A balcony glazing arrangement comprising a first suspension carrier (17; 117) displaceable along an upper horizontal guide rail, a window pane (11; 111) pivotably connected to said first suspension carrier (17; 117), wherein said window pane (11; 111) is horizontally displaceable along said guide rail and pivotable about a vertical pivot axis between a closed setting, in which the window pane (11; 111) extends along said upper guide rail, and an open setting, in which the window pane (11; 111) is pivoted away from said guide rail, a first magnetic coupling part (37; 137) arranged on said first suspension carrier (17; 117) for coupling of said window pane (11; 111) to a second suspension carrier (15; 115) of the balcony glazing arrangement, a second magnetic coupling part (31; 131) arranged on said second suspension carrier (15; 115) and level with the first magnetic coupling part (37; 137), said magnetic coupling parts (31, 37; 131, 137) being arranged to maintain said window pane (11; 111) connected to said second suspension carrier (15; 115) when the window pane (11; 111) is situated in said open setting, and a magnet separating device (43; 143) arranged to at least partly disconnect said magnetic coupling parts (31, 37; 131, 137) from each other, by creating an air gap therebetween, when said window pane (11; 111) is pivoted from its open setting into its closed setting, wherein said magnet separating device (43; 143) comprises a separating member (47a; 150a) arranged to pivot together with said window pane (11; 111) about said pivot axis, characterized in that at least one member (45; 150) of said second suspension carrier and said magnet separating device is adjustable so as to enable presetting of said air gap, wherein said magnet separating device (43; 143) comprises a rotatable member (47; 147) and a linearly displaceable member (49; 149). a first suspension carrier (17; 117) displaceable along an upper horizontal guide rail, a window pane (11; 111) pivotably connected to said first suspension carrier (17; 117), wherein said window pane (11; 111) is horizontally displaceable along said guide rail and pivotable about a vertical pivot axis between a closed setting, in which the window pane (11; 111) extends along said upper guide rail, and an open setting, in which the window pane (11; 111) is pivoted away from said guide rail, a first magnetic coupling part (37; 137) arranged on said first suspension carrier (17; 117) for coupling of said window pane (11; 111) to a second suspension carrier (15; 115) of the balcony glazing arrangement, a second magnetic coupling part (31; 131) arranged on said second suspension carrier (15; 115) and level with the first magnetic coupling part (37; 137), said magnetic coupling parts (31, 37; 131, 137) being arranged to maintain said window pane (11; 111) connected to said second suspension carrier (15; 115) when the window pane (11; 111) is situated in said open setting, and a magnet separating device (43; 143) arranged to at least partly disconnect said magnetic coupling parts (31, 37; 131, 137) from each other, by creating an air gap therebetween, when said window pane (11; 111) is pivoted from its open setting into its closed setting, wherein said magnet separating device (43; 143) comprises a separating member (47a; 150a) arranged to pivot together with said window pane (11; 111) about said pivot axis, characterized in that at least one member (45; 150) of said second suspension carrier and said magnet separating device is adjustable so as to enable presetting of said air gap, wherein said magnet separating device (43; 143) comprises a rotatable member (47; 147) and a linearly displaceable member (49; 149).