reprap:anet:a8:improvements:understanding_my_heatbed

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reprap:anet:a8:improvements:understanding_my_heatbed [2018/12/30 10:06] – [Analysis with the simulator] cj_elec_techreprap:anet:a8:improvements:understanding_my_heatbed [2018/12/30 10:07] – [Analysis with the simulator] cj_elec_tech
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   * Use thicker wires between heat-bed and the board, and board and power supply (see the optimization chapter below).   * Use thicker wires between heat-bed and the board, and board and power supply (see the optimization chapter below).
   * Solder wires directly onto the heat-bed (some soldering practice is needed).   * Solder wires directly onto the heat-bed (some soldering practice is needed).
-  * Increase the voltage of the power supply. This might be risky and is only recommended if you have [[reprap:anet:a8:replace_connectors|replaced the original connectors]]. The power supply might exceed its limits, therefore a power supply with 30A at least is recommended by some users if 14V is used. Theoretically the Arduino in the Anet board can go up to 18V but only 12V is recommended for Arduinoes. So it should be possible, but it is your own risk!+  * Increase the voltage of the power supply. This might be risky and is only recommended if you have [[reprap:anet:a8:replace_connectors|replaced the original connectors]]. The power supply might exceed its limits, therefore a power supply with 30A at least is recommended by some users if 14V is used. Theoretically the Arduino in the Anet board can go up to 18V but only 12V is recommended for Arduinos. So it should be possible, but it is your own risk!
 {{ :reprap:anet:a8:improvements:mypicture11.gif |}} {{ :reprap:anet:a8:improvements:mypicture11.gif |}}
  
  • reprap/anet/a8/improvements/understanding_my_heatbed.txt
  • Last modified: 2018/12/30 10:19
  • by cj_elec_tech