Desoutter CVI3 Vision User Manual
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CVI3 Vision
V 1.7.2.X
User manual
Model
Part number
CVI3 Vision
6159326910
Part no 6159930310
Issue no 07
Date
01/2016
www.desouttertools.com

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Summary of Contents for Desoutter CVI3 Vision

  • Page 1 Part no 6159930310 Issue no 07 Date 01/2016 CVI3 Vision V 1.7.2.X User manual Model Part number CVI3 Vision 6159326910 www.desouttertools.com...
  • Page 3: Table Of Contents

    TA BL E O F C O N TEN TS 1 - SAFETY INSTRUCTIONS ..... 6 4 - TIGHTENING UNIT ......15 1.1 - General instructions .......... 6 4.1 - General............15 4.1.1 - Add a name and a comment ....15 1.2 - Personal safety..........
  • Page 4 6.3.9 - Socket release ........23 8 - ASSEMBLY PROCESS ....... 35 6.3.10 - Ergostop ..........24 8.1 - How to create an Assembly Process ....35 6.4 - Curves ............. 24 8.2 - How to view the list of Assembly Processes ... 36 6.5 - Pset coefficients ..........
  • Page 5 11 - MAINTENANCE ......... 45 14 - APPENDIX - FIELDBUS ....69 11.1 - Controller ............45 14.1 - Data mapping types and variables ....69 11.1.1 - USB key - Firmware upgrade ....45 14.2 - Modules detailed description ......76 11.1.2 - USB key - Save ........
  • Page 6: Safety Instructions

    • If in doubt, return the tool to a Desoutter-authorized service • Refer to Appendix B - JVL6-32. centre. Contact your Desoutter representative for support.
  • Page 7: Getting Started

    2.3 - Bottom panel 2 - GETTING STARTED 2.1 - Front panel Legend Ethernet port dedicated only to PC software USB port for data transfer / firmware updating / access Legend control management ePOD port for controller backup, memory extension, Report LEDs customer features activation, workgroup configuration.
  • Page 8: On Receiving The Controller

    2.4 - On receiving the controller 2.6 - Changing the controller language • Check the following items are included in the kit supplied • Tap this icon to display the main menu. with the controller. Legend 1 Safety booklet 2 Quick start user manual 3 2 cable clamps 2.5 - Installation •...
  • Page 9: Controller

    • Use the digital keyboard to enter the figures. 3 - CONTROLLER 3.1 - Using icons and keyboards to display the main menu. to display the Monitoring view menu. Selected Pset number. The tool is locked. • Tap the icon to show why the tool is locked. to quit and return to the Monitoring screen.
  • Page 10: Date & Time

    To activate the access manager on the controller, you need to have a USB stick with the right profile (configured with the Desoutter CVIKEY software). • If not, contact your CVIKEY manager for support. • Connect your USB stick to the front panel of the controller.
  • Page 11: Workgroup

    Y cable 3.5.1 - None (stand-alone) especially designed by Desoutter for serial ports - part no. 6159176200 if you want to use serial • Click «None» to state that the controller is stand-alone.
  • Page 12: Usb

    3.6.2 - USB For example: • Select the equipment to connect to the USB ports. The setting is done automatically. • When the equipment is «Barcode reader», be sure that the barcode reader settings are «USB keyboard emulation USA». 3.7 - Networks Path: Main menu / Configuration / Controller / Peripherals •...
  • Page 13: Cvinet

    "Block is FIFO is full" is enabled), or before traceability of some results is lost (if option "Block is FIFO is full" is disabled). • For further information, contact your Desoutter representative for support. 3.11 - Remote display 3.10 - CVINet 3.11.1 - PC/Windows...
  • Page 14: Apple

    You can now control the controller from your PC. • Go to the App store and download the free app «Mocha VNC Lite». • In the app, create a new configuration and enter the IP address of the controller in the box «VNC server address». •...
  • Page 15: Tightening Unit

    4.1.3 - Pset selection source 4 - TIGHTENING UNIT • Select the Pset selection source: - I/O Path: Main menu / Configuration / Tightening unit - CVI3 front panel - CVILOGIX - Open Protocol - Fieldbus - Socket tray - Tool display (this source is available for wireless battery tools only) 4.1.4 - Options Store identifier in...
  • Page 16: Run Reverse Parameters

    4.2 - Run reverse parameters 4.3 - Options on «Reject report» This option will prevent the operator from performing another tightening operation after a NOK report. • Select the «Reverse mode» to reverse the tool direction before starting. • Select one of these options to unlock the tool and allow the Reverse Pushing the reverse button, the reverse operator to do tightenings again.
  • Page 17: Wireless Battery Tool Management

    4.5 - Wireless battery tool management 4.6 - Wireless battery tool parameters This chapter will show how to customize the environment and • Tap this icon to create the Tightening Unit no. 51 the display of the wireless battery tool. which is dedicated to the wireless battery tool.
  • Page 18: Display Parameters

    4.6.2 - Display parameters 4.6.3 - Network parameters Communication The communication port is used by Torque Torque & angle results are on the port the controller to communicate with the tool display. Angle wireless battery tool. Display 7477 by default. Batch Batch count and batch size are on mode...
  • Page 19: Tool

    The only possibility to start the tool is to use the external input event (Start/ stop tightening) and in that case, the tool trigger must be pressed and locked. • Use the Desoutter «Trigger locker» part no. 6153978420 to have the tool trigger pressed continuously. 6159930310_07_01/2016...
  • Page 20: Pset

    6.1 - How to add a Pset 6 - PSET • Select first the Tightening Unit. The list of Psets can be different per Tightening Unit. Path: Main menu / Configuration / Pset A Parameter set is commonly called Pset and •...
  • Page 21: General

    6.2 - General 6.2.1 - Remove fastener torque limit The «Remove fastener torque limit» is the torque limit above In the list of Psets, tap this icon to edit a Pset. which the fastener (bolt and screw) may have suffered damage and must be replaced.
  • Page 22: General 2

    6.3 - General 2 6.3.3 - Additional sensor When an additional transducer is detected on the tool, the tab 6.3.1 - External stop abort Pset "Additional transducer" is automatically displayed. • Select the transducer which will be used to control the When the input event «External stop abort Pset»...
  • Page 23: Pset Start/Stop

    6.3.4 - Pset start/stop 6.3.8 - Rehit This function is used to detect that a joint has been re- tightened. 6.3.5 - Torque transducer offset and span check The conditions for rehit are: If yes, the torque transducer offset value will be checked - the «Rehit»...
  • Page 24: Ergostop

    6.3.10 - Ergostop Offset display For a better reading of the results, it is possible to have the This option allows for a smoother tool stop in order to reduce offset displayed or not (for example: Prevailing offset mode torque reaction on the operator. set to "Add").
  • Page 25: Pset Coefficients

    6.5 - Pset coefficients 7 - STEP A Parameter set is composed of one or several steps run consecutively, up to 15 steps per Pset. Each step is defined by main parameters, tightening instructions and motor settings. A step is shown by this icon. The «Tightening step»...
  • Page 26: General

    7.2 - General to delete a step to copy a step The general parameters are common to all tools. to edit a step. • Tap «General»: • Use the following icons to navigate from one screen to another: to validate. to save in the controller memory •...
  • Page 27: Tightening

    7.3 - Tightening Ignore NOK Continue on for final • In the list of steps created for tool no.1, tap «Tightening». reporting The NOK Step The Pset Step report • Tap this icon to edit the step. step will not number tightening will be taken into...
  • Page 28: Angle Control

    7.3.2 - Angle control 7.3.3 - Torque OR angle control A tightening angle control strategy is adapted for assemblies The tightening torque OR angle control strategy is adapted for requiring tension accuracy. assemblies requiring tension accuracy. This strategy provides a better control of the tension and a better repeatability and accuracy than the torque control strategy.
  • Page 29: Torque And Angle Control

    7.3.4 - Torque AND angle control 7.3.5 - Yield point control The tightening torque AND angle control strategy is adapted • Launch CVI CONFIG software to setup this for assemblies requiring tension accuracy. strategy. • For more information, refer to the CVI CONFIG user manual at http://resource-center.
  • Page 30: Monitoring & Options

    7.4 - Monitoring & options 7.4.2 - Time monitoring For all control strategies, torque and angle are systematically The time monitoring is made to frame the tightening operation monitored. duration. For torque and angle monitoring, it is possible to choose either the peak value or the final value to be monitored.
  • Page 31: Latch Threshold

    7.5.4 - Latch threshold 7.6.2 - 3 speed - ergospeed The controller starts measuring the angle when the torque crosses the angle threshold for the first time. When this option is ticked, the measure then continues till the end even if the torque becomes below the threshold. The measured angle is therefore closed to the real angle.
  • Page 32: Loosening

    7.9 - Loosening 7.9.2 - Angle control and torque monitoring The loosening function allows un-tightening the joint Loosening with angle control is mainly used to release the according to torque or angle control. constraints in the assembly. When this strategy is selected, the torque and the angle are monitored automatically.
  • Page 33: Motor Control - Loosening

    7.9.3 - Motor control - loosening 7.10.1 - Forward prevailing In a forward prevailing step, the start and stop can be controlled by angle. This allows you to eliminate the “shock” when starting motor and mechanism. - The torque is measured from start. - The angle is measured from a prevailing threshold.
  • Page 34: Prevailing Parameters

    7.10.3 - Prevailing parameters Prevailing and Tightening - Add offset (without constant) Real torque = 10 Nm = • Tap «Parameters». Target (15 Nm) - Average (5 Nm) = Final torque from the new origin Target Time Change the origin at torque the average value reached...
  • Page 35: Synchro Step

    (via the 24 V I/O). • For further information, contact your Desoutter representative for support. The AP number is automatically selected. • Click the «Description» label to display the text keyboard.
  • Page 36: How To View The List Of Assembly Processes

    • Select the Pset number: new or already existing • Scroll the parameters by using these icons. • Fill in the values. 8.2 - How to view the list of Assembly Processes Path: Main menu / Configuration / Assembly Process •...
  • Page 37: Monitoring

    9.2 - Display change/Tool selection 9 - MONITORING 9.1 - Main screen When the controller is powered on, the following screen is displayed: • Use these icons to change the display. - Tool 1 - Tool 51 - All tools Pset Pset name 9.3 - Report OK...
  • Page 38: Report Nok

    9.4 - Report NOK 9.5.1 - Ellipse view (in Assembly Process running mode only) The report is NOK: the operation is not sucessful. The diagram shows the different steps performed during the Some more icons may be displayed to explain why. Assembly process operation.
  • Page 39: Simple View

    The batch report will be OK or NOK according to the Prevailing and tightening programming of the «batch count type» and «Forced batch status» features. • Refer to CVI CONFIG user manual, chapter «11.5 - Assembly action». 9.5.2 - Simple view •...
  • Page 40: Curve View

    9.5.5 - Curve view • Tap «Curve» to display the screen: 9.6.1 - Twin This screen shows the results of both tools. The curves available are: - Torque vs Angle - Torque vsTime - Angle vs Time - Current vs Time - Speed vs Time •...
  • Page 41: Workgroup

    9.6.3 - Workgroup 9.7 - Additional transducer This screen shows several tiles corresponding to each tool of When an additional transducer is detected on the tool, the the workgroup. display of the results changes accordingly to the supervision mode set in «CVI CONFIG» software. 9.7.1 - Consistency mode •...
  • Page 42: User Information

    • Tap the «Bar code» icon on the top right. The following screen appears: The QR code (Quick Response code) is displayed. • To get support from Desoutter, use one of the applications in the table below to open the Web page and follow the instructions.
  • Page 43: Results

    10 - RESULTS Tool report NOK • Tap «Results» on the main menu. Tool no. 1 Tool no. 2 Torque value column Angle value column 10.2 - Detailed view • Use the arrow buttons to scroll through the list. • Select and tap one result, then tap this icon to display its details The following screen is displayed: For example:...
  • Page 44: Filter

    10.3 - Filter • Tick «Filter» to display this screen: Ticking «Show markers» will allow you to better interpret the curve. • Tap this icon to view the new curve display. • Select the filters, tick «Filter enabled» and press the «Save»...
  • Page 45: Maintenance

    11.1.2 - USB key - Save 11 - MAINTENANCE 11.1 - Controller • Plug a USB key into the front panel port. • Save your data: results / logs / configuration. 11.1.3 - USB key - Advanced diagnostic 11.1.1 - USB key - Firmware upgrade Path: Main menu / Maintenance / Controller / USB •...
  • Page 46: Cvilogix

    • Tap «Save program» to save the program on any USB stick connected to the controller front panel. • For further information, contact your Desoutter representative for support. • For more information about how to assign events to physical I/O, refer to the CVI CONFIG user manual at http://resource-center.desouttertools.
  • Page 47: Event I/O Programming

    To activate these screens, you need to have a USB stick with the right profile (configured with the There are 4 attempts. Desoutter CVIKEY software). • If not, contact your CVIKEY manager for support. Path: Main menu / Maintenance / Controller / IO •...
  • Page 48: Memory

    11.1.8 - Memory Path: Main menu / Maintenance / Controller The controller will automatically re-calibrate the screen: the green crosses must be over the red ones as accurately as possible. • Tap the screen. • Select and tap which type of information to erase from the controller memory: - results - user information...
  • Page 49: Tool

    - to change the tool This screen shows the tool configuration (triggers, fixed accessories, etc...). 11.2.2 - Tool identification Available for Desoutter technicians only. It is mandatory to calibrate the tools after they have been modified. • Enter a comment (100 characters).
  • Page 50: Tool Monitoring

    11.2.5 - Tool monitoring 11.2.8 - Tool counters Path: Main menu / Maintenance / Tool Path: Main menu / Maintenance / Tool • Use the left, right or down arrow keys to navigate from one screen to another. 11.2.6 - Transducer Number of tightenings and run reverses Total counter above the tool min.
  • Page 51: Epod

    11.3 - ePOD 11.3.2 - Eject Path: Main menu / Maintenance This command is mandatory to unplug the ePOD from the controller. • Plug in the ePOD to the controller. • For more information about installing the ePOD, refer to the installation manual" part no.
  • Page 52: User Information

    Path: Main menu/Maintenance/ • Use the Filter to classify the user info codes: This information is useful to exchange information with - Info Desoutter Servicing. - Warning - Error • Refer to chapter 11.1.1 to update the controller. • Tap this icon to view the details of the event.
  • Page 53 6159930310_07_01/2016 - 53 -...
  • Page 54: Appendix - I/O And Events

    APPENDIX - I/O AND EVENTS 1 - LOGICAL OUTPUTS Name Description Raising condition Falling condition General status Ready The system is free of any internal issue that could prevent it No error in controller - Quick stop activated from being fully operative. nor in tool - Error coming from Communication between controller and tool is OK.
  • Page 55 Name Description Raising condition Falling condition Tool push start Reflects the raw state of tool push start or front start trigger, Trigger is pushed. Trigger is released or front start independently from the Tightening Unit state. trigger Manual reverse The operator has selected the reverse direction on the tool and Manual runreverse Stays on as long in progress...
  • Page 56 Name Description Raising condition Falling condition Pset status Pset selected Echoes the binary "Pset select bit 0 to 7" input if the New Pset selected New Pset selected bits (0..7) corresponding Pset exists, echoes 0 if the Pset does not exist or there is no Pset selected.
  • Page 57 Name Description Raising condition Falling condition Yellow report This output reflects the state of the controller yellow light. Controller yellow light New fastening on tightening is on operation starts controller Green report This output reflects the state of the controller green light. Controller green light New fastening on tightening...
  • Page 58 Name Description Raising condition Falling condition Batch running A batch process is underway. A batch operation is Batch is finished or The output is set to 1 before the first tightening operation. enabled reset input Batch finished Indicates when the batch count equals the batch size and the Batch is finished.
  • Page 59: Logical Inputs

    2 - LOGICAL INPUTS Name Description Status General commands Start stop Tightening Initiates a fastening cycle if: State on state - the "Spindle validation forward" is active and required by the Tightening Unit, - a Pset is selected. A rising edge must be detected to initiate a tightening, that is the change in the state of the tool from off to on as the trigger is released, then pressed again must be detected.
  • Page 60 Name Description Status Enable access Enable/disable access manager State manager Lock display Lock/unlock the controller display. State Restart Controller Reboots the controller. Rising edge Everything must be done by the software before using this input Tools commands Tool validation Enables the tool to run the selected Pset. Note: the forward and reverse validation can be State forward done by setting both validations on the same input.
  • Page 61 Name Description Status Assembly Process commands Assembly Process Used to select an Assembly Process. Rising edge selection bit (0-7) These inputs must be in the desired state BEFORE the activation of the assembly process start input. Abort assembly The "Abort assembly process" input stops the Assembly Process being processed. Rising edge process (tightening The Assembly Process is finished.
  • Page 62 - 62 - Appendix - I/O and events_01/2016...
  • Page 63: Appendix - User Info Codes

    1- Please check the tool compatiblity. 2- The tool memory cannot be read or is invalid. 3- The tool needs maintenance. If the problem occurs again, contact your Desoutter representative for support. Tool calibration alarm date expired 1- The tool calibration date has expired.
  • Page 64 2- Connect the tool to the controller to empty the memory. Tool trigger error 1- The tool trigger does not work properly. 2- Check and clean the trigger. If the problem occurs again, contact your Desoutter representative for support. Tool logs are available...
  • Page 65 1- Power failure. DC-bus voltage low 2- Contact your Desoutter representative for support. Fieldbus module not recognized 1- The Fieldbus module plugged in the controller cannot be run. It is not an authorized Desoutter not a Desoutter one module. 2- Contact your Desoutter representative for more information.
  • Page 66 Drive communication error 1- Error detected in drive communication 2- Restart the controller 3- If the problem occurs again, contact your Desoutter representative for support Drive choke too hot 1- Power electronics too warm. 2- Let the controller cool down.
  • Page 67 1- Network configuration has been set to default. Network configuration failed 1- Network configuration failed. 2- Check your settings. 3- If the problem occurs again, contact your Desoutter representative for support. CVILogix user info Message generated by CVILOGIX program CVILogix user info...
  • Page 68 1- Span value from additional torque sensor is outside bounds. failure 2 -Try once again to start the tool with no mechanical constraints. If the problem occurs again, contact your Desoutter representative for support Additional transducer offset 1- Offset value from additional torque sensor is outside bounds.
  • Page 69: Appendix - Fieldbus

    APPENDIX - FIELDBUS 1.3 - Alignment 1 - DATA MAPPING TYPES AND VARIABLES The floating point and integer values are first converted into a chain of characters and then aligned according to the selected option within the total size of the field. 1.1 - Data type Examples (green background denoting effective field length)
  • Page 70 1.4 - Saturation 1.7 - BOOL If the value exceeds the capacity of representation by the Data are represented as a boolean using 1 byte (8 bits) output string, then the maximal representable value is used signed integer binary. If value is equal to zero, then value instead.
  • Page 71 1.10 - Inputs variables Inputs variables are data coming from the controller and sent to the PLC. Numerical Reset Name Description ASCII values values or Set condition condition binary format General Status CVi3 start Controller name Controller name Never or new configuration CVi3 start Tightening unit name...
  • Page 72 Numerical Reset Name Description ASCII values values or Set condition condition binary format Pset Status Pset selected If of Pset currently selected "0 = no result "“A” = accepted Tightening result Tightening result 1 = accepted Tight start Result received “R”...
  • Page 73 Numerical Reset Name Description ASCII values values or Set condition condition binary format Min torque rate in Min torque rate in N.m/° (setting) Tight start Result received N.m/° (setting) Target torque rate in Target torque rate in N.m/° (setting) Tight start Result received N.m/°...
  • Page 74 Numerical Reset Name Description ASCII values values or Set condition condition binary format Socket tray Socket lifted. If a socket is left on Socket lifted CVI2 socket tray then sockets on Never Socket lifted CVI3 socket tray are not considered. Socket lifted, each bit is encoding one socket (Socket tray must be in Socket lifted as bit...
  • Page 75 1.12 - Outputs variables Name Description General commands CVI3 inputs State of the 8 controller inputs that can be forced by the PLC. Identifier Identifier (e.g. VIN number) which can be used to start an assembly process Value that will be copied in Keep Alive Value Ack. Value change can be used as Keep alive value heartbeat management.
  • Page 76: Modules Detailed Description

    1.13 - Events in PLC output 2 - MODULES DETAILED DESCRIPTION All input events described in CVI3 User Manual can be associated to PLC output in Fieldbus. For each event you can 2.1 - DeviceNet choose to invert or not the signal. Note that you can associate up to 4 input events to a unique bit in PLC output.
  • Page 77 2.2 - Ethernet/IP 2.3 - Profibus Item Item Network Status LED Operation Mode Module Status LED Status Link/Activity PROFIBUS Connector Ethernet Interface Operation Mode Network Status LED State Indication Not online / No power A test sequence is performed on this LED during Green On-line, data exchange startup.
  • Page 78 2.4 - Profinet 1 port LINK/Activity LED LED State Description Comments No Link No link, no communication present Green Link Ethernet link established, no communication present Green, Activity Ethernet link established, flickering communication present Item Ethernet Interface Network Status LED The Ethernet interface operates at 100Mbit, full duplex, with Module Status LED auto-negotiation enabled as default.
  • Page 79 LED State Description Comments LED State Description Comments Exception Module in state Fatal event Major internal error (this Error ‘EXCEPTION’ indication is combined with a red module status LED) Red, 1 flash Configuration Expected Identification Error differs from Real Red, 1 Station Name Station Name not set Identification...
  • Page 80 2.7 - CC-Link Item Run LED Error LED CC-Link interface Run LED A test sequence is performed on this LED during startup. LED State Description No network participation, timeout status (no power) Green Participating, normal operation Major fault (FATAL error) Error LED LED State Description...
  • Page 81: Appendix - Connections

    APPENDIX - CONNECTIONS 1 - TOOL CONNECTOR Legend A Connector 12 pts Male B Connector 12 pts Female a Ground shielded cable b WARNING : Shielded insulate Twisted pairs: 2x0.25 mm² 0.25mm²/120Ω at 10 MHz 65 Ω 0.25mm²/120Ω Cable Color +15V 0.35mm²...
  • Page 82: Rs232 - Subd 9Pt

    3 - RS232 - SubD 9pt 5 - DIGITAL OUTPUTS (0 – 24V) AGND Serial ports +24V controller 0VE controller Common 1 Output 1 Output 2 Output 3 Output 4 RTS1 Output 5 Output 6 CTS1 Output 7 Output 8 Barcode reader Common 2 4 - DIGITAL INPUTS (0 –...
  • Page 83: Tightening Flow Chart And Timing Chart

    6 - Tightening flow chart and timing chart Input/Output defined by default can be used to control tightening operation from a PLC or other electronic device. Here is an example of standard exchange between a CVI3 controller and a PLC. 6.1 - Tightening operation through IO flow-chart Start Ready = 1 ?
  • Page 84 6.2 - Tightening operation through IO timing chart READY (O) PSET SELECT BIT 0 (I) PSET SELECT BIT 1 (I) PSET SELECT BIT 2 (I) PSET SELECTED BIT 0 (O) PSET SELECTED BIT 1 (O) PSET SELECTED BIT 2 (O) SPINDLE VALIDATION (I) START/STOP TIGHTENINGON STATE (I) TIGHTENING RUNNING (O)
  • Page 85: Synchronizing Single-Channel Controllers

    7 - SYNCHRONIZING SINGLE-CHANNEL CONTROLLERS It is necessary to wire a diode 1N4148 in serial with each synchro out signal. Controller 1 Controller 2 Controller 3 Input Output Input Output Input Output +24V +24V +24V +24V +24V +24V Stop 1 Stop 1 COM1 Stop 1...
  • Page 86: Ebus (For Accessories)

    9 - eBUS (for accessories) +24V GND-EXT AGND +24V-EXT 10 - WORKGROUP Workgroup network Customer network PRIMARY CONTROLLER SECONDARY CONTROLLERS min. 5 mm ePOD3 Use «Eject» command before disconnecting the ePOD. tool no. 1 tool no. 2 tool no. 3 tool no.
  • Page 87: Appendix - Spare Parts - Cvi3 Vision

    APPENDIX - SPARE PARTS - CVI3 VISION Item Designation Part number Interface board including screws 6159188835 Display board without display and screws 6159188535 Complete drive board on the heatsink 6153972145 TPLC board 6159188985 Ethernet board including screws 6159188825 CPU board including screws...
  • Page 88: Appendix A - Controller Power Consumption: Current Inlet

    APPENDIX A - CONTROLLER POWER CONSUMPTION: CURRENT INLET The “Power triangle” Apparent power (S) measured in VA Reactive power (Q) measured in VAR Impedance phase angle True power (P) measured in Watts ∫ u(t) x i(t)dt P = true power measured in units of Watts where T is the period of the signal On a CVI3, the Power peak is 5kW.
  • Page 89: Appendix B - Jvl6-32 Residual Current Circuit Breaker

    APPENDIX B - JVL6-32 RESIDUAL CURRENT CIRCUIT BREAKER The CVI3 has a JVL6-32 residual current circuit breaker with over-current Protection. The residual current circuit breaker must be tested monthly. It provides protection against earth leakage faults (30mA), overloads, short-circuits and Over-current in your installation (I=16A.
  • Page 90: Appendix - Epod

    - ePOD2 activates CVILOGIX (Embedded PLC of CVI3 controllers). ePOD3 ePOD3 has all functionalities of ePOD2. - ePOD3 activates the workgroup configuration. ePODxC ePODxC has all functionalities of ePOD2 or ePOD3. - It can be connected to CVI3 Vision controllers only. - 90 - Appendix - ePOD_01/2016...
  • Page 92 More Than Productivity www.desouttertools.com © Copyright 2016...

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