Eaton XV100 Page 73 Manual Download

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9 Technical data

9.5 Interfaces

Touch display XV-102

10/2020 MN04802004Z-EN

Eaton.com

9.5.1

Power supply

Tab. 35 Power supply

Property

XV-102

Rated operating voltage

24 V DC SELV (safety extra low voltage)

Permissible voltage



Effective:
19.2…30.0 VDC
(rated operating voltage -20 % / +25 %)



Absolute with ripple:
18.0…31.2 VDC



Battery operation:
18.0…31.2 VDC
(Rated operating voltage -25 % / +30 %)



35 V DC for a period < 100 ms

Voltage dips



10 ms from rated operating voltage (24 VDC)



5 ms from undervoltage (20.4 VDC)

Power consumption

3.5" devices

Max. 5 W

5.7" and 7.0" devices

Basic device

Max. 7 W

USB device on USB host

Max. 2.5 W

Total

Max. 9.5 W

Current consumption

Continuous current

Max. 0.4 A (24 VDC)

Continuous current

3.5" devices

Max. 0.2 A (24 VDC)

5.7" and 7.0" devices

Max. 0.4 A (24 VDC)

Starting current inrush

1.5 A

Protection against polarity reversal

Yes

fuse

Yes (replacement only by the manufacturer or by an
authorized repair center)

Potential isolation

Summary of Contents for XV100

Page 1: ...Manual XV 102 Touch display 10 2020 MN04802004Z EN ...

Page 2: ...al instructions The German language edition of this document is the original operating manual 1st edition 2014 see list of revisions chapter general 2004 by Eaton Industries GmbH 53105 Bonn Editor Antje Nonnen All rights reserved including those of the translation No part of this manual may be reproduced in any form printed photocopy microfilm or any other process or processed duplicated or distri...

Page 3: ...ics 13 3 2 Precautionary statements 14 3 3 Mandatory requirements personnel requirements 15 3 3 1 Occupational safety 15 3 3 2 Personnel qualifications 15 3 3 3 Operating manual 15 3 3 4 Installation maintenance and disposal 15 3 3 5 Prohibited use 15 3 3 6 Prerequisites for proper operation 16 3 4 Device specific hazards 17 4 Operating and indication elements 21 4 1 Overview 21 5 Installation 23 ...

Page 4: ... 5 3 8 5 Commissioning the SmartWire DT network 39 5 3 9 CAN 41 5 3 10 Profibus 44 5 3 11 RS485 47 5 4 Mounting 49 5 4 1 Mounting the device 50 5 4 2 Screening the communication cables used 54 6 Operation 55 6 1 Safety regulations 55 6 2 Starting the device 56 6 3 Switch off the device 56 6 4 Inserting and removing the SD card 57 7 Maintenance and repairs 59 7 1 Safety regulations 59 7 2 Maintenan...

Page 5: ...Touch sensor 68 9 4 System 69 9 5 Interfaces 70 9 5 1 Power supply 71 9 5 2 SmartWire DT Master 72 9 5 2 1 POW AUX power supply interface for SmartWire DT 72 9 5 2 2 SWD SmartWire DT interface 73 9 6 IP degrees of protection on the device 74 9 7 Approvals and declarations 74 9 8 Applied standards and directives 75 9 9 Environmental conditions 76 ...

Page 6: ...Content 4 Touch display XV 102 10 2020 MN04802004Z EN Eaton com ...

Page 7: ...ation software are not described 1 3 Comments about this document Please send your comments recommendations or suggestions about this document to automation eaton com Publication date Page Keyword new modified 08 2016 Marine approval for the XV 102 series 06 2018 74 Approval update 07 2019 7 Device models update 10 2020 7 Device models update Read Chapter 3 Safety regulations 13 before working wit...

Page 8: ... and touch displays in networks User Manual XSOFT CODESYS 2 MN04802091Z PLC programming User Manual XSOFT CODESYS 3 MN048008ZU PLC programming Tutorials Helpful videos that explain how to use certain functions can be found on the corresponding product pages on the Internet GALILEO Videos http www eaton eu GALILEO tabs 4 EasyE4 Tutorials http www eaton eu easy tabs 5 SmartWire DT SmartWire DT The S...

Page 9: ...Touch displays XV 102 are primarily intended for use in machine and system building applications They are intended exclusively for monitoring operating and controlling machines and systems Any other use must be discussed and agreed upon with the manufacturer in advance 2 3 Device models The following versions of touch displays XV 102 are available Fig 1 XV 102 3 5 Fig 2 XV 102 5 7 Fig 3 XV 102 7 0...

Page 10: ... gray levels QVGA XV 102 B0 35MQR RS232 XV 102 B3 35MQR RS485 XV 102 B4 35MQR CAN and RS232 XV 102 B5 35MQR CAN and RS485 XV 102 B6 35MQR Profibus and RS485 XV 102 B8 35MQR Resistive touch 3 5 TFT LCD 64K colors QVGA XV 102 B0 35TQR Profibus XV 102 B2 35TQR RS232 XV 102 B3 35TQR RS485 XV 102 B4 35TQR CAN and RS232 XV 102 B5 35TQR CAN and RS485 XV 102 B6 35TQR Profibus and RS485 XV 102 B8 35TQR Sma...

Page 11: ...SD card Integrated interfaces 1 Ethernet 100 10 1 USB Device 1 USB Host only 5 7 and 7 0 devices Communication interfaces Resistive touch 3 5 TFT LCD 64K colors QVGA RS232 XV 102 H3 35TQR RS485 XV 102 H4 35TQR Resistive touch 5 7 TFT LCD 64K colors VGA RS232 XV 102 H3 57TVR RS485 XV 102 H4 57TVR Resistive touch 7 0 TFT LCD 64K colors WVGA RS232 XV 102 H3 70TWR RS485 XV 102 H4 70TWR Basic features ...

Page 12: ...ew for flush mounting 1 Sealing strip for mounting the device glued in the device and or loose enclosed 1 Power supply connector for the device 1 Power supply connector for SmartWire DT Master only supplied with XV 102 E devices Number Description 1 Touch display XV 102 70TWR 8 Mounting brackets with grub screw for flush mounting 1 Sealing strip for mounting the device glued in the device and or l...

Page 13: ...ddress Part no Power supply required Article No part No or article No Serial No Date of manufacture week year Certification marks and information concerning the corresponding certifications approvals Layout of ports interfaces and controls Permissible mounting options top edge Top Support To get fast and effective support make sure to always provide Customer Service with the following information ...

Page 14: ...e EMC behavior e g earth connection kit EATON ZB4 102 KS1 Temperature B Ambient air temperature 0 C to 55 C Humidity B Relative humidity up to 100 at all relevant temperatures Vibration A Bulkheads beams deck bridge Acceleration amplitude 0 7 g EMC B All locations including bridge and open deck Input Required protection according to DNV GL Rules shall be provided upon installation on board Filters...

Page 15: ...is alone cannot eliminate all potential hazards which is why it is necessary for you to be aware of all hazards and residual risks Do not run the device unless it is in perfect technical condition Make sure to always operate it as spec ified in this document Read this chapter before working with the device This contains important information for your personal safety This chapter must be read and u...

Page 16: ...DANGER signal word Indicates an imminent hazardous situation that will result in death or serious injury if it is not avoided WARNING WARNING signal word Indicates a potentially hazardous situation that could result in death or serious injury if it is not avoided CAUTION CAUTION signal word Indicates a potentially hazardous situation that could result in minor or moderate in jury if it is not avoi...

Page 17: ...ards and risks associated with the device 3 3 3 Operating manual It must be ensured that any person working with the device in any phase of its lifespan has read and understood the relevant sections of the Operating manuals 3 3 4 Installation maintenance and disposal Make sure that the device is connected installed serviced and disposed of professionally and in line with all relevant standards and...

Page 18: ...nts described The ambient conditions stated must be observed See chapter 9 9 Environmental conditions 76 Maintenance work must be carried out correctly Potentially explosive atmosphere Zone 22 The ground resistance of accessible metal parts must be less than 109 ohms We assume no liability for damages consequential damages and or accidents caused by the following Failure to follow occupational hea...

Page 19: ...t the device is not exposed to dangerous impacts and other types of dangerous mechanical shock Do not operate the device in hazardous classified locations unless it is mounted correctly De energize the device before disconnecting plug connections WARNING Live parts inside the device When the device is open there will be an electric shock hazard if live parts are touched The device must not be open...

Page 20: ...ergized Avoid writing to SD cards as much as possible Reasons SD cards have a limited number of write cycles If there is a voltage drop while a write operation is in progress data loss is highly likely to occur Remove the SD card only when the device is de energized Before switching off ensure that no software write operations to the SD card are in progress CAUTION Condensation in on the device If...

Page 21: ...the device is reduced Protect the device against direct sunlight and lamps with UV rays CAUTION Cleaning the device Damage to the device due to the use of pointed or sharp objects or by liquids Do not use any pointy or sharp objects e g knives to clean the device Do not use aggressive or abrasive cleaning products or solvents Prevent liquids from getting into the device short circuit hazard ...

Page 22: ...3 Safety regulations 3 4 Device specific hazards 20 Touch display XV 102 10 2020 MN04802004Z EN Eaton com ...

Page 23: ...Operating and indication elements of the 3 5 devices Fig 6 Operating and indication elements of the 5 7 and 7 0 devices Element Function A Control button Function depends on the software used B Display Display operating and indication elements C Touch sensor Resistive touch Detection of the actuation of the operating elements shown on the display These devices are operated by touching the operatin...

Page 24: ...4 Operating and indication elements 4 1 Overview 22 Touch display XV 102 10 2020 MN04802004Z EN Eaton com ...

Page 25: ...6 0 8 Nm or 5 7 Lb In Only XV 102 BE and XV 102 E devices The SmartWire DT master interface s UAux supply voltage must be externally protected against overcurrent and short circuits with the following Miniature circuit breaker 24 VDC rated operational current 2 A tripping characteristic Z Or a 2 A fuse 5 2 2 Conditions for marine approval DNV GL The following DNV GL rules for shipping classificati...

Page 26: ...ted to hazardous knocks The inclination angle for vertical mounting without forced ventilation must be max 45 The operating elements on the service side of the device and the cable connections are accessible after the device has been mounted The ambient conditions stated must be observed See chapter 9 9 Environmental conditions 76 Sufficient ventilation cooling must be ensured by means of Clearanc...

Page 27: ...technical data and the device s electromagnetic compat ibility EMC cannot be guaranteed if unsuitable cables improperly assembled and terminated cables and or unprofessional wiring are used Only use cables prefabricated and terminated by professionals The cables being used must be assembled and terminated as required by the port interface description in this document When wiring the device follow ...

Page 28: ...com 5 3 1 Overview of interfaces The interfaces will vary depending upon the device version See nameplate and Chapter 2 3 Device models 7 Fig 7 Example Interfaces of the 3 5 devices without Smart WireDT master Fig 8 Example Interface of the 5 7 and 7 0 devices with Smart WireDT master ...

Page 29: ...mper Only for service tasks B DIAG Only for service tasks C USB Device Chapter 5 3 6 34 D Ethernet Chapter 5 3 5 33 E Interfaces depending on the device version USB Host Chapter 5 3 7 34 SmartWire DT Master Chapter 5 3 8 35 CAN Chapter 5 3 9 41 Profibus Chapter 5 3 10 44 RS232 System Port Chapter 5 3 4 32 RS485 Chapter 5 3 11 47 F Power supply Chapter 5 3 3 30 ...

Page 30: ...d connector housings with a strap for strain relief The strap must be screw fastened with the connector Connecting the cable screen 1 Insulate the cable end so that approx 3 cm of screen braid is exposed 2 Fold back the screen braid over the cable sheath 3 Attach heat shrink tubing approx 3 cm in length over the folded screen braid or use a rubber grommet 5 8 mm of the screen braid must be exposed...

Page 31: ...e prepared with D Sub connector A Cable with cable sheath B Heat shrink tubing or rubber grommet C Strap D Screen braid E D sub plug F Fixing screw UNC The EMC values stated in the technical data immunity and emission can only be guar anteed by observing the prescribed cable preparation A B C D E F ...

Page 32: ...ing Plug connector Phoenix Contact MSTB 2 5 3 ST 5 08 Phoenix Art no 1757022 is supplied with the device Tab 7 Plug connection configuration Observe the following when preparing the wiring of the plug connector Tab 8 Terminating the wiring with the plug connector Fig 11 Power supply interface Fig 12 Phoenix Contact MSTB 2 5 3 ST 5 08 plug connector view from wiring side Connection Configuration 24...

Page 33: ...upply up to 2 2 A Eaton article no 285316 or XT FIL 2 radio interference suppression filter for 24 V DC supply up to 12 A Eaton article no 118980 Fig 13 Power supply with EMC filter Grounding is ensured either by using the filter s integrated contact fields onto a grounded metal plate or using a separate line to the filer s PE connection Depending on the current consumption or configuration severa...

Page 34: ...by potential differences The GND terminals of all bus modules must be connected Fig 14 RS232 interface 9 pin D Sub male UNC Pin Signal Configuration 1 DCD Data Carrier Detected 2 RxD Receive Data 3 TxD Transmit Data 4 DTR Data Terminal Ready 5 GND Ground 6 DSR Data Set Ready 7 RTS Request to Send 8 CTS Clear To Send 9 RI Ring Indicator 1 6 7 8 9 2 3 4 5 Cable length Max baud rate 2 5 m 115200 bit ...

Page 35: ...ocket LED Signal Meaning ACT yellow flashes Ethernet is active data traffic LINK green lit Active network is connected and detected ACT LINK CAUTION Forces on the Ethernet interface Communications may be affected and the connection s mechanical components may be damaged if the Ethernet interface is subjected to strong vibrations or the RJ45 plug in connection is subjected to pulling Protect the RJ...

Page 36: ...st interface supports USB 2 0 Cable Only use standard USB cables with a screen Maximum cable length 5 m 5 3 7 USB Host The USB Host interface supports USB 2 0 Cable Only use standard USB cables with a screen Maximum cable length 5 m Fig 16 USB Host interface USB Host type B Fig 17 USB Host interface USB Host type A ...

Page 37: ...re DT Module Manual IP20 surface mounting engineering installation etc for the individual SmartWire DT modules MN120006 SmartWire DT Module Manual IP67 surface mounting engineering installation etc of the single SmartWire DT slaves I O modules IP67 MN04802091Z User Manual XSoft CODESYS PLC programming XV100 Use of the PLC programming tool XSoft CoDeSys 2 and the PLC runtime system for the XV100 de...

Page 38: ...plied with current C SWD LED Indicates whether the physical configuration of the SmartWire DT network matches the target configuration stored in the device The configurations are compared every time the power supply is switched on Chapter 5 3 8 5 39 D Config LED Indicates whether the SmartWire DT master project configuration defined in the PLC matches the SmartWire DT network target configu ration...

Page 39: ...red power supply see chapter 9 5 2 SmartWire DT Master 72 Wiring WAGO plug connector Art no 734 104 is supplied with the device Tab 13 Plug connection configuration Observe the following when preparing the wiring of the plug connector Tab 14 Terminating the wiring with the plug connector External overcurrent and short circuit protective device implemented with a miniature circuit breaker or a fuse...

Page 40: ...10 F8 24 2S prefabricated cable Standard Overcurrent and short circuit protective device DIN VDE 0641 Part 11 and IEC EN 60898 Miniature circuit breaker 24 VDC rated operational current 3 A tripping characteristic Z Fuse 3 A utilization category gL gG UL 508 and CSA 22 2 No 14 Miniature circuit breaker 24 VDC rated operational current 2 A tripping characteristic Z Fuse 2 A Fig 21 SWD interface plu...

Page 41: ...gured SWD Master exists project configuration The PLC runtime system must be installed on the device Procedure 1 Press the configuration button Config for at least two seconds The SWD LED of the SmartWire DT Master interface begins to flash orange and the Smart Wire DT status LEDs on the connected SmartWire DT slaves flash The SmartWire DT master interface s SWD LED will start flashing with a gree...

Page 42: ...T module configured as necessary is missing Orange flashing The physical configuration of the SmartWire DT network is read in and stored in the device as the target configuration Green flashing The physical configuration of the SmartWire DT network is com pared with the target configuration The SmartWire DT modules are addressed Continuous green light The modules found in the SmartWire DT network ...

Page 43: ...GND terminals of all bus modules must be connected Fig 22 CAN interface 9 pin D Sub male UNC Pin Signal Configuration 1 nc 2 CAN L Bus line dominant low 3 CAN GND CAN Ground 4 nc 5 nc 6 GND Optional CAN ground 7 CAN H Bus line dominant high 8 nc 9 nc Pin 3 CAN GND and 6 GND are internally interconnected nc Pin 1 4 5 8 and 9 must not be connected The power supply of the CAN bus drivers is implement...

Page 44: ...34 mm2 250 m 0 75 mm2 500 m Cable length Max baud rate 25 m 1000 kbit s 50 m 800 kbit s 100 m 500 kbit s 250 m 250 kbit s 500 m 125 kbit s 500 m 100 Kbit s adjustable via software 1000 m 50 kbit s 2500 m 20 kbit s 5000 m 10 kbit s The use of repeaters is recommended for cable lengths over 1000 m Repeaters can also be used to implement galvanic isolation Refer to the documentation of the re peater ...

Page 45: ...he documentation of the repeater manufacturer for more specific details A bus segment must be provided with cable termination 120 at both ends These terminals must be connected in the connector directly between pin 2 and 7 The bus segment must be terminated at both ends No more than two terminations must be provided for each bus segment Operation without correct cable termination can cause transfe...

Page 46: ...device may be damaged by potential differences The GND terminals of all bus modules must be connected Fig 24 Profibus interface 9 pin D Sub female UNC Pin Signal Configuration 1 nc 2 nc 3 B EIA RS 485 line B 4 RTSAS Output for controlling a repeater 5 M5EXT Output 0 V for external termination 6 P5EXT Output 5 V for external termination 7 nc 8 A EIA RS 485 line A 9 nc Pin 6 5 V must not be used as ...

Page 47: ...gth baud rate for cables compliant with cable type A of the Profibus standard IEC EN 61158 and IEC EN 61784 Cable specifications Rated surge impedance 150 Permissible surge impedance 135 165 Capacitance per unit length 30 pF m Loop resistance 110 km Core cross section 0 34 mm2 22 AWG Cable length Max baud rate 200 m 1500 kbit s 400 m 500 kbit s 1000 m 187 5 kbit s 1200 m 93 75 kbit s When preparin...

Page 48: ...passive but is fed from the node It ensures a defined quiescent signal on the bus if no bus station is sending These bus terminations should be implemented externally in the connector casing according to the Profibus standard they can also be implemented with the bus terminating connector described above The use of repeaters enables the maximum cable length to be increased Refer to the documentati...

Page 49: ... of the RS485 interface CAUTION Non galvanically isolated interfaces The device may be damaged by potential differences The GND terminals of all bus modules must be connected Fig 26 RS485 interface 9 pin D Sub male UNC Pin Signal Configuration 1 nc 2 nc 3 B Line B 4 nc 5 GND Ground 6 nc 7 A Line A 8 nc 9 nc nc Pin 1 2 4 6 8 and 9 must not be connected 1 6 7 8 9 2 3 4 5 ...

Page 50: ...20 Permissible surge impedance 108 132 Max cable length 1200 m Possible baud rates 9600 Bit s 19200 Bit s 38400 Bit s 57600 Bit s 115200 bit s When preparing the cables ensure that there is a low resistance connection between the cable screen and the connector casing Chapter 5 3 2 28 The use of repeaters enables the maximum cable length to be increased Refer to the documentation of the repeater ma...

Page 51: ... all instructions regarding how to wire the corre sponding port interface All general Directives and standards must be complied with CAUTION Condensation in on the device If the device is or was exposed to climatic changes temperature fluctuation air hu midity moisture can form on or in the device device condensation In this case there is a risk of short circuit The device must not be switched on ...

Page 52: ...mounting position 24 2 Make a mounting cutout for the device at the selected location Mounting cutout 3 5 devices 123 87 mm 1 mm 5 7 devices 157 117 mm 1 mm 7 0 devices 197 122 mm 1 mm Material thickness at the mounting cutout 2 5 mm Fig 28 Mounting cutout for 3 5 devices Fig 29 Mounting cutout for 5 7 devices Fig 30 Mounting cutout for 7 0 devices 123 0 1 1 87 0 1 1 157 0 1 1 117 0 1 1 197 0 1 1 ...

Page 53: ...ting cutout from the front 6 Clip on the retaining brackets in the recesses provided for them on the device as shown below and fix the device by tightening the threaded pins until the front of the MICRO PANEL is flush with the surface of the control cabinet at the fixing points CAUTION Poor sealing Poor sealing resulting from the twisting of the sealing strip or due to a gap between the ends of th...

Page 54: ...65 NEMA 4X or used in potentially explosive atmospheres One retaining bracket each at all six fixing positions CAUTION Mechanical damage to the device Tightening the set screws too tight may damage the device Tighten threaded pins with a max tightening torque of 0 1 Nm The positions of the retaining brackets depend on the size of the device and the mounting requirements Fig 33 3 5 devices with fou...

Page 55: ...n 7 0 devices which must be mounted in accordance with IP65 NEMA 4X or used in potentially explosive atmospheres One retaining bracket each at all eight fixing positions Fig 35 5 7 devices with six retaining brackets meet IP65 NEMA 4X requirements Fig 36 7 0 devices with four retaining brackets do not meet IP65 NEMA 4X requirements Fig 37 7 0 devices with eight retaining brackets meet IP65 NEMA 4X...

Page 56: ...gether ferrite split ferrite core 30 x 20 x 20 mm for cables with a diam eter of 8 mm Würth STAR GAP snap together ferrite split ferrite core 31 5 x 35 x 28 3 mm for cables with a diameter of 13 mm Make sure to properly place the ferrite ring on the communication cable at a location close to the connection side max distance of 20 cm from the external device plug on the touch display Fig 38 Screeni...

Page 57: ...re that these are clean They must not be covered with abrasive dust or sharp particles CAUTION Condensation in on the device If the device is or was exposed to climatic changes temperature fluctuation air hu midity moisture can form on or in the device device condensation In this case there is a risk of short circuit The device must not be switched on when device condensation is present If the dev...

Page 58: ...Complete the following steps after initial commissioning Document System Description Windows CE MN05010007Z operation of the Windows CE operating system on touch displays 3 1 Adjust the system settings of the device 3 2 Install the required application programs 6 3 Switch off the device 1 De energize the device The lifespan of the backlight can be increased by reducing the brightness Document Syst...

Page 59: ...g 39 SD Slot A CAUTION Data loss During a write operation the SD card may lose data or may be destroyed if it is re moved or if there is a power failure Insert the SD card only when the device is de energized Avoid writing to SD cards as much as possible Reasons SD cards have a limited number of write cycles If there is a voltage drop while a write operation is in progress data loss is highly like...

Page 60: ...6 Operation 6 4 Inserting and removing the SD card 58 Touch display XV 102 10 2020 MN04802004Z EN Eaton com ...

Page 61: ...ng the resistive touchscreen The resistive touchscreen will already be calibrated when you receive it However it will have to be recalibrated if it stops responding correctly to touch Touch calibration see Document System Description Windows CE MN05010007Z operation of the Windows CE operating system on touch displays 7 2 3 Battery The integrated battery cannot be exchanged Lifespan see Chapter 9 ...

Page 62: ...04802004Z EN Eaton com 7 3 Maintenance 7 3 1 Repairs The device should only be opened by the manufacturer or by an authorized repair center Contact your local supplier or Eaton technical support for repairs Only the original packaging should be used for transporting the device ...

Page 63: ...d the device in for repairs The display stays or turns dark The backlight is deactivated Check the function in the visualization software The backlight is faulty Send the device in for repairs Touch does not react or does not react correctly to touch operation The resistive touchscreen is not calibrated correctly Start the device boot it up Calibrate touch Document System Description Windows CE MN...

Page 64: ...7 Maintenance and repairs 7 4 Troubleshooting 62 Touch display XV 102 10 2020 MN04802004Z EN Eaton com ...

Page 65: ...l conditions 76 8 3 transport When transporting or shipping the device make sure that the device is not damaged use appropriate packaging All ambient conditions need to be met during transportation and shipping as well See chapter 9 9 Envi ronmental conditions 76 1 Check the device for transit damage after arrival Read Chapter 3 Safety regulations 13 before installing and commissioning the de vice...

Page 66: ...ry soldered inside the device may explode if handled incorrectly Dispose of the device properly Assembly part Material characteristic Housing PC GF Resistive touch protective screen Glass with polyester layer Battery Lithium CR 2032 3 0 V 220 mAh Panasonic Battery weight 3 4 g SVHC Substance 1 2 dimethoxyethane ethylene glycol dimethyl ether EGDME Substance weight 2 4 Electrical components Various...

Page 67: ...sions and weights 9 1 1 3 5 devices Tab 28 Dimensions and weights of the 3 5 devices Fig 40 Mechanical dimensions of the 3 5 devices in mm Property XV 102 3 5 Height 100 mm Width 136 mm Depth 30 mm Thickness of front plate 5 mm Built in depth 25 mm Installation cut out 123 mm 87 mm 1 mm Weight Approx 0 3 kg 25 136 121 85 100 30 ...

Page 68: ...n com 9 1 2 5 7 devices Tab 29 Dimensions and weights of the 5 7 devices Fig 41 Mechanical dimensions of the 5 7 devices in mm Property XV 102 5 7 Height 130 mm Width 170 mm Depth 39 mm Thickness of front plate 5 mm Built in depth 34 mm Installation cut out 157 mm 117 mm 1 mm Weight Approx 0 6 kg ...

Page 69: ... 0 devices Tab 30 Dimensions and weights of the 7 0 devices Fig 42 Mechanical dimensions of the 7 0 devices in mm Property XV 102 7 0 Height 135 mm Width 210 mm Depth 38 mm Thickness of front plate 5 mm Built in depth 33 mm Installation cut out 197 mm 122 mm 1 mm Weight Approx 0 6 kg 195 6 210 135 120 6 33 38 ...

Page 70: ... 7 devices 115 mm 86 mm 5 7 screen diagonal 7 0 devices 152 mm 91 mm 7 0 screen diagonal Color resolution 3 5 devices XV 102 35MQR 32 gray levels XV 102 35TQR 64k colors 5 7 and 7 0 devices 64k colors Contrast ratio Normally Normally 300 1 Brightness Normally 250 cd m2 Backlight Technology LED Dimmable with software 3 5 devices 100 1 brightness 5 7 devices 100 30 brightness 7 0 devices 100 20 brig...

Page 71: ...te NVRAM XV 102 A All device versions except XV 102 A 125 kByte NOR flash 3 5 devices 5 7 and 7 0 devices 2 MByte External memory SD Memory Card Slot 1 SDA specification 1 00 Suitable for SD cards not for SDHC cards or cards of newer standard Only use original accessories Real time clock battery back up Battery type CR2032 190 mA h maintenance free soldered Backup time at zero voltage Normally 10 ...

Page 72: ...on the device version USB Host USB 2 0 1 5 12 480 MBit s not galvanically isolated SmartWire DT Master SmartWire DT not galvanically isolated Chapter 9 5 2 72 RS232 System Port RS232 not galvanically isolated CAN CAN not galvanically isolated Profibus Profibus not electrically isolated max 1 5 Mbit s RS485 RS485 not galvanically isolated Power supply Chapter 9 5 1 71 DIAG Only for service tasks UP...

Page 73: ...age 25 30 35 V DC for a period 100 ms Voltage dips 10 ms from rated operating voltage 24 VDC 5 ms from undervoltage 20 4 VDC Power consumption 3 5 devices Max 5 W 5 7 and 7 0 devices Basic device Max 7 W USB device on USB host Max 2 5 W Total Max 9 5 W Current consumption Continuous current Max 0 4 A 24 VDC Continuous current 3 5 devices Max 0 2 A 24 VDC 5 7 and 7 0 devices Max 0 4 A 24 VDC Starti...

Page 74: ...rdance with UL 508 and CSA 22 2 No 14 Max 2 A1 Short circuit rating No external protection required e g FAZ Z3 Chapter 5 3 8 3 37 Heat dissipation Normally 1 W Potential isolation No Rated operating voltage of 24 V DC slaves Normally UAux 0 2 V Supply voltage UPow for SmartWire DT slaves Specifications for connection to supply voltage Rated operating voltage 24 VDC Permissible voltage Effective 20...

Page 75: ...tWire DT interface Tab 37 SWD SmartWire DT interface 1 If SmartWire DT modules with a total current draw 0 7 A are connected an EU5C SWD PF2 power feeder module needs to be used Repetition rate 1 s Status indication Yes LEDs Property XV 102 Property XV 102 SmartWire DT supply voltage UVP Rated operating voltage internally converted supply voltage UPOW 14 5 V DC 3 14 0 15 0 VDC Current Max 0 7 A1 S...

Page 76: ...roperty XV 102 EMC 2014 30 EU explosion safety II 3D Ex tc IIIC T70 C IP6x ATEX 2014 34 EU Zone 22 Category 3D1 Required number of retaining brackets and threaded pins for mounting 3 5 devices 4 pieces each 5 7 devices 6 pieces each 7 0 devices 8 pieces each UL Devices delivered with gasket adhesively bond ed in place UL 508 File no E205091 3 5 devices delivered with the gasket not in place alread...

Page 77: ...munity for residential areas commer cial and light industrial areas as well as small busi nesses Ethernet cable with double loop through ferrite See Fig 40 as per table EMC for marine approvals 2004 30 EU Electromagnetic Compatibility EMC Directive Explosion protection relevant for CE ATEX 94 9 EG Zone 22 Category 3D II 3D Ex tc IIIC T70 C IP6x IEC EN 60079 0 Explosive atmospheres Equipment Genera...

Page 78: ...ons Tab 41 Ambient conditions Property XV 102 temperature operation 0 50 C Storage Transport 20 60 C Relative humidity 10 95 non condensing Vibration as per IEC EN 60068 2 6 Displacement 5 9 Hz 3 5 mm 9 60 Hz 0 15 mm Acceleration 60 150 Hz 2 g Shock as per IEC EN 60068 2 27 15 g 11 ms Fall test in accordance to IEC EN 60068 2 31 ...

Page 79: ...ol button 21 D Display 7 D Sub 28 E EMC 28 Ethernet 33 Explosion protection 75 L LED ACT 33 LINK 33 M Marine approval 12 74 Mounting position 50 P Package contents 9 Potential equalization currents 25 R Resistive touch 21 RS232 System Port 32 RS485 47 RS485 topology 48 S SD card 57 SD slot 21 T Touch sensor 21 68 Troubleshooting 61 U UPD 27 70 USB device 34 USB Host 34 ...

Page 80: ...nt company with 2017 sales of 20 4 billion dollars We provide energy efficient solutions that help our customers effectively manage electrical hydraulic and mech anical power more efficiently safely and sustai nably Eaton is dedicated to improving people s quality of life and the environment through the use of power management technologies and services Eaton has approx imately 96 000 employees and...

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