A Bundle Divertor was chosen as the impurity control and plasma exhaust system for the beam driven Demonstration Tokamak Hybrid Reactor-DTHR. ln the context of a preconceptual design study of the reactor and associated facility a. bundle divertor concept was developed and integrated into the reactor system. The overall system was found feasible and scalable for reactors with intermediate toroidal field strengths on axis. The• important design characteristics are: the overall average current density of the divertor coils is 0.73 kA for each tesla of toroidal field on axis; the div~rtor windings are made from superconducti.ng cables supported by steel structures and are designed to be maintainable; the particle collection assembly and auxiliary cryosorption vacuum pump are dual systems designed such that they can be reactivated alternatively to allow for continuous reactor operation; and the power requirement for energizing and operating the divertor is about 5