The GUNT Test Stand for Gears is a comprehensive training system designed to analyze the performance and efficiency of various gear types. Equipped with an advanced drive and braking system, it enables students and trainees to understand real-world gear behavior under load. The system is ideal for mechanical and mechatronics training in both educational and industrial environments.
Product Features
- Test stand includes drive unit and air-cooled magnetic particle brake unit
- Drive powered by a three-phase motor with variable speed via frequency converter
- Brake unit provides finely adjustable constant braking torque using exciting current
- Torque measurement via fixed torque sensor; digital speed detection with inductive sensors
- Available gear types (sold separately): spur and worm gear, spur gear, bevel gear, planetary gear
- Jointed shafts used to connect gears with motor and brake for functional testing
- Efficiency of different gear types can be calculated based on power input and output
- Control via integrated PLC and touch screen interface for intuitive operation
- Screen mirroring allows the interface to be displayed on additional devices
- Data logging and graphical display of measured values through user interface
- Remote access to stored data possible via WLAN or LAN through integrated router
- Ideal for exploring practical applications of drive systems and load conditions
Benefits
- Hands-on learning with real gear mechanics and dynamic load conditions
- Enables calculation and analysis of gear efficiency in a controlled setup
- Modern PLC-based control system with digital interface for advanced training
- Flexible connectivity for operation and data access across devices
- Enhances understanding of industrial-grade drive systems and sensors
Why Choose the GUNT Test Stand for Gears?
The GUNT gear testing system bridges theoretical mechanical concepts with real-world testing scenarios. It provides a professional-grade platform for evaluating various gear mechanisms under adjustable load and speed conditions. With its digital control, modular gear options, and connectivity features, it supports deep understanding and modern engineering skills in educational and technical environments.
