YOKOGAWA CENTUM CS Technical Information Download Page 133

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3. Cabling

3-35

TI 33J01J10-01EN

An example of wiring when A2NN10D is mounted to a general-purp cabinet in the following:

A2NN10D-





A2NN10D-





F030423.ai

A general-purpose cabinet

Insulating bushing

AC Power Source :

Protective grounding bar

DC Power Source :

Functional grounding terminal

Functional

grounding terminal

Functional grounding

terminal

Functional grounding bar

Cabinet ground

Insulating sheet

Ground bus inlet

Separate and isolate

the rack frame and

mounted device using

an isolation bush

Separate and isolate

the rack frame and

mounted device using

an isolation bush

Oct.5, 2018-00

Summary of Contents for CENTUM CS

Page 1: ...formation Release 6 CENTUM VP Installation Guidance TI 33J01J10 01EN TI 33J01J10 01EN Copyright Mar 2015 YK 12th Edition Mar 2019 YK Yokogawa Electric Corporation 2 9 32 Nakacho Musashino shi Tokyo 18...

Page 2: ...Blank Page...

Page 3: ...tions in transit unpacking and storage such as humidity temperature change and how to install devices Chapter 3 Cabling This chapter describes how to connect power ground signal and bus cables to the...

Page 4: ...anual to indicate that there are precautions for safety Indicates that caution is required This symbol for the Product indicates the possibility of dangers such as electric shock on personnel and equi...

Page 5: ...hese icons WARNING Identifies important information required to understand operations or functions CAUTION Identifies instructions that must be observed in order to avoid physical injury and electric...

Page 6: ...und 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 l Tightening Torque of S...

Page 7: ...clean the filter then reuse it after drying Follow the procedure in the hardware instruction manual for each device to exchange the air filter at the specified period SEE ALSO For Air Filter refer to...

Page 8: ...es for exchange must be the Yokogawa designated fuses Exchanging relay must follow the procedure in the hardware instruction manual for each device so as to avoid electric shock SEE ALSO For Power Dis...

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: ...X Corporation Foundation in Foundation fieldbus is a registered trademark of Fieldbus Foundation All other company or product names appearing in this manual are trademarks or registered trademarks of...

Page 11: ...Standards 1 32 2 Transportation Storage and Installation 2 1 2 1 Precautions for Transportation 2 2 2 2 Unpacking 2 7 2 3 Storage 2 8 2 4 Servicing Area 2 9 2 5 Installation 2 10 2 5 1 Installation on...

Page 12: ...N IO I O Unit Types 3 76 3 7 2 Base Plate for Adaptor 3 76 3 7 3 Adaptors for A2BN3D 3 81 3 7 4 Base Plate for Barrier 3 91 3 8 Signal Connections of N IO I O Unit For RIO System Upgrade 3 94 3 8 1 N...

Page 13: ...s 1 1 TI 33J01J10 01EN 1 System Installation Requirements This section describes installation requirements such as environmental conditions required space and layout considerations power consumption c...

Page 14: ...esign 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 dimensions of standard e...

Page 15: ...n The illumination level around a display unit should be 700 to 1500 lux target illumination level 1000 lux The illumination level inside the control room should be reasonably uniform Select proper li...

Page 16: ...om LCDs n Side by Side Cabinet Installation When cabinets are placed side by side make sure of their ventilation system For cabinet ventilation system we have air cooling without blower and with blowe...

Page 17: ...thout 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 opera...

Page 18: ...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 n Air Purity The dust in the c...

Page 19: ...ould be closed In case of the usage of transceiver with 3 W or less the distance from this system should be kept 1 m or more with 10 W or less 2 m or more As for the usage of wireless equipment with 1...

Page 20: ...supplied from the building wiring 5 Pollution degree indicates the adhesion level of foreign matter in a solid liquid or gaseous state that can reduce dielectric strength Degree 2 refers to a polluti...

Page 21: ...ing system 3 For the rack mountable devices DIN rail mountable devices and wall mountable devices to meet the Safety Standards and EMC Standards the devices must be installed in a lockable metal cabin...

Page 22: ...erlands 1 To meet a standard for hazardous location equipment the 19 inch rack mounted devices must be installed in a keyed metallic cabinet approved by CSA or non incendive regulator in your area Use...

Page 23: ...V AC Momentary failure 20 ms or less for 100 120 220 240 V AC 20 ms or less for 100 120 220 240 V AC 20 ms or less for 100 120 220 240 V AC With rated voltage supplied Withstanding voltage 1500 V AC f...

Page 24: ...r less 1 to 14 Hz Acceleration 2 0 m s2 or less 14 to 100 Hz Continuous tremor amplitude 1 75 mm or less 5 to 8 4 Hz Acceleration 4 9 m s2 or less 8 4 to 150 Hz Discontinuous vibration amplitude 3 5 m...

Page 25: ...ust satisfied 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 flattens the input voltage wave forming a...

Page 26: ...d by Field Control Unit of the CENTUM VP uses a compact and efficient switching regulator circuit In this circuit output voltage cannot be maintained if the energy terminal potential of the smoothing...

Page 27: ...nit 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 val...

Page 28: ...sideration Power unit output capacity Total device power consumption x Capacity coefficient Capacity coefficient Device crest factor Power unit crest factor specification l In Rush Current When the eq...

Page 29: ...ower supply for A2BN3D 24 V DC Power supply for A2NN30D 24 V DC A2BN3D Recommended Unrecommended Figure Connection of the field power supply of A2BN3D n Cabling Observe the following when cabling the...

Page 30: ...is to be installed in compliance with the rules and regulations in order to prevent electric shocks caused by a ground fault A plug type power cable has to be connected to the receptacle connected to...

Page 31: ...shielding the inside of the cabinet is on the bottom of the cabinet near the front panel The grounding bars 2 and 3 are connected to the grounding bar 1 by a cable of 5 5 mm2 This is used for groundin...

Page 32: ...ers on power and signal lines those arresters need to be grounded to the same bus For details see Section 1 5 Noise Countermeasures Cabinet Cabinet Cabinet Cabinet Protective grounding system Graundin...

Page 33: ...of CENTUM CS 3000 CENTUM CS or ProSafe RS CAUTION Do not install the following systems side by side with CENTUM VP Systems using power supply voltages over 300 V AC Systems with current consumption ov...

Page 34: ...onduits Shield magnetic field using ferromagnetic substance e g Permalloy Use twisted pair cables Electrostatic induction Equipment maloperation Interference with signals Use shielded signal cables El...

Page 35: ...ay cause high tension in each equipment by the product of lightning current from arrester and grounding resistance To prevent from electrification overall connection should be equipotential including...

Page 36: ...rester Installation n Examples of Spark killer and Diode Installation The following shows how to install a spark killer and a diode as a countermeasure against inductive load caused noise Relay contac...

Page 37: ...hen performing maintenance work on a desk or a table place a conductivity sheet grounded via a grounding resistance of 1 M ohm The maintenance person must wear a wrist strap while performing maintenan...

Page 38: ...parate from CENTUM VP system grounding F010601 ai Figure Separator Used in Duct Pit n Distance between Cables If a separator cannot be used keep a distance between signal cables and power cables The d...

Page 39: ...bient temperature where the cables are laid must be within the range 20 to 70 C When using N IO Node A2NN30D A2BN3D to conform to the temperature specification the ambient temperature where the cables...

Page 40: ...dule EC402 1 ESB Bus Coupler Module ANT401 3 Optical ESB Bus Repeater Master Module 5 km ANT411 3 Optical ESB Bus Repeater Master Module 5 50 km ANT502 3 Optical ESB Bus Repeater Slave Module 5 km ANT...

Page 41: ...el isolated channels ADV869 1 Digital I O module for compatible ST5 32 channel input 32 channel output isolated common minus side every 16 channel ADV169 1 Digital input module for compatible ST6 64 c...

Page 42: ...F Terminal Board for Analog single and dual redundant 16 channel AET4D 6 F Terminal Board for Thermocouple single and dual redundant 16 channel AED5D 6 F Terminal Board for Digital single and dual red...

Page 43: ...e below GX Severe A corrosive gas polluted environment that demands special protective chassis for the plant equipment specifications of which should be seriously determined by the user and a power un...

Page 44: ...s which are accredited by the required marine standards Marine Standard compliant CENTUM VP Vnet IP Components The CENTUM VP Vnet IP components which comply with the marine standards refer to the GS 3...

Page 45: ...sportation Storage and Installation This chapter describes the precautions in transporting storing and installing the CENTUM VP system equipment SEE ALSO See Section 1 2 Control Room Environment for t...

Page 46: ...sides Keep all crates upright Secure loaded crates using ropes and cover them completely with waterproof coverings Do not load crates outdoors when it is raining l Don t Stack Outdoors Be sure to stor...

Page 47: ...r indoor temperature difference should be less than 10 C to avoid condensation l Keep Upright Keep crates upright when unloading l Avoid Physical Shock Avoid physical shock Be careful not to lose bala...

Page 48: ...ts to lift the cabinet Keep the wire lifting angle of the cabinet less than 90 degrees Use a wire pair each eyebolt When craning the cabinet the wire or the crane must have enough strength against the...

Page 49: ...enough as shown below It must also be strong enough to withstand the weight of the cabinet Determine the passage according to the cabinet s and carrier s size and weight Carrying cabinet in 1000 mm 80...

Page 50: ...on without unpacking Do not use rollers if possible When using them take the following precautions Use wooden rollers which are long enough so that more than 200 mm remains outside of the cabinet on e...

Page 51: ...nding Damage to equipment interior No Yes If damaged badly inform Yokogawa Condensation or its trace on equipment interior 1 No Yes If yes inform Yokogawa 1 Condensation symptoms are as follows Dew pa...

Page 52: ...ent for permissible temperature humidity and temperature fluctuation of storage area n Storage of Packed Equipment Place squared pieces of lumber with a height of 100 mm or higher on the floor The lum...

Page 53: ...ocation 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...

Page 54: ...ith the type of the floor and building After unpacked be careful not to put any impact until it is fixed to the floor to prevent from tip over Install devices as specified in the plans Check the posit...

Page 55: ...r Clamp bolt F020502 ai Duct Riser Figure Using Clamp Bolts n Free access Floor Clamp the equipment to pedestals which are anchored to the base floor Equipment Free access floor Base floor Pedestal F0...

Page 56: ...emoving One Floor Tile Do not make a holes near the floor supports Do not cut away more than 1 3 of a floor tile IMPORTANT If a number of neighboring floor tiles are removed be sure to provide angle f...

Page 57: ...e specified maximum size hole cannot be provided due to the floor construction or pit dimensions the size may be smaller within the range indicated in the plans If you use the specified minimum size o...

Page 58: ...abinets are to be installed b To install two or more cabinets in a line install the central one first 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...

Page 59: ...nch at eight positions on the front and rear in total c After verifying that the cabinet is level in all orientations clamp hexagonal socket head bolts D eight bolts securing the main body and the cha...

Page 60: ...s 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...

Page 61: ...device mounting and maintenance only if Cabinet Utility Kit ACUKT1 is used or the cabinet interior has been provided with a thermal design and the ambient temperature is within the product specificat...

Page 62: ...devices and I O modules will be performed from the front The work to confirm indicator lamps configure card settings and remove insert cards will be performed from the front The front is the area for...

Page 63: ...ble status Too much force may apply to the insulating bushings and cause damaged or broken insulating bushings l Installation Procedure 1 Fasten a pair of insulating bushings together to each of the s...

Page 64: ...common power supply or grounding with the Model ACB51 itself make sure to insulate with an isolation bush TIP The isolation bush of Yokogawa devices can be eliminated if both I O expansion cabinet typ...

Page 65: ...ation CAUTION For installation secure ample working space and work in a team for safety l Provide Space for Mounting A2NN30D A2BN3D and A2BN5D need to be slide when they are mounted on the DIN rail Fo...

Page 66: ...ends to the DIN rail with the built in stoppers When mounting the Node Interface Unit A2NN30D install the stoppers in both the right and left ends of the unit When mounting the Power Supply Unit A2PW5...

Page 67: ...e front l Compatible DIN Rail Table Compatible DIN Rail Symbols DIN 60715 JIS C 2812 IEC 60715 EN50022 Cross section shapeType symbol Width height symbols Material chemical symbol TH 35 7 5 Fe or Al l...

Page 68: ...board n Remarks for Mounting on a DIN Rail On the back of DIN rail mountable terminal board there are two bumps projections for fixing screws on the wall Be sure not to let mechanical interference hap...

Page 69: ...llation l Providing Space for Mounting A2BN4D need to be slide when this is mounted to a wall For this reason provide a space shown in the following figure Refer to the General Specifications GS 33J62...

Page 70: ...m A2NN30D 0 8 1 0 A2BN3D 0 8 1 0 A2BN4D 1 2 A2BN5D 1 2 l Remarks for Mounting terminal board on a Wall Surface The following figure shows the screw installation dimensions for a wall mountable termin...

Page 71: ...ace via the mounting screws the equipment must be grounded using the functional grounding terminal l Insulation from a wall Node Interface Unit A2NN10D To prevent noise from coming into the device thr...

Page 72: ...l base Operating Temperature The ambient temperature of the cabinet should be 50 C or less The field control unit and node units should meet the temperature range specified in the General Specificatio...

Page 73: ...ANFAN 2 Node 4 Node 5 Node 6 Node 7 PDB Front 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 A E P V 7 D Door Fan ADFAN Door Fan...

Page 74: ...18 00 Mounting of Door Fan Mount the door fan unit using the chassis of Rittal s standard door fan unit Chassis lug Door Fan Frame F020516 ai Door Fan Frame Groove Projection Hole for mounting Door Fa...

Page 75: ...it One each can be installed in front part and rear part of a cabinet Node Unit Four each can be installed in front part and rear part of a cabinet If Field Control Unit is not installed in the part o...

Page 76: ...Front 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 Space for 3U or more Node Node Fan Unit Node Node Node Heat Generating Devic...

Page 77: ...33J01J10 01EN Oct 5 2018 00 F020518 ai Front 800 Heat Discharge Port Cabinet Door Fan 800 2000 Mounting Frame A Rear A A Section 330 200 Adapter Circulation Fan Unit Rack Mount Frame Unit mm A 330 Fi...

Page 78: ...supply port 60000 mm2 or more Air exhaust port 60000 mm2 or more Rittal SK3239 series Fan Be sure to mount two push fit door fans on each side in case of a failure The air flow and the area in the le...

Page 79: ...e air flow and the area in the left show the total value on each side Notes The following shows the common notes to the examples The ventilation for each system shall not be blocked The mounting plate...

Page 80: ...s for N IO in a Cabinet Temperature conditions In this example the ambient temperature is assumed to be the following Cabinet ambient temperature 40 C or less Maximum numbers of units that can be moun...

Page 81: ...4 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 11 12 10 9 8 7 6 5 4 3 1 2 1 unit or more empty space fan Unit 2 unit or more empty space FCU FCU Utility 1 unit or more empty space Fa...

Page 82: ...t or under IOBP with a distance of 200 mm from NIU When 5 or more A2EXR001units are mounted on a cabinet the number of IOBP on the cabinet shall be reduced in accordance with the following table Table...

Page 83: ...unting area Wiring is possible 1 unit External power supply area FAN UNIT FCU IOBP Non mounting area Wiring is possible 100 mm or more IOBP IOBP NIU IOBP IOBP IOBP IOBP Heat generating device non moun...

Page 84: ...its that can be mounted per side FCU A2FV50S A2FV50D Up to 1 NIU A2NN30D Up to 2 IOBP A2BN3D Up to 12 3 rows 4 shelves Heat generating devices other than the above shall not be mounted in the cabinet...

Page 85: ...mounting area Wiring is possible 100 mm or more Non mounting area Wiring is possible 1 unit or more Non mounting area Wiring is possible 1 unit or more Non mounting area Wiring is possible 1 unit or m...

Page 86: ...t Resistor Unit A2EXR001 for the Pulse Input Signal Adaptor A2SAP105 can be mounted in the same cabinet under the following conditions A2EXR001 shall be mounted on the side of the cabinet or under IOB...

Page 87: ...BP IOBP IOBP IOBP IOBP IOBP IOBP IOBP Cabinet Non mounting area Wiring is possible 1 unit or more Non mounting area Wiring is possible 100 mm or more External power supply area NIU External power supp...

Page 88: ...he cabinet Mounting surface of cabinet Type Model Number of units that can be mounted per side 2 Mounting surface of external power supply NIU A2NN30D 1 Up to 3 IOBP A2BN3D 1 Up to 15 3 rows x 5 shelv...

Page 89: ...ting device non mounting area Wiring is possible Heat generating device non mounting area Wiring is possible Heat generating device non mounting area Wiring is possible Heat generating device non moun...

Page 90: ...ts that can be mounted per side NIU A2NN30D 1 Up to 2 IOBP_IS A2BN4D 1 8 2 rows 4 shelves A2BN5D 1 10 2 rows 5 shelves 1 Specify the temperature environment option 40 to 70 C Heat generating devices o...

Page 91: ...ystem wiring area NIU External power supply area External power supply area NIU IOBP_IS IOBP_IS IOBP_IS IOBP_IS IOBP_IS IOBP_IS IOBP_IS IOBP_IS Non mounting area Wiring is possible 1 unit or more Non...

Page 92: ...roduct examples Table Product examples Manufacturer Model Junction Box Rittal 1180 series Notes The following shows the common notes to the examples The ventilation for each system shall not be blocke...

Page 93: ...evice to be mounted shall be selected from those that have the ambient temperature range of 15 C or more Heat generating devices other than the above shall not be mounted in the junction box In this e...

Page 94: ...ounting N IO Nodes Intrinsic Safety Barrier in a Junction Box Temperature conditions In this example the ambient temperature is assumed to be the following Junction Box ambient temperature 50 C or les...

Page 95: ...des Intrinsic Safety barrier in a junction box F020524 ai Junction Box Non mounting area 1unit or more Wiring is possible NIU Heat generating device mountig area max 20 W IOBP_IS IOBP_IS Non mounting...

Page 96: ...of units that can be mounted Type Model Number of units that can be mounted per side Per junction box NIU A2NN30D 1 Up to 1 IOBP A2BN3D 1 Up to 2 1 row 2 shelves IOBP_IS A2BN4D 1 or A2BN5D 1 Up to 1 1...

Page 97: ...rier and Non Intrinsic Safety barrier in a junction box F020525 ai Junction Box Non mounting area 1unit or more Wiring is possible NIU Heat generating device mountig area max 20 W IOBP_IS IOBP Non mou...

Page 98: ...t it to the Control Bus The card permits you to use CENTUM VP system operation and monitoring functions on the PC when used with the dedicated software SEE ALSO The steps described below are based on...

Page 99: ...he installed system equipment Connecting terminals for power grounding and signal cables are shown in figures The figures also show how to connect the HIS connected Control Bus interface card to Field...

Page 100: ...r more AEP9D Input Power Cables An ambient temperature plus 60 C or more A2PW50 When NCBL Input PE Cables An ambient temperature plus 30 C or more A2BN3D Field Power Grounding Cables An ambient temper...

Page 101: ...ieces of equipment with low voltage drop n Grounding Cables SEE ALSO See Section 1 4 Grounding for wiring of grounding cables connecting grounding bars of different cabinets and or panels to each othe...

Page 102: ...to the pressure clamp terminal of FIO and N IO strip the cable coating without a sleeve or attach a sleeve to the cable Signal cable Signal cable Without sleeve With sleeve Sleeve with insulating cov...

Page 103: ...solderless lug to use must have the dimensions given in table according to the nominal cross sectional area of the power cable for which the lug is to be used Table Solderless Lug Dimensions Nominal c...

Page 104: ...ting the wires all the way into the pressure clamp terminals Strip the cable coating at the end of the cable and then attach a sleeve The sleeve specifications differ depending on the cable thickness...

Page 105: ...nditions in Figure However the power cable must meet the conditions described in Section 1 3 Power Supply System AC Power Specification Low voltage wiring Power distribution board Power distribution b...

Page 106: ...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...

Page 107: ...wer 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 or 220 240...

Page 108: ...wer Supply Input M6 Screw M5 Screw On the grounding bar M8 Hex bolt Functional grounding 24 V DC Protective grounding Other than 24 V DC ACB51 Power Supply Input Node Interface Unit A2NN30D With Power...

Page 109: ...M4 Screw Grounding for explosion protection Barrier Power Supply Input Pressure Clamp A2BN5D Power Supply Input Model A2KPB00 Dedicated connector M4 Screw Grounding for explosion protection Barrier P...

Page 110: ...e hole can be exposed by removing the blank plate screwed to the bottom See figures below for conduit cabling F030208 ai Blank plate not needed after cabling Bottom plate Conduit hole Cable gland clam...

Page 111: ...n type device to the protective conductor terminal Connect AFV40S AFV40D and ACB51 to the relay terminal of the ground bar for protective grounding for connecting a ground cable with M5 screws Connect...

Page 112: ...ipment n A2NN30D Node Interface Unit l Connecting Power Supply with NIU and IOU F030401 ai Protective conductor terminal Functional grounding terminal screw M4 Grounding cable Power supply cable Press...

Page 113: ...aptor F030402 ai Connector A2KPB00 Functional grounding terminal screw M3 A2BN3D 1 2 Field power supply input connector Cable fixing screws Functional grounding terminal screw M3 System power supply i...

Page 114: ...stem power supply input connector Field power supply input connector A2BN3D 9 Functional grounding terminal for cable shield screw M3 Functional grounding terminal screw M3 Cable Shield Dedicated cabl...

Page 115: ...FACE SURFACE MTL4514N CH1 STS LFD PWR MTL4521Y STS MTL4541Y PWR MTL4545Y PWR MTL4514N CH1 STS LFD PWR MTL4521Y STS MTL4541Y PWR MTL4545Y PWR MTL4514N CH1 STS LFD PWR MTL4521Y STS MTL4541Y PWR MTL4545Y...

Page 116: ...2 M 3 M 4 M 5 M 6 M 7 M 8 M 9 M 10 M 11 M 12 M 13 M 14 M 15 M 16 Intrinsic safety side Intrinsic safety side This side up CAUTION For preventing over current from the power supply caused by device mal...

Page 117: ...screw M4 Power Cable for Base Plate A2KPB00 N IO I O Unit side Node Interface unit side Figure Connecting Power Supply with Node Interface Unit and I O Units CAUTION When connecting a Power Cable for...

Page 118: ...l grounding terminal screw M4 Functional grounding terminal screw M4 Protection conductor terminal Functional grounding terminal screw M4 Cabinet ground Grounding Bar Insulating sheet Power Supply Fun...

Page 119: ...r the requirements for explosion proof wiring of the country where the system is used n Example of Node Box Installation and Grounding Wiring F030406 ai IOBP IOBP IOBP IOBP Insulation sheet Junction b...

Page 120: ...h Rack Mountable Type TM1 READY CN1 PSU L TM2 100 120V AC L N CN2 PSU R F030407 ai L N TM1 READY CN1 PSU L TM2 100 120V AC L N CN2 PSU R Power supply connectors for power supply module CN1 Left side p...

Page 121: ...01EN TM1 TM1 Functional grounding terminal Terminal screw M3 READY Contact output Terminal screw M4 HK Interface Unit F030408 ai Internal HK Bus HKU Figure Cable connection of AFV30S AFV30D When Conn...

Page 122: ...1 Left side power supply module CN2 Right side power supply module READY contract output Terminal screw M4 Power supply input terminal Terminal screw M4 Power supply input terminal Attached power cord...

Page 123: ...1 Left side power supply module CN2 Right side power supply module READY contract output Terminal screw M4 Power supply input terminal Terminal screw M4 Power supply input terminal Attached power cord...

Page 124: ...or duplexed FCSs with cabinet or ACB51 TM1 L N N TM1 L NO NC C READY F030410 ai Grounding bar for function grounding isolated from frame By removing the cable between grounding bar of the grounding co...

Page 125: ...emove 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 Functional grounding terminal Co...

Page 126: ...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 Functional grounding terminal Cover F...

Page 127: ...Power supply input terminal Functional grounding terminal Functional grounding terminal Terminal screw M4 When using insulating bushing When not using the attached power cord uncover and remove its c...

Page 128: ...ation bushing Terminal screw M4 Grounding terminal Terminal screw M4 Non connect Figure AVR10D V net Router Power Cable Connection IMPORTANT When power to the V net router is turned off communications...

Page 129: ...rew M4 Grounding terminal Terminal screw M4 Dummy cover Base unit Non connect Figure AW810D Wide Area Communication Router Power Cable Connection IMPORTANT When power to the Wide Area Communication ro...

Page 130: ...Unit A2NN10D L N Power input terminal Power input terminal Power Supply Terminal TM2 Terminal TM1 when dual power system Functional grounding terminal Protective grounding system Protective grounding...

Page 131: ...onnect an input power supply cable to a primary power distribution unit AEP7D or AEPV7D To ground 24V terminal connect 24 V terminal and this FG terminal Power Supply Unit Power Supply Unit l 19 inch...

Page 132: ...1 Isolated AFV30 Node Unit Node Unit Node Unit AEP7D Protective ground terminal Grounding bar Cabinet ground Functional grounding terminal Ground bus inlet Protective grounding system Insulating sheet...

Page 133: ...g AC Power Source Protective grounding bar DC Power Source Functional grounding terminal Functional grounding terminal Functional grounding terminal Functional grounding bar Cabinet ground Insulating...

Page 134: ...n Grounding Separate and isolate the rack frame and mounted device using an isolation bush Node Fan 2 Node Fan 3 AEPV7D grounding PDB To Cabinet Grounding bar Cabinet Grounding bar To Cabinet Groundin...

Page 135: ...FG Node Fan 2 Node Fan 3 Node Fan 4 From PDB PDB Rear From PDB PDB L N M6 Power input PSU PSU PSU PSU PSU PDB To Front AEPV7D AEPV7D To Rear AEPV7D To Front AEPV7D To Rear AEPV7D Front Single Door Dou...

Page 136: ...To PDB To PDB Node Fan 2 Node Fan 3 Node Fan 4 PDB PDB Door Fan 1 Door Fan 2 Door Fan 4 Door Fan 3 External HK Bus Door Fan Unit Front Node Fan 1 Node Fan 3 Node Fan 2 Node Fan 4 Door Fan Unit Rear F...

Page 137: ...ontact and durable in using a solderless contact Signal cables must be clamped so that their weight does not affect terminals Use solderless lug or pressure clamp terminal contact when process I O sig...

Page 138: ...O signal to the pressure clamp terminal of FIO I O Modules or N IO strip the cable coating without a sleeve or attach a sleeve to the cable The following shows the length of the coating stripped for...

Page 139: ...g shows the length of the coating stripped for cases when a sleeve is not used and when it is used Table Terminal treatment for pressure clamp terminal signal line Cable thickness mm2 Length of coatin...

Page 140: ...on the cable thickness Provide cable termination according to the following figure and tables L1 L2 L1 Sleeve with insulating cover Core Cable Peel off length F030501 ai Sleeve without insulating cove...

Page 141: ...meter mm Dimension C mm 0 75 1 25 4 1 4 3 or more 8 2 or less Approx 21 3 6 or more 7 0 or more 2 0 4 1 4 3 or more 8 7 or less Approx 21 4 3 or more 7 1 or more 1 Recommended tightening torque is 1 2...

Page 142: ...minal 3 Fasten the screw using the special tool a screw driver conforming to the DIN 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 Termina...

Page 143: ...om Field Signal cables from the field enter the FCS at the bottom and connect to individual node units in the routes shown in Figure below Front Rear Field wiring area Cable solidification attachment...

Page 144: ...46 TI 33J01J10 01EN l FIO Node Unit Wiring in FCU with Cabinet The figure shows a dual redundant ESB bus example F030504 ai ESB bus cable Front Rear Figure FIO Node Unit Wiring in FCU with Cabinet Oc...

Page 145: ...alled 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 sc...

Page 146: ...ing shows a dual redundant ESB bus example F030506 ai Power Power cable ANB10D ESB bus cable Signal cable Cable tray Magnified To ensure the airflow route around I O modules the signal cables over the...

Page 147: ...30507 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 l FIO with KS Cable Interface Adaptor Cabling...

Page 148: ...ed through the holes in the bottom plates of the cabinet The diameters of these holes can be changed to match the diameter of the cables There are four bottom plates two each for AFV40 ACB51 specifica...

Page 149: ...o 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 protectiv...

Page 150: ...e below F030512 ai Front of Junction Box A2NN10D Front Rear of cabinet Field cable area System wiring area NIU IOBP IOBP IOBP IOBP NIU IOU IOU IOU IOU IOU A2NN10D A2NN30D A2NN30D Front Rear of Cabinet...

Page 151: ...N m 3 Pull the cable gently to check that it is fixed securely 4 Close the cover of the terminal block of the base plate for N IO I O l Connecting cables to spring clamp terminals A2BN3D 2 Follow thes...

Page 152: ...t further in the gap until the screw enters in the hole of the solderless contact 5 Tighten the terminal screw 6 Close the terminal block cover F030519 ai Terminal Block Cover Screw Spring retainer Ap...

Page 153: ...in the field control area as the figure shows When fixing cables to a clamp allow enough space so that the cards can be maintained Bind the bottom cables to the clamp bar on the channel base Push in...

Page 154: ...able for field power supply F SB bus cable Cabinet NIU A2NN30D N ESB bus cable or Optical ESB bus cable Cable for Base Plate Power Supply Power Supply Cable System Wiring Area From NIU From NIU F03051...

Page 155: ...Plate From NIU From NIU NIU Node Interface Unit A2NN30D IOBP N IO I O Unit Figure Example of Node Interface Unit and I O Unit WARNING The wiring that will be intrinsic safety circuits must be installe...

Page 156: ...EN l Connecting external alarm input terminal with Node Interface Unit F030516 ai NIU Pressure clamp terminal Tightening torque 0 4 N m A2NN30D Figure Connecting external alarm input terminal with Nod...

Page 157: ...network I O FIO and Terminal Blocks A pressure clamp terminal block or KS cable also called a Yokogawa specific cable interface adaptor is available for field wiring or an MIL cable provided by the us...

Page 158: ...Cabling 3 60 TI 33J01J10 01EN MIL connector MIL cable Pressure clamp terminal KS cable interface adapter Yokogawa specific cable Terminal block I O module F030601 ai Figure FIO Terminals Oct 5 2018 0...

Page 159: ...Input Module 4 to 20 mA Isolated 16 x x x AAI543 Analog Output Module 4 to 20 mA Isolated 16 x x x AAV144 Analog Input Module 10 to 10 V Non Isolated 16 x x x AAV544 Analog Output Module 10 to 10 V No...

Page 160: ...mmon Minus Side Every 16 Channel 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...

Page 161: ...i200 Ni120 POT 0 to 10 k Isolated 8 x Digital I O Modules with Built in Barrier ASD143 Digital Input Module NAMUR compatible Isolated 16 x ASD533 Digital Output Module Isolated 8 x Turbomachinery I O...

Page 162: ...le of Analog module AAI141 Signal cable F030602 ai NC not connected Figure I O Module with Pressure Clamp Terminal n Dual redundant Pressure Clamp Terminal CH1 CH2 CH16 Example of Analog module AAI141...

Page 163: ...rrent input IN C Current input AAR145 2 IN A Resistance temperature detector input A Potentiometer input 100 IN B Resistance temperature detector input B Potentiometer input 0 IN C Resistance temperat...

Page 164: ...contact Input 1 A receivable maximum frequency and minimum pulse width of AAP135 depend on redundancy configuration of AAP135 Table Receivable minimum pulse width when synthetic capacity of connected...

Page 165: ...ON SW2 ON for relay contact if necessary Setting Items by the system generation builder SW1 RL 1 k ohm SW2 FIL ON when necessary 1 SW1 F030606 ai 1 When there is a chattering noise at a mechanical re...

Page 166: ...s method supplies power to the transmitter and receives the transmitter output signals as the current pulse signals By using the input load resistance select from None 200 ohm 500 ohm the current sign...

Page 167: ...minal board using a Yokogawa specific 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...

Page 168: ...example 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 adaptor Yokogawa specific cable AKB331 A...

Page 169: ...tion 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...

Page 170: ...ific cable AKB336 1 ALF111 Connection with a pressure clamp terminal Connection with a terminal board Connection with functional grounding terminal F030613 ai U L U L CH1 CH2 CH3 CH4 ALF111 RCV SND RC...

Page 171: ...S 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 Functional...

Page 172: ...rminator YCB138 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 dev...

Page 173: ...y 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 AEF9...

Page 174: ...or Table Adaptors Installable with A2BN3D Base Plate for Adaptor Base plate model Compatible adaptor models A2BN3D Base Plate for Adaptor A2SAP105 Pulse Input Signal Adaptor A2SDV105 Digital Input Ada...

Page 175: ...4A 4B 5A 5B 6A 6B 7A 7B 8A 8B 9A 9B 10A 10B 11A 11B 12A 12B 13A 13B 14A 14B 15A 15B 16A 16B 1C 1D 2C 2D 3C 3D 4C 4D 5C 5D 6C 6D 7C 7D 8C 8D 9C 9D 10C 10D 11C 11D 12C 12D 13C 13D 14C 14D 15C 15D 16C 1...

Page 176: ...1D 2C 2D 3C 3D 4C 4D 5C 5D 6C 6D 7C 7D 8C 8D 9C 9D 10C 10D 11C 11D 12C 12D 13C 13D 14C 14D 15C 15D 16C 16D Figure A2BN3D 1 Base Plate for Adaptor n Terminal board for analog digital I O Pressure Clam...

Page 177: ...wer Supply type 2 wire signal Power supply type 3 wire Dry contact input 5 6 Dry contact input 7 C 2 wire voltage Connect to A2EXR001 Power supply type 3 wire Connect to A2EXR001 6 Dry contact input 7...

Page 178: ...the terminal is not used Do not connect any signal because the terminal is connected to internal circuits 3 This adaptor can be used in combination with the A2MMM843 only 4 When the power supply is tu...

Page 179: ...the following circuit diagrams but the terminal D cannot be used l When receiving dry contact signals Input frequency 0 to 800 Hz Select Without Shunt Resistor SW1 OFF in the IOM builder The followin...

Page 180: ...re shows the circuit diagram A2SAP105 SW1 4 k SW2 FIL 12 V DC 24 V DC IN A IN B IN C IN D Transmitter 1 02 k F030708 ai Direct field wiring to base plate IN C IN D DIN rail Signal Line Shunt resistor...

Page 181: ...unit The shunt resistor unit has terminal blocks with either pressure clamp terminals or spring clamp terminals The following figure shows the structure and parts of the shunt resistor unit using an...

Page 182: ...id being burned F030711 ai At least 200 mm from edge of IOBP A2SAP105 Terminal block with resistor IOBP IN C IN D Other heat source A2EXR001 A2EXR001 A2EXR001 A2EXR001 At least 30 mm from edge of A2EX...

Page 183: ...ot Cable Terminal A Terminal B Do not connect cables to the terminals on this side Figure Cable connections to the shunt resistor unit l When receiving voltage pulse signals In the IOM builder select...

Page 184: ...inal B and C on the external terminal block The following figure shows the circuit diagram A2SAP105 SW1 4 k SW2 FIL 12 V DC 24 V DC IN C IN D A2EXR001 is selectable from 220 510 and 1 02 k Transmitter...

Page 185: ...16 Figure When receiving voltage pulse signals by using the internal power to drive the transmitter 3 wire power supply type n A2SAM105 Current input voltage input adaptor The following figure shows...

Page 186: ...ut adaptor The following figure shows the signal wiring for the base plate when you use the digital input adaptor The dry contact input is not supported for A2BN3D 9 For the dry contact input it is ne...

Page 187: ...B C D A B C D When using contact set to NO When using contact set to NC Load 1 to 16 Figure When using the relay output adaptor IMPORTANT When you connect an inductive load connect a diode in paralle...

Page 188: ...rent input When connecting a current input from a 4 wire transmitter Direct field wiring to base plate Field power supply Current input Current input Field power supply Load A B C D A B C D A B C D A...

Page 189: ...ules Installable with Base Plate for Barrier The following table shows Modules installable with Base Plate for Barrier Table Modules Installable with Base Plate for Barrier Base plate model Model of i...

Page 190: ...or 16 channels Terminal numbers 4 5 4 5 4 5 4 5 4 5 4 5 4 5 4 5 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 M1 M2 M3 M4 M5 M6 M7 M8 4 5 4 5 4 5 4 5 4 5 4 5 4 5 4 5 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 M9 M10 M11 M12 M...

Page 191: ...r input M 5 Current input Analog Output 3 M 1 Analog output M 2 M 4 Analog output M 5 Digital Input M 1 Digital input M 2 M 4 Digital input M 5 Digital Output M 1 Digital output M 2 M 4 Digital output...

Page 192: ...A2MME041 Note A2BA3D Nest for I O Adaptor inclules the A2MME041 Redundant I O Module for A2BA3D 3 8 2 Nest for I O Adaptor n Adaptors installed into the Nest for I O Adaptor Table Adaptors installed...

Page 193: ...4A 9A 10A 11C 12C 11B 12B 11A 12A 13C 14C 13B 14B 15B 13A 14A 15A 15C 16B 16A 16C Slot for reference junction compensation module n A2BA3D Pin assignment of ELCO connector A2BA3D o4ooo F030802 ai Slot...

Page 194: ...lse input signal adaptor A2SAP105 6 A Dry contact input 7 8 2 wire power supply type power 3 wire power supply type power B 2 wire contact 9 Dry contact input 7 8 2 wire voltage 2 wire power supply ty...

Page 195: ...oise refer to N IO Node for RIO System Upgrade GS 33J64F10 01EN l When receiving dry contact signals Input frequency 0 to 800 Hz Select Without Shunt Resistor SW1 OFF in the IOM builder The following...

Page 196: ...EXR001 Terminal block of A2BA3D Shunt resistor module A B 510 510 IN B IN C IN A o 1 to 16 Figure When receiving dry contact signals Input frequency 0 to 10 kHz Shunt Resistor Unit A2EXR001 SEE ALSO F...

Page 197: ...ck is provided with two slots that are used to install a shunt resistor module or a short plug Short plugs are installed on these slots when the unit is shipped from the factory The shunt resistor uni...

Page 198: ...en the shunt resistor unit and the nest for I O adaptor use the cables that are provided as accessories of the shunt resistor unit The cables have a sleeve at one and for connection to the shunt resis...

Page 199: ...nstall the shunt resistor module and short plug onto the shunt resistor unit so that the total resistance value becomes one of the following values 220 510 1 02 k In the IOM builder select Without Shu...

Page 200: ...er to drive the transmitter 3 wire power supply type n A2SAM105 Current input voltage input adaptor IMPORTANT Do not share the current signal with other receiving devices If the signals are shared you...

Page 201: ...diode Zener potential Vz 6 5 to 7 0 V Iz 15 mA Rated power 0 5 W or more Leakage current 4 uA or less In case of 4 wire transmitter In case of 2 wire transmitter Connection example B C A B A C Field e...

Page 202: ...cable that connects to terminal B into the gap Be sure to insert it with the convex side of the crimping part of the ring terminal being oriented to the terminal block side 4 Orient the shunt resisto...

Page 203: ...e signal input mount the reference junction compensation module Part number S9393UK on the terminal block SEE ALSO For more information about the types of TC and RTD that can be connected to the mV TC...

Page 204: ...e terminal blocks by using short bars Part number A1534JT The following figure shows how to attach short bars by using an example of a dual redundant configuration of adaptors in slots 3 and 4 A2SAM50...

Page 205: ...input B Current input Analog output module AAI543 HM A Current output B Current output RTD POT input module 2 AAR145 SM A RTD input A 3 B RTD input B B RTD input B 3 TC mV input module AAT145 SM A TC...

Page 206: ...when energized B Relay status output Contact close when not energized Relay pulse width output Contact close when not energized C Relay status output Common Relay pulse width output Common ST7 compati...

Page 207: ...n AAT145 SM Signals from the 2 wire transmitter are received on AAI143 HM Current signals are sent by AAI543 HM The following figure shows the signal wiring for the preceding signals B A Not used 16 1...

Page 208: ...ing RTD signal input on AAR145 SM 16 1 Channels B A B Signal cable F030831 ai Figure For RTD Input SEE ALSO For more information about the types of RTD that can be connected to AAR145 SM and the stand...

Page 209: ...when the following signals are received or sent When receiving contact signals on ADV159 PM When sending contact signals by ADV559 PM The following figure shows the wiring for the preceding cases Not...

Page 210: ...llowing figure shows the signal wiring for the preceding signals Signal cable 1 16 17 32 I O contact Common terminal for channels 1 to 16 Common terminal for channels 17 to 32 F030818 ai Figure For is...

Page 211: ...etween B and C B contact Contact closed when deenergized 16 1 Channels C B A Signal cable F030820 ai Figure For relay output CAUTION High voltage signals can be connected to ADV559 PY To prevent elect...

Page 212: ...Configuration dual redundancy only Connector RJ45 connector Intra domain connection Layer 2 switch L2SW used Inter domain connection Layer 3 switch L3SW used Recommended cable UTP cable of CAT5e or a...

Page 213: ...et 10BASE 2 Figure Example of Connection between AVR10D and AFV30D l Example of Connection between AW810D and AFV30D L N TM1 220 240V AC 220 240V AC L N CN1 PSU L CN2 PSU R TM1 F030903E ai WAN2 WAN1 f...

Page 214: ...the power on after connecting the cables to the CP4 1 When removing the CP4 1 on line remove it with the cable connected to it Before installing the CP4 1 on line connect a cable to it l Handling of...

Page 215: ...supply cables Grounding cables VC401 Use a cable fastener to fix the Vnet cable onto the support on the left side of the VC401 Figure Cabling Diagram of the AVR10D System l Cabling for AW810D System...

Page 216: ...to the support Cable fastener Figure Cabling Diagram for the AFV30 A2FV50 A2FV70 System l Cabling for L2SW L3SW F030907 ai Cabinet Support Cable fastener Cable Support Fix cables to cable support by u...

Page 217: ...ESB bus Connect UTP Cable of Cat5e two from N ESB Bus Coupler Module A2EN402 A2EN404 to N ESB Bus Module A2EN501 F030908 ai A2FV50D A2EN402 A2EN501 Bus1 Bus2 UTP of Cat 5e RJ45 Node Interface Unit A2...

Page 218: ...120 TI 33J01J10 01EN F030909 ai Optical ESB Bus Optical ESB Bus Optical ESB Bus EC401 ANT401 ANT502 FCU A2FV50D NIU A2EN501 S1 S2 A2EN501 S1 S2 NIU NIU NIU N ESB Optical ESB Bus Communication Module O...

Page 219: ...the branching connector that has a built in ESB bus terminator Connector Unit for ESB bus S9562FA ANB10D Connector Unit with terminator for ESB bus S9564FA SB401 S9562FA SB401 S9562FA Bus2 to next nod...

Page 220: ...ing torque 0 291 0 049 N m ESB Bus ESB Bus ESB Bus ESB Bus Bus 1 Bus 1 ESB bus duplexed Connected to Bus 1 if single ESB bus coupler module 2 port EC402 Bus 2 Bus 2 AFV30D AFV40D A2FV50D A2FV70D Figur...

Page 221: ...ule A2EN501 equipped with an optical module to connect between an NIU and NIU F030912 ai Optical ESB Bus N ESB or Optical ESB Bus Bus2 Bus1 to Next NIU Optical ESB Bus A2EN501 S01 S02 NIU NIU A2EN501...

Page 222: ...y ESB Bus cable YCB301 Screw tightening torque 0 291 0 049 N m ANB11S D AFV30D AFV40D Optical ESB Bus Repeater Master Module ANT401 ANT411 Option Code None CU1N CU1T ANT502 or ANT512 BU1A ANT401 ANT41...

Page 223: ...of Fiber optic cable 50 km ANB11 ANB11 AFV30 AFV40 A2FV50 A2FV70 I O M I O M I O M I O M I O M I O M I O M I O M P S U P S U I O M I O M I O M I O M I O M I O M P S U P S U I O M I O M I O M I O M A...

Page 224: ...optic cable 50 km I O M I O M I O M I O M I O M I O M P S U P S U E C 4 0 1 E C 4 0 1 C P 4 1 C P 4 1 ANT10U P S U P S U A N T 4 1 1 A N T 4 1 1 A N T 4 0 1 A N T 4 0 1 ANB11 I O M I O M I O M I O M I...

Page 225: ...ibers JIS C6835 SSMA 9 3 125 IEC 60793 2 50B1 1 Number of cores used Two Note If light attenuation between ANT411 and ANT512 is less than 3 dB increase attenuation by 3 dB using an attenuator The fibe...

Page 226: ...or BUS2 F SB bus cable connector BUS1 F SB bus cable connector BUS2 Connector fixing screws Connector fixing screws Node interface unit side N IO I O unit side N IO I O Unit N IO I O Unit Node interfa...

Page 227: ...ACUKT1 The following shows an HKU wiring example of the Cabinet Utility Kit ACUKT1 TM1 TM1 HKU HKU ACUKT1 C ACUKT1 L ACUKT1 R ANB11D HU1A HKU House Keeping Unit HK Bus Max 100 m AFV30D ANB10D ESB Bus...

Page 228: ...A ACB51 Fan failure 250 V AC 30 V DC 2 A 125 VA ACUKT1 with AFV30 Power and processor failure 250 V AC 30 V DC 2 A 125 VA ACUKT1 without AFV30 Power and processor failure n Use of Lamps When you want...

Page 229: ...TANT 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 adversely affecting t...

Page 230: ...devices and power cables of PCs or LCD monitors physically segregated do not bundle cables together Do not pull the unlocked type connector with excess strength or it may get loose When the connector...

Page 231: ...DC 5 5 A A2FV50D 19 inch Rack Mountable Type Duplexed Field Control Unit for FIO at maximum installation of FIO 100 120 50 60 3 200 VA 432 103 120 W 220 240 230 VA 24 V DC 5 5 A A2FV70S Field Control...

Page 232: ...ation Router 100 120 50 60 3 80 VA 158 103 44 W 220 240 110 VA 24 V DC 1 7 A A2NN10D Node Interface Unit 100 240 50 60 3 VA 98 103 27 W 24 V DC W A2NN30D Node Interface Unit 100 240 50 60 3 190 VA 98...

Page 233: ...rface Unit 40 80 60 A2NN30D Node Interface Unit 40 80 60 A2PW503 Power Supply Unit 100 240 V AC 20 40 A2PW504 Power Supply Unit 24 V DC 30 There are no specifications Input current peak values and wav...

Page 234: ...Input 8 channel Output Non Isolated 310 500 AAB841 Analog I O Module 1 to 5 V Input 4 to 20 mA Output 8 channel Input 8 channel Output Non Isolated 310 250 AAB842 Analog I O Module 1 to 5 V 4 to 20 mA...

Page 235: ...stem N IO system ALR111 RS 232C Communication Module 2 Port 1200 bps to 115 2 kbps 500 ALR121 RS 422 RS 485 Communication Module 2 Port 1200 bps to 115 2 kbps 500 ALE111 Ethernet Communication Module...

Page 236: ...M RTD POT Input Module RTD Pt100 ohm POT 0 to 10 kohm 16 channel Isolated Channels 120 Digital I O Modules for RIO System Upgrade ADV159 K M Digital Input Module for Compatible ST3 16 channel Input Is...

Page 237: ...220 V AC system 6 3 250 fuse 15 250 ANB11S D Optical ESB bus node unit 24 V DC 10 250 fuse 20 250 ANT10U Unit for optical ESB bus repeater module 100 V AC system 6 3 250 fuse 15 250 ANT10U Unit for op...

Page 238: ...in general the temperature inside of the cabinet is about 10 C higher than the temperature outside the cabinet Note Random failures within the recommended replacement intervals may occur in some part...

Page 239: ...dule PW481 8 years No 100 V AC Average ambient temperature 40 C or less PW482 8 years No 220 V AC Average ambient temperature 40 C or less PW484 8 years No 24 V DC Average ambient temperature 40 C or...

Page 240: ...ge ambient temperature 40 C or less PW482 8 years No 220 V AC Average ambient temperature 40 C or less PW484 8 years No 24 V DC Average ambient temperature 40 C or less Built in power fuse 8 years No...

Page 241: ...x Yes Average ambient temperature 40 C or less Power Supply Unit for Fan 24 V DC S9619FA 8 years x x Yes Average ambient temperature 40 C or less Battery Pack S9548FA 3 years x Yes Average ambient tem...

Page 242: ...8 years No For PW481 PW482 PW484 l ANB11 ANT10U Table Periodic Replacement Parts Having Defined Life Spans Part names Part numbers Recommended replacement cycle Replacement by user Remarks Power Suppl...

Page 243: ...24 V DC A2PW504 S 1 8 years Yes Average ambient temperature 40 C or less Bus Module A2EN501 S1 A2EN501 S2 A2EN501 S 1 A2EN501 S 2 4 years Yes In the G3 environment replacement is recommended due to c...

Page 244: ...or less Power Supply Unit for PW602 220 240 V AC S9890UK 8 years Yes Average ambient temperature 40 C or less n Paint Colors Table Paint Colors Painted section Paint color Reference Munsell values in...

Page 245: ...d 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 pow...

Page 246: ...Blank Page...

Page 247: ...rms Added notes for A2BM4 2 5 5 Wall Mountable Devices Added the notes for mounting A2BM4 2 5 6 Example of Mounting to General Purpose Cabinet Junction Box Table Cabinet Dimensions Changed the dimensi...

Page 248: ...om Field is revised Figure Example of Node Interface Unit and I O Unit Cable Wiring Cabinet is revised Figure Example of Node Interface Unit and I O Unit Cable Wiring Junction Box is revised 3 7 3 A2S...

Page 249: ...n a Junction Box Note was added Example of Mounting N IO Nodes Mixture of Intrinsic Safety Barrier and Non Intrinsic Safety Barrier in a Junction Box Note was added 3 Cabling 3 1 Cables and Terminals...

Page 250: ...d Standards EMC Conformity Standards EAC Marking Standard No was corrected Standards for Hazardus Location Equipment Standard Nos were deleted Marine Standards Added newly 1 7 Corrosive gas Environmen...

Page 251: ...aption was added A2BN4D Base Plate for Barrier The cable length restriction was added Connecting Power Supply with Node Interface Unit and I O Units A Screw size of NIU was corrected Important informa...

Page 252: ...vi TI 33J01J10 01EN Maximum Power Consumption of N IO A2BN5D was added Breaker Specifications A2BN4D and A2BN5D were added Mar 2015 1st Edition Newly published Mar 29 2019 00...

Page 253: ...Written by Yokogawa Electric Corporation Published by Yokogawa Electric Corporation 2 9 32 Nakacho Musashino shi Tokyo 180 8750 JAPAN Subject to change without notice...

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