Continuous casting mold and method

A continuous casting mold comprising first and second oppositely located short side walls and two oppositely located long side walls extending past the short side walls, an adjusting member for moving at least the first short side wall toward and away from the second short side wall, wherein the adjusting member is comprised of two hydraulic cylinder units configured to be actuated independently of each other, each hydraulic cylinder unit having a cylinder and a piston adjustable in an adjusting direction relative to the cylinder, wherein the hydraulic cylinder units comprise clamping bodies for locking the pistons.

A continuous casting mold comprising first and second oppositely located short side walls and two oppositely located long side walls extending past the short side walls, an adjusting member for moving at least the first short side wall toward and away from the second short side wall, wherein the adjusting member is comprised of two hydraulic cylinder units configured to be actuated independently of each other, each hydraulic cylinder unit having a cylinder and a piston adjustable in an adjusting direction relative to the cylinder, wherein the hydraulic cylinder units comprise pressure sensors for determining hydraulic pressures prevailing in the hydraulic cylinder units.

A method of operating a continuous casting mold having two oppositely located long side walls and two oppositely located short side walls, and at least one hydraulic cylinder unit with a cylinder and a piston for adjusting at least one of the short side walls, the method comprising determining a position of the piston relative to the cylinder by a linear distance pickup provided for the hydraulic cylinder unit, and supplying the position of the piston to a position control circuit for actuating a hydraulic pump for the hydraulic cylinder unit, further comprising determining a pressure prevailing in a hydraulic liquid of the hydraulic cylinder unit and supplying the pressure to the position control circuit as a correction variable.

A method of operating a continuous casting mold having two oppositely located long side walls and two oppositely located short side walls, and at least one hydraulic cylinder unit with a cylinder and a piston for adjusting at least one of the short side walls, the method comprising determining a position of the piston relative to the cylinder by a linear distance pickup provided for the hydraulic cylinder unit, and supplying the position of the piston to a position control circuit for actuating a hydraulic pump for the hydraulic cylinder unit, wherein the at least one short side wall is additionally adjustable by a second hydraulic cylinder unit, comprising determining a hydraulic pressure prevailing in the second hydraulic cylinder unit and supplying the hydraulic pressure to the first hydraulic cylinder unit as a correction variable.

A method of operating a continuous casting mold having two oppositely located long side walls and two oppositely located short side walls, and at least one adjusting member unit with a cylinder and a piston for adjusting at least one of the short side walls, the method comprising determining an adjustment distance of the adjusting member by a linear distance pickup for controlling a position of the at least one short side wall, moving the at least one short side wall toward a fixed point relative to the continuous casting mold for effecting a calibration, and subsequently, by taking into consideration a signal generated when the fixed point is reached, converting signals transmitted by the linear distance pickup into an absolute adjusting distance for the at least one short side wall.