap hook with a clean cloth and mild detergent. Allow the cable to fully retract before storage. Store the tagline alongside (separately, dry, off the floor). 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 does Class 2 SRL mean, and how does the RPGCLE differ from a Class 1 SRL?
The Frontline RPGCLE is an ANSI/ASSP Z359.14-2021 Class 2 SRD with leading edge capability, witness-tested by SGS Taiwan Ltd. (Hardline Laboratory) on report TH40204F/2022. Class 2 means the device is rated for use with the anchor located anywhere from foot level to overhead, and per the Frontline spec sheet the RPGCLE can be used for leading edge and non-leading edge applications. Class 1 SRDs like the standard Frontline RPG and RPG10 are limited to overhead only and are not rated for leading edge or foot-level use. If your work requires foot-level tie-off, the lifeline could drag across an edge, or the anchor will be below the worker's dorsal D-ring, you need a Class 2 leading edge SRL like the RPGCLE.
What is the carry handle for, and can I clip it to my harness?
The carry handle is molded into the top of the thermoplastic housing and is for hand-carrying only. It is clearly labeled THIS HANDLE IS FOR HAND CARRYING PURPOSE ONLY. Do NOT use the carry handle as an anchor connection point, and do NOT clip a carabiner or harness D-ring to it. The carry handle exists to make the unit easier to grip when carrying up a ladder or scaffold, and to provide a clean attachment for the included tagline rope when hoisting the SRL to the work position.
Why does the RPGCLE include a tagline rope?
The RPGCLE weighs 12.37 to 22.4 lbs depending on length. Climbing a ladder or scaffold with that much equipment hanging on the harness is dangerous and fatiguing. The included tagline rope attaches to the carry handle on the SRL housing. The worker climbs unloaded, then uses the tagline to pull the SRL up to the anchor position. At the end of the day, uses it again to lower the SRL safely to the ground. The tagline keeps the SRL safe during transit to and from height.
What working lengths are available?
Three lengths: RPGC30LE at 30 ft (9.14 m) and 12.37 lbs; RPGC50LE at 50 ft (15.24 m) and 15.61 lbs; RPGC65LE at 65 ft (19.81 m) and 22.4 lbs. All three share identical hardware: 3/16-inch galvanized cable, forged steel snap hook with impact indicator, 2.76-in gate, swivel eye, integral energy absorber, 5,000 lb connector strength, 310 lb user max capacity, and ANSI Z359.14-2021 Class 2 leading-edge certification.
Can the RPGCLE be used overhead like a standard Class 1 SRL?
Yes. A Class 2 SRD covers everything a Class 1 SRD does, plus leading edge and foot-level use. You can use the RPGCLE on standard overhead applications. The trade-off is weight and price. If your work is exclusively overhead and the lifeline will not see edge contact, a Class 1 cable SRL, such as the RPG 30'/50'/70'/100', is lighter and cheaper. If your work mixes overhead and leading edge applications, the RPGCLE covers both.
Where do I connect the snap hook on my harness?
Connect the forged steel snap hook directly to the dorsal (back) D-ring of an ANSI Z359.11 compliant full-body harness. The dorsal D-ring is the only fall arrest attachment point on a standard full-body harness. Never connect the RPGCLE to side D-rings (work positioning only), front D-rings (typically ladder climbing or descent), or shoulder D-rings (rescue/retrieval only). The Frontline 100RCTB Combat Reflective Harness is one fully compatible option carried by Fall Protection Distributors.
How do I inspect the RPGCLE, and when do I retire it?
Pre-use inspection (every use, 90 seconds): inspect the housing and carry handle for cracks; verify smooth cable pay-out and retraction by hand; confirm the locking brake engages with a sharp pull; inspect the full length of the galvanized cable for kinks, broken strands (birdcaging), corrosion, or heat damage; inspect the integral energy absorber at the snap hook end for tears or deployment; confirm the visual impact indicator is NOT activated (red). Competent Person inspection (minimum every 12 months, more often in heavy use). Retire immediately if the impact indicator has activated, the energy absorber has deployed, the device has been involved in any fall arrest event, the cable shows kinks, broken strands, or heat damage, the lifeline does not pay out, retract, or lock smoothly, any label is illegible, or any component fails inspection.
Frontline RPGCLE Submittal Documents
The following manufacturer documents are available for download to support procurement, safety planning, jobsite submittals, and Competent Person inspection records. The user manual, test report, and spec sheet apply across all three RPGCLE lengths.
| Document | Description | Download |
|---|---|---|
| Frontline RPGCLE Spec Sheet | One-page summary of design specifications for the RPGCLE leading edge cable SRL covering available lengths, weights, connector and gate strength, capacity, arrest distance, arrest force, breaking strength, edge ratings, and relevant ANSI and OSHA standards. | Spec Sheet (PDF) |
| Frontline RPGCLE ANSI Z359.14-2021 Test Report | SGS Taiwan Ltd. (Hardline Laboratory) witness testing report TH40204F/2022 verifying compliance with ANSI/ASSP Z359.14-2021 Class 2 requirements. Covers clauses 3.1.5 (corrosion), 3.1.7 (Class 2 energy absorber), 3.3.3 (dynamic performance in perpendicular and 5-ft offset orientations, ambient/hot/cold/wet), 3.4 (energy capacity), and 3.5.1 (retraction tension). Testing periods May 6 to 13 & Sept 12 to 16, 2022; report issued Nov 15, 2023. | Test Report (PDF) |
| Frontline RPGCLE User Manual | Complete user instruction manual for the Frontline RPGCLE leading edge cable self-retracting lifeline (revision code Frontline-SRL-LE-05, 10-25-24). Includes limitations for use, compatibility, anchorage requirements, the Leading Edge Angle of Lifeline Redirect diagram (Drawing 1), connection procedure, tagline usage, the 7-variable Minimum Required Fall Clearance (MRFC) calculation, swing fall hazards, inspection procedures, cleaning, and storage guidance. | User Manual (PDF) |
Building a Complete Fall Protection System?
The RPGCLE is one leg of a personal fall arrest system. A complete system needs three certified, compatible components: an engineered anchor, a connecting subsystem (this SRL), and a full-body harness. Fall Protection Distributors stocks every piece.
- Anchor: Standing Seam Roof Anchor SSRA1 for standing seam metal roofs, or browse all anchorage solutions for roofs, beams, and structures 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 RPGCLE), or browse all full-body harnesses and bodywear.
- Alternate Cable SRL (overhead only): The standard Frontline RPG 30'/50'/70'/100' for Class 1 overhead applications, or the RPG10 for compact overhead work.
Not sure which RPGCLE length, anchor, or harness 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.
