Providing Simplicity, Automating Tasks, and Ease of Fault Finding

Control Systems.

What is a Control System?

A control system is an arrangement of physical components designed to regulate, command, direct, or manage the behaviour of other devices or systems. Control systems use feedback mechanisms to achieve desired outputs by automatically adjusting inputs. They are fundamental in various applications, from industrial processes to household appliances.

What is a Control Panel?

A control panel is an interface that allows operators to interact with the control system. It includes switches, buttons, display screens, and indicators that provide real-time information and allow for manual or automated control of the system's functions. Control panels can vary from simple layouts with basic controls to complex systems with advanced automation and monitoring capabilities.

Why is it Beneficial to Have a Control Panel?

Enhanced Efficiency

Control panels streamline operations by providing a centralized interface for managing and monitoring system performance. This helps optimize processes and reduce energy consumption.

Improved Safety

Control panels include safety features such as emergency stop buttons and alarms that alert operators to potential hazards, ensuring a safer working environment.

Ease Of Use

User-friendly interfaces with intuitive controls make it easier for operators to manage complex systems, reducing the likelihood of errors and improving productivity.

Real-Time Monitoring and Diagnostics

Control panels provide real-time data on system performance and status, allowing for immediate detection and troubleshooting of issues. This helps prevent downtime and prolongs equipment life.

Automated Control

Advanced control panels can automate various processes, reducing the need for manual intervention and allowing for consistent and precise control of operations.

Control System Typical Applications

1.

Manufacturing Automation

Control systems manage production lines, robotic arms, and assembly processes to enhance efficiency and product quality.

2.

Process Control

Used in industries such as chemical, oil and gas, and pharmaceuticals to maintain optimal operating conditions and ensure safety.

3.

HVAC Systems

Control systems regulate heating, ventilation, and air conditioning in buildings to maintain comfort and energy efficiency.

4.

Water and Wastewater Treatment

Control panels provide real-time data on system performance and status, allowing for immediate detection and troubleshooting of issues. This helps prevent downtime and prolongs equipment life.

5.

Energy Conservation

Turn off non-critical equipment when power consumption is high and approaching supply capacity. This allows critical equipment to continue operating during peak times, prioritizing essential functions over non-critical ones.

Control Panels for Kitchen Ventilation Systems

Control panels for kitchen ventilation systems can be used in various different ways. They're typically used to reduce the amount of controls the user has to come into contact with i.e to start cooking, the cook may need to turn on the extract fan, air supply fan, gas interlock system, air conditioning, battery heater and more. Simplifying this control with a remote interface with one or two buttons, with run and general fault indication will help to remove user error and ensure smooth operation.

Kitchen Ventilation System Controls Example Inputs and Outputs

Example Inputs & Outputs

All the inputs and outputs will follow a defined strategy. Some inputs will determine whether the gas valve can open. For example, the gas valve will open only if there is no input from the fire alarm, fire suppression and emergency stop buttons, and there is an input from the extract and air supply fan air pressure switches.

Some inputs may be for indication purposes only. For instance, if any of the filter air pressure switches reach their permitted level of dirtiness, each will have its own indicator on the main panel to highlight the need for replacement.

Additionally, if there are any faults, including dirty filters, the user control station must be notified to check the main control panel for specific fault indications. This can be managed via a fault collector module, where one or multiple inputs result in a single output.

All inputs and outputs are handled via the intermediary control panel with its respective relays, terminals, contactors and sensors etc.

INPUTS

User Control On / Off Buttons

Fire Alarm

Emergency Stop Button(s)

Fire Suppression System

UV Filter Fault Relay

Extract Fan Air Pressure Switch

Air Supply Fan Air Pressure Switch

ESP Fault Relay

Pre-Filter Air Pressure Switch

HEPA Filter Air Pressure Switch

Carbon Filter Air Pressure Switch

Damper Open / Closed

OUTPUTS

Extract Fan

Air Supply Fan

Gas Valve

Electric Cooking Equipment

Run Indicators (Fans, Gas Valve, Cooking Equipment etc)

Fault Indicators (Fire Alarm, Dirty Filters etc)

BMS Output

Fan Speeds

Damper Open