a user to guide a steel plate onto or off of a trench throughout the path of the steel plate the electrically insulative shaft 10 further comprises a first shaft end 11 and a second shaft end 12 the first shaft end 11 and the second shaft end 12 are positioned opposite each other along the electrically insulative shaft 10 as seen in fig1 and fig2 the handle bar 1 is positioned perpendicular to the electrically insulative shaft 10 so that the user may completely grip the handle bar 1 as the electrically insulative shaft 10 moves according to the position of the steel plate more specifically the handle bar 1 is mounted adjacent to the first shaft end 11 so that there is a safe distance between the steel plate and the user the stator 19 is pivotably mounted to the second shaft end 12 by the universal joint 15 which allows the magnetized rotor 22 to pivot in relation to the electrically insulative shaft 10 while being attached to the steel plate thereby allowing the steel plate that is attached to the magnetized rotor 22 to move in a variety of directions furthermore the magnetized rotor 22 is rotatably mounted to the stator 19 so that which allows the magnetized rotor 22 to rotate in the preferred embodiment of the present invention a bar adapter 6 connects the handle bar 1 to the electrically insulative shaft 10 the bar.