The bottom 2 holes you capped are ventilation for the the heater as per Nootka's user manual. They are meant to vent the heater: ua-cam.com/video/rxfhf8If2Z8/v-deo.html
Did they have to anchor that to the patio? Boulder wanted drawings showing it could withstand 100mph winds so I just went with a modular inside sauna. Its in my storage unit now, long since moved.
Hey brother, knowing that you need to do a load calc to figure out the minimum requirements for the size of a sub panel, what is the maximum size you can put? Any code or rule of thumb on how large the ampacity of a sub panel can be?
300.9 Raceways in wet location above grade, the interior of the raceway shall be considered to be a wet location. 334.12 (B) NM shall not be used in damp or wet locations. 7500 watts / 240 V = 31.25 Amps, your disconnect and fuses are too small.
The bottom 2 holes you capped are ventilation for the the heater as per Nootka's user manual. They are meant to vent the heater: ua-cam.com/video/rxfhf8If2Z8/v-deo.html
Thanks for sharing.
Did they have to anchor that to the patio? Boulder wanted drawings showing it could withstand 100mph winds so I just went with a modular inside sauna. Its in my storage unit now, long since moved.
Hey brother, knowing that you need to do a load calc to figure out the minimum requirements for the size of a sub panel, what is the maximum size you can put? Any code or rule of thumb on how large the ampacity of a sub panel can be?
Any risk of the flex being a trip hazard?
300.9 Raceways in wet location above grade, the interior of the raceway shall be considered to be a wet location. 334.12 (B) NM shall not be used in damp or wet locations. 7500 watts / 240 V = 31.25 Amps, your disconnect and fuses are too small.
that sting
That LFMC is not rated for damage. you cant run it flat on the concrete like that.
*advice (not advise)
Running the seal tight like that for a sub panel feed looks awful