| Application: | Fan Control |
|---|---|
| Temperature Range (F): | 90°F to 130°F |
| Motor: | Full Load: 10A @ 240VAC Locked Rotor: 72A @ 120VAC Locked Rotor: 60A @ 240VAC Full Load: 14A @ 120VAC |
| Differential: | 20°F |
| Switch Action: | Close on Rise |
| Pilot Duty Rating: | 125 VA @ 240 Vac 125 VA @ 120 Vac |
| Features: | Adjustable Temperature |
| Connection Type: | Quick-Connect |
Yes That's is exactly what I'm using it for. I have a wall that has my heat registers in a loop coil and the control turns on the fan that distributes the heat. Dave Anderson
Yes that is what its designed for. Think of it as an automatic switch.
You'd have to check to be sure your heater doesnt draw more current than this switch can handle, but otherwise it's a basic switch that turns on at 180 degrees and back off at 140 degrees.
We do not offer buck stoves so we do not know all that product information, but this product has a 20 degree differential, so if it is set for 100 degrees it would open at 120 degrees.
it should but i can't confirm that its typically used in a furnace or boiler.
I find the dial to be a relative indication. I set mine by trial and error, using an external temperature sensor or gun. However, I believe the dial is supposed to represent the turn on temperature. Good Luck Dany
No, you should set the switch to the temp that you want it to turn on. The temp will immediately drop once your fan engages, and shut off when it reaches the lower limit.
My understanding is that it just switches when the temperature hits the threshold. In your case it will turn on when the temp rises above 100, and will stay on until the temp falls back below 100.
Set the temp. to where you want the fan to come on and it will shut off 10 degrees below what you set it at. Example set at 120 degrees it will shut off at 110 degrees.
The temperature that you set is the "pivot" temperature. I have this on my wood burner. When the stove gets to the set temp, it turns the fan on. When it cools back down to the pivot temperature it will shut the fan off again. This way you are blowing hot air into the room. Mike
No, this would not work on a 12 volt system, it is only compatible for 120 or 240 volt systems.
No, they are not available in that temperature range.