The GUNT Control Systems and Fault Finding Trainer offers hands-on experience with controlling three key variables—level, flow rate, and temperature—common in process engineering. The system includes advanced PLC-based control, real fault simulation, and the ability to conduct both basic and cascade control experiments. Built with industrial components, it supports learning in safe, realistic conditions while allowing data logging, screen mirroring, and LAN-based monitoring.
Product Features
- Control of three process variables: level, flow rate, and temperature
- Water circuit with collecting tank, pump, and graduated tank for level and flow control
- Pneumatic control valve serves as actuator for accurate response
- Disturbance variables generated via outlet valve in tank
- Cascade control for level based on flow rate
- Temperature control via dual circuits: cooling with refrigeration and heating with heat exchanger
- Pneumatic control valve adjusts warm water flow in heat exchanger
- Cascade control for temperature using cooling and heating circuits
- PLC-controlled with integrated safety monitoring (e.g. low water cut-off)
- Fault simulation: sensor failures, cable breaks, and more
- Three controllers for primary (master) and secondary (slave) control logic
- Touch screen interface for operation, monitoring, and data access
- Remote access via integrated router with screen mirroring on multiple devices
- Internal data logging with PLC; accessible via LAN or export to PC with GUNT software
Benefits
- Enables realistic training in process control and troubleshooting
- Promotes understanding of both single-variable and cascade control
- Integrated fault simulation prepares users for real-world diagnostics
- Supports both local and remote operation and monitoring
- Ideal for engineering education, technical training, and industry upskilling
Why Choose the GUNT Control Systems and Fault Finding Trainer?
This trainer is a comprehensive educational platform for mastering process control and fault diagnosis. With cascade control, simulated fault conditions, and networked data capabilities, it ensures learners gain practical, high-level experience in managing complex control systems safely and effectively.
