Yes, a 130 watt fan can be plugged into a 120 volt receptacle. The current draw will be I = W/E, Amps = Watts/Volts = 130/120 = 1.08 amps.
No, a home ceiling fan as with all permanent devices joined into the electrical system, the splice must be made in a junction box. The exemptions are electric baseboard heaters and appliances that are hard wired directly to the unit.
If you do it will burn the winding immediately and make the fan inoperable. So, No, don't plug in ANY 12VDC device into a 120 outlet.
Home depot sells RF switches whereby if the fan is connected to the transmitter. It can be controlled by as far as 5 meters i believe In my SPA i have this device for safety. switch here get turn on there
The in line fan may be drawing too much power for the GFCI outlet to handle, causing it to trip. The outlet may not be faulty; rather, it is doing its job by tripping to prevent electrical hazards. Consider using the in line fan on a different circuit or using a lower wattage fan to prevent further tripping.
The fan is probably a 115 VAC single phase fan and the outlet is probably a 230 VAC "two phase" outlet. The fan would then have the following wires: hot (black), neutral (white), and ground (green). The outlet would then have the following wires: hot #1 (black), hot #2 (red), neutral (white), and ground (green). Pick either of the two hot wires on the outlet and connect the hot wire of the fan to that (ignore the other hot wire on the outlet) and connect the neutral to neutral and ground to ground. If the wire colors are not as I described above you may have something else (e.g. 3-phase) and that would be wired differently, but those systems are usually used only in industrial settings not the home.
You'll need a power inverter. You can plug it into a 12v outlet and it has an AC plug outlet you can connect the fan to.
No, a home ceiling fan as with all permanent devices joined into the electrical system, the splice must be made in a junction box. The exemptions are electric baseboard heaters and appliances that are hard wired directly to the unit.
This fan is rated at 277 CFM using 120V of power.
360 watts
This fan should be installed in a bathroom of no more than 100 square feet.
Yes, with some provisions. The breaker sets the maximum current your system can carry. It must be the weakest link in the chain. You cannot exceede the current capacity of the wire, or the outlet. So, for a standard US outlet you want a 15A 120V circuit. If the wiring is 14ga or heavier it is fine. If the breaker is a 15A 120V breaker it is fine. If either of the two are not fine, they must be replaced before this can be done safely. If you are not confident in your abilities, buy a book. It will answer your questions and serve as a handy reference during the job. Remember, do it right or hire a professional. Negligence is fatal with electricity.
it's a fan that can be installed both as a flushmount or with a downrod.
If you do it will burn the winding immediately and make the fan inoperable. So, No, don't plug in ANY 12VDC device into a 120 outlet.
it's a fan that can be installed both as a flushmount or with a downrod.
Home depot sells RF switches whereby if the fan is connected to the transmitter. It can be controlled by as far as 5 meters i believe In my SPA i have this device for safety. switch here get turn on there
The purpose of a ceiling fan saddle box is to securely mount the fan to the ceiling. It is installed by attaching it to a ceiling joist or support beam using screws or bolts, providing a stable base for the fan to hang from.
The in line fan may be drawing too much power for the GFCI outlet to handle, causing it to trip. The outlet may not be faulty; rather, it is doing its job by tripping to prevent electrical hazards. Consider using the in line fan on a different circuit or using a lower wattage fan to prevent further tripping.