Cable SRL, ergonomic carry handle, tagline included. The Frontline RPGC is the carry-handle variant of the Frontline RPG cable self-retracting lifeline. A built-in TPV rubber handle on the housing lets the worker carry the SRL one-handed up a ladder, across a roof, or between anchors, and the included tagline rope lets the crew raise the SRL up to a work area or lower it down without anyone carrying it while climbing. Galvanized steel cable, heavy-duty thermoplastic housing, swivel steel eye, and forged steel snap hook with impact indicator. ANSI/ASSP Z359.14-2021 Class 1, tested by SGS Taiwan Ltd. under ambient, hot, cold, and wet conditions. Available in 20, 30, 50, and 65 ft working lengths.
Overhead anchorage only. The RPGC is an ANSI Z359.14-2021 Class 1 SRD. The anchor must be located at or above the worker's dorsal D-ring. The RPGC is not rated for leading edge work and is not rated for foot-level attachment. The carry handle is for hand carrying only and is never a fall arrest connection point.
What Sets the Frontline RPGC Apart
Ergonomic TPV Carry Handle
A rubber (TPV) carry handle is molded into the top of the housing. The worker can grip the SRL one-handed and walk it up a ladder, across decking, or between anchor points without fighting the housing or the lifeline. The handle is hand-carry only and not a load-bearing connection.
Tagline Included
Every RPGC ships with a tagline rope. The worker climbs to height without the SRL on the harness, then pulls the SRL up to the anchor with the tagline. That removes the safety hazard of climbing a ladder or beam while carrying a 16- to 22-lb SRL one-handed.
Galvanized Steel Cable
The lifeline is a galvanized steel cable. Steel cable resists abrasion, cuts, and heat damage that destroy synthetic webbing in days. On structural steel, metal roofs, and around hot work, the cable is the lifeline material that lasts.
Forged Steel Swivel Snap Hook with Impact Indicator
A forged steel self-locking snap hook connects to the dorsal D-ring of the harness. A visual impact indicator turns red after a fall arrest event, so a Competent Person can identify a used device at a glance during pre-use inspection.
Internal Energy Absorber and Rotary Brake
An integrated energy absorber keeps the average arrest force well below the ANSI Class 1 limit of 1,350 lbs. The rotary brake passed the energy capacity test with a maximum arrest force of 1,329.92 lbs, well under the 1,800 lb ANSI ceiling.
Swivel Eye Anchorage Connector
A swivel steel eye on the top of the housing connects to a self-locking carabiner on the overhead anchor. The swivel rotates freely so the housing tracks the worker without putting torsion into the cable or the anchor connector.
Heavy-Duty Thermoplastic Housing
A rugged lightweight thermoplastic shell protects the brake mechanism. Stainless steel and other non-corrosive components inside the housing passed 96-hour salt spray corrosion testing per ANSI Z359.14-2021 Clause 3.1.5 with no signs of corrosion and full functional retention.
Tested in Four Conditions
SGS Taiwan Ltd. tested the RPGC against ANSI Z359.14-2021 dynamic performance requirements under ambient, hot, cold, and wet conditions, not just ambient conditions. The device passed every clause, every condition.
Four Working Lengths
Four lifeline lengths, ranging from 20 to 65 ft, allow a crew to match the working range to the actual fall distance. The 20 ft RPGC weighs just 7.5 lbs, the lightest cable SRL in the Frontline line. Longer units cover wider work areas from a single overhead anchor.
The Carry Handle and Tagline, Explained
The single biggest difference between the RPGC and a standard cable SRL is the workflow at height. A worker without a carry handle has two bad options: clip the SRL to a side D-ring and climb with the SRL banging the side of the ladder, or grip the housing with one hand and climb one-handed. Both create real ladder-fall and dropped-object risk.
The RPGC fixes that with two features that work together. The TPV handle on top of the housing lets the worker grip the SRL like a suitcase. The tagline lets the worker climb to height empty-handed, then pull the SRL up by rope and connect it to the anchor at the work surface.
Carry handle warning, molded into the housing. The handle reads "THIS HANDLE IS FOR HAND CARRYING PURPOSE ONLY." The handle is not a structural connection point, not a fall arrest attachment, and never an anchor. The only load-bearing connection on the housing is the swivel steel eye at the very top, designed for the anchor carabiner.
RPGC vs. RPG: Same Cable, Different Workflow
Fall Protection Distributors stocks both the standard Frontline RPG cable SRL and the RPGC carry-handle variant. Same lifeline material, same overhead Class 1 rating, same 5,000 lb connector strength, same 310 lb capacity, same swivel snap hook with impact indicator. The differences are at the housing and in the box.
Choose the RPGC (this page)
When the crew moves the SRL between anchors during the shift, climbs ladders with it, or wants a tagline rope included in the box. Working lengths 20 to 65 ft. Roofing, mechanical, telecom, refinery work where the SRL gets carried between work positions.
Choose the standard RPG instead
When the SRL gets rigged once to an overhead anchor and stays there for the day or the project. Working lengths 30 to 100 ft. Structural steel erection, tank work, fixed davit and beam clamp installations where the SRL is set high and not repositioned by hand.
Choose Your Length: 20, 30, 50, or 65 ft
All four RPGC lengths share identical hardware, certification, and performance specifications. The only differences are working length, total weight, and SKU. Note that the 20 ft SKU is RPG20 (carried over from the legacy Frontline catalog), while 30, 50, and 65 ft use the RPGC prefix.
| Length | SKU | Total Weight | Best For |
|---|---|---|---|
| 20 ft (6.1 m) | RPG20 | 7.5 lbs (3.4 kg) | Lightest cable SRL in the Frontline line. Ladder work, lift basket access, short overhead anchors, daily moves between anchor points. Easiest to carry one-handed. |
| 30 ft (9.1 m) | RPGC30 | 16 lbs (7.2 kg) | Standard overhead use on roofs, mechanical platforms, and structural work where the worker stays within a single 12 to 15 ft radius of the anchor. |
| 50 ft (15.2 m) | RPGC50 | 18 lbs (8.1 kg) | Larger work areas and high overhead anchors. Good for tank tops, refinery platforms, and mid-rise roofing where the anchor sits above multiple work stations. |
| 65 ft (19.8 m) | RPGC65 | 22 lbs (9.9 kg) | Maximum RPGC working range. Used when the anchor is set high, on towers, communication structures, or wide-area work where the crew needs the most vertical movement from a single anchor point. |
Pick the shortest length that covers the work. A longer lifeline does not improve fall protection, but it does increase the swing-fall radius if the worker moves laterally away from the anchor. Plan the anchor location first, then choose the length that just covers the work envelope.
Technical Specifications
| Model | Frontline RPGC Cable Single Leg SRL with Steel Snap Hook End, Carry Handle, and Tagline |
|---|---|
| Available SKUs | RPG20 (20 ft) • RPGC30 (30 ft) • RPGC50 (50 ft) • RPGC65 (65 ft) |
| Device Class | ANSI/ASSP Z359.14-2021 Class 1 SRD |
| Device Type | Single-leg Self-Retracting Lifeline (SRL) |
| Lifeline Material | Galvanized steel cable |
| Housing | Heavy-duty thermoplastic polymer with swivel eye top and TPV rubber carry handle |
| Housing Length | 13.19 in (335 mm) |
| Housing Width | 8.11 in (206 mm) |
| Housing Height | 4.72 in (120 mm) |
| Carry Handle | Built-in ergonomic TPV (rubber) handle for hand carrying only |
| Tagline | Included accessory rope for raising and lowering the SRL safely between work levels |
| Anchorage Connector | Swivel steel eye on top of housing |
| End Connector | Forged steel self-locking snap hook with integrated impact indicator |
| Internal Hardware | Stainless steel and non-corrosive components, aluminum alloy |
| Braking System | Quick-action centrifugal brake with internal energy absorber and rotary brake |
| User Maximum Capacity | 310 lbs combined weight, including user, clothing, tools, and equipment |
| Static Strength (ANSI 3.2.1) | 3,600 lbs static load, no breaking, withstood load on test sample |
| Maximum Arrest Force | 1,800 lbs ANSI limit. RPGC tested 743.98 to 1,085.66 lbs across ambient, hot, cold, and wet conditions. |
| Average Arrest Force | 1,350 lbs ANSI Class 1 ambient limit. RPGC tested 597.29 to 760.68 lbs across all conditions. |
| Maximum Arrest Distance | 42 in ANSI Class 1 limit. RPGC tested 25.9 to 31.5 in across all conditions. |
| Energy Capacity (rotary brake) | 1,329.92 lbs maximum arrest force in the energy capacity test (ANSI 3.4 limit 1,800 lbs). |
| Corrosion Resistance | 96-hour salt spray (fog) test per ANSI Z359.14-2021 Clause 3.1.5: no signs of corrosion, full functional retention. |
| Retraction Tension | ANSI range 1.25 to 25 lbf. RPGC measured 2.33 to 5.49 lbf across all conditions. |
| Visual Indicator | Permanently activates (red) on fall arrest impact load at the snap hook |
| Anchorage Requirement | Overhead only: at or above the worker's dorsal D-ring |
| Standards Met | ANSI/ASSP Z359.14-2021 • OSHA 1926 Subpart M (Construction) • OSHA 1910 (General Industry) |
| Test Laboratory | SGS Taiwan Ltd., Hardline Laboratory (ISO/IEC 17025:2017 accredited) |
| Test Report | SGS Report TH10323A/2022, testing period January 7 to February 18, 2022, extension issued March 20, 2023 |
ANSI Z359.14-2021 Tested Performance
SGS Taiwan Ltd. witnessed the testing of the RPGC against five clauses of ANSI/ASSP Z359.14-2021: corrosion protection, static strength, dynamic performance, energy capacity, and retraction tension. Dynamic performance was tested under all four environmental conditions: ambient, hot, cold, and wet. The complete test report (TH10323A/2022) is available in the Submittal Documents section below.
| Test | Ambient | Hot | Cold | Wet | ANSI Limit | Result |
|---|---|---|---|---|---|---|
| Max Arrest Force | 1,011.68 lbf | 743.98 lbf | 801.51 lbf | 1,085.66 lbf | ≤ 1,800 lbf | Pass |
| Avg Arrest Force | 760.68 lbf | 597.29 lbf | 669.25 lbf | 729.95 lbf | ≤ 1,350 (amb) / 1,575 (cond) | Pass |
| Arrest Distance | 25.9 in | 30.7 in | 26.7 in | 31.5 in | ≤ 42 in | Pass |
| Visual Indicator | Yes | Yes | Yes | Yes | Required | Pass |
| Locking Function | Yes | Yes | Yes | Yes | Required | Pass |
| Test | Clause | Result | ANSI Requirement | Status |
|---|---|---|---|---|
| Corrosion Protection | 3.1.5 | No signs of corrosion after 96 hr salt spray; line paid out, retracted, locked | Pass salt spray (fog) test and retract per 3.5 | Pass |
| Static Strength | 3.2.1 | No breaking, withstood the load | 3,600 lbs static load without breaking | Pass |
| Energy Capacity (rotary brake) | 3.4 | 1,329.92 lbf maximum arrest force | ≤ 1,800 lbs | Pass |
| Retraction Tension | 3.5.1 | 3.15 to 4.95 lbf measured at 1 ft, 50%, and 100% extension | 1.25 to 25 lbf range | Pass |
Compliance & Certification
✓ ANSI/ASSP Z359.14-2021
Tested and compliant with Clauses 3.1.5 (corrosion protection), 3.2.1 (static strength), 3.3.1 (dynamic performance ambient and conditioned), 3.4 (energy capacity, rotary brake), and 3.5.1 (retraction tension) per SGS report TH10323A/2022.
✓ 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.
✓ Independently Tested by SGS Taiwan Ltd.
SGS Taiwan Ltd. is part of the SGS Group, a global testing, inspection, and certification body. The Hardline Laboratory holds ISO/IEC 17025:2017 accreditation. Not self-certified by the manufacturer.
⚠ Canadian Buyers: CSA Z259.2.2 Not Certified
The RPGC is certified only to ANSI/ASSP Z359.14-2021. 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.
How to Hoist, Connect, and Use the RPGC
Correct hoisting and connection are as important as device certification. Follow these steps every time before moving to height. If your worksite has a documented pre-use procedure, follow that procedure. The steps below describe the general manufacturer-recommended sequence using the included tagline.
- Inspect the SRL. Visually check the housing, swivel eye, the full length of the galvanized cable for kinks or broken strands, the snap hook gate, and the visual impact indicator. Pull the cable out by hand to confirm smooth payout and retraction.
- Test the lock. Give the cable a sharp pull. The internal brake should engage immediately and lock the cable. Release and confirm normal retraction.
- Use the carry handle on the ground. Grip the TPV handle and walk the SRL to the base of the work area. The handle is hand-carry only.
- Hoist with the tagline. Clip the tagline to the SRL, climb to the work area without the SRL on the harness, and pull the SRL up to the anchor with the tagline. This is the entire reason the tagline ships in the box.
- Confirm the anchor is overhead. The anchor must be at or above the worker's dorsal D-ring. Anchor placement controls free fall, arrest force, and arrest distance.
- Connect the swivel eye to the anchor. Use a 5,000 lb self-locking carabiner to connect the swivel eye on top of the SRL to the anchor. Never use the carry handle as the connection point.
- 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 move to position. Required clearance below the work surface accounts for SRL arrest distance, worker height below the D-ring, harness stretch, and safety margin. Plan for about 11-12 ft of clear space for an average worker.
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. Insufficient clearance is one of the most common causes of serious injury in personal fall arrest.
| Component | Typical Value | Notes |
|---|---|---|
| SRL maximum arrest distance | 3.5 ft (42 in) | ANSI Z359.14 Class 1 ceiling. RPGC tested 25.9 in ambient. |
| Worker height below 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 to 3 ft | Recommended to prevent contact with obstructions or lower levels. |
| Minimum required clearance | ~11 to 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. 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.
Fall ProtectionDistributors, LLC Free Tool · No Signup · OSHA 1926.502 Free Interactive Tool Fall Protection Game Plan 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. Skipping either is both an OSHA violation and a safety failure.
Pre-Use Inspection (Every Use)
Performed by the user before each work shift or each time the device is put back into service. Takes 60 to 90 seconds.
- Inspect the thermoplastic housing for cracks, dents, or impact damage.
- Inspect the carry handle and the cable strain relief for cuts, tears, or damage.
- Pull the full cable out by hand and inspect along its entire length for kinks, broken strands (birdcaging), corrosion, abrasion, or heat damage.
- 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, gate spring, distortion, cracks, and corrosion.
- Confirm the visual impact indicator at the snap hook is NOT activated (not red).
- Inspect the tagline for cuts, fraying, or contamination, and confirm the snap hook on the tagline functions correctly.
- 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.
Mandatory Retirement
The Frontline RPGC 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 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.
- The carry handle is torn, cracked, or detached from the housing.
- 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.
- Any other condition the Competent Person determines compromises function.
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. Do not submerge the unit. 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 the C in RPGC stand for, and how is it different from the standard RPG?
The C indicates the built-in Carry handle. The RPGC adds an ergonomic TPV rubber handle molded into the top of the housing and ships with a tagline rope for raising and lowering the SRL between work levels. The standard RPG cable SRL has no carry handle and no tagline. Both are Class 1 cable SRLs with the same braking system, 5,000 lb connector strength, 310 lb capacity, and overhead anchorage requirement.
What is the tagline for, and is it included?
The tagline is a length of accessory rope with a snap hook that ships in the box with every RPGC. It is used to raise the SRL from the ground to the worker at height and to lower it after use. The crew member climbs to the work area without the SRL on the harness, then pulls the SRL up with the tagline. That removes a major safety hazard: climbing a ladder or beam while carrying a 16- to 22-lb SRL with one hand. The tagline is for hoisting only, not for fall arrest.
Can the carry handle be used as an anchor or attachment point?
No. The carry handle is for hand carrying only and is molded with that warning. The anchor connection is the swivel steel eye on the very top of the housing, not the carry handle. Using the carry handle as an anchor or a fall-arrest connection point voids the certification and creates a serious hazard.
Is the RPGC a Class 1 or Class 2 SRL?
The Frontline RPGC is an ANSI/ASSP Z359.14-2021 Class 1 SRD, confirmed by SGS Taiwan Ltd. witness testing on report TH10323A/2022. Class 1 means overhead anchorage only. The anchor must be located at or above the worker's dorsal D-ring. The RPGC is not rated for foot-level attachment (which would require a Class 2 SRD) and is not rated for leading edge applications.
What conditions was the RPGC tested under?
SGS Taiwan tested the RPGC under all four ANSI Z359.14-2021 environmental conditions: ambient, hot, cold, and wet. The device passed dynamic performance testing under all conditions. Measured ambient max arrest force was 1,011.68 lbs, average arrest force 760.68 lbs, and arrest distance 25.9 inches, all well under the ANSI ceilings of 1,800 lbs, 1,350 lbs, and 42 inches. It also passed 96-hour salt spray corrosion testing, 3,600 lb static strength, energy capacity (rotary brake) at 1,329.92 lbs, and retraction tension testing.
What lengths are available?
The RPGC is available in four working lengths: 20 ft (7.5 lbs, SKU RPG20), 30 ft (16 lbs, SKU RPGC30), 50 ft (18 lbs, SKU RPGC50), and 65 ft (22 lbs, SKU RPGC65). All four share the same housing, the same carry handle, the same swivel eye, the same forged-steel snap hook with impact indicator, the same 5,000-lb connector strength, and the same ANSI Z359.14-2021 Class 1 certification. Choose the shortest length that covers your work area.
How much fall clearance does the RPGC require?
ANSI Z359.14-2021 caps maximum arrest distance at 42 inches for a Class 1 SRD. In SGS ambient testing, the RPGC measured an actual arrest distance of 25.9 inches, well under the ceiling. Total required clearance below the work surface adds SRL arrest distance, worker height below the dorsal D-ring (about 4.5 ft for a 6 ft worker), harness stretch, and a 2 to 3 ft safety margin. Most overhead RPGC applications require 11-12 ft of clear space below the work surface.
How do I inspect and retire the RPGC?
Pre-use inspection takes 60 to 90 seconds and covers the housing, the full length of the galvanized cable for kinks or broken strands, the snap hook gate, and the impact indicator. Confirm smooth payout, smooth retraction, and instant lockup on a sharp pull. A Competent Person must inspect the device formally at least every 12 months. Retire immediately if the impact indicator has activated, the device has been involved in any fall arrest, the cable shows kinks, broken strands, corrosion, or heat damage, the housing is cracked, the snap hook gate does not close and lock, or any label is illegible.
Frontline RPGC Submittal Documents
The following manufacturer documents are available for download to support procurement, safety planning, jobsite submittals, and Competent Person inspection records. All documents apply directly to the Frontline RPGC Cable Single Leg SRL with Carry Handle and Tagline across all four available lengths.
| Document | Description | Download |
|---|---|---|
| Frontline RPGC Spec Sheet | One-page summary of design specifications, available lengths and weights, housing dimensions, materials, features (including carry handle), and applicable ANSI and OSHA standards for the Frontline RPGC Cable Single Leg SRL. | Spec Sheet (PDF) |
| Frontline RPGC ANSI Z359.14-2021 Test Report | SGS Taiwan Ltd. Hardline Laboratory witness testing report TH10323A/2022 verifying ANSI/ASSP Z359.14-2021 compliance for the RPGC. Covers corrosion protection, static strength, dynamic performance under ambient, hot, cold, and wet conditions, energy capacity, and retraction tension. ISO/IEC 17025:2017 accredited laboratory. | Test Report (PDF) |
| Frontline SRL User Manual | Complete user instruction manual covering anchorage requirements, connection procedure, fall clearance calculation, inspection procedures, cleaning, and storage guidance for Frontline Class 1 single-leg SRLs. | User Manual (PDF) |
Building a Complete Fall Protection System?
The RPGC is one leg of a personal fall arrest system. A complete system requires 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.
- Harness: Frontline 100RCTB Combat Reflective Full Body Harness (ANSI Z359.11 certified, 310 lbs capacity, fully compatible with the RPGC), or browse all harnesses and bodywear.
- Lighter webbing SRL: The Frontline RPAS Aramid Fiber SRL in 6, 12, or 20 ft for short overhead applications where abrasion is not a factor. Browse all retractables and SRLs.
Not sure which 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, verifying anchor compatibility, calculating fall clearance for your jobsite, and confirming the system meets the OSHA standard for your work classification.
