Control Cube Servo Controller and Cubus Software

Fatigue and fatigue strength testing - with maximum flexibility and efficiency.
Servoregler Control Cube und Software Cubus

Servo-hydraulic testing systems are the preferred option for fatigue and fatigue strength tests. The performance of these systems is determined to a large degree by the measurement and control electronics used, together with the associated testing software. The Control Cube servo controller and Cubus testing software are ideal both for new testing systems and for retrofitting to existing servo-hydraulic testing systems, as well as for multiaxial applications.
This system was developed by ZwickRoell in collaboration with CaTs3 (Consultants in Automated Test & Structural-dynamic Simulation Systems). The company's long-standing experience and expertise are reflected in a highly efficient product capable of handling customers' constantly expanding needs while at the same time meeting ZwickRoell's high safety and quality standards.
During development, special attention was paid to achieving a high degree of testing system flexibility and expandability. Impressive features of the Cubus software platform include outstanding versatility and an extremely user-friendly operating concept, especially when faced with frequently changing testing requirements. From configuration of the test bench to routine cyclic tests to advanced applications - there is a Cubus test program to suit all. For simulation of actual service loads QanTiM iteration® software is optionally available.

Control Cube Servo Controller

Advantages & features

  • A measurement and control system consisting of the Control Cube servo-controller and Cubus testing software includes the following outstanding features:
  • simple, intuitive and well-structured user interface shortens familiarization times
  • flexible, modular design allows straightforward system configuration to accommodate both simple and complex testing requirements
  • easily expanded from 1 to 32 control channels for multi-channel applications
  • flexible and space-saving with compact ½ 19’’ housing with integral signal generator - the world's smallest servo controller
  • safety concept includes integrated safety interface for Emergency STOP
  • basic unit available as 1 or 2-channel version
  • optimized 4 kHz data acquisition and control frequency for cyclic testing requirements
  • 19-bit resolution for reliable, highly accurate test data acquisition
  • reliable PC connection and high data transfer rate via Ethernet
  • Cubuslight basic software and Cubus testing software for wide range of customer-specific testing situations
  • QanTiM® software package for simulation of actual operating loads.

Technical overview



Control frequency



Measured-value acquisition (max. sampling rate)



Expansion slots


PC interface


Universal measurement-amplifier

2x universal digital signal converter, can be increased to 8 per Control Cube; 19-bit resolution at 64 kHz oversampling and averaging

Analog inputs and outputs

2x analog ±10 V inputs, available for external commands or external measurement amplifiers

2x analog ±10 V outputs, available for synchronized control of external devices; also available for monitor signals, e.g. for an external oscilloscope
expansion option

Digital inputs and outputs

2x optically coupled digital inputs

2x digital outputs; expansion option

Electrical supply

85 to 264 V AC, 47 to 63 Hz / 150 W

Dimensions (H x W x D), approx.

94 x 233 x 315


Approx. weight



System graphics

The technical features and integration options of Control Cube

(1)    PC connection via Ethernet interface

(2)    Multi-channel connection up to 32 control channels

(3)    Optional ± 10V set-value preset/monitor channels

(4)    Digital I/O connection

(5)    Remote-control connection

(6)    Hydraulic connection

(7)    System connection, e.g. for safety doors

(8)    Safety connection for integration of emergency-stop circuit

(9)    Channel identification via LED

(10)  Universal measurement amplifier for AC or DC sensors

(11)  Analog I/O module (option)

The Technical University of Munich relies on ZwickRoell for fatigue testing

The Institute of Machine Elements of the Technical University of Munich, also known as the Gear Research Center (FZG), is today’s leading international research institute for gears and transmissions. The focus of the institute’s research activities is the development of methods and tools for reliable determination of fatigue life, efficiency, and vibration characteristics of these components. To meet the requirements of future research projects, several servohydraulic test stands were modernized by ZwickRoell.
TU Munich