YOKOGAWA CENTUM CS 3000 Installation Guidance Download Page 10

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TI 33Q01J10-01E

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• CENTUM is a registered trademark of YOKOGAWA.
• “F

OUNDATIO

n” in “F

OUNDATION

ﬁeldbus” is a registered trademark of Fieldbus Foundation.

• All other company and product names mentioned in this manual are trademarks or

registered trademarks of their respective companies.

• We do not use TM or ® mark to indicate those trademarks or registered trademarks in this

manual.

Nov. 20, 2003-00

Summary of Contents for CENTUM CS 3000

Page 1: ...CS 3000 Installation Guidance TI 33Q01J10 01E TI 33Q01J10 01E Copyright May 1998 YK 13th Edition Feb 2009 YK Yokogawa Electric Corporation 2 9 32 Nakacho Musashino shi Tokyo 180 8750 Japan Tel 81 422...

Page 2: ...Blank Page...

Page 3: ...st of consumable parts see Chapter 4 Chapter 2 Transportation Storage and Installation This chapter describes precautions in transit unpacking and storage such as humidity temperature change and how t...

Page 4: ...parts or consumables Modi cation of the product is strictly prohibited The following symbols are used in the product and instruction manual to indicate that there are precautions for safety Indicates...

Page 5: ...nt sections of text This section describes these icons CAUTION Identi es instructions that must be observed in order to avoid physical injury and electric shock or death to the operator IMPORTANT Iden...

Page 6: ...rth Wiring CAUTION Ground the device following the procedure in this document to prevent from electric shock and to minimize the noise SEE ALSO For Earth Wiring refer to 3 3 Connecting Ground Cable Ba...

Page 7: ...s Durability Fan Unit CAUTION When changing fan unit while the power supply is not shutdown be careful not to touch other parts so as to avoid electric shock SEE ALSO For Fan Unit refer to 4 Installat...

Page 8: ...w the procedure in the hardware instruction manual for each device so as to avoid electric shock SEE ALSO For Power Distribution Board refer to 3 4 Power and Ground Cable Exchanging Relay CAUTION Exch...

Page 9: ...clean it During maintenance put up wrist strap and take other ESD Electrostatic Discharge measures If the existing caution label is dirty and illegible prepare a new label part number T9029BX to repla...

Page 10: ...NDATION eldbus is a registered trademark of Fieldbus Foundation All other company and product names mentioned in this manual are trademarks or registered trademarks of their respective companies We do...

Page 11: ...nst Static Electricity 1 30 1 6 Cabling Requirements 1 31 1 7 Corrosive gas Environment Compatibility 1 33 2 Transportation Storage and Installation 2 1 2 1 Precautions for Transportation 2 2 2 2 Unpa...

Page 12: ...3 7 4 Connecting Signal Cables with Multipoint Control Analog I O Module AMC80 3 71 3 7 5 Connecting Signal Cables with Relay I O Modules 3 73 3 7 6 Connecting Signal Cables with Multiplexer Modules...

Page 13: ...1 1 TI 33Q01J10 01E 1 System Installation Requirements This section describes installation requirements such as environmental conditions required space and layout considerations power consumption cab...

Page 14: ...ength and you should design the layout in accordance with the weight and size of equipment to be installed SEE ALSO For the maintenance space required refer to 2 4 Servicing Area For the weight and di...

Page 15: ...low Wall 1000 mm or more 2400 mm or more Ceiling Floor surface F010101 ai Ventilation holes Side of Cabinet Filters outside and fans inside Cabinet Cabinet Figure Wall Clearance and Ceiling Height Ill...

Page 16: ...ed to keep out salt air Install blinds if necessary to prevent sunlight re ecting from CRT displays and LCDs Side by Side Cabinet Installation When cabinets are placed side by side make sure of their...

Page 17: ...without a package keep it within temperature change rate and avoid condensation Keep ambient temperature within operational temperature range and leave it for more than three hours before starting op...

Page 18: ...ved 0 3 0 2 0 1 10 11 12 13 14 15 16 17 18 19 20 21 mm Hz Allowable range Vibration frequency Displacement amplitude F010202 ai Figure Range of Allowable Displacement Amplitude Air Purity The dust in...

Page 19: ...d from mobile telephone or PHS even out of usage Following formula represents the electric eld strength However the calculated value requests ideal environment Worse conditioned environment should be...

Page 20: ...for measurements performed on circuits directly connected to the low voltage installation Measurement category III Measurement category III is for measurements performed in the building installation...

Page 21: ...to meet this surge immunity standard 4 An external device such as a power unit with harmonic current neutralizer and an active harmonics conditioner must be connected to meet this harmonic current emi...

Page 22: ...or 220 240 V Momentary failure 20 ms or less 20 ms or less Withstanding voltage 1500 V AC min 1500 V AC min Insulation resistance 20 M ohms 500 V DC Grounding 100 ohms or less 100 ohms or less Noise E...

Page 23: ...terminals Grounding 100 ohms or less 100 ohms or less Independent grounding Noise Electric eld 3 V m or less 26 MHz to 1 0 GHz 3 V m or less 1 4 to 2 0 GHz 1 V m or less 2 0 to 2 7 GHz 3 V m or less 2...

Page 24: ...source For the voltage range and frequency the range including the console kit range and the PC or UPS range is the standard for the installation environment For the distortion factor peak value and i...

Page 25: ...or less 4 9 m s2 or less Brief vibration 2 2 0 m s2 or less Seismic intensity 4 or less 4 9 m s2 or less Seismic intensity 5 Upper or less 9 8 m s2 or less Seismic intensity 6 Lower or less Transporta...

Page 26: ...of speci ed 24 V DC at the power supply terminals IMPORTANT If the power unit has high output impedance or high wiring impedance the resulting voltage drop attens the input voltage wave forming a dist...

Page 27: ...supply of the CS 3000 except General purpose PC uses a compact and ef cient switching regulator circuit In this circuit output voltage cannot be maintained if the energy terminal potential of the smo...

Page 28: ...manufacturer to determine the output capacity Power consumption Both volt ampere and watt data should be studied refer to Chapter 4 Device crest factor Ratio of the peak value to the effective value...

Page 29: ...ration Power unit output capacity Total device power consumption x Capacity coef cient Capacity coef cient Device crest factor Power unit crest factor speci cation In Rush Current When the equipment i...

Page 30: ...h voltage power lines Separate the CS 3000 system power supply from other equipment power supplies use a separate power distribution board Provide a dedicated breaker for each power supply Install bre...

Page 31: ...ing bars are provided When the power supply is plug in rather than hard wired use the power cable for grounding The reference grounding bar and the concatenation grounding bus which is for potential e...

Page 32: ...o the grounding bar 1 by a cable of 5 5 mm2 This is used for grounding shields of input output cables When the grounding bars must be grounded separately depending on the purpose for shielding and for...

Page 33: ...ounding cable is on the bottom of the console near the front panel and is isolated from the HIS Example Dual Stacked LCD Ground wiring bar not isolated from console Isolating plate Channel base Ground...

Page 34: ...grounded to the same bus For details see Section 1 5 Noise Countermeasures Separate Grounding Each cabinet should be grounded as shown below Grounding with a ground resistance of 100 ohms or less and...

Page 35: ...room 100 ohms or less Ground bus Ground bus inlet F010403 ai Figure Grounding Through Ground Bus Inlet Providing Ground Bus in Cabinet Console Type HIS When installing multiple cabinets in the same ro...

Page 36: ...T Do not install the following systems side by side with CS 3000 Systems using power supply voltages over 300 V AC Systems with current consumption over 50 A System containing high frequency sources G...

Page 37: ...by side their grounding is electrically combined Use ground cables of at least 5 5 mm2 for intercabinet connections G Cabinet Console Type HIS G Cabinet Console Type HIS G Cabinet Console Type HIS G C...

Page 38: ...ads static electricity and ground potential differences It can be picked up by power signal and ground cables and devices With computerized control systems noise induced errors in A D conversion or in...

Page 39: ...ly separate power and signal cables using metallic conduits and separators Lay power and signal cables which intersect at right angles Lightning Interference with signals Equipment maloperation Compon...

Page 40: ...10 ohms or less or type 100 ohms or less Concatenation grounding a lightning arrester and other equipment may cause high tension in each equipment by the product of lightning current from arrester and...

Page 41: ...mples of Arrester Installation Examples of Spark killer Installation The following shows how to install a spark killer as a countermeasure against inductive load caused noise Relay contact Power suppl...

Page 42: ...esistance of 1 M ohm Be sure to ground the wrist strap F010503 ai 1 M ohm Wrist strap Connect to earth terminal or unpainted part of frame grounded 1 M ohm Wrist strap Conductive sheet Grounding resis...

Page 43: ...from CS 3000 system grounding F010601 ai Figure Separator Used in Duct Pit Distance between Cables If a separator cannot be used keep a distance between signal cables and power cables The distances be...

Page 44: ...access Floor Ambient Temperature The ambient temperature where signal and bus cables are laid must be within the range 10 to 60 C When using ER bus node units ANR10S ANR10D to conform to the temperatu...

Page 45: ...ut 8 channel 8 channel non isolated AAV542 3 Analog output module 10 to 10 V 16 channel non isolated AAP149 1 Pulse input module for compatible PM1 16 channel pulse count 0 to 6 kHz non isolated AAP84...

Page 46: ...DV859 1 Digital I O module for compatible ST2 16 channel input 16 channel output isolated channels ADV159 1 Digital input module for compatible ST3 32 channel isolated channels ADV559 1 Digital output...

Page 47: ...low GX Severe A corrosive gas polluted environment that demands special protective chassis for the plant equipment speci cations of which should be seriously determined by the user and a power unit ma...

Page 48: ...portation Storage and Installation This chapter describes the precautions in transporting storing and installing the CS 3000 system equipment SEE ALSO See Section 1 2 Control Room Environment for the...

Page 49: ...erproof coverings Do not load crates outdoors when it is raining Don t Stack Outdoors Be sure to store cargoes inside a warehouse if they must be stored for some time Transportation Cargoes contain pr...

Page 50: ...ance or swing when lifting or placing cargoes on the ground or platform Also check scaffold strength CAUTION When lifting Hardware with a crane do not unpack it but attach lifting bolts or wire ropes...

Page 51: ...Dual Stacked Cabinet Width 800 mm 800 mm 800 mm Height 1500 mm 1900 mm 2400 mm Depth 1600 mm 1600 mm 1000 mm Max loading capacity 150 kg 200 kg 400 kg Passage The passage must be wide enough as shown...

Page 52: ...osition as soon as the cabinet passes through a place with low headroom Attach the side boards to the cabinet Using Rollers The cabinet should be carried in to or near the installation location withou...

Page 53: ...nsation or its trace on equipment interior 1 No Yes If yes inform Yokogawa 1 Condensation symptoms are as follows Dew patterns on PCBs Printed circuit copper trace is oating off the board Label charac...

Page 54: ...e nail from the side panel 5 Remove the nail from the side panel 6 Remove the nail from the end panel Sequencing steps 1 to 6 above remove nails from one side Repeat them to remove nails from the oppo...

Page 55: ...y air may be present SEE ALSO See Section 1 2 Control Room Environment for permissible temperature humidity and temperature uctuation of storage area Storage of Packed Equipment Place squared pieces o...

Page 56: ...When installing a number of equipment side by side take the largest service area between them if different dimensions are indicated for different side of equipment see below 800 800 800 600 A 800 800...

Page 57: ...tion Before installation be sure that anchor bolts pedestals and cable holes are provided according to the customer s system con guration plans Check that the positions of holes on the oor t the ancho...

Page 58: ...with simple legs When the YPCKIT is secured to the oor remove and store the simple legs Use them at the time of movement in the future Fix each equipment to the oor The explanation below shows how to...

Page 59: ...ai Figure Using Pedestal In the free access oor make holes for riser cables to connect to each piece of equipment as follows If one oor tile is removed be sure to reinforce the opening with an angle f...

Page 60: ...ation 2 13 TI 33Q01J10 01E IMPORTANT If a number of neighboring oor tiles are removed be sure to provide angle frames or pedestals for reinforcement F020405 ai Bad example Good example Figure Partiall...

Page 61: ...If the speci ed maximum size hole cannot be provided due to the oor construction or pit dimensions the size may be smaller within the range indicated in the plans If you use the speci ed minimum size...

Page 62: ...E F G F020417 ai Front door below desk Channel base Desk LCD Figure Example of side by side mounting of Console Type HIS Installation a Level the oor surface on which cabinets are to be installed b T...

Page 63: ...e about 3 mm to the rear lift the hooked part of the plate from the square holes in the lower part of the operator keyboard and remove the plate from the bottom 3 Remove the top plates and tighten tap...

Page 64: ...C LCD Desk Front door below desk Channel base Figure Example of Side by side mounting of Console Type HIS Installation a Level the oor surface on which HISs are to be installed b To install two or mo...

Page 65: ...remove the bottom plate of the desk remove the nine M3 screws pull the front side of the bottom plate down and pull the plate toward you You can then release the hooked part of the plate and remove t...

Page 66: ...ts M12 1 4 4 4 b Spring washer M12 1 4 4 4 c Flat washer M12 1 4 4 4 d Hex hole bolt M10 Y9035YX 4 installed 4 installed 4 installed e Tapered bolt screw M8 long T9009NS 1 1 1 f Tapered bolt screw M8...

Page 67: ...to be installed b To install two or more cabinets in a line install the central one rst D in Figure and next ones on both sides C B A E F G c With bottom plate a see Figure on next page off install th...

Page 68: ...ch at eight positions on the front and rear in total c After verifying that the cabinet is level in all directions clamp hexagonal socket head bolts D eight bolts securing the main body and the channe...

Page 69: ...and Tools required per additional station No Names Part numbers Quantity a Nut or bolt M12 1 4 b Spring washer M12 1 4 c Flat washer M12 1 4 d Hex hole bolt M10 Cabinet accessory 8 e Bolt M8 Y9820NS 8...

Page 70: ...s 1 Space between devices can be smaller than 3 U to the extent it does not interfere device mounting and maintenance only if thermal design for the cabinet interior is done and ambient temperature is...

Page 71: ...hipped unless otherwise specified Figure Mounting Bracket Positions of Optical Bus Repeater F020415 ai AFS30D Field control unit REVISION U H1 H2 MODEL AIP532 STYLE1 SI YOKOGAWA ESB Bus CN1 RCV SND L...

Page 72: ...2 Transportation Storage and Installation 2 25 TI 33Q01J10 01E F020411 ai Figure Example of PFCD Mounting F020516 ai Figure Example of ANR10D Mounting Sep 30 2008 00...

Page 73: ...the isolation bushings and cause damaged or broken isolation bushings Installation Procedure 1 Fasten a pair of isolation bushings together to each of the screw holes on the plate or the bracket on t...

Page 74: ...can be eliminated if both I O expansion cabinet types are installing Yokogawa devices Models ACG10S ABC11S ABC11D etc and shares a common power supply and grounding with Model ACB21 ACB41 and only whe...

Page 75: ...e equipment for Cabling to 19 inch rack mount devices or I O modules Indicator lamp con rmation making card settings inspection card mounting dismounting and maintenance F020412 ai Ceiling Ventilation...

Page 76: ...sks take care the followings It should provide a level horizontal surface for the PC or the printer A work space should be preserved to connect the cables Support rising cables to prevent their weight...

Page 77: ...and general purpose PC This desk provides enough space on top for display keyboard and mouse The HIS CPU and a UPS can be mounted inside the desk screw holes are pre drilled An auxiliary power socket...

Page 78: ...Peripherals Manual A4 Control Bus Interface Card IM 33Y06G01 01E Card Installation Procedure 1 Set a station address for the Control Bus interface card 2 Turn off the computer and unplug the power co...

Page 79: ...e installed system equipment Connecting terminals for power grounding and signal cables are shown in gures The gures also show how to connect the HIS connected Control Bus interface card to Field Cont...

Page 80: ...less crimp on terminal Circular solderless terminal for use with M4 screws Alarm and Control Circuit Cables Nominal conductor cross sectional area 0 5 to 1 25 mm2 Example of Suitable Cables 600 V viny...

Page 81: ...nsulated wire KIV JIS C 3316 Solderless crimp on terminal lugs For rack mounted equipment Circular solderless terminal lugs for M4 screw terminal For cabinets and console HISs Circular solderless term...

Page 82: ...ach a sleeve to the cable Signal cable Signal cable Without sleeve With sleeve Sleeve with isolation cover Sleeve without isolation cover F030102 ai Figure Sleeve for Pressure Clamp Terminal IMPORTANT...

Page 83: ...The standard type of cable used nominal cross sectional area is equivalent to JIS C 3312 Calculate the maximum power cable length from the following conditions in Figure However the power cable must m...

Page 84: ...ai L m Voltage drop across wiring Conductor resistance ohm km Number of cores Equipment current consumption 1000 Note In the formulas above the voltage drop across wiring is assumed to be 2 V for AC p...

Page 85: ...ess Lug Dimensions Nominal cross sectional area mm2 Screw used mm Hole diameter mm Lug outside diameter mm Lug length mm Insulation covering inside diameter mm 1 25 4 4 3 or more 8 2 or less approx 21...

Page 86: ...rd The power cables is branched to each unit by way of a circuit breaker Each power system uses three terminals AC and ground ISO M4 to M6 screws Unit Unit Unit Power distribution board 100 120 V AC o...

Page 87: ...hiba Corporation Surface DC1112EN Square double socket with ground terminal Screw terminals 15 A 125 V Surface DC1111EN Square socket with ground terminal single Screw terminals 15 A 125 V Terminal Co...

Page 88: ...al box and the hole can be exposed by removing the blank plate screwed to the bottom See gures below for conduit cabling F030203 ai Blank plate not needed after cabling Bottom plate Conduit hole Cable...

Page 89: ...e to the ground terminal Connect LPCKIT YPCKIT AFS40S AFS40D AFG40S AFG40D AFS20S AFS20D AFG20S AFG20D ACB41 and ACB21 to the relay terminal of the ground bar for connecting a ground cable with M5 scr...

Page 90: ...equipment Enclosed Display Style Console Assembly LPCKIT Ground wiring bar Nonisolated from case Power distribution board Power terminal screws M6 N TM1 L F030401 ai Front Ground connection Power stat...

Page 91: ...solated from case Power distribution board Power Terminal screw M6 N TM1 L F030402 ai Front Ground connection Power status output contact connections Example dual stacked LCD DI2 C NC NO DI1 DO2 DO1 R...

Page 92: ...FS10S AFS10D AFG10S AFG10D Cable Connections IMPORTANT If wiring the contact output cable to the READY contact output terminals attach a clamp lter part No A1193MN with cable fastener supplied with AF...

Page 93: ...Bus CN1 RCV SND L SND R REVISION U H1 H2 MODEL AIP532 STYLE1 SI YOKOGAWA ESB Bus CN1 RCV SND L SND R Figure AFS30S AFS30D AFG30S AFG30D Cable Connections IMPORTANT If wiring the contact output cable...

Page 94: ...ual power connection is available only for duplexed FCSs with cabinet or ACB TM1 L N N TM1 L NO NC C READY F030411 ai Grounding bar for function grounding isolated from frame By removing the cable bet...

Page 95: ...0V AC L N CN2 PSU R F030421 ai Power supply module External interface unit Power supply input terminal Terminal screw M4 Grounding terminal Terminal screw M4 Attached power cord Power supply input ter...

Page 96: ...ld Control Station CN1 PSU L CN2 PSU R TM1 L N 100 120 TM1 L N VAC 220 240 TM1 DC 24V VAC F030404 ai Power input terminals For 220 240 V AC For 24 V DC Grounding terminal Terminal screw M4 Figure PFCS...

Page 97: ...erface Unit 19 inch Rack Mountable Type F030414 ai 1 2 3 4 5 6 1 2 3 4 5 6 RIO bus coupler NIU power supply terminals L N Power supply Connected with M4 screws Installed if dual power supply is used F...

Page 98: ...distribution board in the ACB21 3 For power wiring to the AND50 dual power connection model connect the L and N terminals on power distribution board to the L and N terminals of the AND50 respectively...

Page 99: ...d power cord uncover and remove its cord then connect a power cable and a grounding cable Power supply module Power supply Connected with M4 screws L N Power input terminals Attached Power Cord Ground...

Page 100: ...using the attached power cord uncover and remove its cord then connect a power cable and a grounding cable Power supply module Supply power Connected with M4 screws L N Power input terminals Attached...

Page 101: ...pose cabinet along with an AEP7D Primary Power Supply Bus Unit is shown L N L N TM2 100 120V AC TM1 100 120V AC ANR10S ANR10D F030422 ai AEP7D ANR10S ANR10D General purpose Cabinet Figure Example of I...

Page 102: ...ollowing F030423 ai General purpose Cabinet 3 units spacing between devices 1 AFF50 Node Unit Node Unit Node Unit AEP7D Ground terminal Grounding bar Cabinet ground FG Ground bus inlet 100 ohrms or le...

Page 103: ...R RDY RCV SND CN1 CN2 100 120VAC FUSE POWER 250V 1A L N 100 120VAC FUSE POWER 250V 1A L N F030406 ai L N Power input terminals Grounding terminal Connected with M4 screws Figure Optical Bus Repeater P...

Page 104: ...0 01E ACG10S Communication Gateway Unit F030415 ai L TM1 N Desktop Type 19 inch Rack Mountable Type Socket Power input terminals Grounding terminal Connected with M4 screws Figure ACG10S Power Cable C...

Page 105: ...ons IMPORTANT If wiring the contact cable to the READY contact output terminals attach a clamp lter part No A1193MN with cable fastener coming with an ABC11S ABC11D supplied with hardware near the ter...

Page 106: ...F030408 ai POWER 100 120 VAC TM1 L N CN3 CN4 TOTAL 10A MAX CN1 CN2 TOTAL 10A MAX Rear of desk Sockets Breaker Protective earth terminal Terminal screw M4 Protective earth mark Power input terminals T...

Page 107: ...X801 General Purpose Desk F030413 ai Front of desk Breaker Protective earth mark Rear of desk TM1 POWER L N Protective earth terminal Terminal screw M4 Power input terminals Terminal screw M6 Figure Y...

Page 108: ...so that their weight does not affect terminals Use solderless lug or pressure clamp terminal contact when process I O signals are connected with terminals Solderless Lug IMPORTANT The CS 3000 system...

Page 109: ...3 or more 8 2 or less Approx 21 3 6 or more 7 0 or more 2 0 4 4 3 or more 8 7 or less Approx 21 4 3 or more 7 1 or more 1 25 3 5 3 7 or more 6 8 or less Approx 21 3 6 or more 4 0 or more 2 0 3 5 3 7...

Page 110: ...5 16 11 10 H0 5 10 0 75 11 16 10 H0 75 16 11 10 H0 75 10 1 11 16 10 H1 16 11 10 H1 10 1 25 to 1 5 11 16 10 H1 5 16 11 10 H1 5 10 1 25 to 1 5 13 18 12 H1 5 18D 1 13 12 H1 5 12 1 1 When connecting to AT...

Page 111: ...nal 3 Fasten the screw using the special tool a screw driver conforming to the DIC 5264B standard with a tip width of 0 6 mm and a shaft diameter of 3 5 mm with a fastening torque of 0 5 N m Terminal...

Page 112: ...d Signal cables from the eld enter the FCS at the bottom and connect to individual node units in the routes shown in Figure below F030517 ai Front Rear Field wiring area Cable solidification attachmen...

Page 113: ...dundant ESB bus example F030518 ai REVISION U H1 H2 MODEL AIP532 STYLE1 SI YOKOGAWA ESB Bus CN1 RCV SND L SND R REVISION U H1 H2 MODEL AIP532 STYLE1 SI YOKOGAWA ESB Bus CN1 RCV SND L SND R ESB bus cab...

Page 114: ...ed in the front of the cabinet and the terminal boards in the rear Avoid using ESB bus cable with other cables and also avoid wiring its cable in parallel with others ESB bus cable FG connecting screw...

Page 115: ...ws a dual redundant ER bus example F030516 ai Power ANR10D Magnified Signal cable Cable tray Power cable ER bus cable the ventilation opening Signal Cable To ensure the airflow route around I O module...

Page 116: ...r as they will go F030514 ai Front Node unit 1 2 3 4 5 1 Signal Cables for the top node unit 5 Signal Cables for the Bottom node unit Cable binding bar Figure Signal Cabling FIO with KS Cable Interfac...

Page 117: ...erminal screw 6 Close the terminal board cover F030501 ai Initial state Solderless contact clamped Covers Cross section Screw Spring retainer Screw loosened Approx 2 mm Solderless contact Solderless c...

Page 118: ...nd connect to individual I O modules in the routes shown in Figure below OK OK Front of Cabinet Rear of Cabinet 19 inch rack mountable type F030508 ai Field cable areas Cable fasteners Front 9 positio...

Page 119: ...net The gure shows a dual redundant RIO bus example Front Rear IOU IOU IOU IOU IOU IOU IOU IOU IOU F030509 ai Nodes Signal cable binding 12 positions Signal cable binding 9 positions NIU power supply...

Page 120: ...IOU IOU IOU IOU IOU IOU IOU IOU F030511 ai Nodes Signal cable binding 12 positions Cabinet installation type NIU Signal cables Signal cable binding 12 positions RIO bus distributing unit RIO bus cable...

Page 121: ...pe Node The following shows a dual redundant RIO bus example IOU IOU IOU IOU IOU POWER F030513 ai 19 inch rack mount type node Signal cable RIO bus cable Power cable NIU power supply cable Figure Wiri...

Page 122: ...ual redundant control bus example Power supply cables Expansion rack Signal cables F030503 ai No 1 I O module nest No 2 I O module nest No 3 I O module nest No 4 I O module nest No 5 I O module nest V...

Page 123: ...1 2 3 4 5 1 Signal Cables for the top IOU 5 Signal Cables for the Bottom IOU Cable binding bar Figure Cabling Connector Type IOU Cabling How to connect cables of the lowest IOU connector type F030512...

Page 124: ...ble hole Lead other signal cables through the left cable hole so as to separate them from the V net cables Wiring of Console Type HIS LPCKIT F030521 ai Raise the plate while the system is running Figu...

Page 125: ...meters of these holes can be changed to match the diameter of the cables There are four bottom plates each at the front and rear of AF 20 ACB21 speci cally for signal cable wiring There are three bott...

Page 126: ...not cut the sponge pad on the reverse side of the plate 4 Cut and remove the area protective padding approximately 20 mm inside the opening made in the preceding step 5 Turn the rim of the protective...

Page 127: ...1 Combination of Fieldnetwork I O FIO and Terminal Blocks A pressure clamp terminal block or KS cable also called a Yokogawa speci c cable interface adapter is available for eld wiring or an MIL cable...

Page 128: ...Cabling 3 50 TI 33Q01J10 01E MIL connector MIL cable Pressure clamp terminal KS cable interface adapter Yokogawa specific cable Terminal block I O module F030601 ai Figure FIO Terminals May 18 2007 0...

Page 129: ...0 V Non Isolated 16 x x x AAV544 Analog Output Module 10 to 10 V Non Isolated 16 x x x AAT141 TC mV Input Module TC R J K E T B S N mV 100 to 150 mV Isolated 16 x x 3 AAR181 RTD Input Module RTD Pt100...

Page 130: ...l 32 input 32 output x 2 ADV169 Digital Input Module for Compatible ST6 Common Minus Side Every 16 Channel 64 x 2 ADV569 Digital Output Module for Compatible ST7 Common Minus Side Every 16 Channel 64...

Page 131: ...of Analog module AAI141 Signal cable F030602 ai NC not connected Figure I O Module with Pressure Clamp Terminal Dual redundant Pressure Clamp Terminal CH1 CH2 CH16 Example of Analog module AAI141 NC...

Page 132: ...2 IN A Resistance temperature detector input A IN B Resistance temperature detector input B IN C Resistance temperature detector input B AAR145 IN A Resistance temperature detector input A Potentiome...

Page 133: ...30605 ai SW1 OFF SW2 ON for relay contact if necessary Setting Items by the system generation builder SW1 RL OFF No terminating resisror SW2 FIL ON if necessary 1 Figure No Voltage contact Input 1 Whe...

Page 134: ...eration builder SW1 RL Select the value of RL resistance SW2 FIL OFF F030608 ai AAP135 Figure 2 Wire Power Supply Type This method supplies power to the transmitter and receives the transmitter output...

Page 135: ...nal board using a Yokogawa speci c cable Field signals are connected using the terminal board F030610 ai ANB10D AEA4D Figure Example of Terminal Board Connection with Dual redundant I O Module SEE ALS...

Page 136: ...ample of the connection of the mechanical relay board ARM55D with the Digital I O Module ADV551 is shown below CN1 F030611 ai Connection with FG ADV551 ATD5A adapter Yokogawa specific cable AKB331 ARM...

Page 137: ...and the wiring of the ALF111 is shown below For the implementation of the ALF111 and the relevant devices follow the implementation conditions for the devices 1 U unit 44 45 mm F030612 ai CH1 CH2 CH3...

Page 138: ...ogawa specific cable AKB336 1 ALF111 Connection with a pressure clamp terminal Connection with a terminal board Connection with FG F030613 ai U L U L CH1 CH2 CH3 CH4 ALF111 RCV SND RCV SND 1 If Type A...

Page 139: ...of the ATF9S The length of the connection cable between the power supply unit and the ALF111 should be less than one meter Use a type A cable and connect the cable shield to the same potential as the...

Page 140: ...can be attached on the terminal board To configure dual redundant ALF111 on the terminal board AFE9D mount a pair of terminators YCB138 to each empty port as well FF H1 cable To FF devices To Fieldbus...

Page 141: ...a terminator in the power supply unit F030616 ai 1 1 2 2 3 3 4 4 N C 1 1 2 2 3 3 4 4 N C Terminator YCB138 To FF devices Terminal Board AEF9D Figure Installation of Terminator to Terminal Board AEF9D...

Page 142: ...est for Communication Cards and Ethernet Communication Modules for PFC only AMN52 Nest for Pro bus Communication Module in PFC only F030730 ai Multiplexer Modules or Digital I O Modules Connector Type...

Page 143: ...rminal Type conforms to IEC 751 1995 15 AMM22M mV Input Multiplexer Module 16 AMM12C Voltage Input Multiplexer Module 16 Connector AMM22C mV Input Multiplexer Module 16 Points Connector Type 16 AMM25C...

Page 144: ...IN transmitter input Current input Voltage input C Current input Voltage input AAM21 AAM21J A Resistance temperature Potentiometer input 100 detector input A B mV thermocouple input Resistance tempera...

Page 145: ...1 to 16 Signal cables Recorder output connector CN1 AMN11 channels Figure Analog I O Module Cable Connection Analog Input Modules AAM21 AAM21J for Resistance Temperature Detector Signal Input F030702...

Page 146: ...mitter F030703 ai SW1 OFF SW2 ON for relay contact if necessary Setting Items by the system generation builder SW1 RL OFF No terminating resisror SW2 FIL ON if necessary 1 Figure No Voltage Input 1 Wh...

Page 147: ...generation builder SW1 RL Select the value of RL resistance SW1 FIL OFF F030706 ai Figure 2 Wire Power Supply Type This method supplies power to the transmitter and receives the transmitter output si...

Page 148: ...nt slots beginning with an odd number slot 1 2 3 4 13 14 15 16 and set to be redundant and adjacent terminals A and C must be connected to check their outputs against each other as shown below The AAM...

Page 149: ...rol Analog I O Module AMC80 Multipoint Control Analog I O Module AMC80 Connect the shield of the Yokogawa speci c cable to the shield terminal RDY DX OUT YOKOGAWA YOKOGAWA RDY DX OUT F030709 ai Shield...

Page 150: ...ow When the AMC80 is used in a single con guration one MCM terminal board is required for each AMC80 IMPORTANT Do not set up AMC80s in the single mode when they are connected to a MCM terminal board i...

Page 151: ...16 1 2 A B C Output channels Terminal C not used Figure Signal Cable Connection of Relay Input Module ADM15R Relay Output Module ADM55R C B A A B C A C Terminal A closed when excited B C Terminal B cl...

Page 152: ...can be installed in one nest B A B A F030713 ai AMN31 Module Multiplexer Terminals Signal cables 16 Not used 1 2 Not used 16 1 2 I O channels Figure Multiplexer Module Signal Cable Connection RTD Inpu...

Page 153: ...mount terminals Multiplexer Module Connector Type Figure Multiplexer Module Connector Type Signal Cable Connection Connector Type Multiplexer Module and Terminal Board Terminal Block Connect a multipl...

Page 154: ...AMN31 Digital I O Module 16 1 2 I O channel I O contact Signal cable Figure 16 Point Digital I O Module Signal Cable Connection 32 Point Digital I O Modules ADM12T ADM52T F030717 ai 1 2 15 16 17 18 31...

Page 155: ...al I O Modules ADM11C ADM12C ADM51C ADM52C Connect the shield of the Yokogawa speci c cable to each screw mount shield terminal 1 2 3 4 F030718 ai AMN32 Shield Connector Connector Shield Screw mount t...

Page 156: ...ion 1 FG Frame Ground Maintenance grounding 2 SD Send Data Transmission data output 3 RD Receive Data Receiving data input 4 RS Request to Send Transmission request output 5 CS Clear to Send Ready for...

Page 157: ...re After completing the RS 232C cabling mount the supplied clamp lter on the covering of the RS 232C cable to provide enhanced immunity to noise Clamp Filter Parts Core Part number A1179MN with cable...

Page 158: ...of Clamp Filter and Mounting 2 Put the RS 232C cable into the cylindrical part of the opened core 3 Close the core with the RS 232C cable within it and lock the clamp lter with two core lock claws 4...

Page 159: ...AMN33 Figure ACM12 Signal Cable Connection Table RS 422 RS 485 Interface Terminal Positions Terminal Code Signal Name Description TX Send Data Transmission data in phase signals TX Send Data Transmis...

Page 160: ...ation Signal Name Description 1 FG Frame Ground Maintenance grounding 2 SD Send Data output Transmission data output 3 RD Receive Data Receiving data input 4 RS Request to Send output Transmission req...

Page 161: ...ace Terminal Positions Terminal Code Signal Name Description TX Send Data Transmission data in phase signals TX Send Data Transmission data phase reversal signals RX Receive Data Receiving data in pha...

Page 162: ...Figure Ethernet Communication Module ACM71 Use 10BASE T non shielded 100 ohm twisted pair cables for Ethernet connections Table Pin Assignment of Ethernet Interface Connector RJ 45 Pin Signal Abbrevi...

Page 163: ...a terminator to terminals 4 and 5 Do not connect anything to terminals marked NC No Connection i e terminals 3 and 6 1 2 3 4 5 6 Clamp filter A1179MN Terminator YCB138 F030727 ai NC Figure ACF11 Sign...

Page 164: ...the cabinet internal shield ground bar and FCU ground bar and ground them separately Arrestor etc ACF11 F030728 ai FCU 10 ohms or less recommended or 100 ohms or less When there is no arrester To ACF...

Page 165: ...30729 ai Figure PROFIBUS Communication Module ACP71 Use shielded twisted pair cables for PROFIBUS Table PROFIBUS Interface Connector Pin Positions Pin position Signal Description 1 Shield 2 N C 3 A Li...

Page 166: ...ctors of the control bus interface card Order the T shaped plug separately Connect V net cables 10BASE 2 cable YCB141 to the BUS1 and BUS2 through previous station Connect V net cables 10BASE 2 from t...

Page 167: ...o next unit or terminator if end of bus PRINTER RS232C A COM2 E X T RS232C B COM1 SLOT1 SLOT2 SLOT3 SLOT4 SLOT5 SLOT6 SLOT7 Console Type HIS LPCKIT Rear of HIS V net cable 10BASE 2 BNC connector Bus2...

Page 168: ...SLOT4 SLOT5 SLOT6 SLOT7 Control bus adapter HIS Clamp filter V net 10BASE 5 cable V net cable 10BASE 2 Clamp filter AFS30D Bus1 Bus2 Bus1 Bus2 Control Bus YCB147 REVISION U H1 H2 MODEL AIP532 STYLE1...

Page 169: ...BASE 5 cable and 10BASE 2 cable are connected N type connector BNC type connector 10BASE 2 cable 10BASE 5 cable F030803 ai Figure Control Bus Adapter YCB147 The thickness and weight of the two types o...

Page 170: ...V net cables 10BASE 5 AFS30D PFCD Bus1 Bus2 Bus1 Bus2 F030804 ai V net cables 10BASE 5 Control Bus Coupler Bus2 Clamp filter To next unit Attach a terminator if no next unit is connected Figure V net...

Page 171: ...ched in three ways depending on where bracket is installed as shown below Rack Mounting F030805 ai Horizontal Side Mounting F030806 ai To connector for connecting the V net coupler cable of ACG10S use...

Page 172: ...sed to ground V net connected devices at one point for safety Ground each bus in a segment at one point In a segment devices can communicate on the same bus without repeater Place the unit on the bott...

Page 173: ...V net cable and V net terminator for 10BASE 2 cable T type connector When the V net cable is connected put the T type connector between insulation sheets to prevent it from touching other metals The s...

Page 174: ...to the AFF50 install BNC connector covers to prevent the BNC connectors from coming into contact with other pieces of metal Four BNC connector covers are supplied with the AFF50 F030821 ai Cover V net...

Page 175: ...i Bus1 ESB bus duplexed connected to Bus1 if single REVISION U H1 H2 MODEL AIP532 STYLE1 SI YOKOGAWA ESB Bus CN1 RCV SND L SND R Bus2 SB401 S9879UK SB401 S9879UK Bus2 to next node unit Bus1 REVISION U...

Page 176: ...1 S9879UK Bus2 to next node unit Bus1 ESB bus cable YCB301 Screw tightening torque 0 291 0 049 N m Bus1 Bus2 ESB bus duplexed connected to Bus1 if single AFF50D ESB coupler EC401 CN2 CPU L CN3 CPU R C...

Page 177: ...connected attach YCB148 Terminator Avoid using ER bus cable with other cables and also avoid wiring its cable in parallel with others F030812 ai EB401 ER bus cable YCB141 ESB bus node unit ANB10D ER b...

Page 178: ...a cable fastener at the front right edge of cable tray Separate from other cables as much as possible EB401 Terminator YCB148 Clamp filter A1193MN Fix with using a cable fastener at the front right ed...

Page 179: ...in 10 cm Clamp Filter Figure Clamp Filter T type connector When the ER bus cable is connected put the T type connector between insulation sheets to prevent it from touching other metals The surfaces o...

Page 180: ...lowing Control Bus Adapter in 3 8 Connecting Bus Cable 10BASE 5 Cable When 10BASE 5 cable is used a grounding unit YCB117 should be used for grounding For one segment a communication range of bus conn...

Page 181: ...RIO bus duplexed connected to bus 1 if single NIU connection terminals From other node RIO bus coupler connection terminals AND50 AFS10D 1 2 3 4 5 6 1 2 3 4 5 6 1 2 3 4 5 6 1 2 3 4 5 6 Bus 1 Bus 1 Bus...

Page 182: ...ected to bus 1 if single Rear of cabinet F030815 ai 1 2 3 4 5 6 1 2 3 4 5 6 1 2 3 4 5 6 1 2 3 4 5 6 RIO bus coupler connection terminals RIO bus unit To next node or terminated if the FCU is the last...

Page 183: ...minator connection terminals Between 1 and 2 Connection M4 Screw There is no need to remove terminal screws but simply loosen them screws are designed not to fall out See figure Figure RIO Bus Termina...

Page 184: ...AL LINK RDY RCV SND OUT IN OPTICAL LINK RDY RCV SND OUT IN OPTICAL LINK Optical cord Optical fiber cable Optical cord Optical cord Optical cord Bus 1 Bus 2 Connected to corresponding optical transceiv...

Page 185: ...125 optical ber cable according to the procedure below 1 To restrict a volume of light you must insert a 10 m of GI 50 125 optical cord between the output connector of an optical bus repeater and a GI...

Page 186: ...S40S AFS40D AFG40S AFG40D with Cabinet Power and processor failure 250 V AC 30 V DC 2 A 125 VA AFF50S AFF50D 19 inch Rack Mountable Type Power and processor failure 30 V DC 0 3 A PFCS PFCD Power and p...

Page 187: ...current IMPORTANT Relays and solenoids cause reverse electromotive voltages at both coil ends due to inductive load This phenomenon causes contact damage or noise leading to device errors and adverse...

Page 188: ...ype excluding node Field Control Unit 100 120 50 60 3 250 VA 432 103 120 W 220 240 250 VA 24 V DC 4 5 A AFS10D AFG10D 19 inch Rack Mountable Type excluding node Duplexed Field Control Unit 100 120 50...

Page 189: ...A 540 103 150 W 220 240 330 VA 24 V DC 6 A AFS40D AFG40D with Cabinet excluding node Duplexed Field Control Unit for FIO 100 120 50 60 3 450 VA 828 103 230 W 220 240 480 VA 24 V DC 10 A AFS40S AFG40S...

Page 190: ...120 50 60 3 100 VA 270 x 103 75 W 220 240 100 VA ABC11S Bus Converter 100 120 50 60 3 180 VA 288 x 103 80 W 220 240 180 VA 24 V DC 4 A ABC11D Dual Redundant Bus Converter 100 120 50 60 3 320 VA 540 x...

Page 191: ...32 38 103 45 17 21 AFG30D Duplexed FCU for FIO 19 inch rack mountable type 56 58 208 67 32 39 AFS40S Field Control Unit for FIO with cabinet with maximum no of 10 node units installed 190 80 180 80 67...

Page 192: ...dary and successive rush current Measurement Conditions Input voltage 132 264 V AC 50 Hz and 24 V DC Power line impedance Approx 0 4 ohms external line and internal impedance Turn on timing At 50 Hz 9...

Page 193: ...Analog Output Module 4 to 20 mA 16 channel Isolated 230 540 AAV144 Analog Input Module 10 to 10 V 16 channel Isolated 500 AAV544 Analog Output Module 10 to 10 V 16 channel Isolated 860 AAT141 TC mV In...

Page 194: ...DV869 Digital I O Module for Compatible ST5 32 channel Input 32 channel Output Common Minus Side Every 16 channel 800 ADV169 Digital Input Module for Compatible ST6 64 channel Input Common Minus Side...

Page 195: ...exer module 16 contact Terminal type 0 5 AMM22M mV input multiplexer module 16 contact Terminal type 0 5 AMM22T Thermocouple input multiplexer module 16 contact Terminal type 0 5 AMM22TJ Thermocouple...

Page 196: ...32 contact Terminal type 0 6 ADM11C Contact input module 16 point Connector type 0 6 ADM12C Contact input module 32 point Connector type 0 6 ADM51C Contact output module 16 point Connector type 0 6 AD...

Page 197: ...C system 1 250 fuse 5 250 YNT511 YNT522 optical bus repeater 220 V AC system 2 250 fuse 10 250 YNT511 YNT522 optical bus repeater 24 V DC 2 250 fuse 10 250 YNT512 bus repeater 100 V AC system 1 250 fu...

Page 198: ...250 ANB10S 10D ESB bus node unit 24 V DC ANR10S 10D ER bus node unit 24 V DC 10 250 fuse 20 250 ACB41 I O expansion cabinet 100 220 V AC 20 250 two 3 40 250 ACB41 I O expansion cabinet 24 V DC 30 24...

Page 199: ...l for ensuring reliable operation and prolonged life span that the equipment is used not only within the range of environment resistance standards but also in a more satisfactory environment For insta...

Page 200: ...es LOPSVMK Table Periodic Replacement Parts Having De ned Life Spans When average LOPSVMK ambient temperature is 30 C Part names Part numbers Recommended replacement cycle Replacement by user Remarks...

Page 201: ...de ned life span LCD unit S9388FA 3 years No LCD unit S9389FA 3 years No Fan unit AIP601 4 years Yes Operation keyboard S9390FA No Depends on frequency of use Fuse S9518VK 3 years Yes For 100 V AC fo...

Page 202: ...erature 40 C or less PW401 8 years X No 100 V AC Average ambient temperature 40 C or less PW402 8 years X No 220 V AC Average ambient temperature 40 C or less PW404 8 years X No 24 V DC Average ambien...

Page 203: ...r less PW481 8 years X X No 100 V AC Average ambient temperature 40 C or less PW482 8 years X X No 220 V AC Average ambient temperature 40 C or less PW484 8 years X X No 24 V DC Average ambient temper...

Page 204: ...0 C or less Built in power fuse S9109VK 8 years No PW481 S9109VK 8 years No PW482 A1546EF 8 years No PW484 PFCS PFCD Field Control Station Table Periodic Replacement Parts Having De ned Life Spans Par...

Page 205: ...PW501 1 A A1349EF 3 years Yes For PW502 2 A A1363EF 3 years Yes For PW504 2 A ACG10S Table Periodic Replacement Parts Having De ned Life Spans Part names Part numbers Recommended replacement cycle Rep...

Page 206: ...in power supply unit PW301 8 years No 100 V AC Average ambient temperature 40 C or less PW302 8 years No 220 V AC Average ambient temperature 40 C or less PW304 8 years No 24 V DC Average ambient temp...

Page 207: ...o the I O expansion cabinet ACB21 the connection between the HKU and node will be prioritized by R3 R2 R1 F3 F2 F1 from the node installation position In other words connections in the HKU will be mad...

Page 208: ...and left and right sides of the cabinet to check that there is no condensation on the cards or defects anywhere in the cabinet No dust remaining inside cabinet It is recommended that you turn on the p...

Page 209: ...0D AFG30S AFG30D Field Control Unit 19 inch Rack Mountable Type 3 15 AFS30 AFG30 AFS40 AFG40 ANB10 ANR10 4 16 AIP826 AIP827 4 14 Air Conditioner 1 4 Air Purity 1 6 Alarm and Contact I O Cabling 3 107...

Page 210: ...nal Board with FIO 3 57 Connecting the Fieldbus Cable and Handling the Shield Mesh for Fieldbus Communication Module ACF11 3 85 Connecting to Pressure clamp Terminal 3 33 Connecting V net cables 10BAS...

Page 211: ...15 Interconnecting cabinets 2 21 Intersecting Cables 1 32 Isolation Bush 2 27 Isolation from Rack 2 26 K Keep Upright 2 3 KS Cable Interface Adapter 3 54 L List of Signal Cables for Connection with F...

Page 212: ...ommunication Module ACM11 3 78 RS 422 RS 485 Communication Card ACM22 3 83 RS 422 RS 485 Communication Module ACM12 3 81 RTD Input Modules AMM32T AMM32TJ 3 74 Rules of Connection for the Housekeeping...

Page 213: ...rnal Power to Drive the Transmitter 2 wire power supply type 3 56 3 69 When Receiving No Voltage Contact Signals 1 3 55 3 68 When Receiving No Voltage Contact Signals 2 3 55 3 68 When Receiving Voltag...

Page 214: ...Blank Page...

Page 215: ...d ANS50 AND50 gure changed AFS20S 20D label added to gure ACF11 Fieldbus added 3 7 Adapter changes additions 3 9 LIH21C added 4 Installation Table updated LIH21C added I O Module Power Consumption ACF...

Page 216: ...or PFC Added AMN33 in gure and revised title of gure in Fieldbus Communication Module ACF11 Added PROFIBUS Communication Module ACP71 3 7 Connecting Bus Cable Revised gure in Control bus Cable Convers...

Page 217: ...e Termination Added Connecting Signal Cables to Terminals for FIO Added Wiring Console Type HIS 3 6 Connecting Signal Cables with I O Module 3 6 1 FIO added 3 7 Connecting Bus Cable Added ESB Bus Adde...

Page 218: ...and RIO Revised gure in Field Area Revised gure FIO Node Wiring in FCU with Cabinet Revised FIO Node Wiring in I O Expansion Cabinet Revised Modifying the Cabinet Bottom Plates for Cable Wiring 3 6 C...

Page 219: ...of the descriptions 2 4 5 Revised the description 3 5 Signal Cable Termination Added screw sizes of the solderless lug Added Pressure Clamp Terminal for ARS M 3 6 Sectioned from 3 6 1 to 3 6 4 and fro...

Page 220: ...eaker Ratings Corrected ADV161 data in Table Maximum Power Consumption of FIO Added data for AAV144 AAV544 and ALP111 to Table Maximum Power Consumption of FIO Corrected data for YPCKIT in Parts durab...

Page 221: ...able of maximum power consumption of FIO Paint Color Munsell Values Corrected Sep 2005 9th Edition 1 System Installation Requirements 1 2 Control Room Environment Table Equipment Installation Speci ca...

Page 222: ...s Environment Compatibility G3 Environment compatible Products Description of Table G3 Environment compatible Products is modi ed 2 Transportation Storage and Installation 2 2 Unpacking Add IMPORTANT...

Page 223: ...FS20 AFG20 ACB21 ACB41 ANS50 AND50 ANS20 AND20 A1096EM Fan only is deleted Description is modi ed Add LOPSVMK Add LOPXLMK Add AIP826 AIP827 Control Devices AFS10_ AFG10_ AFS20_ AFG20_ ACB21 ACB41 ANS5...

Page 224: ...d the description 3 4 Power and Ground Cabling Revised the gure of FCS 3 5 Connecting Signal Cable AFF50S AFF50D ANR10S ANR10D Wiring Added IMPORTANT and revised the gure FIO with KS Cable Interface A...

Page 225: ...Blank Page...

Page 226: ...ten 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 no...

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YOKOGAWA CENTUM CS 3000, Installation Guidance

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