Data Center Electrician
Member
The heating element is typically all that is 208/240 volt. The motor, timer and or electronics are 120 volts. So the only difference you should notice is a little longer drying time.
10/3 WO ground, or 10/2 W ground? C'mon..... fess up!
No, but it is still permitted to install the dryer circuits without GFCI protection (at least for a few more years :roll.
But it is no longer permited to install NEMA 10-30 receptacle outlets on new circuits when a grounded conductor is used. The reason is that it is considered unsafe to bond the non-current carrying metal parts of an appliance to the grounded conductor load of the service. (yeah, I know you know this).
That is why you shouldn't tell someone NOT to perform this upgrade, just point out that it isn't required while replacing the appliance, but it is not safe enough to install it that way anymore.
It was called 10/3 plain.. no ground.. really
You know I don't from fessing up
How do you have 208V??
Do you live in a old commercial building that was renovated?
I never worked in an apartment building, but I would think 240V would be standard because of electric stoves and dryers heating faster
My point is that consumers are being told that it IS required.
How do you have 208V??
Do you live in a old commercial building that was renovated?
I never worked in an apartment building, but I would think 240V would be standard because of electric stoves and dryers heating faster
Please understand that whether the supply is 120/240 or 120/208 affects drying time and nothing else.The electrical service is a 120/208 volt service. I think I will feel better with the newer 4 wire outlet upgrade.
It is, but the 3-wire circuit is permitted to be used in existing installations. It's important that either the 3-wire or the 4-wire method be continued to the new appliance.I thought with the 4 wire it is a egc and is a safer setup as far as getting a shock.
Please understand that whether the supply is 120/240 or 120/208 affects drying time and nothing else.
The 4-wire receptacle and cordset should only be used IF the existing circuit is 4-wire, or you're going to run a new 4-wire circuit (which isn't necessary.)