There are two types: Integrated Vision Editing Software 'XG VisionEditor' and Remote Control. Apply for an activation code using the XG User Support page. Keyence Xg 8000 Keyence Xg Vision Editor Manual Dexterity. XG VisionEditor Ver. Brother Boutique 751 Manually. 5.4 How to uninstall XG VisionEditor Ver.5.4.
. 96180A Ultra High-Speed, High-capacity Multi-camera Machine Vision System XG-8000 Series Setup Manual (Area Camera Edition) Read this manual before use. Keep this manual in a safe place for future reference.
Introduction Introduction The XG-8000 Series uses a 2-way approach (either on the controller or on a PC) to build inspection programs. The controller can be used to carry out adjustments in the field, add vision units and perform product changeovers. A PC can be used to establish inspection methods and build new programs with original operation menus and other essential GUI elements. Introduction This manual and related manuals This manual describes the setup procedures required for connecting and initial installation of the XG-8000 Series (hereafter referred to as 'the controller'), as well as related information and product specifications.
Read this manual thoroughly in order to understand how the controller works and to maximize performance of the controller. Before starting or operating the system, check to make sure all system functions are working properly. If any Keyence product fails, take all safety precautions to prevent damage before using the system again.
If the system is operated beyond its published specifications or if the system is modified, its functions and performance cannot be guaranteed. Measures to be taken during abnormal performance In the following cases, turn the power OFF immediately. Using the system in a defective condition may cause fire, electric shock, or product malfunction. Contact your local Keyence office for repair. If water or debris enters the system. Precautions on Regulations and Standards CE marking Keyence Corporation has confirmed that this product complies with the essential requirements of the applicable EC Directive, based on the following specifications. Be sure to consider the following specifications when using this product in the Member State of European Union.
Table of contens Table of contens Introduction.2 Adjustments.2-30 Notations used in this manual.2 Check that a Screen is Displayed on the This manual and related manuals.3 Monitor.2-30 Safety information for XG-8000 Series.4 Adjusting the Aperture and Focus. (CA-CNX10U/CHX10U).4-17 Fluorescent Ring Light (CV-R11/CA-R20).4-55 Outside dimensions.
4-18 DC 24 V power (CA-U3).4-57 Controller XG-8702(P) /8502(P) /8002(P).4-18 LCD Monitor (CA-MP81).4-59 Handheld Controller (OP-84231 (printed), Touch panel LCD monitor (CA-MP120T).4-60 OP-84236 (blank)). Chapter Function. SD memory card (OP-87133 (512 MB): XG-8502/ 8502P/8002/8002P,. XG-E800 CA-SD1G (1 GB): XG-8702/8702P) x 1 (Camera expansion unit) (Installed in controller SD card slot 1.). Controller instruction manual x 1. Set of terminal block labels x 1 Options.
Package Contents. CA-NCL10E (CC-Link unit).
CA-CNX10U/CHX10U (Camera cable extension repeater). XG-H8NE (dedicated vision software for XG) - XG Vision Editor - XG Vision Terminal Note Refer to 'Options' (Page 4-31) for more details about other optional accessories which can be used with this system.
Available PC programs are the XG VisionEditor development environment and the XG VisionTerminal log data collection program. Control input/ output Image input Data output XG-8000 Series machine vision system XG-8702/8502/8002 Application software XG-H8NE XG VisionEditor XG VisionTerminal Make adjustments in the Build programs and GUIs field and add functionality using the PC using the controller. Identifying Controls and Connectors Identifying Controls and Connectors Controller I/O (parallel I/O) connector Use for signal input and output (Page 3-9). SD2 slot (upper), SD1 slot (lower) Insert an SD card (Page 2-35). The SD1 slot contains the included SD card (CA-SD1G: 1 GB or OP-87133: 512 MB). Identifying Controls and Connectors RS-232C connector (Port 1, RJ-11) Use to connect the optional RS-232C communications cable (OP- 26487: 2.5 m) or the optional touch panel RS-232C modular cable (OP-87264: 3 m / OP-87265: 10 m) (Page 3-2).
Note By default, RS-232C port 1 is used for data output/command control, and port 2 is used for the CA-series touch panel. Identifying Controls and Connectors CC-Link Unit Connector on expansion unit side Use when connecting the illumination expansion unit CA-DC21E (Page 2-6). L RUN Operation status indicator light (L RUN) L ERR.
ON: Master station and self station are updating the data correctly (green light lit). Identifying Controls and Connectors Illumination Expansion Unit Connector on expansion unit side Use when connecting two or more illumination expansion units. POWER Power supply LED LIGHT 2 Lit when the power is supplied to the illumination expansion unit.
LIGHT 1 Light 2 output connector Use to connect LED light No. Identifying Controls and Connectors Handheld Controller This section explains the common operations and functions of the handheld controller (OP-84231). Reference. Text in parentheses indicates the labeling on OP-84231. A blank console without labels (OP-84236) is also available for customizing button assignments. Identifying Controls and Connectors Special Functions assigned to Buttons and Multiple Key Combinations The buttons on the handheld controller perform special functions when pressed under certain conditions.
Various other functions can be performed using key combinations (pressing two or more buttons simultaneously). Chapter Installation and Connection. Controller Handheld Controller SD card (OP-87133, 512MB.) XG-8702/8502/8002 (OP-84231, optional) (Inserted in slot SD1 on controller).
XG-8702 comes with 1 GB (CA-SD1G) Camera cable CA-CN3 (3 m)/CA-CH3. (3 m) (optional). Used to connect high speed cameras.
24 V DC power supply. Camera Expansion Unit SD card (OP-87133, 512MB.) (OP-84231, optional) XG-E800 (XG-EC80) (option) (Loaded in slot SD1 on controller) Controller. XG-8702 comes with XG-8702/8502/8002 1 GB (CA-SD1G) Camera cable CA-CN3 (3 m)/ CA-CH3 (3 m) (optional). Used to connect high speed cameras. Installing the Controller Installing the Controller Install the controller to the DIN rail, or use the holes on the bottom of the controller to secure it with screws. Note.
Do not install the controller in a location with lots of dust or water vapor. The controller does not have a mechanism to protect it from dust or water. Installing the Controller Installing the Expansion Unit Note. Turn off the controller when connecting or removing an expansion unit. Connecting or removing the camera expansion unit while connected to a power source may damage the controller or peripheral devices. Installing the Controller Installing the Illumination Expansion Unit When the lighting is controlled by the controller, up to 4 CA-DC21E illumination expansion units can be connected for the control of up to 8 individual lights. Remove the protective cover from connector 2 on the left side of the controller and install the illumination expansion unit as shown below.
Installing the Controller Installing the Controller Installing the Controller on a DIN Rail The controller and the expansion unit are designed to be mounted on a DIN rail. Pull the tab on the bottom in the direction of the arrow to mount or dismount the controller. Mounting to the Bottom of the Controller M4 screws Note. Installing the Camera Installing the Camera Notes on Electrical Insulation. The camera case acts as the ground for the camera circuit. If the installation bracket or mount has any electrical potential or noise, it may cause internal damage and malfunction.
For secure insulation, be sure to use the plastic mounting bracket and screws that are supplied with the controller when installing the camera. Selecting the Lens Selecting the Lens Select the lens according to the size of the target (FOV (Field of view): Y) and the distance between the camera and the target (working distance). Select a suitable lens referencing the FOV chart.
Field of view: Y WD (Working. Selecting the Lens Using a 5 Megapixel Camera (XG-H500C/XG-H500M) When using the CA-LH16 on the XG-H500C with a required field of view of 50 mm, the chart shows that the working distance should be set to 100 mm and the 1.5 mm close-up ring should be used. Using a low distortion lens (CA-LH.): 2432 x 2050 pixels (5 megapixel mode) 1000 Y: Field.
Selecting the Lens Using a 2 Megapixel Camera (XG-200C/XG-200M) or a High-speed 2 Megapixel Camera (XG-H200C/XG-H200M) When using the CA-LH16 on the XG-200C in 2 megapixel mode with a required FOV of 40 mm, the chart shows that the working distance should be set to 100 mm and the 1.5 mm close-up ring should be used. Using a low distortion lens (CA-LH.): 1600 x 1200 pixels (2 megapixel mode) 1000 Y: Field. Selecting the Lens Using a low distortion lens (CA-LH.): 1024 x 960 pixels (1 megapixel mode) 1000 Y: Field of view (mm) 1000 10000 WD: Working distance (mm) CA-LH4 CA-LH8 CA-LH12 CA-LH16 CA-LH25 CA-LH35 CA-LH50 CA-LH75 Using a low distortion lens (CA-LHR.): 1024 x 960 pixels (1 megapixel mode) 1000 Y: Field of view. Selecting the Lens The following graph shows the performance when using a standard lens.
Using a standard lens (CV-L.): 1600 x 1200 pixels (2 megapixel mode) 1000 Y: Field of view (mm) 1000 10000 WD: Working distance (mm) CV-L3 CV-L6 CV-L16 CV-L25 CV-L35. Selecting the Lens Using a High-Speed 1 Megapixel Camera (XG-H100C/XG-H100M) Using a low distortion lens (CA-LH.): 1000 x 1000 pixels (1 megapixel mode) 1000 Y: Field of view (mm) 1000 10000 WD: Working distance (mm) CA-LH4 CA-LH8 CA-LH12 CA-LH16 CA-LH25 CA-LH35 CA-LH50 CA-LH75. Selecting the Lens Using a Double Speed Camera (XG-035C/XG-035M) or a 7x-speed Camera (XG- H035C/XG-H035M) Using the standard lens (CV-L.) 1000 Y: Field of view (mm) 1000 10000 WD: Working distance (mm) CV-L3 CV-L6 CV-L16 CV-L25 CV-L35 CV-L50 Using a high accuracy, low distortion lens (CA-LH.) 1000 Y: Field of view. Selecting the Lens Using an Ultra Small Double Speed Camera (XG-S035C/XG-S035M) CA-LS4 CA-LS6 CA-LS16 CA-LS30 1000 Y: Field of view (mm) 1000 10000 WD: Working distance (mm) Note. The numerical numbers shown in the FOV chart are typical values.
Adjust the settings as required when installing the camera. Selecting the Lens Using an Ultra Small 2 Megapixel Camera (XG-S200C/XG-S200M) Using 1600 x 1200 pixels (2 megapixel mode) CA-LHS8 CA-LHS16 CA-LHS25 1000 CA-LHS50 Y: Field of view (mm) 1000 10000 WD: Working distance (mm) Using 1024 x 960 pixels (1 megapixel mode) CA-LHS16 CA-LHS25 1000 CA-LHS8.
Selecting the Lens Information on Optional Lenses Contact your local Keyence office if you require lenses not shown here. XG-200C/200M/H200C/H200M/035C/035M/H035C/H035M Standard Lenses Model Focal Distance Aperture Filter attachment size CV-L3 3.5 mm F1.6 43.0 mm P0.75 CV-L6 6 mm F1.4 30.5 mm P0.5. Selecting the Lens For XG-S035C/S035M Standard Lenses Model Focal Distance Aperture CA-LS4 4 mm F2.0 CA-LS6 6 mm F2.0 CA-LS16 16 mm F2.0 CA-LS30 30 mm F3.4 For XG-S200C/S200M Low Distortion Lenses Model Focal Distance Aperture CA-LHS8 8 mm F2.0 CA-LHS16 16 mm F2.0. Selecting the Lens Using the Close-up Rings The close-up ring is installed between the camera and the lens.
Close-up rings are available in a set of five different sizes of 0.5 mm, 1.0 mm, 5 mm, 10 mm, and 22 mm (OP-51612). Connecting Cables Connecting Cables Notes when connecting cables. Make sure that there is no power to the controller before connecting cables. Connecting cables while the power is turned on may cause damage to the camera or peripherals. Bundle cables with a spiral tubing like protective material.
Direct bundling will concentrate the cable load on the bindings, which can result in cable damage or short circuit. Connecting Cables Connect the optional handheld controller (OP-84231 or OP-84236) to the modular connector on the controller. To modular connector Connect the monitor to the video output terminal of the controller. To Monitor terminal Note. When using a commercial RGB analog monitor that does not support SVGA (800 x 600 pixels) or XGA (1024 x 768 pixels), the displayed image quality may degrade and the screen may not appear correctly depending on the specifications of the monitor. Connecting Cables Note. Ground each device separately.
Use a Class D ground. Keep ground resistance to 100Ω or less. Keep the ground wire as short as possible. If it is not possible to ground each device separately, ground them together. However, make sure that the electrical cables are the same length.
Locations where the outside light varies greatly depending on the time of day. Locations where the amount of light changes due to the movement of machines and people Ask your KEYENCE sales representative for details. Reflected illumination Illuminates broadly and evenly using a lighting system such as a ring light.
Selection and Installation of LED Lighting Coaxial Illumination Illuminates along the same axis as the lens. This type of lighting makes flat glossy surfaces on the target appear brighter. This is suitable for surface inspection or position and size measurement of a flat surface. Half mirror LED Illumination System Coaxial lights (CA-DX). Selection and Installation of LED Lighting Using the Illumination Expansion Unit Precautions and wiring when using the optional illumination expansion unit CA-DC21E are explained here. Usage Precautions Note.
For more details on general precautions for the illumination expansion unit, see 'Safety information for XG-8000 Series'. Selection and Installation of LED Lighting Terminal Block Interface The following section details the terminal block specifications for the illumination expansion unit (CA- DC21E). Note Tightening above the specified torque may cause damage to the terminal block OUTPUT connector. Terminal block: MC1.5/5-ST-3.5BK POWER LIGHT 2 (Phoenix Contact). Selection and Installation of LED Lighting DIP Switch Settings Output voltages for Light 1 and Light 2 can be changed individually by configuring the DIP switches as indicated below. The factory settings of the DIP switch positions are indicated by Output voltage —.
Selection and Installation of LED Lighting Remove the IN connector terminal block from the illumination expansion unit. Terminal block Loosen the screw of the IN connector terminal block using a flat head screwdriver. Flathead screwdriver After stripping the insulating sheath by about 7 mm, insert the wires to terminal No.
3 (24 V DC) and No. Adjustments Adjustments This section explains how to adjust the controller from its default settings to capture images properly. Note The handheld controller (OP-84231 or OP-84236) is required to adjust the controller. Reference The software may not operate as described below if the inspection settings have already been uploaded.
![Vision Vision](/uploads/1/2/5/4/125439569/922524091.jpg)
Check that a Screen is Displayed on the Monitor Confirm that the cables are connected correctly, and then turn on the power. Adjustments Perform touch panel calibration.
Touch the at the top left of the screen. Touch the at the bottom right of the screen. Touch the at the four corners of the screen, and verify that the touched locations were each selected correctly.
If one was not selected correctly, the at the touched location turns red. Adjustments Press the No.1 (FUNCTION) button on the handheld controller. The Function menu appears. Select Go Offline. The System Configuration menu appears. From the System Configuration, select Cameras - Camera Settings.
The Camera Settings screen appears. Adjustments Select the Camera preview under Individual Settings and make sure the active screen from the camera connected to the controller appears. The active screen displays the live image from the connected cameras. Reference. You can display the live image on the entire screen by selecting the desired camera under Select Display. Adjustments Adjusting the Aperture and Focus XG-H500C/H500M/H200C/H200M/200C/200M/H100C/H100M/035C/035M/ H035C/H035M While viewing the monitor, turn the aperture ring and the focus ring to adjust the aperture and focus. Locking screw on focus ring Locking screw on aperture ring.
Adjusting the aperture: Loosen the locking screw on the aperture ring to make the target and the surroundings brighter or darker. Data that must be loaded by swapping SD cards should be stored on SD card 2. Supported SD Card Models Use the optional Keyence OP-87133 (512 MB), CA-SD1G (1 GB), or CA-SD4G (4 GB). Note that the controller ships with the OP-87133 (CA-SD1G for XG-8702) inserted into SD1 slot.
Loading and Removing an SD Card Removing an SD Card Choose Stop SD2 Operation, then press the SD card in the SD2 slot inward to release and remove the card. Note.
Take the following steps to protect the SD card and the data that is contained on it. Note.
The controller supports applications using the dedicated ActiveX control. Otherwise, Keyence does not support the use of third-party applications. 4.1 and earlier of the software do not support some communications with Ver. 5.0 and later controllers. For more details, see the XG-8000 Series User's Manual. Using Dedicated Software to Access the Controller Remote Control Software 'XG VisionTerminal' XG VisionTerminal is operating software designed to acquire data & images from the controller, and operate it by remote control via communication.
Main features of the XG VisionTerminal. Using Dedicated Software to Access the Controller Connecting to the Controller The dedicated XG software can connect to the controller in any operating mode. Reference All connections are initiated by the dedicated XG software. See each software manual for details on connections. XG VisionEditor XG VisionTerminal Run mode. Using Dedicated Software to Access the Controller 2-40.
Overview of the I/O Chapter Interface The controller has five communication ports and two discrete I/O terminal blocks. I/O Interface Specifications.
RS-232C Specifications (Page 3-2). Ethernet Specifications (Page 3-4). USB Specifications (Page 3-5).
CC-Link Specifications (Page 3-7). RS-232C Specifications RS-232C Specifications The RS-232C port on the controller can be used to Port Specifications communicate with external device. The controller can communicate with external devices through one of the two communication modes: no protocol mode or PLC link Protocol specifications mode. When the PLC / PC has a D-sub 9-pin connector No. Signal Signal Signal direction OP-26487 (2.5m) Description — — — OP-26486 Data Reception Output XG-8702/8502/8002 Data Transmission Inputs — — — When the PLC / PC has a D-sub 25-pin connector — — — — Data Transmission Inputs OP-26487 (2.5m).
The Ethernet port on the controller can be used to Port Specifications communicate with external devices as well as providing a connection to Keyence software: XG VisionEditor, XG Protocol specifications VisionTerminal, and software running the ActiveX control. The controller can communicate with external devices. The USB port on the controller is used exclusively for Connecting to a PC communication with Keyence software: XG VisionEditor and XG VisionTerminal. The USB port cannot be used with any The controller can be connected to a PC using a dedicated other software. Installation of the USB driver starts.
Controller to a PC. After the driver is installed, the controller Reference can communicate correctly with a PC running the Keyence. The USB driver is located in the driver USB folder on the software XG VisionEditor or XG VisionTerminal. CC-Link Specifications CC-Link Specifications The controller can be used as a remote device station on a Connector Specifications CC-Link network by connecting the optional CA-NCL10E module. The CC-Link interface supports command execution, input / output control and data output. The station type, communication speed, and number of exclusive stations can be viewed and changed from the CC-Link option in the System Configuration menu. CC-Link Specifications CA-NCL10E terminating resistor installation Connecting to a CC-Link network Terminating Precautions when wiring resistor Take note of the following when wiring the CA-NCL10E module.
(FG). When connecting the CA-NCL10E to a CC-Link network/ device, always use a CC-Link Ver.1.10 compatible cable Reference or a cable approved by the CC-Link Partner Association. Parallel I/O Specifications Parallel I/O Specifications Connector Specifications The following relates to the parallel I/O connector / ribbon Connector cable output. FX2B-40SA-1.27R (Hirose Electric) Color ribbon cable UL20028-FRX-CF-40 (Fujikura, equivalent wire gauge AWG28) Reference In normal circumstances, use the optional ribbon cable OP-51657 (3m). Parallel I/O Specifications Terminal Desciption Signal Default state Cable name direction color Assigned variable Function N.O/N.C OUT3 General purpose output 3%CmdReady Command ready N.O.
Brown output OUT4 General purpose output 4%Trg1Ready Trigger 1 ready output N.O. OUT5 General purpose output 5%Trg2Ready Trigger 2 ready output N.O. Terminal Block Specifications Terminal Block Specifications Standard Specifications Terminal block specifications for the controller are as follows.
Note Tightening above the specified torque may cause damage to the terminal block OUTPUT connector INPUT connector Terminal block Terminal block MC1.5/9-ST-3.5BK (Phoenix Contact) MC1.5/6-ST-3.5BK (Phoenix Contact) Suitable wiring Suitable wiring. Terminal Block Specifications Terminal name Description Signal Default state direction Assigned Function N.O/N.C variable COMOUTF+ High-speed common output — — — — — (COM1F+) (+ ve) COMOUTF- High-speed common output — — — — — (COM1F-) (- ve).1 The default assigned state refers to the default system variables assigned to each terminal in the System settings.
These assignments may vary if the system settings have been changed. Input/Output Wiring Input/Output Wiring Input Connections Input circuit diagram Connection Examples Circuit A (FIN0 to 3, IN0 to 3 only, EV compatible) Connecting a NPN output to the controller input 6.2kΩ 3.3kΩ 4.7kΩ 10kΩ COM(-) PLC (NPN output) Input circuit on controller.
Input/Output Wiring Output Connections Note The overcurrent protective Poly Switch is set to trip at 1 A. For the power supplied to output, use a 1 A or larger power source. NPN output circuit diagram PNP output circuit diagram Controllers with a 'P' at the end of the part number eg.
XG- 8702P Circuit C (FOUT0 - to 3) Circuit C (FOUT0 - to 3). Input/Output Wiring Connection examples (controller with NPN transistor outputs) Connecting a controllers NPN output to a PLC with a positive common input. 0.3A Poly Switch 10kΩ 1kΩ COM(+) PLC input circuit (positive common) controller NPN output Connecting a controllers NPN output to a relay. 0.3A Poly Switch Load. Input/Output Wiring Connection examples (controller with PNP transistor outputs) Connecting a controllers PNP output to a PLC with a negative common input.
COM(-) 10kΩ 1kΩ 0.3A Poly Switch PLC input circuit (negative common) Controller PNP output Connecting a controllers PNP output to a relay. Chapter Specifications. Main Specifications Main Specifications Note The number of settings available for items listed depends on the total amount of available memory in the system. Controller XG-8702(P)/8502(P)/8002(P) XG-8702(P) XG-8502(P) XG-8002(P) XG-H500C/H500M connected XG-200C/S200C/H200C/200M/.
5 megapixel mode: S200M/H200M connected 2432 (H) x 2050 (V),. Main Specifications XG-8702(P) XG-8502(P) XG-8002(P). Supports simultaneous capture for up to four cameras. Supports buffered image processing using image buffer memory. Supports multiple placement and loop execution Image Capture.
Supports HDR capture (image capture buffer disabled when used) Acquisition Unit. Main Specifications XG-8702(P) XG-8502(P) XG-8002(P) Measures the distance between two edges (outer gap, inner gap, specified edges for up to 1800 Edge width detected edges). Edge pitch Measures the gap pitch and center pitch for up to 1,800 detected edges. Main Specifications XG-8702(P) XG-8502(P) XG-8002(P).
Allows multiple calculation processing separated by line feeds. Can contain up to 5000 characters including comments.
Supports timeout-based and answer-based (ANS) unit judgment. Supports mathematical operators: add, subtract, multiply, divide, remainder, power. Main Specifications XG-8702(P) XG-8502(P) XG-8002(P).
Outputs user-defined inspection results to the I/O terminals. Parallel. Supports time-delayed separated outputs for up to 8 cycles. Terminal. Skips data output for non-processed units. Output. Supports image / output priority processing.
Main Specifications XG-8702(P) XG-8502(P) XG-8002(P). 1024(H) x 960(V) (980'000 pixels) section contained within 512(H) x 480(V) (320'000 pixels) 1600(H) x 1200(V) (1,920,000 pixels) in 1 megapixel mode. Section contained within 640(H). 512(H) x 480(V) (320'000 pixels) section contained within. Main Specifications XG-8702(P) XG-8502(P) XG-8002(P). Maximum of 900 menus per program with, external switching possible.
Support for option dialog based menus that can be used to change or set various parameters while Number of the controller is in Run mode. Main Specifications XG-8702(P) XG-8502(P) XG-8002(P) Maximum of 100,000 data points per item, maximum 256 items (all data can be saved to SD card in a Data Statis- single operation). Tics Summary Maximum, minimum, average, standard deviation (+/- 3σ), total status OK/NG count. EtherNet/IP). Following PLC's supported PLC-Link - Keyence KV-700 Series, KV-1000 Series, KV-3000 Series, KV-5000 Series, KV-5500 Series - Mitsubishi Electric: A Series (RS-232C only), Q Series, L Series - OMRON: SYSMAC C Series (RS-232C only), CP1/CS1/CJ1/CJ2 Series - Yasukawa Electric MP900 Series (RS-232C only), MP2000 Series. XG-8702(P) XG-8502(P) XG-8002(P). Numerical value output and control.
PC connectivity to Keyence XG Series software for uploading / downloading of programs data, images, and running of simulations. Ethernet (TCP/IP). FTP client function support. VNC server function support. Main Specifications Cameras (XG-H500C/H500M) XG-H500C XG-H500M 2/3-inch color CCD, square element all 2/3-inch monochrome CCD, square pixels 11x-speed reading (2 outputs), element all pixels 11x-speed reading 5,050,000 pixels (2 outputs), 5,050,000 pixels CCD pixel size 3.45 μm x 3.45 μm Effective pixels 4,990,000 pixels 2432 (H) x 2050 (V) Scanning.
DRIVERS (Also included with XG-H1X products) This driver is used for USB connection to a PC. These files are used for connecting XG-X Series products to a PLC via EtherNet/IP. Registration of these EDS files is not necessary for KEYENCE KV Series products. If XG-X Series cannot be selected in your version of KV STUDIO, please update to the latest version of KV STUDIO.
These files are used for connecting XG-X Series products to a PLC via CC-Link. These files are used for connecting XG-X Series products to a PLC via PROFINET. These files are used for connecting XG-X Series products to a PLC via EtherCAT.