Safety

Synthetic web sling inspection checklist

The daily check of each nylon, polyester or polypropylene web sling before use, against the removal-from-service conditions in OSHA 1910.184(i)(9): acid or caustic burns, melting or charring, snags, punctures, tears or cuts, broken or worn stitches, and distorted fittings.

How often
Each day before use, and during use where service conditions warrant
Who
Competent person designated by the employer
Time
About 5 min
Items
18
Set it up in Vardian

Have your own paper version? A photo of it is enough for Vardian AI to draft the form. Photo-to-form →

Before you use it

  • OSHA 29 CFR 1910.184(d) requires each sling and all fastenings and attachments to be inspected for damage or defects each day before use by a competent person designated by the employer, with additional inspections during use where service conditions warrant. Damaged or defective slings are removed from service immediately.
  • Under 1910.184(i)(9), a synthetic web sling is removed from service immediately for acid or caustic burns; melting or charring of any part of the sling surface; snags, punctures, tears or cuts; broken or worn stitches; or distortion of fittings. A repaired sling is used only if a sling manufacturer or equivalent entity repaired it and proof tested it to twice the rated capacity, with the certificate retained, and slings repaired in a temporary manner are not used (1910.184(i)(8)).
  • Each sling is marked or coded with its rated capacities for each type of hitch and its web material (1910.184(i)(1)). Nylon slings are not used where acids or phenolics are present, and polyester or polypropylene slings, or slings with aluminum fittings, not where caustics are present (1910.184(i)(6)); polyester and nylon slings are not used above 180 °F, and polypropylene above 200 °F (1910.184(i)(7)). Add the sling manufacturer’s criteria.

Sling

  1. 1

    Scan the sling tag

    Checkpoint scan
  2. 2

    Marking or code legible: rated capacity for each type of hitch and the web material

    Pass / fail
  3. 3

    Sling identification as marked

    Note
  4. 4

    Web material

    Nylon · Polyester · Polypropylene

    Choice

Webbing and stitching

  1. 5

    No acid or caustic burns

    Pass / fail
  2. 6

    No melting or charring of any part of the sling surface

    Pass / fail
  3. 7

    No snags, punctures, tears or cuts

    Pass / fail
  4. 8

    Uniform thickness and width; selvage edges not split

    Pass / fail
  5. 9

    No broken or worn stitches at the eyes or end fittings

    Pass / fail
  6. 10

    No temporary repairs

    Pass / fail

Fittings

  1. 11

    Fittings not distorted

    Pass / fail
  2. 12

    Fittings free of sharp edges that could damage the webbing

    Pass / fail

Conditions of use

  1. 13

    Chemicals in the work area suit the web material and fittings

    Pass / fail
  2. 14

    Expected temperature at the load

    Polyester and nylon slings: not above 180 °F. Polypropylene slings: not above 200 °F.

    Reading· °F
  3. 15

    Sharp edges of the load padded or protected

    Pass / fail

Result

  1. 16

    Result

    Fit for use · Removed from service

    Choice
  2. 17

    Photo of any defect

    Photo
  3. 18

    Competent person

    Signature

Field types in this template

  • Checkpoint scan
  • Pass / fail
  • Note
  • Choice
  • Reading
  • Photo
  • Signature

In Vardian, readings are checked against their limits as they are entered, and photos and signatures attach to the check itself.

From the sheet to the round

Build a template as a Vardian form, and each line becomes a checkpoint that knows its limit.

Animation: a paper checklist line, compressor discharge pressure with a blank for the reading in bar, becomes a Vardian checkpoint with a limit of 7.0 to 8.5 bar. Scanning the compressor's NFC tag verifies the checkpoint, a reading of 9.1 bar is flagged out of range, and a work order is created from it.

Run this checklist on the round

We'll set it up in Vardian with your checkpoints and limits during a demo.