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Attaching a Rope to the Harness: Attachment Points, Knots and ConnectorsThe rope-to-harness connection is the single point where the whole system finally reaches the person. Everything upstream — anchor, rope, edge p…Read the article →Attaching a Rope to the Anchor: Knots, Connectors and Correct LoadingThe connection between the rope and the anchor is the point where every load in the system ends up. Everything below it — descender, backup device, ha…Read the article →Installing Ropes for a Descent: Anchors, Rope Deployment and Edge ProtectionMost problems on a descent are created before anyone leaves the edge. A rope that is a few metres short of the landing, a working line resting on a sh…Read the article →Setting Up a Tripod Over a Manhole: Footing, Leg Geometry and Head RiggingA tripod over a manhole is the anchor that everything else in a vertical confined space entry hangs from: the access line, the fall-arrest or retrieva…Read the article →Temperature and Chemical Limits for Textiles: What Ropes, Slings and Harnesses Tolerate Before They Lose StrengthA rope, a sling or a harness webbing has no fuse and no warning light. It fails its temperature and chemical limits quietly: the fibre loses strength …Read the article →Anchor Strength Requirements Explained: Test Loads, Working Loads and Direction of PullEvery rope-access or confined-space system ends at an anchor, and the anchor is the one component a technician usually cannot inspect, test or replace…Read the article →Atmospheric Testing Before Entry: Sequence, Remote Sampling and What Stops the JobA confined space can look, smell and sound completely normal and still be lethal on the first breath. The pre-entry atmospheric test is the only step …Read the article →General Principles for Work at Height: The Order of Decisions Before You RigMost work-at-height failures are not equipment failures. They are ordering failures: someone chose a harness before checking whether the anchor could …Read the article →Energy Absorber Deployment Lengths: What They Mean and How They Change Your ClearanceAn energy absorber does its job by getting longer. That is the whole mechanism: stitching tears, webbing pays out, and the arrest force on the body is…Read the article →Harness Attachment Point Strength Ratings: What the Numbers Actually CoverA harness attachment point is not simply a metal ring with a number stamped near it. It is a rated load path — webbing, stitching, adjusters and the r…Read the article →Helmet Standards: EN 397 and EN 12492Two helmet standards dominate rope access and confined space work in Europe, and they were written for different accidents. EN 397 is an industrial sa…Read the article →Rope Grab Specifications and Rope Compatibility: Matching the Device to the LineA rope grab is only as good as the rope it is sitting on. The device does not arrest a fall on its own – it does so by clamping a specific type …Read the article →Descender Specifications and Working Loads: Reading the Numbers That Actually Limit the JobA descender is one of the few pieces of rope-access equipment whose marked numbers change what you are allowed to do on the day. The rated load decide…Read the article →Service Life and Retirement Criteria for Textiles: Age Limits, Condition Checks and When to Cut the SlingEvery textile item in a rope-access or confined-space kit — rope, harness, positioning belt, lanyard, energy absorber, sling, anchor strap, accessory …Read the article →Washing a Low-Stretch Rope Before First UseA new low-stretch (semi-static) kernmantle rope does not arrive in the state it will spend the rest of its working life in. It carries residual proces…Read the article →Performance of New Versus Used Ropes: Slip, Stretch, Diameter and FrictionA rope that has been in service for a season does not behave like the one that came out of the bag last week, and the difference shows up in the place…Read the article →Using Pulleys With Small-Diameter Rope or Cord: Sheave Fit, Jamming and System CompatibilitySmall cord is convenient. It coils tight, it weighs nothing, and a 100 m spool of 6 mm accessory cord takes up less pack space than 30 m of 11 mm low-…Read the article →Pulley Efficiency: What the Numbers MeanA pulley's stated efficiency is not a marketing number — it changes the force a hauling team has to produce, the load the anchor actually sees, and wh…Read the article →Rope Diameter Limits on Descenders: Why the Marked Range MattersEvery industrial descender carries a marked rope diameter range, and it is one of the few pieces of information on the device that directly governs wh…Read the article →Reading the Markings on a ConnectorA connector that has been picked out of a kit bag tells you almost everything you need to know about whether it belongs in the system you are about to…Read the article →Choosing an Absorber for the Clearance AvailableAn energy absorber is only as good as the empty space underneath it. The absorber limits the force on the body during a fall arrest, but it does that …Read the article →Selecting a Rescue Kit for the TaskA rescue kit is only useful if it matches the rescue you have actually planned for. The most common failure is not equipment failure – it is a k…Read the article →Choosing a Low-Stretch Rope Diameter: Matching Rope to Devices, Loads and WearRope diameter is a system compatibility decision before it is a strength decision. A low-stretch kernmantel rope that is half a millimetre outside the…Read the article →Selecting a Helmet for Confined Space Work: Retention, Profile and CompatibilityIn a confined space, the head is exposed in ways it is not on an open work platform. The hazards are close and constant: fixed structure at head heigh…Read the article →Which Attachment Points to Use for RestraintRestraint work looks simple on paper: connect to an anchor with a tether short enough that the worker cannot physically reach the fall hazard. Because…Read the article →Harness Attachment Point for a Rope Grab: Sternal, Dorsal and What Not to Clip IntoA rope grab — a guided-type fall arrester running on a vertical rope or a mobile back-up device on a safety line — only performs as tested if it is co…Read the article →Which Harness for Which Use? A Selection Note for Fall Arrest, Positioning, Rope Access and Confined SpacePicking a harness is not a comfort decision made in the stores cupboard — it decides what work the wearer can legally and safely do once they are on s…Read the article →Choosing Connectors for Hauling and PulleysIn a hauling system, the connector between the pulley and the anchor is one of the most heavily loaded components on the site. Mechanical advantage mu…Read the article →Choosing Connectors for Anchor Rigging: Shape, Closure and Correct LoadingThe connector at the anchor end of a system is the one most often chosen by whatever is left on the harness rack, and the one most exposed to being lo…Read the article →Connecting a Fall-Arrest Lanyard to the HarnessThe connection between a lanyard and a harness is the one link in a fall-arrest system that the user makes and unmakes by hand, several times a shift,…Read the article →Lanyard-End Connector for Fall Arrest: Gate Opening, Roll-Out and Correct LoadingOn a fall-arrest lanyard, the connector at the anchor end does more work than any other component in the assembly. It is the part that gets clipped an…Read the article →Lanyard-End Connector for Work Positioning: Choosing and Loading the Anchor-Side HookOn an adjustable work positioning lanyard, the connector at the far end — the one that goes around the column, rung, pipe or scaffold tube &mdas…Read the article →Connector Basics: Gates, Axes and LoadingA connector is the smallest component in most rope-access and confined-space systems and the one most often loaded in a way it was never designed for.…Read the article →Checking Connector Compatibility: A Field Method Before You Clip InMost connector problems on site are not strength problems. A locking carabiner marked to EN 362 (Connectors for Fall Protection) has ample margin for …Read the article →Connector Shapes and Where Each BelongsA connector's shape is not cosmetic. It decides where the load sits inside the frame, whether an attached device stays aligned under load, how much ro…Read the article →Which Type of Fall-Arrest Lanyard to Choose: A Selection NoteChoosing a fall-arrest lanyard is not a matter of preference or of what happens to be on the van. The choice is dictated by three site conditions that…Read the article →Adjusting a Full Body Harness Correctly: Fit, Checks and Common ErrorsA full body harness only performs as designed if it is adjusted to the person wearing it. The same harness, on the same worker, can be either a functi…Read the article →Choosing a Connector for a Descender: Locking, Compatibility and Correct LoadingThe connector between a descender and the harness is one of the smallest components in a rope access system and one of the least forgiving. It carries…Read the article →Confined Space Entry: The Permit Sequence, Step by StepA confined space entry permit is not paperwork that happens alongside the job. It is the job's control document: a written statement that a specific s…Read the article →Connector Locking Systems Compared: Screw-Lock, Two-Stage and Three-Stage Auto-LockEvery rope access or confined-space system comes down to a handful of small metal parts that hold the whole thing together. The connector at the harne…Read the article →Choosing and Using PPE Correctly Under EN Standards: A Practical OverviewMost PPE failures on site are not equipment failures. They are selection and fit failures: a glove rated for abrasion but not for cut, a filtering fac…Read the article →How EN Workplace Safety Standards Fit Together: Risk Assessment, Equipment Selection and PPEA harness marked EN 361 tells you the product passed a defined set of tests. It does not tell you whether a harness is the right answer to the hazard …Read the article →

42 articles · rope access, confined space, PPE and equipment guides