Free Webinar

"The Future of Industrial Training: the New Digital Classroom"



About the Webinar:
At TPC Training Systems, we’ve been on the hunt for ways that our industrial skills training solutions can evolve to meet the needs of all of our customers, and we’ve learned some things in the process. In this webinar, we’ll share what we’ve learned and give you a preview of the future of industrial training.

You’ll learn about:
  • The best uses of webcast and simulcast training formats
  • The advantages of blended online and live training
  • Virtual reality (VR) training environments, including an exclusive sneak peek inside a VR simulation

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    Rigging & Load Handling Equipment Engineering & Applications

    Rigging & Load Handling Equipment Engineering & Applications

    This course introduces the major considerations for load handling equipment and discusses the benefits and limitations of various types of load handling equipment, including their most common applications. Course duration includes lectures, reading assignments, exercises and exams. This course is accredited by LEEA and approved by ASME for Continuing Education Units (CEUs) in compliance with the IACET Standard.

    Select Format

    • Online Course & Test $2,195.00

    Please select a format.

    Lesson 1: Slings and Shackles
    Topics

    Major Considerations; Wire Rope Fundamentals; Wire Rope Slings; Chain Slings; Synthetic Web Slings; Synthetic Roundslings; Synthetic Rope Slings; Shackles; Hardware

    Objectives

    – Analyze wire rope construction and the applications of various unique and common construction types.
    – Evaluate various sling types in terms of capacities, benefits, limitations, applications, temperature, and climate effects.
    – Determine removal criterial for various sling types.
    – Evaluate shackles, hooks, links, rings, and other pieces of rigging hardware utilizing an analysis framework.

    Lesson 2: Below-the-Hook Lifting Devices
    Topics

    Major Considerations; Structural Design Factors; Lifting Beams; Spreader Bars; Lifting Lug Design

    Objectives

    – Explain how the ASME B30.20 and BTH-1 Standards apply to design of below-the-hook lifting devices.
    – Analyze various design practices and explain how ASME BTH-1 design factors emerged.
    – Analyze design factors and the Principle of Structural Reliability.
    – Determine basic lifting attachment methods and how to apply standards and regulations to the design.

    Lesson 3: Lifting Equipment
    Topics

    Major Considerations; Hand & Leaver Chain Hoists; Manual & Air Tuggers

    Objectives

    – Interpret chain hoist components, operations, and common applications.
    – Explain how to conduct chain hoist inspections.
    – Interpret tugger components, operations, and common applications.
    – Explain how to conduct tugger inspections.

    Lesson 4: Rigging Applications
    Topics

    Major Considerations; Rigging Selection; Hitch Types; Capacities; Center of Gravity & Calculations; Load Distribution; Sling Tension; Load Control; Chain Hoists; Load Drifting; Levers; Jacking & Rolling; Reeving; Winches & Blocks; Off-Level Pick Points; Load Turning

    Objectives

    – Determine rigging to be used and calculate loading based on hitch types and rigging capacities selected.
    – Calculate center of gravity of a load.
    – Calculate sling tension and forces depending on sling angle in the rigging arrangement.
    – Plan safe lifts with off-level pick points considering sling loadings and center of gravity control.

    Lesson 5: Rigging Arrangements & Techniques
    Topics

    Stability & Equilibrium; Tandem Lifting; Upending & Inverting Loads; Vessel Upending Techniques; Load Sharing & Equalizing Arrangements; Suspension of Loads from Horizontal Lines

    Objectives
    – Interpret the stability of a load.
    – Analyze stability throughout an uprighting procedure.
    – Evaluate engineering considerations during the planning of lifts with multiple cranes while considering load sharing and operational procedure.
    – Evaluate engineering considerations during the planning of lifts that involve upending or inverting requirements.

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