My sewing machine is US - 115 v - 100W - o.95 amp, lamp is 15 W. Is the above 300 Watt step upDown converter ok for me or is it too strong?
1139796
By being a 300W converter, it means that it can support up to 300W. Since the combined wattage of your sewing machine and lamp are 115W which is less than 300W, this converter should work fine for you.
1946337
depends on your house :)if 1000W are enough, yes (eg a holiday cottage)but major appliances like washer, stove etc need more, much moreFor a whole house application i would recommend a larger stationary converter with power factor correction
2223843
20 x 10w = 200w, the LET151 only puts out 150w. Either use 2 w/ 10 lamps each, or find a 200+ watt transformer.
1216077
No, definitely not. At least 750 to 1000 is your ballpark, I have this and it is great for things like lamps but not much else. Good luck!
235595
For a sewing machine, you will need a 200 Watt or a 300 Watt voltage transformer.VM 300UK - 300 Watts Heavy Duty Step Down Voltage Transformer with UK Plug for 220V/240V Countries
366653
Check those specs again... where did you get 15amp from?115v x 15amp = 1725watts.A 50w panel will not power a 1725watt appliance.Your best bet is to buy a Kill-a-Watt meter from amazon.That will provide you with accurate usage specs.
1838118
There should be a UL label on the bottom of the machine which states its watts and/or amps. UL is a third party evaluation group that gives accurate information. Could someone who has one of these machines tell us what it says?
1614309
It depends on your product's wattage to be used,if your going to use (2) two products make sure that these products are 50% lower in wattage than your converter
1717952
This converter is not designed for high wattage items such as coffeepot. It can only handle up to 100 watt max.
372940
Brigide, it depends on the power of your appliance. Theoretically it can not be used with more than 3000w. I would rather have some leeway (about 30% more wattage than needed for the appliance).
1032511
I would say no. I could not find current draw info ,but I had 2 strings attached to the 30 watt supply and went thru 2 of these power supply's. They kept failing. I just switched to a 100 watt supply. Without seeing current draw on these 16 foot strips, it is hard to say for sure how many watts will be required. I would start with the 100 watt supply. Or if you can find the current draw of a single 16 foot strip, just multiply that by the qty of strips and that times 12 volts. That will give you the total wattage power supply needed. Example. If each strip draws 2 amps, and you use 5 strips, then 10 times 12 equals 120 watts. You will need to find the current draw to be sure. I would say no. I could not find current draw info ,but I had 2 strings attached to the 30 watt supply and went thru 2 of these power supply's. They kept failing. I just switched to a 100 watt supply. Without seeing current draw on these 16 foot strips, it is hard to say for sure how many watts will be required. I would start with the 100 watt supply. Or if you can find the current draw of a single 16 foot strip, just multiply that by the qty of strips and that times 12 volts. That will give you the total wattage power supply needed. Example. If each strip draws 2 amps, and you use 5... » Read More I would say no. I could not find current draw info ,but I had 2 strings attached to the 30 watt supply and went thru 2 of these power supply's. They kept failing. I just switched to a 100 watt supply. Without seeing current draw on these 16 foot strips, it is hard to say for sure how many watts will be required. I would start with the 100 watt supply. Or if you can find the current draw of a single 16 foot strip, just multiply that by the qty of strips and that times 12 volts. That will give you the total wattage power supply needed. Example. If each strip draws 2 amps, and you use 5 strips, then 10 times 12 equals 120 watts. You will need to find the current draw to be sure. « Show Less
1752759
A good rule for me was always to look for a converter with 50% more Watts as what the device needs max.Manufacturer says, 300 Watt only for short time or it will overheat. At least it has a "Thermal Fuse Protection", but i would not recommend it for a kitchen device (powder, liquid all around).
607047
The power rating was right on the Amazon description. Output: DC 12V 12.5A 150Watt. 12 amp is a lot of power. The 5050 300 pulls less than 1 amp of power per 15ft rope. You could have 10+ on this power supply. Remember that with 12v you will get a roll off on the voltage by the end of the first 15ft rope. Make sure you wire it up so this problem is reduced on the 2nd rope. (Series vs parallel wiring)
72700
Yes! Not only you can, you have spare power to run up to 165 watts. I have tried many and this is the best, most consistent converter I've ever used whether the load is minimal or high the output is steady (measured with a fluke meter) I recommend it 100%
1036212
I thought the same thing. The unit is only 44 W. The picture is a different unit. I run a 20 w spot lamp and 5 4w lamps
1151557
I don't think you can without something to step down the voltage on the lamp (or whatever product you are using). The product details states that it supports 120 volts.
689884
rlionheart is correct, for safety reasons they ask that you not use stronger bulbs, but I do as well, since a 45 w does not provide much light. But be more cautious of the surroundings when setting up and always check your lamp socket for heat damage before use.