The present invention discloses a voltage divider bracket used for direct current buses with different structures. The bracket is aimed at providing the easily-operated voltage divider bracket used for direct current buses with different structures. The bracket comprises a bracket body, mounting seats arranged on the lower ends of the bracket body, and a supporting and connecting plate arranged onthe upper end of the bracket body. The bracket body comprises four rectangularly-distributed upright columns, multiple transverse rods connecting the adjacent upright columns, and multiple oblique support rods connecting the adjacent upright columns. The bracket body also comprises a transferring bracket connected with the upper end of the supporting and connecting plate via detachable chains. The transferring bracket comprises: a lower-part mounting plate, wherein the lower-part mounting plate supports on the supporting and connecting plate, and the lower-part mounting plate is connected with the supporting and connecting plate via screw bolt(s); a support cylinder arranged at the middle of the upper end of the lower-part mounting plate; an upper-part mounting plate arranged on the upperend of the support cylinder; and multiple stiffened plates, wherein the stiffened plates are arranged on the outer wall of the support cylinder, and each stiffened plate is separately connected withthe lower-part mounting plate and the upper-part mounting plate. The upper-part mounting plate is provided with connection holes. The bracket can effectively improve the maintenance efficiency of thedirect current buses.