In 2/3/4 gang box, should you combine all grounds using crimp connectors?
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When I have multiple lines going in/out of a 1 gang box (with an outlet/recepticle or switch), I typically combine all the grounds into a single wire using crimp connectors:
However, when working with a 2/3/4 gang box with multiple outlets, should I be combining all the grounds into a single wire using crimp connectors? Because this would leave one of the outlets without any ground attached to it.
Or should I add in an extra loose ground wire into the crimp connector, so that the crimp connector now has 2 wires coming out of it? Then connect each one of those ground wires to the 2 outlets. That seems to make more sense but I'm not sure if it's the proper way to do it.
What is the proper, code-appropriate approach to dealing with multiple ground wires in a 2/3/4 gang box scenario?
electrical receptacle grounding
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up vote
1
down vote
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When I have multiple lines going in/out of a 1 gang box (with an outlet/recepticle or switch), I typically combine all the grounds into a single wire using crimp connectors:
However, when working with a 2/3/4 gang box with multiple outlets, should I be combining all the grounds into a single wire using crimp connectors? Because this would leave one of the outlets without any ground attached to it.
Or should I add in an extra loose ground wire into the crimp connector, so that the crimp connector now has 2 wires coming out of it? Then connect each one of those ground wires to the 2 outlets. That seems to make more sense but I'm not sure if it's the proper way to do it.
What is the proper, code-appropriate approach to dealing with multiple ground wires in a 2/3/4 gang box scenario?
electrical receptacle grounding
New contributor
add a comment |Â
up vote
1
down vote
favorite
up vote
1
down vote
favorite
When I have multiple lines going in/out of a 1 gang box (with an outlet/recepticle or switch), I typically combine all the grounds into a single wire using crimp connectors:
However, when working with a 2/3/4 gang box with multiple outlets, should I be combining all the grounds into a single wire using crimp connectors? Because this would leave one of the outlets without any ground attached to it.
Or should I add in an extra loose ground wire into the crimp connector, so that the crimp connector now has 2 wires coming out of it? Then connect each one of those ground wires to the 2 outlets. That seems to make more sense but I'm not sure if it's the proper way to do it.
What is the proper, code-appropriate approach to dealing with multiple ground wires in a 2/3/4 gang box scenario?
electrical receptacle grounding
New contributor
When I have multiple lines going in/out of a 1 gang box (with an outlet/recepticle or switch), I typically combine all the grounds into a single wire using crimp connectors:
However, when working with a 2/3/4 gang box with multiple outlets, should I be combining all the grounds into a single wire using crimp connectors? Because this would leave one of the outlets without any ground attached to it.
Or should I add in an extra loose ground wire into the crimp connector, so that the crimp connector now has 2 wires coming out of it? Then connect each one of those ground wires to the 2 outlets. That seems to make more sense but I'm not sure if it's the proper way to do it.
What is the proper, code-appropriate approach to dealing with multiple ground wires in a 2/3/4 gang box scenario?
electrical receptacle grounding
electrical receptacle grounding
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New contributor
New contributor
asked 4 hours ago
Jake Wilson
1084
1084
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1 Answer
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You have to connect a ground wire to every device's ground terminal, that's not optional. There's lots of ways to do it.
You could crimp pigtails in the crimp ring, as long as you don't exceed the capacity of the crimp ring.
One good way to go is leave one ground wire very long, and pass that through the crimp ring and hit all the ground terminals on the devices with that one long wire.
If you don't have a long one, you could crimp in one long pigtail, and hit all the ground terminals with that one long pigtail.
1
I like the idea of hitting all the terminals with one long wire. Simple and straightforward. Thank you
â Jake Wilson
59 mins ago
add a comment |Â
1 Answer
1
active
oldest
votes
1 Answer
1
active
oldest
votes
active
oldest
votes
active
oldest
votes
up vote
3
down vote
accepted
You have to connect a ground wire to every device's ground terminal, that's not optional. There's lots of ways to do it.
You could crimp pigtails in the crimp ring, as long as you don't exceed the capacity of the crimp ring.
One good way to go is leave one ground wire very long, and pass that through the crimp ring and hit all the ground terminals on the devices with that one long wire.
If you don't have a long one, you could crimp in one long pigtail, and hit all the ground terminals with that one long pigtail.
1
I like the idea of hitting all the terminals with one long wire. Simple and straightforward. Thank you
â Jake Wilson
59 mins ago
add a comment |Â
up vote
3
down vote
accepted
You have to connect a ground wire to every device's ground terminal, that's not optional. There's lots of ways to do it.
You could crimp pigtails in the crimp ring, as long as you don't exceed the capacity of the crimp ring.
One good way to go is leave one ground wire very long, and pass that through the crimp ring and hit all the ground terminals on the devices with that one long wire.
If you don't have a long one, you could crimp in one long pigtail, and hit all the ground terminals with that one long pigtail.
1
I like the idea of hitting all the terminals with one long wire. Simple and straightforward. Thank you
â Jake Wilson
59 mins ago
add a comment |Â
up vote
3
down vote
accepted
up vote
3
down vote
accepted
You have to connect a ground wire to every device's ground terminal, that's not optional. There's lots of ways to do it.
You could crimp pigtails in the crimp ring, as long as you don't exceed the capacity of the crimp ring.
One good way to go is leave one ground wire very long, and pass that through the crimp ring and hit all the ground terminals on the devices with that one long wire.
If you don't have a long one, you could crimp in one long pigtail, and hit all the ground terminals with that one long pigtail.
You have to connect a ground wire to every device's ground terminal, that's not optional. There's lots of ways to do it.
You could crimp pigtails in the crimp ring, as long as you don't exceed the capacity of the crimp ring.
One good way to go is leave one ground wire very long, and pass that through the crimp ring and hit all the ground terminals on the devices with that one long wire.
If you don't have a long one, you could crimp in one long pigtail, and hit all the ground terminals with that one long pigtail.
edited 2 hours ago
answered 3 hours ago
batsplatsterson
5,618920
5,618920
1
I like the idea of hitting all the terminals with one long wire. Simple and straightforward. Thank you
â Jake Wilson
59 mins ago
add a comment |Â
1
I like the idea of hitting all the terminals with one long wire. Simple and straightforward. Thank you
â Jake Wilson
59 mins ago
1
1
I like the idea of hitting all the terminals with one long wire. Simple and straightforward. Thank you
â Jake Wilson
59 mins ago
I like the idea of hitting all the terminals with one long wire. Simple and straightforward. Thank you
â Jake Wilson
59 mins ago
add a comment |Â
Jake Wilson is a new contributor. Be nice, and check out our Code of Conduct.
Jake Wilson is a new contributor. Be nice, and check out our Code of Conduct.
Jake Wilson is a new contributor. Be nice, and check out our Code of Conduct.
Jake Wilson is a new contributor. Be nice, and check out our Code of Conduct.
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