MSCU 5000
MSCU 5000
Сontrol systems based on customer selected controllers
MSCU 5000 is an unified centralized automatic control system, flexibly adaptable to a specific task of controlling a technological object or process and specific technical requirements
MSKU 5000 is based on the world's leading automation equipment
MSKU 5000 is based on the world's leading automation equipment
- Siemens
SIMATIC
- Rockwell
ControlLogix
- Yokogawa
STARDOM
- Emerson
DeltaV
The company's experience in automation allows us to make the MSCU 5000 on any element base at the Customer's choice
Regardless of the element base used the structure of the MSCU 5000 contains a set of functionally complete basic devices
UCR is designed to process input channels (analog and discrete inputs) and to produce control commands to technological equipment. UCR provides control loop cycles from 0.1 ms up to 1 s. Multiple cycles can be configured.
EU are designed to process input and output channels
UPD is designed to provide uninterruptable power supply for all system units
HW ESD is designed to provide hardware safe emergency shutdown in case of UCR failure
HMI panel is designed to reserve the main control functions
Network hardware unit is deisgned for coupling of electrically conductive communication channels with optical communication channels
Typical implementation of the MSCU 5000 on Siemens SIMATIC S7-400 controllers and ET 200M distributed periphery
The MSCU 5000 software consists of system and application parts. The system part is based on the standard software of the manufacturer of the selected controllers. The application part is created by our specialists on the basis of a library of standard software blocks developed on the basis of many years of experience in solving automation problems in various industries
For the building of the software project from the library elements a graphical configurator with automatic control system for the developer's actions is used.It allows to eliminate typical errors in the design of the system
Using the software library the following tasks are implemented:
•the possibility of temporarily excluding any signal from the control algorithms, while the system continues to function without changing the operating mode
•the ability to receive input analog signals of any type using non-standard conversion characteristics
•control of integrity of control circuits of actuators and circuits of input discrete signals
The library also contains communication drivers for more than 500 different external devices (various local controllers, flow meters etc.)
•the possibility of temporarily excluding any signal from the control algorithms, while the system continues to function without changing the operating mode
•the ability to receive input analog signals of any type using non-standard conversion characteristics
•control of integrity of control circuits of actuators and circuits of input discrete signals
The library also contains communication drivers for more than 500 different external devices (various local controllers, flow meters etc.)
The MCU 5000 has been mass-produced since 2002 for more than 1000 complex technological objects worldwide