Request a Diagram or Explanation to wire 220v-50/60hz UK 3-wire device

Click For Summary
The discussion centers on wiring a SIEMENS iQ700 glass downdraft extractor for use in the US, as it is designed for European voltage and frequency. The extractor operates at 220-240 V and 50/60 Hz, with a connection rating of 300 W and requires a 10 A fuse. The user seeks guidance on how to wire the 3-wire appliance to a US 220V service, suggesting the possibility of replacing the European plug with a US NEMA plug. They request a wiring diagram to assist in communicating the installation needs to a local electrician. The thread is temporarily locked pending the submission of the user's electrical work certifications.
varocketry
Messages
1
Reaction score
0
TL;DR
I am buying an appliance that is rated 220v-50/60hz, 10 amps, with a UK type GB plug (3-wire). I'd like to know how to properly wire that 220v 3-wire cord to a US plug (assume I snip it off)?
Planning a kitchen renovation.

We've found a SIEMENS iQ700 glass downdraft extractor [model LD98WMM60B] that we'd love to use. It, of course, is only available in EUROPE.

EAN code : 4242003907122
Connection rating : 300 W
Fuse protection : 10 A
Voltage : 220-240 V
Frequency : 50; 60 Hz
Plug type : GB plug

Question: We've confirmed with SIEMENS it will work fine in US 60 hz service. How do I wire the 3-wire appliance to US 220v 3 or 4 wire service? I Assume I can snip off the plug and install a US NEMA plug.
Diagram appreciated to help me understand your explanation and properly communicate it to local electrician.

Thanks.
 
Engineering news on Phys.org
Your thread is locked temporarily until you send my your certifications for doing this type of electrician work. Click on my avatar and "Start a conversation" to send me your certs, so I can re-open your thread. Thanks so much.
 
Hello! I want to generate an RF magnetic field at variable frequencies (from 1 to 20 MHz) using this amplifier: https://www.minicircuits.com/WebStore/dashboard.html?model=LZY-22%2B, by passing current through a loop of current (assume the inductive resistance is negligible). How should I proceed in practice? Can i directly connect the loop to the RF amplifier? Should I add a 50 Ohm in series? Thank you!