IWH Rope Access Level 3
– US 229997 & US 230001

///IWH Rope Access Level 3
– US 229997 & US 230001
IWH Rope Access Level 3
– US 229997 & US 230001
2018-12-03T08:45:17+00:00
  • G.Training

This course is designed with the intent that Rope Access Level 2 Practitioners can advance to Level 3 Supervisors to enable supervision of Rope Access Level 1 Technicians and Rope Access Level 2 Practitioners on complex worksites as per ISO 22846-2.

Theory Entry Requirements:

  • Logbook with 1000 Level 2 hours accumulated and signed by a Rope Access Level 3 Supervisor.
  • Learners must have good English reading and writing ability.

Practical Entry Requirements:

  • Successful completion of knowledge questionnaire.
  • Original certified copy of I.D. document/passport (driver’s license not accepted).
  • Copy of valid Medical certificate.
  • Copy of valid First Aid Level 1 certificate.
  • Copy of valid Rope Access Level 2 certificate.
  • Safety shoes.

Theory :  R 1 946. 96 (Excl. VAT)

Practical : R 7 153. 91 (Excl. VAT)

*Light lunch will be included at Gravity Training premises.

Minimum: 6
Maximum: 8

Theory: 1 day
Test: 1 day
Practical: 6 days

US229997 – Select equipment and rig ropes for rope access projects.

US230001 – Supervise rope access teams and perform advanced manoeuvres and rescues.

NQF Level 4
Credits: 12 (Both unit standards combined)

Certificate is valid for 3 years.

Designation: Rope Access Supervisor.

Theoretical Knowledge:

  1. Introduction to work at height.
  2. Work at height definitions.
  3. Legislation regarding work at height.
  4. Gather relevant work site information.
  5. Completing an on-site pre-task risk assessment.
  6. Completing a 3-monthly climbing equipment inspection form.
  7. Completing a pre-use climbing equipment inspection form.
  8. Identification and use of climbing equipment.
  9. Limitations of climbing equipment.
  10. Safe codes of practice for the placing of anchor points.
  11. Selecting safe anchor points used for rigging of ropes.
  12. Managing sharp edges.
  13. Setting up top and bottom exclusion zones.
  14. Understanding the advantages of a “buddy system”.
  15. Basic knowledge of vertical and horizontal lifelines.
  16. Understanding principles of rigging working ropes.
  17. Understanding cable ways.
  18. Understanding minimum free space areas.
  19. Understanding fall factors.
  20. Understanding the use of various rope access knots.
  21. Understanding suspension trauma.
  22. Understanding the “buddy rescue”.
  23. Correct completion of a rope access log book.
  24. Responsibilities of supervising a complex rope access work site.

Practical Skills:

  1. Perform pre-use climbing equipment inspections.
  2. Perform 3-monthly climbing equipment inspections.
  3. Placing of safe anchoring points.
  4. Implement the “buddy system”.
  5. Making and using various rope access knots.
  6. Rig various working rope systems:
    6.1. Vertical drops with particular attention to “rig for rescue”.
    6.2 Set up a loop.
    6.3 Retrievable work ropes.
    6.4 Set up a lead climb.
    6.4 Set up a vertical drop using and equalising multiple anchoring points.
    6.4 Set up mid-rope knots.
  7. Perform various rope access rescues:
    7.1 Snatch rescue in descending mode.
    7.2 Snatch rescue in ascending mode.
    7.3 Snatch rescue passing knots.
    7.4 Rescue of a lead climber.
    7.5 Rescue using a plug-in system and passing knots.
    7.5 Horizontal cable way rescue.
    7.6 Diagonal cable way rescue.
    7.7 Cross-haul cable way rescue.
    7.8 Rescue passing a deviation.
    7.9 Rescue passing through a re-belay.
    7.10 Team rescues.
    7.11 Stretcher rescue.
    7.12 Rope to rope rescue.
    7.13 Rescue from an aid-line.
    7.14 Rescue from a loaded backup device – “self rescue”.
    7.15 Supervising a rescue team.
    7.16 Ascending with a casualty.
  8. Setup various rigging systems:
    8.1 Rig a 1:1 mechanical advantage system.
    8.2 Rig a 2:1 mechanical advantage system.
    8.3 Rig a 3:1 mechanical advantage system.
    8.4 Rig a 4:1 mechanical advantage system.
    8.5 Rig a 6:1 mechanical advantage system.
  1. All training is done in accordance with local and international best practices as well as local acts and regulations. Candidates have been found competent as per Occupational Health and Safety Act 85 of 1993 Construction Regulation 1.
  2. The Rope Access Level 3 Supervisor (if designated as the site supervisor for all simple and complex rope access work sites/tasks) is responsible for the supervision of all Rope Access Level 1 Technicians and Rope Access Level 2 Practitioners. Always ensure that a rope access rescue can be performed at any time as per Occupational Health and Safety Act 85 of 1993 Construction Regulation 10.2 (e).
  3. Rope Access Supervisors must ensure that all Rope Access Level 1 Technicians and Rope Access Level 2 Practitioners designated to him/her work under direct supervision as per Construction Regulation 18 (Rope Access work) and ISO 22846-1 & 2.
  4. Gravity Training cannot be held responsible for any unsafe and unlawful acts or behaviour as it is the duty of the technician to ensure his/her own safety and the safety of others on the work site.