Safety Training Course

Scaffold Safety: Best Practices

Train construction crews to set up and use supported and suspended scaffolds safely, with a focus on preventing falls and power line contact.

Length:
14m
Language(s):
EN, FR, SP
Year Produced:
2024

Scaffold Safety: Best Practices

Construction workers will learn best practices in using scaffolding, including hazards and precautions for specific types through this essential scaffold safety training program. Participants gain critical knowledge for workers, supervisors, and scaffold safety professionals who must ensure workplace safety and scaffold safety in various work environments. The program covers essential scaffold safety protocols, procedures, and comprehensive safety measures that prevent scaffold accidents and ensure worker protection during scaffold operations and maintenance activities in various workplace environments. Participants will learn about scaffold safety requirements, safety procedures, and comprehensive protocols that ensure worker protection and regulatory compliance in workplace environments. The training emphasizes the importance of proper scaffold safety procedures, safety measures, and comprehensive scaffold safety programs that prevent scaffold accidents and ensure worker safety in workplace environments. Through detailed instruction on scaffold safety protocols, safety procedures, and hazard prevention strategies, participants will develop the skills necessary to implement effective scaffold safety programs that meet OSHA standards and ensure worker protection and scaffold safety in workplace operations.

Course Overview

  • Compare supported and suspended scaffolds and how each is used
  • Identify OSHA requirements for scaffold design, materials and erection
  • Prevent collapse and tipping by never overloading a scaffold
  • Use guardrails or body harnesses to protect against falls
  • Apply power line clearances of 2 and 10 feet when positioning scaffolds
  • Explain the competent person's role in checking clearances when scaffolds move
Objectives:
Compare supported and suspended scaffolds and how each is used
Identify OSHA requirements for scaffold design, materials and erection
Prevent collapse and tipping by never overloading a scaffold
Use guardrails or body harnesses to protect against falls

Learn more about this course

Schedule a demo and see how SafetyAmp takes your safety training to the next level.

Thank you, we will be in touch soon (typically within 24 hours)
We encountered a problem submitting the request. Please e-mail our sales team at sales@safetyamp.com and we'll be in touch soon (typically within 24 hours)

FAQs

Who needs scaffold safety training?

Scaffold safety training is for construction workers who erect, use, move or dismantle scaffolds, along with the competent persons who inspect them. Painters, masons, roofers, maintenance crews and window cleaners on suspended platforms also need it. The 14-minute video is in English with Spanish and French closed captions.

Which OSHA standard covers scaffold safety?

Scaffolds in construction are covered by 29 CFR 1926 Subpart L, sections 1926.450 through 1926.454. Section 1926.454 sets training rules. Scaffold users must be trained by a qualified person. Workers who erect or dismantle scaffolds must be trained by a competent person.

At what height is fall protection required on a scaffold?

OSHA requires fall protection for each employee on a scaffold more than 10 feet above a lower level. Guardrail systems or personal fall arrest systems meet the requirement, depending on the scaffold type. Some suspension scaffolds, such as two-point adjustable types, require both.

What is the difference between supported and suspended scaffolds?

Supported scaffolds rest on rigid supports such as frames, legs, poles or outriggers and must stand on firm, level footing. Suspended scaffolds hang from ropes or other non-rigid supports attached overhead. Each scaffold type has its own hazards, inspection points and rules for safe use.

How far must scaffolds be kept from power lines?

Scaffolds must generally stay at least 10 feet from uninsulated power lines and from insulated lines of 300 volts or more. Lines above 50 kilovolts require more distance. Closer work is allowed only if the utility de-energizes, relocates or guards the lines. A competent person should check clearances whenever a scaffold moves.

Still have questions?

Schedule a demo with one of our reps

Pair the best safety courses with the best safety LMS software.

Our extensive Learning Management System allows you to dispatch knowledge and required certificates to teams across your site portfolio.

  • Our platform caters to all learning styles and scenarios, ensuring effective knowledge retention.

  • Take control of the learning experience with our configurable class structure. Tailor the training journey to match your organizational needs.

  • Deliver targeted safety training regimens at every level, putting safety directly into the hands of your workforce.

Train your safety culture.

Deliver more than 400 online safety courses as well as your own training with the SafetyAmp learning management system.

Easily enroll employees into training courses, whether they're in a classroom or taken online - then visualize training history and compliance across multiple locations.

  • SCORM-compatible

  • Library of 400+ courses from partner training providers

  • Create online training courses

  • Quickly view employee training history

  • Schedule classroom training sessions

  • Manage training renewals

  • Eliminate lost certificates

  • Built-in reports for training compliance
    ‍

Try our LMS
Frontline tested. Safety manager approved.

Other Courses

Hot Work Safety: Welding, Cutting, and Brazing

Build confidence for critical moments through clear Hot Work Safety: Welding, Cutting, and Brazing instruction on frequent hazards associated with welding, cutting, and brazing.

Confined Spaces: Acceptable Entry Conditions

Make workplace requirements clearer. Get a practical overview of spaces using OSHA’s three-pillar criteria for bodily entry in Confined Spaces: Acceptable Entry Conditions.

Six Steps to Lockout/Tagout

Give maintenance workers a clear six-step lockout/tagout routine, from identifying hazardous energy to verifying isolation before any work begins.

See our Library of Courses

Ready to Supercharge Your EHSQ workflows?

Schedule a Demo Today
Safety Manager Tested. Frontlines Approved.