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HSG rotary actuator

Series for industrial applications

Our HSG series rotary actuator can be used for any installation position. In the HSG series, the rotary actuator has no end position damping or swivel angle limitation. Rotary actuators in this series are generally suitable when program sequences such as acceleration – travel – deceleration in open-loop or closed-loop controlled systems are determined via proportional or servo valves. The rotary actuators in this series are often also suitable in combination with simple hydraulic circuits if the inertial forces occurring are small, e.g. when opening and closing emptying systems, actuating valves, placing and removing workpieces, swiveling load handling devices and much more.

In order to provide our customers with the right actuator for all areas of application, the HSG rotary actuator is available in a total of 11 different variants. We have listed the most important data below. All further details can be found in our data sheet.

HSG rotary actuators sizes

Special designs
Below you will find our standard models. Of course, all models can also be customised to your individual requirements.
Please send us your specific enquiry.

  • Size
  • Specific torque
    [Nm/bar]
  • Operating pressure
    [bar]
  • Nominal torque
    [Nm]
  • Swivelling angle
    [ degrees° ]
  • Shaft end:
    (P) toothed shaft
    (Z) keyway key
  • Data sheet
  • Technical drawing
  • 3D model (STEP)
  • Spare parts
  • HSG 01 SZ
  • Specific torque
    [Nm/bar]
    1,19
  • Operating pressure
    [bar]
    200
  • Nominal torque
    [Nm]
    238
  • Swivelling angle
    [ degrees° ]
    250
  • Shaft end:
    (P) toothed shaft
    (Z) keyway key
    Z
  • Data sheet Image Image
  • Technical drawingImage
  • 3D model (STEP)Image
  • Spare partsImage
  • HSG 01 SP
  • Specific torque
    [Nm/bar]
    1,19
  • Operating pressure
    [bar]
    200
  • Nominal torque
    [Nm]
    238
  • Swivelling angle
    [ degrees° ]
    250
  • Shaft end:
    (P) toothed shaft
    (Z) keyway key
    P
  • Data sheet Image Image
  • Technical drawingImage
  • 3D model (STEP)Image
  • Spare partsImage
  • HSG 02 SZ
  • Specific torque
    [Nm/bar]
    2,05
  • Operating pressure
    [bar]
    200
  • Nominal torque
    [Nm]
    410
  • Swivelling angle
    [ degrees° ]
    250
  • Shaft end:
    (P) toothed shaft
    (Z) keyway key
    Z
  • Data sheet Image Image
  • Technical drawingImage
  • 3D model (STEP)Image
  • Spare partsImage
  • HSG 02 SP
  • Specific torque
    [Nm/bar]
    2,05
  • Operating pressure
    [bar]
    200
  • Nominal torque
    [Nm]
    410
  • Swivelling angle
    [ degrees° ]
    250
  • Shaft end:
    (P) toothed shaft
    (Z) keyway key
    P
  • Data sheet Image Image
  • Technical drawingImage
  • 3D model (STEP)Image
  • Spare partsImage
  • HSG 03 SZ
  • Specific torque
    [Nm/bar]
    3,83
  • Operating pressure
    [bar]
    200
  • Nominal torque
    [Nm]
    766
  • Swivelling angle
    [ degrees° ]
    250
  • Shaft end:
    (P) toothed shaft
    (Z) keyway key
    Z
  • Data sheet Image Image
  • Technical drawingImage
  • 3D model (STEP)Image
  • Spare partsImage
  • HSG 03 SP
  • Specific torque
    [Nm/bar]
    3,83
  • Operating pressure
    [bar]
    200
  • Nominal torque
    [Nm]
    766
  • Swivelling angle
    [ degrees° ]
    250
  • Shaft end:
    (P) toothed shaft
    (Z) keyway key
    P
  • Data sheet Image Image
  • Technical drawingImage
  • 3D model (STEP)Image
  • Spare partsImage
  • HSG 04 SZ
  • Specific torque
    [Nm/bar]
    7,88
  • Operating pressure
    [bar]
    200
  • Nominal torque
    [Nm]
    1576
  • Swivelling angle
    [ degrees° ]
    250
  • Shaft end:
    (P) toothed shaft
    (Z) keyway key
    Z
  • Data sheet Image Image
  • Technical drawingImage
  • 3D model (STEP)Image
  • Spare partsImage
  • HSG 04 SP
  • Specific torque
    [Nm/bar]
    7,88
  • Operating pressure
    [bar]
    200
  • Nominal torque
    [Nm]
    1576
  • Swivelling angle
    [ degrees° ]
    250
  • Shaft end:
    (P) toothed shaft
    (Z) keyway key
    P
  • Data sheet Image Image
  • Technical drawingImage
  • 3D model (STEP)Image
  • Spare partsImage
  • HSG 05 SZ
  • Specific torque
    [Nm/bar]
    15,53
  • Operating pressure
    [bar]
    200
  • Nominal torque
    [Nm]
    3106
  • Swivelling angle
    [ degrees° ]
    260
  • Shaft end:
    (P) toothed shaft
    (Z) keyway key
    Z
  • Data sheet Image Image
  • Technical drawingImage
  • 3D model (STEP)Image
  • Spare partsImage
  • HSG 05 SP
  • Specific torque
    [Nm/bar]
    15,53
  • Operating pressure
    [bar]
    200
  • Nominal torque
    [Nm]
    3106
  • Swivelling angle
    [ degrees° ]
    260
  • Shaft end:
    (P) toothed shaft
    (Z) keyway key
    P
  • Data sheet Image Image
  • Technical drawingImage
  • 3D model (STEP)Image
  • Spare partsImage
  • HSG 06 SZ
  • Specific torque
    [Nm/bar]
    28,31
  • Operating pressure
    [bar]
    200
  • Nominal torque
    [Nm]
    5662
  • Swivelling angle
    [ degrees° ]
    270
  • Shaft end:
    (P) toothed shaft
    (Z) keyway key
    Z
  • Data sheet Image Image
  • Technical drawingImage
  • 3D model (STEP)Image
  • Spare partsImage
  • HSG 06 SP
  • Specific torque
    [Nm/bar]
    28,31
  • Operating pressure
    [bar]
    200
  • Nominal torque
    [Nm]
    5662
  • Swivelling angle
    [ degrees° ]
    270
  • Shaft end:
    (P) toothed shaft
    (Z) keyway key
    P
  • Data sheet Image Image
  • Technical drawingImage
  • 3D model (STEP)Image
  • Spare partsImage
  • HSG 07 SZ
  • Specific torque
    [Nm/bar]
    55,13
  • Operating pressure
    [bar]
    160
  • Nominal torque
    [Nm]
    8821
  • Swivelling angle
    [ degrees° ]
    280
  • Shaft end:
    (P) toothed shaft
    (Z) keyway key
    Z
  • Data sheet Image Image
  • Technical drawingImage
  • 3D model (STEP)Image
  • Spare partsImage
  • HSG 07 SP
  • Specific torque
    [Nm/bar]
    55,13
  • Operating pressure
    [bar]
    160
  • Nominal torque
    [Nm]
    8821
  • Swivelling angle
    [ degrees° ]
    280
  • Shaft end:
    (P) toothed shaft
    (Z) keyway key
    P
  • Data sheet Image Image
  • Technical drawingImage
  • 3D model (STEP)Image
  • Spare partsImage
  • HSG 08 SZ
  • Specific torque
    [Nm/bar]
    98,90
  • Operating pressure
    [bar]
    160
  • Nominal torque
    [Nm]
    15824
  • Swivelling angle
    [ degrees° ]
    290
  • Shaft end:
    (P) toothed shaft
    (Z) keyway key
    Z
  • Data sheet Image Image
  • Technical drawingImage
  • 3D model (STEP)Image
  • Spare partsImage
  • HSG 08 SP
  • Specific torque
    [Nm/bar]
    98,90
  • Operating pressure
    [bar]
    160
  • Nominal torque
    [Nm]
    15824
  • Swivelling angle
    [ degrees° ]
    290
  • Shaft end:
    (P) toothed shaft
    (Z) keyway key
    P
  • Data sheet Image Image
  • Technical drawingImage
  • 3D model (STEP)Image
  • Spare partsImage
  • HSG 09 SZ
  • Specific torque
    [Nm/bar]
    164,59
  • Operating pressure
    [bar]
    160
  • Nominal torque
    [Nm]
    26334
  • Swivelling angle
    [ degrees° ]
    290
  • Shaft end:
    (P) toothed shaft
    (Z) keyway key
    Z
  • Data sheet Image Image
  • Technical drawingImage
  • 3D model (STEP)Image
  • Spare partsImage
  • HSG 09 SP
  • Specific torque
    [Nm/bar]
    164,59
  • Operating pressure
    [bar]
    160
  • Nominal torque
    [Nm]
    26334
  • Swivelling angle
    [ degrees° ]
    290
  • Shaft end:
    (P) toothed shaft
    (Z) keyway key
    P
  • Data sheet Image Image
  • Technical drawingImage
  • 3D model (STEP)Image
  • Spare partsImage
  • HSG 10 SZ
  • Specific torque
    [Nm/bar]
    275,40
  • Operating pressure
    [bar]
    120
  • Nominal torque
    [Nm]
    33048
  • Swivelling angle
    [ degrees° ]
    290
  • Shaft end:
    (P) toothed shaft
    (Z) keyway key
    Z
  • Data sheet Image Image
  • Technical drawingImage
  • 3D model (STEP)Image
  • Spare partsImage
  • HSG 10 SP
  • Specific torque
    [Nm/bar]
    275,40
  • Operating pressure
    [bar]
    120
  • Nominal torque
    [Nm]
    33048
  • Swivelling angle
    [ degrees° ]
    290
  • Shaft end:
    (P) toothed shaft
    (Z) keyway key
    P
  • Data sheet Image Image
  • Technical drawingImage
  • 3D model (STEP)Image
  • Spare partsImage
  • HSG 11 SZ
  • Specific torque
    [Nm/bar]
    468,81
  • Operating pressure
    [bar]
    120
  • Nominal torque
    [Nm]
    56257
  • Swivelling angle
    [ degrees° ]
    290
  • Shaft end:
    (P) toothed shaft
    (Z) keyway key
    Z
  • Data sheet Image Image
  • Technical drawingImage
  • 3D model (STEP)Image
  • Spare partsImage
  • HSG 11 SP
  • Specific torque
    [Nm/bar]
    468,81
  • Operating pressure
    [bar]
    120
  • Nominal torque
    [Nm]
    56257
  • Swivelling angle
    [ degrees° ]
    290
  • Shaft end:
    (P) toothed shaft
    (Z) keyway key
    P
  • Data sheet Image Image
  • Technical drawingImage
  • 3D model (STEP)Image
  • Spare partsImage

Individual swivel motors

We are also a development partner for

As specialists for individual swivel motors, we at Hense combine over 50 years of experience with customized engineering. Our approach: innovation meets precision to meet your exact requirements. You can rely on our expertise and quality to meet your specific needs in the field of hydraulic drive technology.

Contact us
Can be used in many areas

Typical areas of application

General mechanical engineering
Special machine construction
Handling technology

Product overview

HSG rotary actuator
The rotary actuators to control program-controlled sequences such as acceleration, travel and deceleration in open-loop or closed-loop systems using proportional or servo valves.
Rotary actuator HSE
The rotary actuators also fulfill the function of end position damping with or without adjustable swivel angle limitation.
Rotary actuator HSB
The rotary actuators are used when a swivel position must remain unchanged once a load torque has been applied.
Rotary actuator HSL
Servo-hydraulic controls can significantly expand the range of applications for rotary actuators.

We are happy to help you

Do you have any further questions?

    * Mandatory fields
    Dipl.-Ing. (FH) Rolf WinzenHead of Research & Development
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