derellcoates
New User
- Location
- Corvallis, MT
- Occupation
- Internet Provider / Managed Service Provider / Electronics Tech
I am an Wireless Internet Provider and am trying to get power to a higher spot on a mountain that is 1000' from the main power panel. My load (power for all my equipment) will be aprox 700 watts for now and could grow to 1000-1100 watts in time. I'm an electronics technician, not an electrician but have some familiarity with running power.
After looking at a few different voltage drop calculators I'm thinking of running 2-2-4-6 from the main panel to my equipment location (240v to reduce loss). My question is at the equipment location can I install 2 duplex receptacles (1 on each phase) so I have 120v? According to the voltage drop calculator I should lose aprox 2.6% on the 240v run at 10Amps (2400 watts which I don't need). Does that mean I'll lose 2.6% on each phase if broken out to 120v service or will I lose more as if it's only a 120v run from the panel? Does running 2 phases help each phase have less voltage drop? I'm wondering if I need a step down transformer from 240v to 120v or what would be best to do. Thank you in advance for help provided.
After looking at a few different voltage drop calculators I'm thinking of running 2-2-4-6 from the main panel to my equipment location (240v to reduce loss). My question is at the equipment location can I install 2 duplex receptacles (1 on each phase) so I have 120v? According to the voltage drop calculator I should lose aprox 2.6% on the 240v run at 10Amps (2400 watts which I don't need). Does that mean I'll lose 2.6% on each phase if broken out to 120v service or will I lose more as if it's only a 120v run from the panel? Does running 2 phases help each phase have less voltage drop? I'm wondering if I need a step down transformer from 240v to 120v or what would be best to do. Thank you in advance for help provided.