Yozit, I know you mentioned I'd save a few cents getting a timer but 8.8kW each time a particular situation arose at 23 cents/kw that's a couple bucks each time the situation happens, occuring around 50 times a year I think the $28 timer worth it (but I also don't expect to save $100/year with it either).
The timer I'm looking at (Intermatic WH21) install instructions are at
http://www.intermatic.com/~/media/files/intermatic/products/instructions/timers/wh21%20-%20english.ashx
Is my drawing of how to wire it correct (I used Red but the true wire is white)? I'm used to these timers having their motor run on 120v and require a white neutral to the bus bar, and usually only one leg goes to the timer and the other to the load. The instructions give me the impression the motor runs on 240v and it wants both lines even though only one is switched. Anyway, does my wiring diagram match the install instructions?
Thanks!
The timer I'm looking at (Intermatic WH21) install instructions are at
http://www.intermatic.com/~/media/files/intermatic/products/instructions/timers/wh21%20-%20english.ashx
Is my drawing of how to wire it correct (I used Red but the true wire is white)? I'm used to these timers having their motor run on 120v and require a white neutral to the bus bar, and usually only one leg goes to the timer and the other to the load. The instructions give me the impression the motor runs on 240v and it wants both lines even though only one is switched. Anyway, does my wiring diagram match the install instructions?
Thanks!
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