The GUNT Maintenance of Valves, Fittings, and Actuators Trainer provides comprehensive hands-on training with various industrial valves and fittings suitable for gaseous and liquid media. This trainer covers plug valves, gates, butterfly valves, and actuators — control devices combining valves with driving mechanisms. It offers practical insights into valve operation, testing, calibration, and maintenance.
Product Features
- Various types of valves and fittings used in industry for gaseous and liquid media
- Distinction between valves, plug valves, gates, and butterfly valves explained
- Plug valves isolate pipelines quickly with a quarter revolution for full actuation
- Valves adjust flow rates requiring several turns for full opening or closing
- Gates restrict flow but do not completely seal off pipelines
- Actuators combine valves and fittings with driving mechanisms to form control devices
- Trainer investigates operating response of segmented ball valve, butterfly valve, pneumatic control valve, and pressure reducing valve
- Switch cabinet allows setting of electrical and pneumatic parameters for testing and calibration
- Instruments indicate pneumatic pressures, voltage, and current
- Workbench includes a vice for maintenance and assembly work
- Workbench incorporates necessary tools and small parts like seals for testing procedures
Benefits
- Develops practical skills in valve and actuator maintenance and calibration
- Supports understanding of valve types and their operational characteristics
- Enables safe and effective testing of pneumatic and electrical parameters
- Provides a fully equipped workspace for assembly and repair training
- Ideal for technical education, vocational training, and industrial maintenance practice
Why Choose the GUNT Maintenance of Valves, Fittings, and Actuators Trainer?
This trainer offers a realistic, well-equipped environment to master maintenance, testing, and calibration of industrial valves and actuators, essential for ensuring reliable process control and system safety.
