An indexing plunger system, comprising: - an indexing plunger assembly (3a, 3b) having a locking pin that can be moved in a pin sleeve along a pin axis, and - an actuating assembly having a handle, a handle sleeve and a Bowden cable (15a, 15b), wherein the handle can be moved in the handle sleeve between a retracted position and an extended position along a handle axis, and in particular is held captively, wherein the Bowden cable (15a, 15b) comprises a Bowden cable sheath and a core, and the Bowden cable (15a, 15b) couples the locking pin to the handle, wherein the handle sleeve directly or indirectly forms a handle-side abutment (42a, 42b) for a rear stop end of the Bowden cable sheath, wherein the core of the Bowden cable (15a, 15b) is fastened to the handle in a tension-resistant manner, characterized in that the indexing plunger system comprises at least two indexing plunger assemblies (3a, 3b), each with a locking pin that can be moved in a pin sleeve along a pin axis, in that the actuating assembly is designed with at least two Bowden cables (15a, 15b), wherein a respective Bowden cable (15a, 15b) comprises a Bowden cable sheath and a core, and a respective Bowden cable (15a, 15b) couples one of the locking pins to the handle, wherein the handle sleeve directly or indirectly forms at least two handle-side abutments (42a, 42b) for a respective rear stop end of a respective Bowden cable sleeve, and wherein the at least two cores of the Bowden cables (15a, 15b) are fastened to the handle in a tension-resistant manner, and in that at least two rotation stops (135, 136) are provided that limit a rotation of the handle relative to the handle sleeve to a rotation angle range DWB, where DWB < 360°. - an indexing plunger assembly (3a, 3b) having a locking pin that can be moved in a pin sleeve along a pin axis, and - an actuating assembly having a handle, a handle sleeve and a Bowden cable (15a, 15b), wherein the handle can be moved in the handle sleeve between a retracted position and an extended position along a handle axis, and in particular is held captively, wherein the Bowden cable (15a, 15b) comprises a Bowden cable sheath and a core, and the Bowden cable (15a, 15b) couples the locking pin to the handle, wherein the handle sleeve directly or indirectly forms a handle-side abutment (42a, 42b) for a rear stop end of the Bowden cable sheath, wherein the core of the Bowden cable (15a, 15b) is fastened to the handle in a tension-resistant manner, characterized in that the indexing plunger system comprises at least two indexing plunger assemblies (3a, 3b), each with a locking pin that can be moved in a pin sleeve along a pin axis, in that the actuating assembly is designed with at least two Bowden cables (15a, 15b), wherein a respective Bowden cable (15a, 15b) comprises a Bowden cable sheath and a core, and a respective Bowden cable (15a, 15b) couples one of the locking pins to the handle, wherein the handle sleeve directly or indirectly forms at least two handle-side abutments (42a, 42b) for a respective rear stop end of a respective Bowden cable sleeve, and wherein the at least two cores of the Bowden cables (15a, 15b) are fastened to the handle in a tension-resistant manner, and in that at least two rotation stops (135, 136) are provided that limit a rotation of the handle relative to the handle sleeve to a rotation angle range DWB, where DWB < 360°. wherein the handle can be moved in the handle sleeve between a retracted position and an extended position along a handle axis, and in particular is held captively, wherein the Bowden cable (15a, 15b) comprises a Bowden cable sheath and a core, and the Bowden cable (15a, 15b) couples the locking pin to the handle, wherein the handle sleeve directly or indirectly forms a handle-side abutment (42a, 42b) for a rear stop end of the Bowden cable sheath, wherein the core of the Bowden cable (15a, 15b) is fastened to the handle in a tension-resistant manner, characterized in that the indexing plunger system comprises at least two indexing plunger assemblies (3a, 3b), each with a locking pin that can be moved in a pin sleeve along a pin axis, in that the actuating assembly is designed with at least two Bowden cables (15a, 15b), wherein a respective Bowden cable (15a, 15b) comprises a Bowden cable sheath and a core, and a respective Bowden cable (15a, 15b) couples one of the locking pins to the handle, wherein the handle sleeve directly or indirectly forms at least two handle-side abutments (42a, 42b) for a respective rear stop end of a respective Bowden cable sleeve, and wherein the at least two cores of the Bowden cables (15a, 15b) are fastened to the handle in a tension-resistant manner, and in that at least two rotation stops (135, 136) are provided that limit a rotation of the handle relative to the handle sleeve to a rotation angle range DWB, where DWB < 360°.