The compact drive system of the DSH hoist drive is characterized by high rigidity and is therefore suitable for highly dynamic applications. DSH hoist drives have positioning and repeatability accuracy in the micron range. The ball screw is integrated directly into the torque motor, which directly drives the ball screw. The tensile and compressive forces from the spindle are absorbed by suitable axial bearings. When powered and during operation, the ball screw is held and braked by a torque motor.

When powered and during operation, the ball screw is held and braked by a torque motor. Multiple drives working together on a DSH hoist drive do not have to be placed on the same level and still work completely in sync with each other. The ball screw is integrated directly into the torque motor, which directly drives the ball screw. The compact drive system of the DSH hoist drive is characterized by high rigidity and is therefore suitable for highly dynamic applications. DSH hoist drives achieve high energy efficiency.

DSH hoist drives achieve high energy efficiency. Multiple drives working together on a DSH hoist drive do not have to be placed on the same level and still work completely in sync with each other. When powered and during operation, the ball screw is held and braked by a torque motor. DSH hoist drives have positioning and repeatability accuracy in the micron range. The tensile and compressive forces from the spindle are absorbed by suitable axial bearings.

The tensile and compressive forces from the spindle are absorbed by suitable axial bearings. The DSH hoist drive operates without a separate gearbox. Multiple drives working together on a DSH hoist drive do not have to be placed on the same level and still work completely in sync with each other. The compact drive system of the DSH hoist drive is characterized by high rigidity and is therefore suitable for highly dynamic applications. At standard travel speeds of up to 32 m/min, DSH hoist drives achieve stroke cycle frequencies in the Hertz range.

The compact drive system of the DSH hoist drive is characterized by high rigidity and is therefore suitable for highly dynamic applications. At standard travel speeds of up to 32 m/min, DSH hoist drives achieve stroke cycle frequencies in the Hertz range. Multiple drives working together on a DSH hoist drive do not have to be placed on the same level and still work completely in sync with each other. The DSH hoist drive operates without a separate gearbox. DSH hoist drives achieve high energy efficiency.

DSH hoist drives achieve high energy efficiency. At standard travel speeds of up to 32 m/min, DSH hoist drives achieve stroke cycle frequencies in the Hertz range. When powered and during operation, the ball screw is held and braked by a torque motor. Multiple drives working together on a DSH hoist drive do not have to be placed on the same level and still work completely in sync with each other. The DSH hoist drive operates without a separate gearbox.

DSH hoist drives have positioning and repeatability accuracy in the micron range. The tensile and compressive forces from the spindle are absorbed by suitable axial bearings. Multiple drives working together on a DSH hoist drive do not have to be placed on the same level and still work completely in sync with each other. The ball screw is integrated directly into the torque motor, which directly drives the ball screw. DSH hoist drives achieve high energy efficiency.

DSH hoist drives have positioning and repeatability accuracy in the micron range. The integrated brake of the DSH hoist drive can be used to increase the energy balance or is available as an option for safety reasons. DSH hoist drives achieve high energy efficiency. Multiple drives working together on a DSH hoist drive do not have to be placed on the same level and still work completely in sync with each other. When powered and during operation, the ball screw is held and braked by a torque motor.

Multiple drives working together on a DSH hoist drive do not have to be placed on the same level and still work completely in sync with each other. DSH hoist drives achieve high energy efficiency. The tensile and compressive forces from the spindle are absorbed by suitable axial bearings. At standard travel speeds of up to 32 m/min, DSH hoist drives achieve stroke cycle frequencies in the Hertz range. The DSH hoist drive operates without a separate gearbox.

When powered and during operation, the ball screw is held and braked by a torque motor. Multiple drives working together on a DSH hoist drive do not have to be placed on the same level and still work completely in sync with each other. At standard travel speeds of up to 32 m/min, DSH hoist drives achieve stroke cycle frequencies in the Hertz range. DSH hoist drives achieve high energy efficiency. DSH hoist drives have positioning and repeatability accuracy in the micron range.