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Every Insulated Tool Electricians Need!!!

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Do electricians really need to use electrically insulated tools? A topic of debate depending on whom you talk to! In the latest episode of Electrician U, Dustin explores the subject and shows some of the electrically insulated tools from one of the top tool manufacturers Klein Tools.
🤘⚡️EU Learning System⚡️🤘
-Video courses on every side of the electrical trade (theory, code, safety, wiring, install, troubleshooting, leadership, and more)
-Practice exams for 2017, 2020, 2023 code
-YouTube videos categorized and searchable
-Audio lessons
-Forum
-Business version has admin portal and ability to assign learning to technicians and monitor progress
-Any business size from 2 techs to 2,000!
🎓💡CONTINUING EDUCATION💡🎓
-State Approved
-Video Based
✍📝PRACTICE EXAMS📝✍
-2017, 2020, and 2023 NEC versions
-Online Residential Wireman Exam
-Online Journeyman Exam
-Online Master Exam
-300 Question Online Code Cannon (not license specific, all code)
-Take as many times as you want
-All of the above come with printable PDFs
🎤🎧PODCAST🎧🎤
Spotify:
Apple Podcast:
📱👍SOCIALS👍📱
🎧🎹Music, Editing, and Videography by Drake Descant and Rob LeBlanc🎹🎧
#electrician #electrical #electricity
To establish a baseline for the question, lets explore some scenarios first. Should we be working on live circuits at all? That is really the whole debate! For most of the time, we can AND should shut the power off before working on something. It is safer and we can generally perform the work much faster and more efficiently with it off as we don’t have to tip toe around energized components. So, if someone wants to add a can light or a receptacle in their house, we can shut the circuit off and turn it back on once the work is complete. Same could be said for replacing the service/panel at a residence. BUT, if we are attempting to troubleshoot a particular system to see why something isn’t operating properly, we may actually NEED the power to be on for us to test and diagnose the problem. Or if us turning off the circuitry could result in a more dangerous condition (say, in a hospital where patients are relying on certain equipment to be healthy) we may need to work on said circuitry energized. And it’s the last couple of scenarios that lead to manufacturers designing and producing PPE and tools for electricians to use in these conditions.
Klein Tools is one of the best manufacturers of electrical tools in the industry. Almost all of us in the industry know who Klein is and use their tools. In addition to making tools for everyday usage, they also make quite an extensive line of electrically insulated tools. While most electrical tools (even if they have some type of insulation on the handles) are not rated for any protection while working on live circuits and will have markings on the tools stating such. Tools designed for work on energized circuits will have a rating on the tool of its voltage capacity and is usually distinguishable by a bright orange (or other bright color) coating on the normally exposed metallic surface. These types of tools should be carried by electricians who may be required to work on energized circuits and should NOT be used unless its in an exposed workspace. The tools should be kept separate from our normal tools, in a separate case and be really taken care of as our lives depend on those tools performing as intended!
Kleins line of insulated tools can be found in almost all the flavors we normally see. From screwdrivers, to nut drivers and most of the plier type tools, they produce every tool we would need to do our job safely in an energized environment. Klein even produces multi screwdrivers that allow you to change between flat head, Phillips, square tips, etc. to save some space in your kit! You can purchase the tools individually or various sets are available as well. The line of insulated tools is quite extensive ranging from standard to slim drive screwdriver tips to help in fitting in small holes like breakers. Definitely something that an experienced electrician should add to their kits if they may be required to work on energized circuits (and are trained to do so!).
🤘⚡️EU Learning System⚡️🤘
-Video courses on every side of the electrical trade (theory, code, safety, wiring, install, troubleshooting, leadership, and more)
-Practice exams for 2017, 2020, 2023 code
-YouTube videos categorized and searchable
-Audio lessons
-Forum
-Business version has admin portal and ability to assign learning to technicians and monitor progress
-Any business size from 2 techs to 2,000!
🎓💡CONTINUING EDUCATION💡🎓
-State Approved
-Video Based
✍📝PRACTICE EXAMS📝✍
-2017, 2020, and 2023 NEC versions
-Online Residential Wireman Exam
-Online Journeyman Exam
-Online Master Exam
-300 Question Online Code Cannon (not license specific, all code)
-Take as many times as you want
-All of the above come with printable PDFs
🎤🎧PODCAST🎧🎤
Spotify:
Apple Podcast:
📱👍SOCIALS👍📱
🎧🎹Music, Editing, and Videography by Drake Descant and Rob LeBlanc🎹🎧
#electrician #electrical #electricity
To establish a baseline for the question, lets explore some scenarios first. Should we be working on live circuits at all? That is really the whole debate! For most of the time, we can AND should shut the power off before working on something. It is safer and we can generally perform the work much faster and more efficiently with it off as we don’t have to tip toe around energized components. So, if someone wants to add a can light or a receptacle in their house, we can shut the circuit off and turn it back on once the work is complete. Same could be said for replacing the service/panel at a residence. BUT, if we are attempting to troubleshoot a particular system to see why something isn’t operating properly, we may actually NEED the power to be on for us to test and diagnose the problem. Or if us turning off the circuitry could result in a more dangerous condition (say, in a hospital where patients are relying on certain equipment to be healthy) we may need to work on said circuitry energized. And it’s the last couple of scenarios that lead to manufacturers designing and producing PPE and tools for electricians to use in these conditions.
Klein Tools is one of the best manufacturers of electrical tools in the industry. Almost all of us in the industry know who Klein is and use their tools. In addition to making tools for everyday usage, they also make quite an extensive line of electrically insulated tools. While most electrical tools (even if they have some type of insulation on the handles) are not rated for any protection while working on live circuits and will have markings on the tools stating such. Tools designed for work on energized circuits will have a rating on the tool of its voltage capacity and is usually distinguishable by a bright orange (or other bright color) coating on the normally exposed metallic surface. These types of tools should be carried by electricians who may be required to work on energized circuits and should NOT be used unless its in an exposed workspace. The tools should be kept separate from our normal tools, in a separate case and be really taken care of as our lives depend on those tools performing as intended!
Kleins line of insulated tools can be found in almost all the flavors we normally see. From screwdrivers, to nut drivers and most of the plier type tools, they produce every tool we would need to do our job safely in an energized environment. Klein even produces multi screwdrivers that allow you to change between flat head, Phillips, square tips, etc. to save some space in your kit! You can purchase the tools individually or various sets are available as well. The line of insulated tools is quite extensive ranging from standard to slim drive screwdriver tips to help in fitting in small holes like breakers. Definitely something that an experienced electrician should add to their kits if they may be required to work on energized circuits (and are trained to do so!).
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