What is the use per KW Hr on the Honey well HZ 519-20

https://globefoodequip.com/support/document-library/

To convert KW to BTU use the following:
1KW= 3412.142 BTU/ hr

Hope this helps.
Bob

This generator is less than ideal to use as a home unit. see www.advanced-power-technologies.com and look at residential videos. Basically the voltage is governed by a capacitor on your unit, and ouput is directly propertional to speed. Also the engine is mechanically governered versus an electronic system. This is a common mistake using portables to power home equipment. You will damage your home digital equipment, do not use recommended

Electric clocks use synchronized motors that run on 60 Hz AC. The power company provides AC power with a precisely regulated frequency of 60 Hz. That means that the voltage jumps back and forth (positive to negative) 60 times per second. Your generator would do the same thing if it could run at precisely 3600 rpm (that's rev's per minute) - but it can't, because the engine is not that precisely controlled. In your case it tends to run (on average) a little fast. I hope you found this helpful. By the way, in Europe 50 Hz is the norm. If you run a clock designed for 50 Hz on 60 Hz power, it will run 20% too fast! Al K

For the 80W bulbs you'll be using 2 x 80 x 6 x 30 = 28800 W/hr = 28.8kW/hr.

For the 20W bulbs, it's 2 x 40 x 6 x 30 = 7200 W/hr =7.2 kW/hr.

The monthly saving is 21.6 kW/hrs, a saving of 75%.

BTU means "British thermal units" and is a measurment of cooling and heating capacity. Other units are Kw "Kilowatts", and HP "Horse Power".
To convert
Multiply by
To obtain
kW
1.341
hp

kW
3,413
Btu/hr
hp
2,545
Btu/hr

To determine the cost of using this air conditioner, you will need to find out what your electric company charges per kw/h. This is the standard unit that electricity is charged for. Next determine the wattage of the air conditioner. This should be found on the unit name plate. If you can not find the wattage by the name plate, the take the voltage and multiply by the amperage, this will give you watts. Next multiply the wattage by 24. (watts per hour x 24 hours) Finally divide this number by 1000. This will give you the total Kw that the unit will use in a 24 hour period. If you multiply this number by the cost per Kw that will give you the operating cost of your unit for one day.
ex. electric company charges .25/Kw The unit uses 1000 watts 1000 x 24 = 24000 watts 24000/1000 = 24 Kw 24 Kw x .25/Kw = $6.00 day
Note: all figures shown above were randomly generated in my head, and have no correlation to your calculations. Hope this helps.

Hi
This Fridge uses 668 KW/H/ Yr. as per Energyguide US gov. tests.
This come to 80 Watts per Hr.

Regards
Berry

Below you will find the power requirements for your compressor. I would recommend not to use an extension cord due to possible damage to capacitor. My dewalt a/c, with same motor, is actually using 17.5 amps right before shut off. Good Luck!

Drive: Direct

Horsepower: 2.7 MAX HP

Tank Size: 4 gal

Power Supply: 120V AC, 15 amps,
>60 Hz, 2 pol induction motor

CFM @100 PSI: 3.8 CFM

Pump Speed: 3400 rpm

Tool Length: 18"

Tool Width: 18"

Tool Height: 16"

Tool Weight: 65 lbs

take the wattage of the heater, divide it by 1000 then multiply that by your cost per KW/hr from your electric bill, then multiply that by the number of hours you operate the heater. That will give you the exact cost to operate at full heating per hour.