st0ne
- 22
- 3
Hello,
I have a four light timer panel that I bought years back. I am looking to upgrade it to a six light panel.
The timer is rated for fourty amps. It has a thirty amp drier cord feeding the timer. The timer then feeds two recepticals via pigtailing/splicing. There is no ground.
My idea was to upgrade the cord with some 8/3 I have laying around. My plug only has three places for wires, Hot/Hot/Ground, no neutral. I've read that this is no longer code, and yet it was in the past.
Inorder for me to follow suit, I would spice three sets of wire to the incoming 8 gauge, with a "bug nut", or a large wirenut. I can't see why it wouldn't work, and yet it doesn't seem like the safest solution. I've heard a lot of talk of high temperature shutoffs, individual breakers for each ballast, better connections etc.
I am short of money, and would like to know if this system is safe for the short term? Thoughts?
Another question,
I also have four used ballasts in storage. The enclosures on them don't vent very well. This has turned the wires brittle. I would like to use them again, except with more ventilation.
Is it true that the capacitors on ballasts go under extreme heat? I've read that they can lose effficiency. Do my ballasts need a rehaul?
I have photos,
Thanks!
.
I have a four light timer panel that I bought years back. I am looking to upgrade it to a six light panel.
The timer is rated for fourty amps. It has a thirty amp drier cord feeding the timer. The timer then feeds two recepticals via pigtailing/splicing. There is no ground.
My idea was to upgrade the cord with some 8/3 I have laying around. My plug only has three places for wires, Hot/Hot/Ground, no neutral. I've read that this is no longer code, and yet it was in the past.
Inorder for me to follow suit, I would spice three sets of wire to the incoming 8 gauge, with a "bug nut", or a large wirenut. I can't see why it wouldn't work, and yet it doesn't seem like the safest solution. I've heard a lot of talk of high temperature shutoffs, individual breakers for each ballast, better connections etc.
I am short of money, and would like to know if this system is safe for the short term? Thoughts?
Another question,
I also have four used ballasts in storage. The enclosures on them don't vent very well. This has turned the wires brittle. I would like to use them again, except with more ventilation.
Is it true that the capacitors on ballasts go under extreme heat? I've read that they can lose effficiency. Do my ballasts need a rehaul?
I have photos,
Thanks!
.