Natfuelbilll
Senior Member
I'll often work energized when inserting or removing a cord cap into a receptacle - that's it.
How about you?
How about you?
We need a code change in the NEC to make this easier. Under the Canadian Code, there is an additional metal barrier over the line side terminations for service panels...when you lockout the main, you can safely work on the load side bus. I wonder why the panel makers have not submitted this proposal? They already make panels in compliance with the CEC and it would add a bit to the price of a panel.I have been struggling with exactly how (procedurally) to go about de-energizing a resi panel to be in full compliance with OSHA requirements
Yeah, I am aware that you can order the CEC compliant 'finger safe kit' for QO panels. That is an option that I have looked into, as I have the Canadian part numbers for those kits. That could not be installed in hot panels, however. It is intended to be installed at the time of panel installation. If I had to completely de-energize every panel I worked in, I'd go from an average of 4.7 service calls per electrician day to one or two. That would be an economic disaster. A dead electrician is a disaster also. Nearly as disasterous is an unemployed batch of electricians who's employer could not economically comply with the OSHA requirement.don_resqcapt19 said:We need a code change in the NEC to make this easier. Under the Canadian Code, there is an additional metal barrier over the line side terminations for service panels...when you lockout the main, you can safely work on the load side bus. I wonder why the panel makers have not submitted this proposal? They already make panels in compliance with the CEC and it would add a bit to the price of a panel.
Don
Yeah, that's the BS, politically correct answer that is often stated. In practice, that would put you out of business. At least it would me, as I am service mostly. I am looking for an economically feasible way to be in compliance. It does not seem to exist at the moment.Rockyd said:If it's "to be done live" for your convienence, I'm not ready to for a potential untimely demise so you can do whatever it is you think is important at the moment. What I can do is schedule alternate time, or days that will mesh best for all concerned, that way we can all be happy.
mdshunk said:Yeah, that's the BS, politically correct answer that is often stated. In practice, that would put you out of business. At least it would me, as I am service mostly. I am looking for an economically feasible way to be in compliance. It does not seem to exist at the moment.
That is correct, and is the reason we need a code change to require this device in all new panels, but that is no help for the large number of existing installations.Yeah, I am aware that you can order the CEC compliant 'finger safe kit' for QO panels. That is an option that I have looked into, as I have the Canadian part numbers for those kits. That could not be installed in hot panels, however. It is intended to be installed at the time of panel installation.
How does that solve the time and cost issue of getting the utility to kill the line side power to install a new breaker? PPE or not there is no OSHA complaint way to work on an energized residential panel.Proper training and PPE
also
Equal enforcement throughout the industry
You're kidding, right? I hope so, in any event. I've seen (and created) my share; none of which I am particularly proud of.kspifldorf said:Seen a fireball almost everyday since ive started this profession.