Automation PLC SCADA for engineers is better secure platform. PLC and SCADA training avail professional experience which is more valuable according to theoretical knowledge.
2. PLC stands for Programmable Logic Controller. It is basically a computing
system used to control electromechanical processes. SCADA, on the
other hand, stands for Supervisory Control and Data Acquisition,
which is a form of industrial control system used to monitor and
control infrastructure and facilities in industries.
ABOUT PLC AND SCADA TRAINING
PLC forms an indispensible part of an automated industrial system. It
along with the other components of an automated system, such as
sensors, motors, actuators, valves, conveyors, boilers, SCADA systems and
others makes up a real Automated Manufacturing plant.
3. PLC is essentially a hardware based system. It is basically an industrial
computer system designed to perform one specific task of reading field
instruments and controlling motors, actuators based on the program
written into it. It performs discrete or sequential logic in a company
environment. PLC can be of different types based on its applications of
use.
4. Applications of PLC and SCADA Training include:
• Ease and reliability in operation
• Flexibility in control
• Modifications can be made Online/Offline
• Swift operation
• Security
Examples of some important brand PLCs are- Siemens, Omron, Allen
Bradely, Panasonic, Toshiba etc.
Thus, PLCs control a wide array of applications from simple such as
lighting functions to complex like environmental systems in chemical
processing plants.
5. SCADA is essentially a software package installed on a PC/Computer. It
is designed to display information, log data and show alarms. This can
be Graphical , Tabular and can involve words and pictures. It’s main
function is to act as Human Machine Interface. SCADA runs on a PC
and is generally connected to various PLCs and other peripheral devices.
SCADA constantly collects data from the plant in real-time, stores and
processes it in the database, evaluates and generates alarms, displays
information to plant-operators, supervisors and managers and can issue
instructions to PLCs on the plant floor. The advantages are better
control and monitoring of the plant, access to information in the desired
form, reduction in the amount of defects in the output and decline in
production cost. Just like PLC, the SCADA systems are usually designed
for modularity and scalability.
WHY PLC AND SCADA TRAINING?