Non-conductive Tools

SKU: C-911Duration: 11 Minutes

Pay-per-view (PPV) format perfect for individual users.

Get immediate access to this interactive eLearning course online. Must be used within 30 days, expires 48 hours after launch.

Language:  English

Ideal for corporate licensing and high volume users.

Get Convergence courses into your current LMS to track and report employee training. Or contact us to learn more about the advantages of licensing our courses with the Convergence LMS.

Course Details


Training Time: 11 minutes

Compatibility: Desktop, Tablet, Phone

Based on: Industry Standards and Best Practices

Languages: English

Electricity can be dangerous to human beings. The use of non-conductive tools is one of many techniques used to reduce the chance of injury when working with electricity. Electrical conductivity is an intrinsic property of a material which quantifies the ability of a material to allow or oppose the flow of electrons produced by a voltage difference across the material. Non-conductive tools help protect an electrical worker by preventing the flow of electricity from a live source to the person holding the tool.

Learning Objectives

  • Define the terms "conductivity" and "resistance"
  • List common conductive materials
  • List common non-conductive materials
  • Describe how electricity can harm you
  • Describe how electrical PPE protects
  • Describe what non-conductive tools are
  • Describe the benefits of non-conductive tools

Key Questions

The following key questions are answered in this module:

What is conductivity?
Conductivity is a measure of a material's ability to allow or oppose the flow of electrons produced by a voltage difference.

What is the best precaution that can be taken when working on electrified equipment?
The best thing to do when working with electrified equipment is to make sure the source of electricity is securely removed before starting work.

Is it possible to have a metal based non-conductive tool?
If a metal tool is sufficiently covered with electrical insulation it can be classified as non-conductive.

What are the dangers of using standard conductive tools for electrical work?
The dangers of using conductive tools for electrical work include electrocution and the possibility of creating a short circuit and an arc flash.

What is the relationship between conductivity and resistivity?
Electrical resistivity refers to the same fundamental material property as conductivity, but it is expressed as the reciprocal of conductivity. High conductivity is the same as low resistivity.

Sample Video Transcript

Below is a transcript of the video sample provided for this module:

Most materials can be neatly classified as conductors or non-conductors. Conductors are generally metals, with copper and aluminum being the most common metals used to produce wire that is used to intentionally conduct electricity. The iron, steel, and brass used to manufacture electrical equipment and hand tools are also excellent conductors. Non-conductive materials are generally compounds containing carbon and hydrogen. These include rubber, wood, and plastics. Silica-based materials like ceramics and glass are also non-conductive. One common substance, water, falls roughly between the conductor and non-conductor status. It is not a good conductor, but water, especially if it has impurities such as sea water, is a good enough conductor to create safety concerns in some situations.

Additional Resources

Use the additional resources and links below to learn more about this topic:

Added to Cart! Click here to view your cart.