The Ovation system is a model that integrates process control and enterprise management information technology with the most advanced computer and communication technology in the world today. It uses a high-speed, high-reliability, and high-open communication network, and has multi-task and multi-data acquisition control capabilities. The Ovation system uses the latest distributed and global-related databases to complete the configuration of the system. The globally distributed database distributes functions to multiple independent sites that can run in parallel, instead of focusing on a central processing unit, and does not affect system performance due to interference from other events.Ovation distributed control system network is composed of the mutually redundant network, data exchange station, operator station, engineer station, history station, controller, and other nodes. }Workstation: According to the different functions of the station, it is divided into several different functional stations, including database server DB, engineering server EWS, operator station OWS, historical report station OPH, other function stations OPC, etc. } Controller: As a control center, the controller adopts a redundant method to achieve maximum reliability and safety. The controller uses a PC-compatible real-time operating system (full 32-bit priority multitasking system), as well as a standard PC structure and a passive PCI/ISA bus interface.Operator station-complete the daily operation of the system} Server / engineer station-database and configuration tools} History / report station-historical data collection and report configuration and generation} OPC station-third-party system data connection1. All workstations can access the database and modify its content, but the permissions of the workstations are restricted due to the nature of the work.2. Both the database server and the history station are equipped with large-capacity hard disks. One is used to store database files in an offline state, and the other is used to store historical file information. If the database server is broken, all workstations can still operate normally, but cannot access the database files and modify the content; if the history station is broken, the historical information during this period of time cannot be collected, and real-time information can still be observed and collected.3. The history station collects information about historical points, not all points. You can add the desired point as a historical point through the software.

GPU200R	1794-IV32	51303294-100	51195155-100
RTXF18/RK926-007-AB	1404-M405A-DNT	51403422-150	MU-TAMR03 51309218-125
IEPAS02	1756-OX8I	51403988-150	51305890-175
INIIT03	1715-IB16D	51107403-100	51304477-100
GPU2000R REG544	1715-OB8DE	80363969-150	51401642-150
GPU2000R	2711P-RW7	620-0086	51401560-100
RTXF18/RK926-115-AH	1794-IB16	621-0021	MC-TAIH02 51304453-150
1SAP281200R0001 TU582-S	1794-OB16	621-0022	MC-TAIL02 51304437-150
CD522 1SAP260300R0001	1756-BA1	621-9932	MC-TAMR03 51309218-175
1SAP111100R0270 TB511-ETH	1756-BA2	620-0059	MC-TLPA02 51309204-175
3BSE008516R1 AI810	1794-AENT	621-9935	MC-TAOY22 51204172-175
3BSE039293R1 AI880A	2711P-T6M3D	51401291-100	MC-TAMT03 51309223-175
3BSE028602R1 DO880	2711P-RN3	51400855-100	TC-IAH16I
SPDSI13	1769-PA2	51400667-100	8C-TAOXB1 S/N:0152303449
SPASI23	1769-IQ16	51400926-100	CC-PAIN01 S/N:M0151855604
SPDSO14	1769-ECR	51402089-100	8C-PAIMA1 51454473-175
IMSET01	1762-IQ32T	62795604-001	CC-PDIL01 51405040-175