System Integration & Automation
From Research Concepts to Functional, Controllable Systems.
Turning specialised technologies into practical systems requires more than individual components. Power management, control, instrumentation, automation, and data acquisition must work together.
B&G supports the development and integration of customised engineering systems, helping research teams and businesses turn technical concepts into functional, testable solutions.
Equipment Control & Automation
Integrating Power, Control & Measurement Systems
Research and industrial equipment often require precise control of operating conditions, coordinated hardware operation, and reliable measurement capabilities.
B&G supports the integration of power supplies, PLC controllers, instrumentation, and monitoring systems for automated equipment operation and experimental testing.
Control & Integration Architecture
An integrated control architecture connects power sources, equipment interfaces, controllers, safety interlocks, and measurement instrumentation.
For electrically heated experimental systems, different power sources, such as capacitor-discharge and constant-current DC supplies, may be connected through a suitable power interface.
PLC-based control can coordinate operating sequences, source selection, and equipment interfaces. Voltage, current, and temperature measurements provide feedback for monitoring and control.
Human–Machine Interfaces (HMI) and data acquisition systems support parameter monitoring, equipment operation, and experimental data recording.
Application Areas
- Research equipment integration
- PLC control and industrial automation
- Experimental heating and testing systems
- Instrumentation and data acquisition
- Remote monitoring and IoT integration
Automated Electrochemical Sensing & Measurement
From Sensor Development to Automated Analytical Systems
A sensing element is only one part of a complete measurement system. Practical applications may also require automated sample handling, controlled measurement procedures, signal acquisition, and data processing.
B&G supports the integration of electrochemical sensors, automated sampling mechanisms, measurement electronics, and control systems into customised analytical solutions.
Automated Measurement Architecture
An automated measurement architecture integrates sample intake, fluid handling, electrochemical sensing, signal acquisition, and data processing.
Pumps, valves, and suitable fluidic components can coordinate sample delivery to a sensing interface. Electrochemical instrumentation measures the electrode responses, while data acquisition and processing systems generate analytical results.
An integrated controller manages sampling sequences, measurement timing, and system operation. Monitoring and data-management interfaces support repeatable testing and automated analysis.
Application Areas
- Automated electrochemical analysis
- Custom sensing and analytical instruments
- Laboratory testing automation
- Environmental and industrial monitoring
- Integrated sample handling and measurement systems
How B&G Can Help
From Individual Components to Working Systems.
B&G helps businesses and research teams develop functional, automated systems, including PLC control, equipment integration, automated sample handling, instrumentation, data acquisition, HMI, and IoT connectivity. Solutions are tailored to specific operating and testing requirements.
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