cyber® dynamic actuator L with ball screw

  • cyber® dynamic line with ball screw
  • Product family cyber® dynamic line with ball screw
  • Product family cyber® dynamic line
  • cyber® dynamic line with ball screw
  • Product family cyber® dynamic line – Inox Design

dynamic – high torque – efficient

The linear actuators in the cyber® dynamic line are ideally suited for precise and flexible position control. As servo motors with an integrated ball screw, they represent an energy efficient and maintenance free alternative to pneumatic cylinders. The version with a closed pushing rod as well as a built-in linear guidance and anti-rotation mechanism forms a very compact unit.

Optionally, the motors can be extended with a holding brake (size 40) in Inox and Hygienic design.

For a reduced project planning workload in your electrical design, the products are available in EPLAN.


With the cyber® dynamic actuators we are a worldwide partner in the Encompass program of Rockwell Automation.

Excellent solution for complex motion tasks

Industrial grade

  • Built-in absolute encoder
  • Closed pushing rod with wiper
  • Single-cable solution (suitable for cable carriers, EMC shielded)
  • Protection class IP54 (or higher)

Dynamics

  • Maximum acceleration thanks to high overload capacity and low mass inertia
  • Ideal for dynamic processes with short cycle times

Compactness

  • Round design with very high torque density
  • Built-in absolute encoder, anti-rotation mechanism and linear guidance

Precision

  • Precise and flexible position control
  • Use of high-precision ball screws

Reproducibility

  • High process reliability thanks to reproducible processes
  • Easy connection to your fieldbus systems

Efficiency

  • Energy efficient, maintenance free drives
  • Less heat dissipation

Connectivity

  • Numerous real-time capable fieldbuses to connect to your fieldbus systems
  • Automatic motor parameterization thanks to the electronic identification plate

Consulting and sizing

  • • Individual on-site consulting
    • Sizing with cymex®
    • Documentation in EPLAN

Product highlights

With the linear actuators in the cyber® dynamic line, the screw is fully integrated in the actuator housing – the servo motor, spindle drive, linear guide and encoder system form a closed, highly integrated and ready-to-install unit. All sizes moreover feature an absolute encoder and are designed using EMC shielded, single-cable technology that is compatible with drag chains. 

The small servo motors with integrated screw impress with their high power density and dynamics. Each of the four sizes has two different screw pitches, making them ideal for applications, which are either force- or speed optimized. The linear actuators additionally have a compact design, which results in much lower mass inertia than feasible, for instance, if the screw is simply attached to the servo motor.
 

Protection class IP65 (at pushing rod)

Reinforced thrust bearing

Built-in linear guidance with anti-rotation mechanism

Integrated ball screw

Closed pushing rod with integrated wiper

Absolute encoder

  • Singleturn
  • Multiturn for size 32/40

Optional with holding brake for size 40

Small servo drive system

Space-saving installation thanks to stackability and user-friendly pin assignment

Numerous fieldbus interfaces and decentral intelligence

Simple installation in the machine without an additional enclosure thanks to protection class IP65

Safe shutdown of the system in case of emergency thanks to integrated STO (Safe Torque Off) safety function according to SIL3 without loss of productivity

Electronic name plate enables automatic and safe parametrization of the motor

High-dynamic servo motors in the sizes 17 - 40 mm (optionally with gearbox and ball screw)

The cyber® simco® drive 2 servo controller, the cyber® dynamic line motor series and the cyber® dynamic system are a complete match in every respect.

You can choose between numerous different fieldbus interfaces for easy connection to your higher-level controller (Sercos and CANopen on request). 

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