Many investigations have been carried out to design and employ two-axis sun-tracking systems; however, only a few were cited in the literature that investigated the effect of using two-axis sun-tracking systems controlled by modern, computerized control systems, such as the programmable logic controller (PLC) control system.
This chapter discusses the most powerful facility that PLCs have, and the method of programming a PLC control system.
A custom designed, PLC control system allows for the simulation of common snowboard manoeuvres, from turns of varying board inclination, to nose or tail presses, board slides, and finally the performance of jumps.
However, the system-barrier element approach ranks the managed pressure drilling control system as the most safety-critical equipment.
Application of this method will greatly enhance the flexibility of PLC-based motion control system and extend its application range.
His experience includes the design of medium and low voltage distribution systems, interior and exterior lighting, HVAC power and control, fire protection and alarm systems, telecommunications, security and CCTV systems, computer power, UPS and PLC control systems.
His experience includes the design of medium and low voltage distribution systems, interior and exterior lighting, HVAC power and control, fire protection and alarm systems, security and CCTV systems, computer power, UPS and PLC control systems.
The player can be managed by external control systems via the built-in RS-232C port.
The use of PLCs and intelligent control systems can reduce significantly electrical energy consumptions and annual costs when a foundry has more than one induction furnace.
In the MAX IV control system architecture, the hardware controller manages the hard real-time operation.
The main voltage control system uses PLCs to implement the AVR action.
