Free sample programmes for your drylin® E motor control

• Download programmes with master/control system program & dryve parameterisation 
• Compatible with industrial manufacturers (Siemens, Beckhoff, Wago etc.)
• Compatible with commercially available single-board computers/developer boards
  (Arduino, Raspberry Pi, BeagleBone)

• Reduced integration time
• Cost savings

• Suitable for Siemens TIA Portal V15.1
• Control system via digital inputs & outputs
• Prefabricated function module (FB)
• Up to 32 travel movements
• Reference/Homing run

• Simple pick & place handling
• Inspection tasks with camera

• Suitable for Siemens TIA Portal V15.1
• Control system via analogue input, digital inputs & outputs
• Prefabricated function module (FB)
• Define two positions in flexible terms using PLC
• Reference/Homing run

• Format adjustments
• Height adjustments

• Suitable for Siemens TIA Portal V15.1
• Control system via analogue input, digital inputs & outputs
• Prefabricated function module (FB)
• Define a position in flexible terms with PLC
• Reference/Homing run

• Simple pick & place handling
• Camera and sensor adjustments

• Suitable for Siemens TIA Portal V15.1
• Control system via digital inputs & outputs
• Prefabricated function module (FB)
• Up to 32 movements can be started individually
• Reference/Homing run

• Pick & place handling
• Inspection tasks with camera

• Suitable for Siemens TIA Portal V15.1
• Control system via digital inputs & outputs
• Prefabricated function module (FB)
• Adjustable pause times for DC motors (S2)

• Blow-off devices
• Separation

• Suitable for Siemens TIA Portal V15.1
• Control system via digital inputs & outputs
• Prefabricated function module (FB)
• Automatic positioning to external sensors

• Stacking machines
• Buffer memory

• Suitable for Siemens TIA Portal V15.1
• Use of Siemens PTO (Pulse Train Output)
• Control system via digital inputs & outputs
• Prefabricated function module (FB)
• Reference/homing run & flexible positioning

• Simple pick & place handling
• Automatic assembly machines

• Suitable for Raspberry PI
• Python programming language (Thonny IDE)
• Ethernet TCP/IP (Modbus gateway)
• Reference/homing run & flexible positioning

• Low-cost automation solutions
• Testing & experimenting apparatus

• Suitable for laptop or PC
• Programming language Python (Thonny IDE)
• Ethernet TCP/IP (Modbus gateway)
• Reference/homing run and flexible ABSOLUTE positioning 

• Low-cost automation solutions
• Testing & experimenting devices

• Works with Siemens TIA Portal V15.1
• Use of Siemens PTO (Pulse Train Output)
• Control system via digital inputs & outputs
• Prefabricated function module (FB)
• Flexible RELATIVE positioning in degrees (°)

• Simple pick & place handling
• Automatic assembly machines

• Works with laptop or PC
• Programming language LabVIEW 2017
• Ethernet TCP/IP (Modbus gateway)
• Reference/homing run and flexible ABSOLUTE positioning
• Support and application planning LabVIEW by Vikings Software GmbH (for a fee)

• Cost-effective automation solutions
• Testing & experimenting devices

• Sample programs for two axes
• Suitable for laptop or PC
• Python programming language (Visual Studio Code IDE)
• Ethernet TCP/IP (Modbus gateway)
• Reference/homing run & flexible positioning

• Low-cost automation solutions
• Testing & experimenting apparatus

• Versions that work with Siemens TIA Portal V15.1
• Uses Siemens Ethernet "OpenUserCommunication" 
• Prefabricated function module (FB) 
• Reference/homing run and relative/absolute positioning and speed 

• Pick & place handling 
• Automatic assembly machines

• Sample programs for two axes
• Suitable for Raspberry PI
• Python programming language (Visual Studio Code IDE)
• Ethernet TCP/IP (Modbus gateway)
• Reference/homing run & flexible positioning

• Low-cost automation solutions
• Small series

• Works with Arduino Mega 2560
• C++ programming language (Arduino IDE)
• Control via digital inputs and outputs (jog mode)
• Automatic positioning to external sensors
• Works with dryve D7, D8, and D9

• Food tray dispensing
• Feeding equipment

• Works with Arduino Mega 2560
• C++ programming language (Arduino IDE)
• Control system via digital inputs & outputs
• Up to 32 movements can be started individually
• Reference/homing run and flexible ABSOLUTE positioning

• Sorting machines (height measurement)
• Pick & place handling

• Works with Arduino Mega 2560
• C++ programming language (Arduino IDE)
• Control via digital inputs and outputs (pulse mode)
• Flexible adjustment of speed and rotation direction (10-1200rpm)
• Works with dryve D7, D8, and D9

• Speed set with a keyboard
• Flexible rotary applications

• Works with Arduino Mega 2560
• C++ programming language (Arduino IDE)
• Control via digital inputs and outputs (pulse mode)
• Position set with a potentiometer
• Works with dryve D7, D8, and D9

• Manual positioning at a distance
• Monitoring tasks with camera

• Works with laptop or PC (Windows operating system)
• C++ programming language (Visual Studio IDE)
• Ethernet TCP/IP (Modbus gateway)
• Reference/homing run and relative/absolute positioning and speed

• Positioning functions
• Laboratory and test assemblies

• Works with laptop or PC (Windows operating system)
• Programming language Visual Basic (Visual Studio IDE)
• Ethernet TCP/IP (Modbus gateway)
• Reference/homing run and relative/absolute positioning and speed

• Power cut-off via evaluation of the motor current
• Individual automation solutions

drylin® E motor control systems

Travels, positions, speeds and operating times can be easily defined with the stepper motor dryve D1 via a control system that is based on a web interface. The dryve D3 DC motor control system makes it possible to easily control linear systems.

• Quick initial operation
• Simple and intuitive user interface
• Compatible with many industrial control systems
• For all drylin® linear axes