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Technical

Information

A Guide for Upgrading

CENTUM V and CENTUM-XL

to CENTUM VP (for Vnet/IP)

TI 33K01B10-50E

©Copyright Mar. 2015 (YK)

1st Edition Mar. 2015 (YK)

Yokogawa Electric Corporation

2-9-32, Nakacho, Musashino-shi, Tokyo, 180-8750 Japan

Tel.: 81-422-52-5634 Fax.: 81-422-52-9802

Содержание Centum V

Страница 1: ... CENTUM V and CENTUM XL to CENTUM VP for Vnet IP TI 33K01B10 50E TI 33K01B10 50E Copyright Mar 2015 YK 1st Edition Mar 2015 YK Yokogawa Electric Corporation 2 9 32 Nakacho Musashino shi Tokyo 180 8750 Japan Tel 81 422 52 5634 Fax 81 422 52 9802 ...

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Страница 3: ...y and product names mentioned in this document are trademarks or regis tered trademarks of their respective companies Yokogawa does not use TM or marks to indicate those trademarks or registered trade marks in this document Abbreviated Terms The abbreviations and acronyms of Yokogawa products that are mentioned in this document are listed in Glossary All Rights Reserved Copyright 2015 Yokogawa Ele...

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Страница 5: ...rocedure and Details of Upgrade 4 1 4 1 Upgrade Procedure 4 1 4 2 Details of Pre assessment 4 2 4 3 Remedial Treatment 4 4 4 4 Hardware Modification and Addition 4 5 4 4 1 Modifying FCS 4 5 4 4 2 On site Modification 4 8 4 4 3 Upgrading the Existing I O Card Unit 4 9 4 4 4 Installation Specifications 4 11 4 5 Application Software Conversion 4 12 4 5 1 Conversion Procedure 4 12 4 5 2 Work by Upgrad...

Страница 6: ...ce Control Function 5 8 5 1 5 Comparison of Computational Function 5 16 5 1 6 Comparison of Optional Control Function 5 18 5 2 Upgrade Specifications 5 19 5 3 Application Capacity of Upgraded FCS 5 21 Appendix 1 Signal Conditioner Models App 1 1 Appendix 2 Installation Conditions for CENTUM V and CENTUM XL App 2 1 Appendix 3 Tuning Parameter Differences App 3 1 Appendix 4 Functions Related to Upgr...

Страница 7: ... for more than ten years However along with the years that have passed since the systems were introduced the efficiency of plant operation is decreasing for the following reasons System failure occurs more often due to aging Functions become obsolete System maintenance cost increases Accordingly there is increasing demand among customers for a low cost system upgrade method that can improve compan...

Страница 8: ...e rises by 10 C Humidity Corrosive of exposed parts accelerates under a humidity of 60 or more Corrosive gas Corrosive and other reactions occur in the exposed parts Dust Short circuits and corrosion are caused The failure rate of a system can be taken as the integration of failure rates of its component parts as follows Failure rate of system λi x Ni λ failure rate of a part N number of parts use...

Страница 9: ... management 1 3 Increasing System Maintenance Cost Recently the technologies for DCSs basic parts such as CPUs ICs and hard disk drives are innovating at incredibly fast speeds Parts manufacturers consequently discontinue old products quicker than ever while catching up with the technology innovations reviewing the sales strategies and parts productions and putting their energies into manufacturin...

Страница 10: ...nnecting to Vnet IP For the control station upgrade the existing CFCS2 or EFCS etc to FFCS V 1 Replace the conventional station control nest SCN with a new field control unit FCU replace the I O nestwith a node unit and replace the SIO system I O card with a FIO system I O card respectively The currently installed SC cards and field wiring can be used as is 1 FFCS V is an FCS for V net IP and FIO ...

Страница 11: ...red to change their existing field wiring SC card and SC nest Terminal board terminal block relay board Wiring between I O card and SC nest I O card terminal board terminal block wiring between relay boards Field device and wiring FCS cabinet part of the fans and power source bus assembly Package Software If the following package software is used in the existing system the applications must be reb...

Страница 12: ...subsystem communication report generation and the like use the standardized software packages to achieve the same functions Use third party applications for ITV Web cameras and other multimedia related functions use Windows system s multimedia functions and the respective third party applications Reconfigure the functions for custom functions that cannot be substituted by standardized software pac...

Страница 13: ...CD APCS CCMS ECMP General purpose PC Application software should be restructured with Exaquantum Exaopc packages etc XLAIS General purpose PC Exapilot package YEWLINK Optical repeater 1 If CFGW or EFGW is used in the existing system FIO s communication modules ALR111 ALR121 and ALE111 cards should be added to the field control station FCS Application software should also be regenerated I O Card Ta...

Страница 14: ...i Information required for pre assessment System configuration Items to investigate and report on Check items mounted in existing FCS Examine system history records Check installation environment Evaluate deterioration at site Propose life prolonging measures and remedial treatment based on the investigation results Estimation and budgeting Pre assessment Quotation and budgeting for hardware modif...

Страница 15: ...e However if it is difficult to determine the appropriate improvement and remedial treatments only from the investigation results of installation environment and facility conditions we propose further environment diagnosis and deterioration diagnosis Check and observe the facility condition items Measure the installation environment items using dedicated measuring instruments Examine history recor...

Страница 16: ...he print patterns for peeling and corrosion Check soldered points for creep Check the surfaces of parts for corrosion in IC leads Check contact areas fouling of gold plate connectors holes due to corrosion Check the red stamp for condensation Check coated areas for discoloration and cracks 1 1 Only for cards with coating treatment Note Electrical wiring and signal wiring to connect I O signals to ...

Страница 17: ...the table below Table Existing Equipments and Their Parts Upgrade Existing Equipment Parts Excluding Parts with Defined Life Span Remedial Treatment Upgrade CPU only I O card Fuse adjustable resister connector printed circuit Card cleaning and coating I O power supply Adjustable resister Deteriorated part replacement overhaul I O nest Aluminum electrolytic capacitor connector printed circuit Clean...

Страница 18: ...eed FCU AFV30 Node Unit for FIO and associated cables besides this Kit SEE ALSO For ACUKT2 refer to Cabinet Utility Kit GS 33K50K21 50E When upgrading from CENTUM V the ACUKT2 is not yet configured for such upgrade For more information contact the sales department of Yokogawa Electric Corporation The following table shows the major components of ACUKT2 Table Parts contained in ACUKT2 Name Model na...

Страница 19: ...ly only Relay terminal Rear Front SC fan interface board Thermistor Roof fan interface board Roof fan unit HK interface unit Node fan unit Node unit Primary power distribution unit Power distribution board with HKU Node fan unit Node unit Isolation board for DC power supply only DC power distribution board 040401E ai Figure An example of EFCD upgrade with ACUKT2 Mar 27 2015 00 ...

Страница 20: ...on distance Maximum 100m ETBC ETBC AFV30 HKU ACUKT2 R ACUKT2 L ANB11 BU ANB10 Figure 3 Types of ACUKT2 Since the capacity and performance of FCS are remarkably improved it is now possible to integrate more than one unit of old FCS into one set of FFCS V when upgrading from CENTUM V and CENTUM XL However note that some additional engineering work may arise since the station node number must be repl...

Страница 21: ...e and after the hardware upgrade F040403E ai RDY SEL RSP NEST ADRS MAINT NORM RDY SEL RSP NEST ADRS MAINT NORM V ADJ 24 V 5 A 5 V G V ADJ 24 V 5 A 5 V G 2 1 3 4 5 6 7 8 9 10 11 G RDY SEL RSP NEST ADRS MAINT NORM RDY SEL RSP NEST ADRS MAINT NORM V ADJ 24 V 5 A 5 V G V ADJ 24 V 5 A 5 V G 2 1 3 4 5 6 7 8 9 10 11 G RDY SEL RSP NEST ADRS MAINT NORM RDY SEL RSP NEST ADRS MAINT NORM V ADJ 24 V 5 A 5 V G ...

Страница 22: ...ated mV TC 16 points AAT145 MX4 Non isolated voltage 32 points AAV142 2 modules ATK4A MX5 Isolated voltage 16 points AAV142 non isolated AAV142 non isolated ATK4A MX6 RTD 32 points AAR145 2 modules MAC3 Analog input Output 8 points each for power supply 2 PB6 Multi point push button input 16 points ADV159 LD1 Loop display interface card CLDU MAC2 3 LCU Loop communication card ULDU 4 units 3 4 LCS ...

Страница 23: ...rol station fails hold OFF PB5 Signal detection rising falling MX2 MX3 Presence or absence of burnup Instruments that allocate two point consecutive DI Os such as switch instrument SIO 22 in CENTUM V and CENTUM XL systems allow crossover allocations between cards but FIO in the CENTUM VP system does not provide those allocations DI O should be converted to SW using a sequence table Valve monitor f...

Страница 24: ...creases by about 10 after upgrade If the power supply system is designed based on the Installation Plan of CENTUM V and CENTUM XL it does not need to be modified since the inrush current can be absorbed in the margin value as described therein SEE ALSO For more details see Appendix 2 Installation Conditions for CENTUM V and CENTUM XL FMS Power consumption heating values and inrush current do not c...

Страница 25: ...ging by Yokogawa Yokogawa performs the debugging and then performs the acceptance test 4 5 1 Conversion Procedure Yokogawa generally carries out Conversion in the following way System save FDC Self documentation Conversion with tool input and correction Debugging by customer F040501E ai 1 2 3 4 5 Debugging by Yokogawa Acceptance test 5 6 Yokogawa performs for the customer the following two levels ...

Страница 26: ... responsive to the increase and decrease of an input value or a set point value that are identical Therefore when CENTUM V or CENTUM XL is upgraded to CENTUM VP reviews of the PID parameters per loop are required When a Derivative term is 0 the existing Proportional term and Integral term can be directly applicable In case the Derivative term is something other than 0 considerations to the followi...

Страница 27: ...er is advised to conduct a dynamic test taking also the operation into account Also when the SPC mode or DDC mode of CENTUM XL is used it is necessary to undertake a dynamic test while connecting to any supervisory computer When this dynamic test cannot be performed with any supervisory computer an appropriate test method shall be examined in the consultation If there is a piece of application whi...

Страница 28: ...o the sequence it is necessary to re examine whether the mode judgment on the tag of CENTUM VP is equivalent or not Customer is advised to conduct a dynamic test taking also the operation into account Correction of the subject part shall be carried out only after close discussion with the customer F040503E ai MAN AUT CAS BUM AUT MAN CAS Block mode diagram CENTUM XL Block mode diagram CENTUM VP TRK...

Страница 29: ...such corresponding function it is necessary to newly build an equivalent application Where there is an application which has been changed into the SPC DDC mode with CENTUM XL and if it performs WDT communication with the supervisory computer re examination whether the mode judgment on the tag of CENTUM VP is equivalent is required Customer is requested to conduct a dynamic test with the supervisor...

Страница 30: ...Figure Difference in the computer backup mode 1 On CENTUM VP either of the ROUT RCAS modes and any of the MAN AUT CAS modes can effect concurrently 2 The current mode will be changed to any of the MAN AUT CAS CBM CBA CBC in the case of CENTUM XL modes if the supervisory computer is in FAIL however it is possible to set to which mode the current mode is changed through detailed definition for each ...

Страница 31: ... X X PW484 8 years X X Built in Fuse in Power Supply Unit S9109VK 8 years X X For PW481 PW482 A1546EF 8 years X X For PW484 Fan Power Supply Unit 100 200 220 240VAC S9618FA 8 years 3 X Average ambient temp 1 40 C or lower Fan Power Supply Unit 24V DC S9618FA 8 years 3 X Average ambient temp 1 40 C or lower Node Fan AIP611 8 years 3 X For Node Fan Unit 1 Average ambient temperature varies with the ...

Страница 32: ...ilure period momentary power failure detection time period Momentary power failure FCS power failure period momentary power failure detection time period Restart Continuous designation AUT 2 Operation of I O module upon power failure and recovery The CENTUM V and CENTUM XL FCS s have provided the same power supplies for I O modules and FCUs while in a upgraded FCS when I O modules are changed to F...

Страница 33: ...se counters switch instruments batch status indicators sequence table feedback control instruments annunciator messages CENTUM VP RFCS5 V RFCS5 XL FFCS V Standard 1 sec fixed Middle speed 1 sec 500 msec 200 msec High speed 500 msec 200 msec 100 msec 50 msec At every scan period executed in the following order Function blocks annunciator messages SEBOL SFC Function blocks are executed in the order ...

Страница 34: ... included in part of loop statuses LSUB in old FCS are expressed as a data status of output value in the upgraded FCS Conditional X Output velocity limiter X Output limiter X Preset MV function X MV index X Output signal conversion Analog output X On off output X Pulse width output X Output to other CENTUM instrument X Alarm processing Input open check X Input open alarms are checked by the input ...

Страница 35: ...loader with auto man switch 7ML XN 7MC C2 MC 2 MC 2 2 position motor control unit 7MC C3 MC 3 MC 3 3 position motor control unit Signal set unit 7RS RATIO RATIO Ratio set unit 7PG PG L13 PG L13 6 zone program set unit Substitute PG L13 7PG BR 13 zone program set unit 7PG SP PG S13 13 step program set unit Substitute PG L13 7BS BSETU BSETU 2 Batch set unit BSETU 2 Batch set unit for flow measuremen...

Страница 36: ...t as the connection target of the IN and OUT terminals of the function block ADL is built automatically and communication from Upgraded FCS to Non upgraded stations is specified IMPORTANT ADL communications by CI CO cannot be made because signed integer data are changed to unsigned integer data when handling the first bit of 16 bits As another corrective measure it is necessary to use an appropria...

Страница 37: ...locks are impossible Mode when regulatory control instruments are changed from off scan mode to on scan mode in sequence control Returns to the mode immediately before changing to off scan mode Mode e g AUT MAN should be specified CAL CAL handling Handled as an alarm Handled as data status Scale high and low limits Possibility of reverse setting of scale high low limits SH SL Scale values smaller ...

Страница 38: ...ue input SET SET SET Feedback input connection terminal FB FB TIN 2 FB 2 MC instruments are converted to FB REMOTE LOCAL status contact input terminal RL RL TSI Answerback input AB AB IN Thermal trip input TT TT TT Interlock input IL IL IL Output connection terminal OUT OUT OUT Auxiliary output connection terminal SUB SUB SUB Switch terminal 10 X10 X10 S10 Branch terminal 11 X11 X11 S11 Branch ter...

Страница 39: ...O 2 2 output switch instrument SIO 11 SIO 11 1 input 1 output switch instrument SIO 12 SIO 12 1 input 2 output switch instrument SIO 21 SIO 21 2 input 1 output switch instrument SIO 22 SIO 22 2 input 2 output switch instrument SIO 12P SIO 12P 1 input 2 pulse output switch instrument SIO 22P SIO 22P 2 input 2 pulse output switch instrument Sequence auxiliary NTM TM TM Internal timer with tag name N...

Страница 40: ...CTnnn HI LO NR IO Element name BSTS CTUP PALM RUN STOP Code input CInnn NR LO HI IOP Element name BSTS NR LO HI ERR Code output COnnn NR LO HI IOP Element name BSTS NR LO HI ERR SEQ table entire reference NSDnnn STnnn SD None Element name SD R SEQ table conditional quotation NSDnnn C STnnn SD C Element name SD C SEQ table step quotation NSDnnn mm Step No STnnn SD mm Step No Element name SA mm Step...

Страница 41: ... BPRE BEND LEAK LDV HDV ALM INT BDV BDV NPLS Element name ALRM TRIP ANS ANS PERR IOP BRPE BEND LEAK LDV HDV HALM MALM LALM RALM INT BDV BDV NPLS CENTUM instrument alarm detection status Y holds while alarm detection is inactive Tag name AF IOP Element name XAF IOP HH LL HI LO DV DV VEL VEL MHI MLO BDV BDV LEAK BPRE BEND NPLS Element name AF IOP IOP HH LL HI LO DV DV VEL VEL MHI MLO BDV BDV LEAK BP...

Страница 42: ...tion specifications that were newly added to a upgraded FCS Table Signal Operation Type Condition signal column Condition rule Condition Input signal Condition spec Mode of function block Element name XMODE BUM Y Block mode is ROUT MAN or RCAS MAN N Block mode is neither ROUT MAN nor RCAS MAN BUA Y Block mode is ROUT AUT or RCAS AUT N Block mode is neither ROUT AUT nor RCAS AUT BUC Y Block mode is...

Страница 43: ...COnnn COnnn Element name ACT ON SEQ table entire execution NSDnnn STnnn SD None Element name ACT ON SEQ table conditional execution NSDnnn C STnnn SD C Element name SD C SEQ table step execution NSDnnn mm Step No STnnn SD mm Step No Element name SA mm Step No SEQ table step setting NSTnnn mm Step No STnnn PV mm Step No Element name PV mm Step No Resume SEQ table execution NSTnnn HH STnnn S ON Elem...

Страница 44: ...ement name ACT ON Resource scheduler RMnnn RQ 0 Element name ACT ON OFF 1 to 32 Element name RQ01 to RQ32 0 1 RMnnn N 0 to 32 Element name PMH 0 to 32 Message output NSMnnn m m Device number PRnnn OGnnn VMnnn RQnnn PDnnn M3nnn M6nnn mmm 0 to 65534 Element name PV NON mmm 32768 to 32767 The following shows output signals and action specifications that were newly added to a upgraded FCS Table Signal...

Страница 45: ...quence table After pre alarm LO status LO status is judged true even in time up HI status After pre alarm LO status LO status is judged true even in time up HI status Pre alarm PALM and time up CTUP statuses are not true simultaneously If the time up is true pre alarm PALM status is then canceled Code I O Possible connections including digital I O cards Can be connected Can be connected Cannot be ...

Страница 46: ...sible Execution of AUT MV 2 MAN within the same scan period possible Appropriate processing is needed after the scanning Internal switch allocations for systems are different between CENTUM V CENTUM XL and CENTUM VP systems Table Comparison of Common Switch Functions CENTUM V CENTUM XL CENTUM VP For system NSW000 079 SW0000 0079 SW0001 0199 000 initial cold start MAN 0000 initial cold start MAN 00...

Страница 47: ...IA AVE C AVE C Cumulative average unit 7CM NL FUNC FUNC VAR Equally divided line segment function unit Included in FUNC VAR 7CM XY Unequally divided line segment function unit Included in FUNC VAR FUNC VAR Variable line segment function unit 1 1 TPCFL Temperature and pressure compensation unit 1 ASTM1 ATSM1 compensation 1 ASTM2 ATSM2 compensation Calculation auxiliary block 7SW 33 SW 33 SW 33 3 po...

Страница 48: ...c operation IOR IOR Operator or Logical OR IAND IAND Operator and Logical AND IEOR IEOR Operator eor Exclusive OR NOT NOT Operator not Negation Absolute value ABS ABS labs dabs Absolute value calculation Round off ROUD ROUD Returns the round off result of data Compare and extract CPGT CPGT lmax dmax Returns a larger value CPLT CPLT lmin dmin Returns a smaller value CPAG CPAG Returns the larger in ...

Страница 49: ...M VP system If the FCS after update has no compatible optional control function block you need to consider alternative means Table Comparison of Optional Control Function Blocks Type Function Description CENTUM V CENTUM XL Upgraded FCS Advanced control FUZZY None Fuzzy control function PRDCT None Predictive control function Off site instrument FSBSET FSBSET Batch set control unit BLEND BLEND 1 BLE...

Страница 50: ... unit 1 Those are EC401 EC402 ANT401 ANT411 etc F050201E ai New FCS after upgrade Old FCS before upgrade SCN Nest 1 Nest 2 Nest 4 Nest 3 Nest 5 FCU Node 1 Node 2 Node 3 Node 4 Node 5 Node 6 Figure Comparison between Old Nest Number and New Node Number Tag name 1 Regulatory control function block A maximum of eight character tag numbers for CENTUM V and CENTUM XL are directly converted to a maximum...

Страница 51: ...zed data to engineering unit data However the following conversions are made to existing computational expressions and left as comments Note that R4 01 60 or later supports normalization so the normalized data can be converted Process data ranges used in computational expressions are described as comments No buffer ranges are described If a tag name includes or starts with a numeric character spec...

Страница 52: ...onal expression Valve monitor 255 255 255 255 Sequence auxiliary 2 100 200 300 50 100 150 Switch instrument 255 511 Switch instrument 500 1000 1500 500 1000 1500 Batch status indicator 32 32 Faceplate 120 200 300 50 100 150 SFC block 40 100 300 100 200 300 Sequence message 255 255 Sequence message 255 255 Printout message 2000 2000 2000 2000 2000 2000 Message with data attached 100 100 Message req...

Страница 53: ... CM1 mV input card CT5 Thermocouple input card CR5 RTD input card CS1 Potentiometer input card CH1 Input isolator card 1 5 V input CH2 Input isolator card 0 2 1 V input CH5 Input isolator card 1 5 V input w square root extraction CA1 2 wire transmitter input card CA5 2 wire transmitter input card w square root extraction CP1 Pulse train input card Output signal conditioner card CC0 Control output ...

Страница 54: ...1 Potentiometer input card EM1 mV input card EH1 Input isolator card 1 5 V input EH5 Input isolator card 1 5 V input w square root extraction EA1 2 wire transmitter input card EA2 2 wire transmitter input card w communication function EA5 2 wire transmitter input card 1 5 V w square root extraction EP1 Pulse train input card EP3 Frequency input card EA9 I O Non isolated distributor Output signal c...

Страница 55: ...20 V AC 10 50 60 2 1570 VA 3486 x 103 24 V DC 10 50 0 A 4158 x 103 CFMS2 Field Monitoring Station 100 110 115 120 V AC 10 50 60 2 470 VA 1176 x 103 24 V DC 10 17 5 A 1428 x 103 CTBC2 Terminal Board Cubicle 100 110 115 120 V AC 10 50 60 2 1290 VA 2310 x 103 24 V DC 10 27 7 A 2394 x 103 CGWU Gateway Unit Rack type mounted 100 110 115 120 V AC 10 50 60 2 140 VA 353 x 103 24 V DC 10 4 0 A 349 x 103 CF...

Страница 56: ...125 V AC 50 60 250 VA 460 x 103 198 to 254 4 V AC 250 VA 460 x 103 24 V DC 5 A 420 x 103 EFUD Field Control Unit 90 to 125 V AC 50 60 280 VA 500 x 103 198 to 254 4 V AC 280 VA 500 x 103 24 V DC 5 5 A 460 x 103 EFMS Field Monitoring Station 90 to 125 V AC 50 60 910 VA 1900 x 103 198 to 254 4 V AC 1050 VA 1900 x 103 24 V DC 16 A 1300 x 103 ETBC Terminal Board Cabinet 90 to 125 V AC 50 60 1760 VA 380...

Страница 57: ...rence between CENTUM V and CENTUM VP 1 5 CENTUM V Instrument type CENTUM VP Function block CENTUM V Data type CENTUM VP Data item Conversion equation Common ALRM AS ASUB ALRM 25 Common LOOP LS LSUB MODE BSTS 26 Common SM EOPS indicates as SUM SUM Common 7DC K1 Control direction DR Common K2 EOPS indicates as SU None Common K3 EOPS indicates as SM None Common K5 RAW Common AV None Common SD None Co...

Страница 58: ...L SW MLD SW BS BIAS 7 CS GAIN SH SSH SL SSL 7ML XN MLD SW BS BIAS 7 CS GAIN DL RP 6 SH SSH SL SSL 7RL VELLIM K1 DMVP 8 K2 DMVM 8 K3 TU 9 K4 BPSW 7RS RATIO BS CS BIAS 10 K7 CALC 1 DL RP RS SSH 7SS A AS H M L SV SW PH SWH PL SWL 7SS S SS H M L SV SW PH SWH PL SWL 7RD SS DUAL K4 SW K6 RV1 K7 RV2 7SW 33 SW 33 SV SW PH SWH PL SWL 7SW D7 DE DSW 16 PV CPV SV SW D1 to D9 DA to DE SD01 to SD09 SD10 to SD14...

Страница 59: ...mon 7CM LA L1 L2 DLAY D SMPL 7CM LC L3 L4 DLAY C D SMPL 7CM AV A1 A2 AVE M I NUM D SMPL K7 PREV 7CM 1A AVE C SV SW K3 PREV 7CM NL XY FUNC VAR No difference except Common 7CM CL CALCU K4 None RD RV 7BS BSETU 2 SV SW PL None VL LPV I TU D TD DL None K8 x K9 BSET 17 PL x K9 ILST 18 DL x K9 PLST 19 7BD BDSET 1L SV SW K1 to K9 KA to KE DT01 to DT09 DT10 to DT14 13 7BD B2 BDSET 2L NX NXBS K1 to K9 KA to...

Страница 60: ... X3 AUX1 to AUX3 YS80 SLMC X1 to X3 AUX1 to AUX3 YS80 SMST111 No difference except Common YS80 SMST121 No difference except Common YS80 SMRT K7 None RS SSH P1 to P4 P01 to P04 D1 to D4 CC1 to CC4 YS80 SBSD BT BSET K8 to K9 None D1 to D4 CC1 to CC4 YS80 SLBC BT BSET K8 to K9 None D1 to D4 CC1 to CC4 YS80 SLCC RS SSH D1 to D4 CC1 to CC4 YS80 STLD D1 to D4 CC1 to CC4 NST ST16 K1 MODE 21 NSW SW No dif...

Страница 61: ...NTUM V Instrument type CENTUM VP Function block CENTUM V Data type CENTUM VP Data item Conversion equation NRL RL 21 NCL CALC 21 Valve monitor VLVM Operation check time MT01 to MT16 23 Mar 27 2015 00 Table Tuning Parameters Difference between CENTUM V and CENTUM VP 5 5 ...

Страница 62: ...to as left 1 Common OPHI OPLO Ditto as left 1 PVI PVI No difference except Common PVI DV PVI DV No difference except Common PID PID P I D Ditto as left 20 BS GW 3 CS CK PI HLD PI HLD BS GW 3 CS CK SW CSW PID BSW PID BSW P I D Ditto as left 20 BS GW 3 CS LK ONOFF ONOFF CS CK ONOFF G ONOFF G BS DB 3 CS CK PID TP PID TP P I D Ditto as left 20 BS GW 3 CS CK PD MR PD MR P D Ditto as left 20 BS MR 1 CS ...

Страница 63: ...WL SV SW SS H M L SS H M L PH SWH PL SWL SV SW SS DUAL SS DUAL PV1 PV2 RV1 RV2 SW 33 SW 33 SV SW PH SWH PL SWL SW 91 SW 91 SV SW PH SWH PL SWL DSW 14 DSW 16 PV CPV SV SW DSET DSET PH SVH PL SVL DSET PVI DSET PVI No difference except Common PG L13 S13 PG L13 RS SH SL Y01 to Y14 Ditto as left 1 BSZ ZSTR BEZ ZEND LAG LAG PV CPV LD LD PV CPV RAMP RAMP I STEP LDLAG LDLAG PV CPV DLAY DLAY PV CPV D SMPL ...

Страница 64: ...UNC VAR FUNC VAR PV CPV CALCU CALCU PV CPV GAIN None ALM R ALM R SV SW CN01 CN16 None DT01 DT16 None BSETU BSETU 2 SV SW LPV LK I TU D TD BU BL None combined into BSET PLU PLL None combined into PLST ILU ILL None combined into ILST BSETU 2 BSETU 2 SV SW I TU D TD SW EMSW BU BL None combined into BSET PLU PLL None combined into PLST ILU ILL None combined into ILST SU1 SM1 None combined into SUM1 Ma...

Страница 65: ...T 2L SV SW DT01 to DT14 Ditto as left 13 NX01 to NX14 Ditto as left 13 BDA BDA L SV SW DT01 to DT14 Ditto as left 13 MC 2 3 MC 2 3 I MTM SW BPSW SDL SDL 2 ADL SV None DT01 to DT14 SLCD SLCD No difference except Common SLPC SLPC No difference except Common SLMC SLMC No difference except Common SMST 111 SMST 111 No difference except Common SMST 121 SMST 121 No difference except Common SMRT SMRT RS S...

Страница 66: ... PLU PLL None combined into PLST ILU ILL None combined into ILST CN01 to CN14 CP01 to CP14 24 X01 to X14 CR01 to CR14 24 NX01 to NX06 MS01 to MS06 24 BLEND 1 BLEND SV MOD1 SV2 None DT01 to DT14 SM01 to SM14 24 CN01 to CN14 CP01 to CP14 24 X01 to X14 WR01 to WR14 24 CN16 MSMD 24 BSI BSI No difference except Common SI 1 2 SI 1 2 No difference except Common SO 1 2 SO 1 2 No difference except Common S...

Страница 67: ...tion block CENTUM XL Data type CENTUM VP Data item Conversion equation TM TM ALRM BSTS CT CTS CTP ALRM BSTS CI CI ALRM BSTS CO CO ALRM BSTS RL RL 21 CL CALC 21 RM RS Valve monitor VLVM Operation check time MT01 to MT16 23 Mar 27 2015 00 Table Tuning Parameters Difference between CENTUM XL and CENTUM VP 6 6 ...

Страница 68: ...f PID is basically required because the D term calculation algorithm has been changed Refer to 4 5 3 Handling tuning parameters 21 Sequence table relational expression operational expression There are difference in function as an instrument function block rather than a category of tuning parameter These are automatically converted by the tool Refer to 5 1 4 Comparison of sequence control function ...

Страница 69: ...s changed to block mode MODE CLP CLP and CND that existed as a part of the conventional loop status LSUB are changed to a data status of a manipulated output value such as MV LOCK OFF SIM of MC instruments and EMST of batch set block are changed to block status BSTS Refer to 5 1 2 Comparison of function block s common function Mar 27 2015 00 Table Equations for Tuning Parameters Requiring Conversi...

Страница 70: ...g batch operation or after completing batch operation is canceled the SUM values are reset to zero Even if CAL which is set during batch operation or after completing batch operation is canceled the SUM values are retained PID instrument pulse width output Operation of the MV indicator in AUTO mode In AUTO mode the MV indicator reads the pulse width output and then returns to 50 output In AUTO mod...

Страница 71: ... condition signal in step 00 and then execute the action signal 2 Evaluate the condition signal in the execution step and then execute the action signal Specify Yes in CENTUM XL Compatible Sequence Tables in the FCS property and then execute the following steps 1 Evaluate condition signals in step 00 and in the execution step 2 Execute action signals in step 00 and the execution step Action execut...

Страница 72: ...ent carries out automatic operation AUT CAS or RCAS even if the MH value ML value are changed by the operation and monitoring functions the high and low limit extension functions work and the MV values are thus not limited High and low limit extension functions are invalid when Yes in High Low bumpfree capability in the function block detail builder is specified then if MH value ML value are chang...

Страница 73: ... is used for totalization PID TP instrument PID TP control algorithm The method of selecting control algorithms differs between CENTUM XL and CS or later systems so differential control action results in CAS mode In CS or later systems only PV proportional and derivative type PID control I PD is used fixed A builder such as a PID block cannot be specified The PID control algorithms menu in the fun...

Страница 74: ...T CS can specify whether or not accepting batch end during EMST whereas CS 3000 or later systems can specify specific forms Specifying Not accepted in Accept Batch End during EMST in the FCS property allows specification of the presence or absence of accepting batch end during EMST Way to restart batch operation The ways to restart batch operations differ between CENTUM XL or earlier systems and C...

Страница 75: ... the time up status DV remaining time of timer 0 pre alarm status PALM of block status is released Pre alarm status PALM of block status occurs at the same time as the time up status DV remaining time of timer 0 CTUP if you specify Yes in PALM action of TM CTS CTP PALM continues after CTUP occurs in FCS properties Action at the time of IOP Action resulting from specifying IOP detection The action ...

Страница 76: ... non target items of normalization Operation in cases where nothing is substituted for CPV in operational expressions If nothing is substituted for CPV in operational expressions this function is operated assuming that expression CPV RV exists at the end of expression There is no such assumption Change so as to operate assuming that expression CPV RV exists at the end of expression if nothing is s...

Страница 77: ...on Single Duplexed ENG CENTUM VP Engineering station ENGS CENTUM XL Engineering station EOPS CENTUM XL Operation monitoring station ER bus I O bus that connects remote connection card installed in Node Unit for FIO to Remote Node Unit for FIO ESB bus I O bus that connects CPU in Field Control Unit SCN to Node Unit for FIO Exaopc OPC interface package Exapro Expert system building support tool Exaq...

Страница 78: ...control function supported with CENTUM XL ProSafe RS Safety instrumentation system SB301 SB302 ESB bus interface card for CENTUM VP SC Signal Conditioner In CENTUM V and CENTUM XL systems installed between field equipment and I O card and converts signals SCN Station control nest the CPU of a field control station FCS of the CENTUM V and CENTUM XL SEBOL Sequence Batch Oriented Language Language fo...

Страница 79: ...0E Revision Information Title A Guide for Upgrading CENTUM V and CENTUM XL to CENTUM VP for Vnet IP Manual No TI 33K01B10 50E Mar 2015 1st Edition Newly published correspondence to Japanese 3rd Edition Mar 27 2015 00 ...

Страница 80: ...tten by Yokogawa Electric Corporation Published by Yokogawa Electric Corporation 2 9 32 Nakacho Musashino shi Tokyo 180 8750 JAPAN Printed by KOHOKU PUBLISHING PRINTING INC Subject to change without notice ...

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