Rigging and Slinging Training

This training authorises rigging loads with slings, not operating the crane or hoist that lifts them. Using it to sign off crane operation, or a different lifting method entirely, produces a record that does not hold up against what was actually assessed.

OSHA 1910.184 sets United States requirements for sling inspection, rated capacity and safe operating practice, and ASME B30.9 is the consensus standard both regulators and manufacturers reference for sling selection and angle. The mapping below is to the section that actually produces the evidence.

Rigging and slinging sits under distinct regimes in these three places, and the differences change what a compliant record actually has to show.

None of these fields self-certify. Four judgement calls decide whether this record would survive scrutiny after an incident.

These are the patterns that turn a completed record into a liability rather than evidence, drawn from how the fields on this template actually interact.

A rigger passed the knowledge check on sling angle with a correct written answer and passed the practical rigging a symmetrical test block at a shallow, low-tension angle. Weeks later the same rigger set slings on an offset load at a much steeper angle, the kind the practical never actually presented, and the leg tension on one side ran close to the sling's rated capacity without anyone recognising it in the moment.

The record that should have caught this was Areas For Improvement. A note reading "angle calculation confirmed verbally, not yet demonstrated on a steep or offset rig" would have flagged that the authorisation covered the concept but not the applied judgement the standard is actually built around, and would have forced a targeted follow-up before that rigger worked an awkward load alone.

The form captures a moment. Keeping the authorisation current, matching it to the sling types actually in use, and holding the evidence together across a crew is the work that actually slips.

KnowTrain

Holds the rigging and slinging training library against site and equipment registers, flags authorisations nearing their certification-cycle expiry, and keeps the evidence trail intact.

KnowSafe

Surfaces this authorisation against lift plans and incident records, so a dropped-load or near-miss review can check who was actually qualified to rig it.

KnowMaintain

Tracks the slings and lifting gear themselves, inspection status and items withdrawn from service, so a training record never authorises someone to rig with equipment that should not be in use.

Ella

Coordinates renewal reminders across the crew, rolls exceptions into one view, and holds every write for your approval before it touches a record.

Sling angle

The angle between a sling leg and vertical; as it increases, the tension carried by that leg rises faster than the angle itself, which is why a shallow-looking rig can still overload a leg.

Centre of gravity

The point a load balances around; attachment points chosen without accounting for it can tip or swing the load once it clears the ground.

Rated capacity

The maximum load a sling or lifting accessory is certified to carry in a given configuration, which falls as sling angle increases even though the physical load has not changed.

Below-the-hook

The general term for slings, shackles and other lifting accessories attached between a hoist hook and the load itself.

Synthetic webbing sling

A flat woven sling suited to loads with finished or sensitive surfaces, but more vulnerable to cuts and abrasion than chain or wire rope.