Electric part-turn actuator systems with motor and control
ATH Technik combines rotary actuator, electric motor, and, upon request, control unit, encoder, and holding brake into a system solution tailored to your application.
Complete system with 24 V motor
Electric slewing drive system for compact, mobile, or off-grid applications. Solar applications and tracking systems fall within this system class.
- 24 V DC power supply
- Optional with motor driver and speed control
- Also for solar and tracking applications
Complete system with 400 V motor
Matched system with slewing drive and helical gear motor for stationary machines, fixtures, and continuous industrial applications.
- High-performance three-phase motorization
- Optional with frequency inverter
- For machine and fixture construction
Complete system with servo gear motor
Custom-designed positioning axis with servo gear motor, feedback system, and matching regulation or control technology.
- Defined angles and motion profiles
- High repeatability
- Optional with controller, PLC, and HMI
Which drive solution fits your application?
The appropriate system class depends not only on the supply voltage, but above all on the motion sequence, control requirements, and desired positioning accuracy.
| Criterion | 24V system | 400-V system | Servo system |
|---|---|---|---|
| Typical task | Simple to controlled rotary motion | Robust industrial rotary motion | Precise and dynamic positioning |
| Supply | 24 V DC | 230 / 400 V AC | Depending on the selected servo system |
| Speed control | Possible via motor driver | Possible via frequency inverter | About servo controllers as a system function |
| Positioning | Simple limit positions or encoder solution possible | Achievable with transmitter and controller | Defined angles, positions, and motion profiles |
| Operation | pushbutton, input signal or small control unit | Pushbutton, PLC, HMI, or machine control | PLC, HMI, motion controller or fieldbus |
| Typical applications | Mobile devices, solar tracking and small rotary tables | Mechanical engineering, assembly fixtures, conveyor and welding technology | Test benches, automation, measuring and positioning axes |
| Special strength | Compact, efficient, and easy to integrate | Robust, powerful, and industrial-grade | Precise, flexibly programmable and dynamic |
The final design is determined based on load, center of gravity, rotational speed, axis position, cycle time, duty cycle, and safety requirements.
Pre-design 400 V rotary actuator system online
Assemble an industrial slew drive system and determine technical characteristics such as gear ratio, torque, rotational speed, and matching motorization.
24V and servo systems are currently designed on a project-by-project basis. Please use the technical inquiry for this purpose.
Start 400V configuratorElectric rotary and positioning solutions for various tasks
The systems are assembled to match the respective movement, load situation, installation position, and control requirement.
Solar and tracking systems
Compact 24V drives for tracking movements and decentralized applications with low supply voltage.
Assembly and testing turntables
Motorized rotary axes for ergonomic assembly, defined test positions, and recurring processes.
Turning and positioning devices
Controlled swiveling and positioning of components, fixtures, or workpiece carriers.
Automated positioning axes
Programmable angular positions, motion profiles, and interfaces for machine and test bench applications.
From the motor adapter to the positioning control
Depending on the system class, the electrical rotary axis can be supplemented by mechanical, electrical, and control engineering components.
For position feedback, referencing, and controlled movement sequences.
For applications where a load must be safely held in position.
Mechanical adaptation of geared motor or servomotor to the slewing drive.
From simple forward/reverse control to automated positioning solutions.
Design of the complete powertrain
ATH Technik considers slewing drive, motor, gear ratio, feedback, and control as an integrated system. The design is based on your actual load and motion requirements.
Send technical inquiryAssessment of weight, center of gravity, axle load, and occurring forces.
Coordination of part-turn actuator, gear ratio, and motorization.
Selection of sensor, control, angular positions, and motion profiles.
Integration in control panel, PLC, HMI, or existing machine control.
Which electric part-turn actuator solution do you need?
Send us details on load, center of gravity, speed, swivel angle, duty cycle, and desired control system. We will check the appropriate system combination.
