Distributed Control System
Aug. 25, 2023
Aug. 25, 2023
Overview:
A distributed control system (DCS) is a computer-based control system that uses a network of controllers to monitor and control a physical process. DCSs are used in a wide variety of industries, including oil and gas, manufacturing, power generation, and water treatment.
Components of a DCS:
Field devices: These are the sensors and actuators that measure and control the physical process.
Controllers: These are the computers that collect data from the field devices and send commands to the actuators.Communication network: This is the network that connects the controllers and field devices.
Human-machine interface (HMI): This is the graphical user interface that allows operators to monitor and control the process.
Database: This is the repository of data collected from the process.
Field devices: These are the sensors and actuators that measure and control the physical process.
Controllers: These are the computers that collect data from the field devices and send commands to the actuators.Communication network: This is the network that connects the controllers and field devices.
Human-machine interface (HMI): This is the graphical user interface that allows operators to monitor and control the process.
Database: This is the repository of data collected from the process.
Advantages of DCSs:
Scalability: DCSs can be easily scaled to accommodate large or complex processes.
Flexibility: DCSs can be adapted to meet the specific needs of different processes.
Reliability: DCSs are highly reliable and can withstand harsh environmental conditions.
Security: DCSs can be secured against unauthorized access and tampering.
MODEL RECOMMENDATIONS
Scalability: DCSs can be easily scaled to accommodate large or complex processes.
Flexibility: DCSs can be adapted to meet the specific needs of different processes.
Reliability: DCSs are highly reliable and can withstand harsh environmental conditions.
Security: DCSs can be secured against unauthorized access and tampering.
MODEL RECOMMENDATIONS
|
AB |
1771-WG |
GE |
369B1841G0130 |
|
AB |
1771-A3B1 |
GE |
UR6PH |
|
AB |
1771-A4B |
GE |
URRHH |
|
ABB |
DAI01 |
HONEYWELL |
2MLR-DBST |
|
ABB |
YPQ110A 3ASD573001A5 |
HONEYWELL |
CC-PDIH01 |
|
ABB |
SPEFC12 |
OVATION |
5X00273G01 |
|
ABB |
IMDSO14 |
OVATION |
1C31116G05 |
|
YOKOGAWA |
AAI143-H00 |
TRICONEX |
8312 |
|
YOKOGAWA |
S2MMM843-SS1030 |
TRICONEX |
3700A |
|
YOKOGAWA |
CP451-50 |
TRICONEX |
3664 |
|
AB |
1492-CABLE010X |
GE |
IC200UEI008 |
|
AB |
1756-PA75R |
GE |
IC200UEX624 |
|
ABB |
DAI01 |
HIMA |
F8650A |
|
ABB |
SPIET800 |
HIMA |
F8650E |
|
ABB |
SPDSI14 |
HIMA |
F3330 |
|
ABB |
SPASO11 |
HIMA |
F6217 |
|
AB |
1492-CABLE010X |
GE |
IC200UEI008 |
|
ABB |
SPDSI14 |
HIMA |
F3330 |
|
ABB |
SPASO11 |
HIMA |
F6217 |