Courses for Working at Heights
Contact UsHEIGHT SAFETY,
FALL ARREST, &
HEIGHT RESCUE TRAINING
For safely working at heights, fall arrest, fall restraint, and simple height rescue, Elite Training is your answer. With one, and two-day course options available:
Basic Height Safety Course: $295.00 + GST
Full Height Safety & Fall Arrest Course: $550.00 + GST
COURSE AIM
To share knowledge and improve the awareness of hazards at heights. Additionally, we set up and implement appropriate fall restraint or fall arrest systems to improve work and safety when working at heights.
Full Course Details
Benefits
Duration
Basic Height Safety Course:
This one-day course covers Unit Standard 17600: Explain Safe Work Practices for Working at Height. Cost: $295 + GST (including NZQA credits). or unit standard 23229: Use a safety harness system when working at height, can be run as a one-day course also.
Full Height Safety Course:
Previously known as the Fall Arrest Course, this training comprises two full days, from 08:00 to 17:00. Additional time may be required for site-specific or specialist rescue training. The course is specifically written to include the contents of the following Unit Standards:
- 17600: Explain Safe Work Practices for Working at Height (one-day course when conducted by itself).
- 23229: Use a Safety Harness System When Working at Height (a prerequisite for 15757 and 25045).
- 15757: Use, Install, and Disestablish Proprietary Fall Arrest System When Working at Height (full course is $550 + GST, including NZQA credits).
Elective Unit Standard (a small fee may be charged to register these extra credits).
- 25045: Employ Height Safety Equipment in the Workplace (can be run in the place of 15757 in the two-day course).
What is involved?
Our working at heights training has been designed to give trainees the appropriate theoretical and practical knowledge and awareness of height-specific hazards, including:
- The Health & Safety at Work Act 2015, associated regulations and guidelines for Working at Height, and precisely what it means.
- Hazards Associated with Different Height Work (for example, roofers, scaffolders, window cleaners, construction workers, builders, maintenance workers, and inspectors).
- Equipment associated with safely working at heights in various situations.
- Hierarchy of fall arrest and restraint.
- Fall distances versus forces exerted on the body.
- Suspension trauma.
- Isolation of height hazards versus minimisation (signage, policies, and PPE).
- Simple rescue techniques from various working at height situations.
Fall Arrest Equipment Use and Maintenance
This course also covers an extensive range of fall arrest equipment and its appropriate use and maintenance. It includes the need for a rescue plan and the basic requirements for rescue in all working-at-height situations. Following the theoretical elements, trainees then move on to the practical phase. They receive a Working at Heights Certificate upon successful completion of the training.
The practical component of the course covers the following:
- The checking, fitting of, and working in various fall arrest and rope access harnesses.
- Checking standard height safety equipment for serviceability.
- Designing and setting up a suitable fall arrest system for a given situation.
- Working safely on a fall arrest system set up by the trainee.
- Designing and setting up a fall arrest system with a pre-set rescue system.
- Implementation and working on a fall arrest system.
- Conducting a self-rescue from various height situations.
- Conducting an assisted rescues from various fall arrest systems.
Click here for a link to Singing Rock’s “Tech Info” poster
Prerequisites:
Suspension Trauma
Contrary to common belief, suspension trauma is actually gravity causing blood to pool in a person’s legs, reducing oxygenated blood to the brain. This could occur when a person is suspended in a harness, when their legs can’t push against the ground (or another surface) to pump the blood back to the upper body through the muscles -as normally occurs.
In the lower body, the muscles ‘squeeze’ the veins to push the blood back up. This is the same reason that a soldier will pass out on a parade ground if they forget to wiggle their toes and slowly move up and down on the balls of their feet. The technical term for this is orthostatic intolerance.
The time drawn in the sand for this is ten minutes, although it has been proven that passing out may take 45 minutes. The detailed time for a rope access worker to rescue a suspended worker is ten minutes. This rule is for working at heights in NZ forms part of AS/NZS4488(1 and 2): 1997 (Industrial Rope Access), and is in the National Certificate in Rope Access
Contact Us
For course bookings or any questions, either give us a
call on 0800 135 483 (0800 1ELITE) or email us below