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Londinium L1R use in Japan
Hi everyone,
Reiss told me there are a few L1 users in Japan (100V or 200V power supply with 50 Hz for Eastern Japan, 60 Hz for Western Japan) and suggested I post my related questions here. The machines are good for 50 Hz or 60 Hz but the difference in voltage results in a significant drop in wattage of the heating element when using the 120V or 240V Version at 100V or 200V respectively. I was wondering what your experiences are:
a. Which version do you use in Japan (120V or 240V)?
b.. Do you use a transformer and if not what is you experience with heat up/ recovery time?
c. The wiring is good for 13A and the stock version heating elements draw both around 12A. If you use the 120V version, did you change the heating element and if so to which one?
Any other advice you would like to share (parts sources etc.) is of course appreciated.
Reiss told me there are a few L1 users in Japan (100V or 200V power supply with 50 Hz for Eastern Japan, 60 Hz for Western Japan) and suggested I post my related questions here. The machines are good for 50 Hz or 60 Hz but the difference in voltage results in a significant drop in wattage of the heating element when using the 120V or 240V Version at 100V or 200V respectively. I was wondering what your experiences are:
a. Which version do you use in Japan (120V or 240V)?
b.. Do you use a transformer and if not what is you experience with heat up/ recovery time?
c. The wiring is good for 13A and the stock version heating elements draw both around 12A. If you use the 120V version, did you change the heating element and if so to which one?
Any other advice you would like to share (parts sources etc.) is of course appreciated.
Comments
Is the L1R different than the R24?
we sell a version of the LR24 with a 120V/1400W element in it
if you run this machine on a 100V supply the 1400W element will only put out 100/120, or 5/6th of 1400W, which i dont recommend but it will 'work'
kind regards
reiss.
A simplistic calculation
Power = Volts x Amps
Amps = Volts / Resistance
Therefore
Power = (Volts x Volts) / Resistance
Hence an element that is rated at 1400 W at 120 volts will only draw about 972 W at 100 volts.