A batch controller for liquid loading operations, designed to manage loading processes, batch control and automated operation while improving efficiency and operational reliability.
The Batch Controller is a process control device designed for liquid loading and unloading systems.
It manages batch control and loading processes, helping operators achieve more stable and efficient loading operations.
It is suitable for terminal, tank farm, chemical and petrochemical loading sites, as well as other industrial applications requiring automated batch control.
During liquid loading operations, stable process control is essential for improving efficiency, reducing human error and ensuring consistent operation.
Without batch control and automated management, loading efficiency and control accuracy may be affected.
The Batch Controller helps optimize loading processes and improve both site management efficiency and operational reliability.
The system is connected to the loading control loop and related measurement signals.
The controller performs batch control and process management according to preset parameters.
During operation, the system continuously monitors running conditions and controls the process.
When the preset batch quantity is reached or abnormal conditions occur, the system performs the corresponding control action.
Oil loading and unloading
Chemical liquid transfer
Tank farm loading management
Terminal automation control
Industrial applications requiring batch process control
Improves loading efficiency
Optimizes batch management processes
Reduces manual operating errors
Enhances process control stability
Improves operational reliability
| Input Power | 220V |
| Setting Range | 0~999999Kg/L |
| Function Keys | 21Keys |
| Size | 350*350*200(mm) |
| Ingress Protection | IP65 |
| Certification | Ex db IIB T6 Gb |
It is mainly used for batch control and process management in liquid loading systems.
Yes. The Batch Controller is suitable for loading, unloading and related liquid transfer process control.
It helps improve loading efficiency, optimize process management and enhance operational reliability.