What is the driver control system?
The
control system control system is any electronic, electrical or electromechanical system used to activate the controller and control direction, range and duration of its output. Driver control systems can take the form of extremely simple, manually operated station stations or sophisticated programmable computer systems. More advanced examples include actuator systems that produce a wide range of control of the driver in response to the changing needs of the operating environment or process. This type of control system uses the interface arrangement that assimilates the feedback inputs from the process or mechanism and adjusts the drive accordingly. However, most drive systems will include at least a set of travel limits that prevent the control of the driver and damage to the itself or secondary mechanism itself. They are used to switch, modify or move the secondary mechanism where the direct phintervention of YSical operator is not possible or undesirable. Are represented by a wide wKali of different types using electrical and electromagnetic, hydraulic or pneumatic energy sources for the production of linear or rotary outputs. However, one element that everyone has in common is the control system used to start, stop and adjust the scope, speed and duration of work movement. These systems move in complexity and functionality from simple buttons of the initial and trace to highly advanced servo controllers.
In the case of simple single -off mechanisms, the control control system will usually consist of the basic button to start and stop if the controller is manually controlled or a set of limit switches in the case of automated systems. A good example is the level of the driver on the reservoir using the activated refilling valve. The manual driver controller will require Operacinebo to start the valve driver by pressing the Start button. AutomationThe system would usually include a float switch that would close the initial drive circuit to open the valve when the water level dropped below a certain point. Once the tank is full, the float switch starts the drive to close the valve.
Installations that require constant setting of machine components according to changing operating conditions require a more flexible control system capable of creating a range of drive movement on request. These controllers, known as the Systems, collect real -time feedback data from system or process sensors and compare them with a set of ideal parameters. All the differences between the two data blocks will drive the drive to correct the disparity. Simple and multifunctional control control systems will include at least a set of travel limits that prevent damage to the driver or mechanism caused by excessive actmuation.