The GUNT PLC Application Trainer for Mixing Process enables the creation of complex PLC control functions specifically tailored for process engineering tasks involving metering and mixing. The system provides a realistic setup with transparent tanks and clearly arranged components for hands-on training and observation.
Product Features
- Comprehensive trainer designed for PLC applications in process engineering, focusing on metering and mixing control.
- Base frame includes a storage tank, centrifugal pump, and a panel with all components clearly laid out.
- Pump delivers water to three separate tanks, each controlled by solenoid valves.
- Water levels in the three tanks monitored by capacitive proximity switches with adjustable sensitivity.
- Fluid from the three tanks is combined in a downstream mixing tank equipped with three proximity switches.
- A stirring machine aids the mixing process for homogenous output.
- All tanks are transparent, allowing clear observation of conveying and mixing operations.
- Lab jack panel allows signal processing from proximity switches and individual control of solenoid valves via PLC.
- Compatible with PLC systems from various manufacturers; PLC connection rail provided on the front panel.
- System operation can be tested without a PLC, though use of PLC module IA 130 is recommended.
Benefits
- Enables practical learning of PLC control in complex mixing and metering processes
- Clear visualization of fluid handling and control via transparent tanks
- Flexible PLC compatibility accommodates multiple industrial control platforms
- Individual valve control facilitates detailed process automation training
- Supports hands-on skill development for automation and process control engineering students
Why Choose the GUNT PLC Application Trainer for Mixing Process?
This trainer provides a versatile and realistic platform for mastering PLC programming in process engineering contexts. Its modular design and transparent components help students understand both the mechanical and control aspects of mixing processes.
