Spidergard Fall Protection Equipment

Capacity is set by the standard rather than by the drum. ANSI Z359.14 devices are typically rated for a 130 lb to 310 lb user range including tools and clothing, and cap maximum arresting force at 1,800 lb. Both the 8 ft webbing unit and the 50 ft wire-rope model hold that same 1,800 lb ceiling. Heavier workers need a device specifically rated above that range.

Arrest distance depends on the device class defined in ANSI Z359.14, not on the brand. Class 1 devices anchored above the dorsal D-ring limit arrest distance to 24 in. Class 2 devices, rated for anchorage at or below the D-ring including leading-edge use, allow up to 42 in. Those are industry-standard figures. Confirm the class printed on your specific housing label before calculating clearance.

OSHA CFR 1926.502 requires an anchorage used for personal fall arrest to support at least 5,000 lb per attached worker, or to be designed by a qualified person with a safety factor of at least two. The SPA203 strap is built to a 5,000 lb breaking strength for that reason. Its separate user capacity caps at 400 lb, counting body weight plus tools.

The 01515 grab clamps rope from 1/2 in through 5/8 in, or 13mm to 16mm, so one unit covers both common lifeline diameters. User capacity runs 130 lb to 310 lb. Certification covers ANSI Z359.18-2017 Type T and ANSI A10.32-2004.

Maximum capacity is 15 lb, so a typical compact cordless drill with a battery fits comfortably and a full-size rotary hammer does not. Weigh the tool with its battery and any bit or attachment before tethering. Anything above 15 lb belongs on a rated hoist line or a heavier tool tether. Energy-absorbing tubular-nylon cord takes the jerk when a tool within rating slips.

Within one pack the cords are identical, each rated to the same 15 lb maximum capacity and each fitted with a single-action aluminum carabiner. Capacity does not vary unit to unit. Styles do differ between packs: one build uses a straight 3 ft cord, another uses elastic double legs sharing one carabiner. Check which style a pack contains before ordering for a specific task.

Both the SPLD001 and the SPL-S102 run 6 ft, the standard length for a shock-absorbing lanyard used with a 6 ft maximum free fall. Length does not change the user capacity or the average arresting force. It does change your required clearance below the anchor, which is why a longer lanyard is not automatically the safer choice on a low-clearance deck.

No warranty term is published for this line, and inventing one would be worse than saying so plainly. Documentation is what backs the hardware instead: ANSI Z359.12-09 and EN 362:2004 on the connectors, ANSI Z359.13-2013 on the energy absorbers, ANSI Z359.14 on the wire-rope lifeline, ANSI Z359.18-2017 Type T on the anchor straps. Every load figure quoted traces to one of those dated lines. Defect claims go through the retailer under its standard policy.

Read the stamp or tag and match it against the spec sheet, then log it. Connectors carry the standard number on the body. Anchor straps carry it on the sewn tag. Retracting lifelines carry it on the housing label. If a marking is missing, illegible, or disagrees with the listing, the unit does not enter your system until a competent person resolves it.

Sales run online through the brand storefront and the usual industrial safety channels, not a direct factory account. Pricing moves daily, so check the current price on the product page. Confirm the exact model designation before ordering, since several items share a family prefix at different ratings.

Manufacturers commonly assign a service life to synthetic components, often five years from date of first use and up to ten from date of manufacture, but the real trigger is condition rather than the calendar. UV exposure, chemical contact, abrasion, and one arrest event all retire webbing early. Metal connectors have no fixed expiry, though deformation, corrosion pitting, or a fall event removes them permanently. Record date of first use on every soft-goods item the day it leaves the box.

Standard industry practice runs two layers. The user performs a documented pre-use check before every shift, looking for cuts, deployed tear-stitching, corrosion, and gate function. A competent person performs a formal documented inspection at least every six to twelve months depending on exposure and use frequency. Those intervals come from common industry practice, not from a schedule issued with this line.

Treat an undocumented anchor as unverified. Ask for the installation record, the load rating, and the qualified-person sign-off. Without those, a visual check tells you almost nothing about embedment or substrate condition. The practical alternative on site is wrapping a rated strap around structural steel or a column so the anchorage carries its own documentation. Pull-testing existing anchors is a qualified-person task, not a crew decision.

Compatibility is judged by geometry and rating, not by matching brand names. OSHA prohibits connections that can roll out, so the gate must not be loaded against the connected component, and hook nose geometry must suit the D-ring or anchor eye. Both connectors must meet the same standard, typically ANSI Z359.12. A competent person signs off on any mixed-brand connection before it goes into service.

Yes, provided the D-ring accepts the gate opening and no roll-out condition exists. A 1 in carabiner gate and a 3/4 in snap hook gate clear a standard dorsal D-ring on an ANSI Z359.11 harness. What matters is that the connector cannot load its gate against the ring edge. Trial-fit the connection on the ground with gloves on before working at height.

Yes, and inside a basket it is usually the stronger choice because it removes slack that a fixed lanyard leaves behind. Confirm the platform manufacturer permits the device and that your anchor is a rated harness attachment point, not a guardrail. Check clearance below the basket carefully, since a MEWP often works over ground that leaves little room.

Free-fall distance decides it. A 6 ft energy-absorbing lanyard permits up to 6 ft of free fall plus 48 in of deployment before it arrests, which many basket positions cannot clear. A retracting unit takes slack up continuously and locks under acceleration, so free fall drops sharply. Where clearance below the platform is limited, the retracting device is the safer selection.

Leading-edge work needs a device specifically rated for it, because a standard retracting lifeline can be damaged when its line runs over a sharp edge during arrest. The SPL-RR50 is built as a leading-edge wire-rope arrester using galvanized cable, which resists abrasion better than webbing at an edge. Verify the ANSI Z359.14 class marking and add edge protection at the crossing point.

No, not unless a qualified person has certified that specific component. Guardrails are designed to resist a 200 lb lateral load, nowhere near the 5,000 lb anchorage requirement in OSHA CFR 1926.502. Scaffold tube, conduit hangers, and ductwork fail the same test. Wrap a rated anchor strap around structural steel or a designed anchor point instead.

Only where the stem itself qualifies as a suitable anchorage, which is an arborist's judgment call rather than a hardware question. Species, diameter, root plate, and decay all matter. When the stem is sound and large enough, a sheathed strap distributes load and protects the cambium better than bare rope. Undersized or storm-damaged stems do not become anchorages just because a rated strap is wrapped around them.

Tool tethering, not fall arrest, handles dropped objects. A 3 ft cord rated to 15 lb attaches to a captive handle or manufactured eye on the tool, then clips to a belt or harness attachment point. For two-handed work, an elastic double-leg tether keeps a second tool parked without dangling. Anything above 15 lb belongs on a rated hoist line.

The S01813 uses a half-turn twist collar with a 1 in gate opening, one of the more glove-friendly locking actions because it needs a single rotation. Heavy insulated gloves still slow it down. Practice the motion on the ground in the gloves you actually wear.

Any line can be damaged at an edge, which is precisely why leading-edge rated devices exist. Galvanized wire rope resists edge abrasion far better than webbing, and the SPL-RR50 is built for that duty. Even so, the correct practice is to protect the edge itself with a purpose-made guard and to position the anchor so the line does not drag across steel or concrete during arrest.

A shock-absorbing lanyard is a fixed 6 ft line that permits free fall until its tear-stitch pack opens, which means you need roughly 18.5 ft of clearance below the anchor before you clip in. A self-retracting lifeline keeps tension on the line continuously, pays out as you walk, and locks under acceleration, so free fall drops to a fraction of that. The lanyard costs less and has no moving parts to inspect or contaminate. The retracting unit wins wherever clearance below the work is tight, which covers most basket and platform positions.

Restraint stops you reaching the edge; fall arrest catches you after you go over. A restraint lanyard has no energy absorber and is not rated to arrest a fall. A shock-absorbing lanyard, like the SPLD001 at 900 lb average arresting force, is built to catch one. Using restraint gear where arrest is required is one of the more common and more dangerous substitutions on site.

A non-locking gate can roll open against a rung, a D-ring edge, or a rope under three-directional loading, which is the failure mode that kills people. The S01813 twist collar auto-locks on release and holds 3,600 lb across the gate. Non-locking clips are not permitted for personal fall arrest under ANSI Z359.12. Price difference is real; so is the failure mode it buys you.

Working reach decides, since both carry the same 1,800 lb maximum arresting force ceiling. An 8 ft webbing unit suits basket work, tight platforms, and fixed positions where you move a few steps. A 50 ft wire-rope unit suits lattice climbing and long horizontal runs on steel. Pick the shortest device that covers your working envelope, because excess line is weight and snag risk.

Whenever you must move between anchor points without ever being unclipped. Climbing a lattice, transitioning around a corner post, or repositioning on scaffold all qualify. One leg stays connected while the other moves. Single-leg lanyards suit fixed-position work where you clip in once and stay put. Twin-leg devices weigh more and cost more, and both trade-offs are worth it during continuous tie-off.

A full-body harness spreads arrest forces across the thighs, pelvis, chest, and shoulders and holds a worker upright afterward. A body belt concentrates that force on the abdomen and can cause severe internal injury. OSHA has prohibited body belts as part of a personal fall arrest system since 1998. Belts remain acceptable only for work positioning or restraint, never for arrest.

Rinse the connector in warm water with a mild soap and work the gate through its full travel so grit flushes out rather than deeper in. A soft brush helps at the hinge. Air dry away from direct heat. Never use solvents or a wire brush.

Cleaning with water and mild soap is routine maintenance and does not affect certification. What does compromise a connector is anything that alters the metal or the finish: solvents, acid, abrasive blasting, heat, or grinding at a burr. Certification also lapses in practice when the unit is modified or when an inspection record shows deformation. Document the cleaning if your program requires it.

A light machine oil applied sparingly at the hinge pin and the locking sleeve is the common approach; a 3-in-1 style oil is generally acceptable after a deep clean. Wipe the excess immediately, because oil left on the body attracts the grit you just removed. Keep lubricant off webbing and rope entirely. Check the item instructions where the manufacturer names a specific product.

Compressed air is useful for blowing loose dust out of a gate or a retracting housing, but treat it as a first pass rather than a full clean. High pressure can drive fine grit deeper into a bearing surface and can strip the light lubrication a mechanism needs. Follow it with a water and mild-soap wash on connectors, and send a contaminated retracting device to the manufacturer.

Mild soap and warm water, nothing else. Bleach, solvents, and hot water attack polyester and nylon fibers, and the damage stays invisible until the webbing is loaded. Rinse thoroughly, then hang the item to dry out of direct sunlight. Never machine dry a lanyard.

Take it out of service that day. A tear-stitch pack that has begun to open has either arrested a fall or been loaded hard enough to start deploying, and either case ends its working life. Do not restitch it, do not tape it, and do not keep it as a spare. Tag it as retired and cut the webbing so it cannot be returned to the gang box by mistake.

No. The SPA203 strap is labeled disposable and intended for single use, so it retires after one arrest event regardless of how it looks. That instruction is not conservative packaging language; webbing that has absorbed arrest energy carries damage you cannot see. The same rule applies to any energy absorber in the system. Metal connectors involved in the same event also come out permanently.

You often cannot, which is exactly why the written record matters more than the visual inspection. Any connector, lanyard, or lifeline present during an arrest event is retired immediately, whether or not it shows deformation, because alloy and forged steel yield well below the threshold your eye can detect. Keep a per-item log with date of first use, every documented inspection, and any incident the item was involved in. Retire on the record rather than on appearance, and cut the webbing on retired soft goods so nobody returns it to the gang box by mistake.