OCR1100 series EMERSON 5X00453G01 Ovation controller

OCR1100 series EMERSON 5X00453G01 Ovation controller

Ovation controller model OCR1100 features the ability of safe and reliable mission-critical control to provide "interference-free" automatic failover between redundant controllers. One-step data acquisition function of fast processor to improve productivity, defined by I/O database, has small floor space, low power consumption, and no fan to operate with Ovation and WDPF I/O interface, and an integrated virtual I/O function Ethernet protocol system for third-party OEMs through Ovation and digital bus integrated interface I/O module locally and remotely. Non-volatile storage of application software, integration of point database, configuration information and operation tuning constant, event sequence ability and 1 millisecond resolution meet IEC 61131-3 standard Achilles level 1 certification. Emerson's Ovation distributed control system is famous for providing accurate control. This accuracy begins with the safety of Ovation controller and key tasks such as power generation, water supply and wastewater treatment plants. OCR1100 model of Ovation controller series implements simple or complex modulation and sequence control strategy, data acquisition function of Ovation, interface network and various I/O subsystems. It can generate as many as 32,000 points. The process application Ovation OCR1100 controller is designed to meet all kinds of demanding requirements to process applications. Function controllers executed by include: continuous (PID) control Boolean logic advanced control special logic and timing function data acquisition event processing sequence cold junction compensation process point sensor/limit inspection process point alarm processing process point conversion to engineering unit process point database storage local and remote input/output interface process point listing standard function control execution Ovation OCR1100 controller, using Intel-based processor, can simultaneously execute up to five process control tasks at a circulating speed ranging from 10 milliseconds to 300 seconds. Each control task consists of I/O process point input scanning, control scheme execution and output scanning. For Ovation 3.6 and earlier, two control tasks use predefined cycle speeds of one second and 100 milliseconds. The other three control tasks can have a user-selectable cycle speed. Ovation 3.7 software version has a user-selectable loop speed ranging from 10 milliseconds to 300 seconds for all five control tasks. Control scheme OCR1100 functions are defined by the control table from a large number of standard and advanced Ovation algorithms designed for the power, water and wastewater treatment industries. The control table provides the basis for execution, recording and automatically creating the tuning diagram used during control debugging, and when adjusting the control scheme. On average, OCC100 controller can execute more than 1,000 control tables. The complete event sequence processing ability is to use Ovation I/O and standard controller to provide software. The resolution is 1 millisecond, and the event sequence subsystem records the sequence, in which a set of user-defined digital inputs indicate the change of state, providing valuable troubleshooting and diagnostic tools for high-speed electrical systems. In addition to the higher resolution time stamp, the event sequence point can be used to control the same scheme as any other I/O point, including limit check and alarm. The alarm processing OCR1100 processes the limit value and the database definition of each process point of alarm based on the following factors. Whether scanning the points input into the control loop or separating the data acquisition from the control function. The alarm status of each point in the controller is updated every scan. This state may indicate whether the point value has: out of sensor range exceeds user-defined limit; state change exceeds incremental limit; alarm report may be delayed on a per-point basis for a user-specified period of time. When used in combination with workstations, Ovation OCR1100 controller can report six independent alarm thresholds, which are defined as: four upper limits, user-defined upper limits, maximum plus incremental limits, and four lower limits, user-defined lower limits, minimum plus incremental limits. Workstations can classify alarms according to the following contents and display alarm importance levels selected by users. Operator interface processing Ovation controller performs all restrictions and alarms based on database configuration. However, Ovation HMI provides the following functions to suspend the flow status or operator operation of these functions as required.

Process point sensor/limit inspection process point alarm processing process point is converted into engineering unit process point database to store local and remote input/output interface process point listing standard function control execution Ovation OCR1100 controller, using Intel-based processor, can simultaneously execute up to five process control tasks at cycle speed ranging from 10 milliseconds to 300 seconds. Each control task consists of I/O process point input scanning, control scheme execution and output scanning. For Ovation 3.6 and earlier, two control tasks use predefined cycle speeds of one second and 100 milliseconds. The other three control tasks can have a user-selectable cycle speed. Ovation 3.7 software version has a user-selectable loop speed ranging from 10 milliseconds to 300 seconds for all five control tasks. Control scheme OCR1100 functions are defined by the control table from a large number of standard and advanced Ovation algorithms designed for the power, water and wastewater treatment industries. The control table provides the basis for execution, recording and automatically creating the tuning diagram used during control debugging, and when adjusting the control scheme. On average, OCC100 controller can execute more than 1,000 control tables. The complete event sequence processing ability is to use Ovation I/O and standard controller to provide software. The resolution is 1 millisecond, and the event sequence subsystem records the sequence, in which a set of user-defined digital inputs indicate the change of state, providing valuable troubleshooting and diagnostic tools for high-speed electrical systems. In addition to the higher resolution time stamp, the event sequence point can be used to control the same scheme as any other I/O point, including limit check and alarm. The alarm processing OCR1100 processes the limit value and the database definition of each process point of alarm based on the following factors. Whether scanning the points input into the control loop or separating the data acquisition from the control function. The alarm status of each point in the controller is updated every scan. This state may indicate whether the point value has: out of sensor range exceeds user-defined limit; state change exceeds incremental limit; alarm report may be delayed on a per-point basis for a user-specified period of time. When used in combination with workstations, Ovation OCR1100 controller can report six independent alarm thresholds, which are defined as: four upper limits, user-defined upper limits, maximum plus incremental limits, and four lower limits, user-defined lower limits, minimum plus incremental limits. Workstations can classify alarms according to the following contents and display alarm importance levels selected by users. Operator interface processing Ovation controller performs all restrictions and alarms based on database configuration. However, Ovation HMI provides the following functions to suspend the flow status or operator operation of these functions as required.

applicationarea

application area

Industries such as petroleum, coal, metal ore, nonmetal ore and wood;

Industries of basic materials, power and fuel.

Metal smelting and processing, coking and coke, chemistry, chemical raw materials, cement, wood-based panels and power, petroleum and coal processing industries;

Machinery and equipment manufacturing industry, metal structure, cement products, chemical fertilizer and pesticide industry.

AboutusThe main products of Xiamen Controllers Automation Technology Co., Ltd. include modules, touch screens, frequency converters and drivers. In addition, they also provide electrical equipment wholesale, computer, software and auxiliary equipment wholesale, other mechanical equipment and electronic products wholesale, electrical installation, professional design services, software development, information system integration services, information technology consulting services and other businesses.

The above information is for reference only. For more information, it is recommended to go to official website or consult relevant staff.

1,EMERSON: Redundant power supply 1X00, DeltaV control system, switch, FX servo drive

Westinghouse: OVATION system, WDPF system, MAX1000 system spare parts, PAC8000 I/O module, EPRO sensing system MMS,A6 series.

2. Rockwell:

Reliance (Japan Rayon Reliance Electric Limited), servo drive VZ7000, AUTOMAX DCS system 57Cxxx, PSC4000,PSC7000 servo system

Allen-Bradley SLC500/1747/1746 series programmable controller

Allen - Bradley MicroLogix / 1761/1763/1762/1766/1764 series programmable controller,

Allen-Bradley CompactLogix/1769/1768, Series programmable controller

Allen - Bradley Logix 5000/1756/1789/1794/1760/1788, PLC - 5/1771/1785, etc.

Allen-Bradley 2711, 2711P series touch screen,

Medium voltage drive system accessories such as 80026-518-01-R, servo motor MPL

3. Schneider Modicon:

Quantum 140 series processors, control cards, power modules.

Triconex: Redundant fault-tolerant control system, the most modern fault-tolerant controller based on Triple Module Redundancy (TMR) structure, 3623T 3007A 4508 2481 3503E 3625 3721C 4351B 3626X

Foxboro: IA series system, FBM (field input/output module) FCP270, FCP280, FBM231, P0904HA, FBM237, etc.

4, ABB:

AC800M processor system,S800 IO series, S600 S100 IO series

Advant Controller 31, 160, and 250 series

Advant Fieldbus 100 series

ABB Symphony PluS SD + Communication Series,

UNITROL5000, UNITROL6000 excitation system series

Tension sensing PFCL, PFEA, PFTL series

Bailey INFI9, IMDSI02 IMMFP03 IPSYS01

Panel 800 Touch screen PP846 PP836 PP865A

AC 800PEC inverter cabinet controller

ACS5000,ACS6000 medium voltage frequency conversion, etc

5, Siemens (Siemens); 

Siemens MOORE,Siemens Simatic C1, Siemens CNC system,505 system, etc.

6. Motorola :MVME 162,MVME 167,MVME1772,MVME177 and other series.

7, xYCOM: I/O, xVME board and processor.

8, Yaskawa(ochuan) : servo controller, servo motor, servo drive. JANCD-XCP01-1

9. BOSCH Rexroth; : Indramat, l/O module, PLC controller, driver module, etc. DKC02.3-200-7-FW VT3006S34R5 MSK050C-0600-NN-M1-UP1-NSNN VT3002-2X/48F 0608820069

10, Woodward: SPC valve controller, PEAK150 digital controller, 505D controller, etc.

11. General Electric: RX3I IC693CPU, IC695CPU RX7I IC697 698CPU,90-70,VIMC microcomputer system, FANUC drive,Mark IS220 IS215, versMAX programmable controller,vmic VMIVME-, etc

12, United States NI: C M series NI9505 SCXI-1104C PXI-6052E

13. MOOG: motion control servo and D136 programmable module

14. CTI 2500 Series

15. Rolls-Royce: Programmable controller, network communication module

16, Honeywell Honeywell 5701 control system 05701-A-0328 05701-A-0328 CC-PDIL01 900H02-0001, etc