Intelligent & flexible servo drives
Alongside stepper motors, asynchronous motors and DC motors, intelligent and flexible servo drives are a key component of modern drive technology and play a central role in automation technology. With their ability to realize precise motion sequences, they make a significant contribution to increasing the performance and efficiency of industrial systems.
Technical drive elements leads servo drives from the manufacturer JVL. The MAC servo motor concept aims to integrate as many components as possible, such as the control electronics, into the motor while remaining flexible. The drives, which are available in different performance classes and motor voltages depending on the type, offer the advantage of decentralized intelligence. In addition to an integrated Nano PLC, integration into all common fieldbuses is possible on the basis of an optional expansion module. Further options such as absolute encoders or an external or integrated brake are also available.
- Power up to 134 W
- Voltage 12..48 V
- Integrated control electronics
- Optional bus module
Profile of the MAC050 to MAC141 servo motor series
- Decentralized intelligence and easy installation
- Compact design for limited space
- Integrated driver and communication modules, reduces external control components
- Power 400 W
- Voltage 12..48 V
- Integrated control electronics
- Optional bus module
Profile of the MAC402 servo motor series
- Extended communication modules for flexible network connection
- Compact and robust design for industrial environments
- Integrated absolute encoders for precise positioning without homing
- Power 400 W
- Voltage 115/230 V
- Integrated control electronics
- Optional bus module
Profile of the MAC400 servo motor series
- High performance ranges for demanding applications
- Integrated safety functions and expansion modules
- Option for external or integrated brakes for improved control
- Power up to 134 W
- Voltage 12..48 V
- Integrated control electronics
- Optional bus module
Profile of the MAC800 to MAC1200 servo motor series
- High torque capacity for heavy loads
- Wide range of mains voltages for global compatibility
- Extended connection options for complex control systems
- Power 3 kW
- Voltage 115/230 V
- Integrated control electronics
- Optional bus module
Profile of the MAC1500 to MAC3000 servo motor series
- Highest performance class for maximum drive power
- Modular design for specific adaptation to the application
- High protection class (IP55) for use in harsh industrial environments
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Flexible servomotors for precise drive technology
Servo drives play a crucial role in modern industrial automation. Servo motors, consisting of a dynamic and energy-efficient synchronous motor and a precise position sensor, are controlled by a servo controller, often in combination with a frequency converter, for precise control of speed, position and torque. Through continuous development and integration of the latest technologies, servo motors are setting new standards in the world of drive systems. Servo drives offer numerous advantages such as high control accuracy, excellent dynamic behavior and high torque density. These characteristics make them ideal for applications that require high precision and reliability. Typical applications range from industrial robots and packaging machines to model railroads and complex automation solutions.
Individual servo drive solutions for the realization of your projects
Every automation project requires a specific solution. Technische Antriebselemente works with you to develop servo drive solutions that meet your exact requirements. Our focus is on providing high-precision, high-performance and flexible servo drives that are characterized by integrated intelligence and adaptability. From conception to implementation, we support you with our comprehensive expertise in drive technology.
Cross-industry precision with servo drives
We are at home in all industries. Servo drives from Technische Antriebselemente deliver precision and efficiency for industrial applications. Our many years of experience flow into the development of drive solutions that meet and exceed the specific requirements of our customers.
- Mechanical and plant engineering
- Machine tools
- Medical technology
- Intralogistics
- Electrical industry
- Automation
- Food industry
- Packaging machines
Voices of our customers
"The servo drives offer an impressive combination of performance and precision. Thanks to the fast response time and high repeat accuracy, we have been able to significantly optimize our processes."
"These drives run absolutely reliably and enable precise control of our machines. We were particularly impressed by the high dynamics and efficiency - a clear recommendation for demanding applications!"
60 Years of experience
4.000 Products
10.000 satisfied customers
Other motors
As experts in drive technology, we present a wide range of gearboxes and motors, including stepper motors, BLDC motors, DC motors and standard motors.
Frequently asked questions about servo drives
What is the basic structure of a servomotor and how does it work?
A servo motor basically consists of an electric motor, usually a synchronous motor, and an integrated position sensor. The synchronous motor ensures dynamics and energy efficiency, while the position sensor is crucial for precise feedback of the motor shaft position. This combination enables precise motion control, which is essential for the exact regulation of the motor.
How is a servomotor controlled and which elements are decisive for this?
A servo motor is controlled by a servo controller, which is often combined with a frequency inverter. The controller uses the data recorded by the position sensor to control the motor movement according to the specific requirements. This enables precise control of the motor’s speed, position and torque. Advanced control techniques such as the cascade controller help to further optimize motion control.
In which areas of industry are servomotors typically used?
Servo motors are used in many industries, including the automotive industry, food and beverage processing, packaging technology, as well as in the manufacture of machine tools and robots, where precision and reliability are crucial. But servo drives are also used in model railroads to enable realistic movements and precise controls, such as the alignment of points or the movement of model vehicles, enhancing the model building experience.
What is the difference between synchronous and asynchronous servomotors?
Synchronous servomotors use permanent magnets and run synchronously with the applied rotating field, which enables more precise control and higher energy efficiency. Asynchronous servomotors, on the other hand, have no permanent magnets and are better suited to applications where high external mass inertias need to be moved.
How does a frequency inverter contribute to the function of a servomotor?
A frequency inverter controls the frequency and voltage of the current fed to the servo motor, enabling precise control of the motor speed and torque, which is essential for accurate positioning and motion control.
