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edited Jun 28, 2018 at 17:36

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If it's a RCD, there may be a current leak to the ground, or the 'apparent' power may be over 15A. It may mean that your saw power factor [a.k.a. cos(fi)cos(fi)] is lower than 0,82 (check on the label).

15 < Pcos(fi)+Psin(fi)15 < P*cos(fi)+P*sin(fi) where fifi is between 0 and 90 (in your case cos(fi)cos(fi) is lower than 0,82). In your case P*sin(fi)=10P*sin(fi)=10 so we can go to fi < 63°fi < 63°.

If it's a RCD, there may be a current leak to the ground, or the 'apparent' power may be over 15A. It may mean that your saw power factor [a.k.a. cos(fi)] is lower than 0,82 (check on the label).

15 < Pcos(fi)+Psin(fi) where fi is between 0 and 90 (in your case cos(fi) is lower than 0,82). In your case P*sin(fi)=10 so we can go to fi < 63°

If it's a RCD, there may be a current leak to the ground, or the 'apparent' power may be over 15A. It may mean that your saw power factor [a.k.a. cos(fi)] is lower than 0,82 (check on the label).

15 < P*cos(fi)+P*sin(fi) where fi is between 0 and 90 (in your case cos(fi) is lower than 0,82). In your case P*sin(fi)=10 so we can go to fi < 63°.

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created Mar 26, 2018 at 13:42

DDS

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If it's a RCD, there may be a current leak to the ground, or the 'apparent' power may be over 15A. It may mean that your saw power factor [a.k.a. cos(fi)] is lower than 0,82 (check on the label).

15 < Pcos(fi)+Psin(fi) where fi is between 0 and 90 (in your case cos(fi) is lower than 0,82). In your case P*sin(fi)=10 so we can go to fi < 63°