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This is a non-configurable, fixed-power tool. Setup and usage are direct but require caution:
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Safety First: Ensure you are in a region with 220V AC mains power. Using it on a different voltage (like 110V) will result in weak performance, while connecting a 220V device to a higher voltage is dangerous and will destroy it.
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Power On:Â Plug the iron directly into a 220V wall outlet.
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Heating: Allow the iron 3-5 minutes to reach its full operating temperature (typically around 400°C – 450°C).
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Soldering:Â Use it for large-gauge wiring, terminals, and other high-heat tasks.
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Safety Stand: Always use a dedicated soldering iron stand to hold the hot iron when not in active use. Never place it directly on a workbench.
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Maintenance:Â Keep the tip clean and tinned with solder to prevent oxidation and ensure efficient heat transfer.
Important Warning: This iron does not have temperature control. It will continuously run at full power and can become extremely hot, posing a significant risk of burning components if used on modern electronics. It is not suitable for precision PCB work.
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Add to cartThis is a non-configurable, fixed-power tool. Setup and usage are direct but require caution:
-
Safety First: Ensure you are in a region with 220V AC mains power. Using it on a different voltage (like 110V) will result in weak performance, while connecting a 220V device to a higher voltage is dangerous and will destroy it.
-
Power On:Â Plug the iron directly into a 220V wall outlet.
-
Heating: Allow the iron 3-5 minutes to reach its full operating temperature (typically around 400°C – 450°C).
-
Soldering:Â Use it for large-gauge wiring, terminals, and other high-heat tasks.
-
Safety Stand: Always use a dedicated soldering iron stand to hold the hot iron when not in active use. Never place it directly on a workbench.
-
Maintenance:Â Keep the tip clean and tinned with solder to prevent oxidation and ensure efficient heat transfer.
Important Warning: This iron does not have temperature control. It will continuously run at full power and can become extremely hot, posing a significant risk of burning components if used on modern electronics. It is not suitable for precision PCB work.
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