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General| Brand | Datalogic |
|---|---|
| Model | AV500 |
| Category | Digital Camera |
| Language | English |
Provides advanced technical information for users, including connection, programming, maintenance, and specifications.
Explains the conventions used in the document, including symbols for notes, warnings, high voltage, laser, and ESD.
Details how to access Datalogic's website for services, technical support, datasheets, manuals, and software.
Lists related documentation for the AV500/AV900 camera system management.
Outlines Datalogic's warranty terms for products, covering defects in materials and workmanship.
Details the product's conformity to IEC60825-1 and classification as a Class 2 laser product.
States conformity to European standards for electrical safety, EN 60950-1.
Warns against procedures other than specified ones to avoid hazardous laser light exposure.
Addresses LED illumination safety, stating emission according to IEC 62471, Risk Group 0.
Specifies RISK GROUP 0 LED emission according to IEC 62471 for white light.
Indicates the product is intended for Qualified Personnel and requires a 24 VDC LPS power unit.
States that CE marking indicates compliance with essential European directives.
Confirms CU Conformity certification, allowing the product to bear the Eurasian Mark of conformity.
Details FCC rules compliance and conditions for operation, including interference limits.
Shows UL and CB certification marks for electrical safety compliance.
States self-declaration conforming to IS 13252 (Part 1):2010.
Illustrates the location of laser safety labels and serial number information on the product.
Describes the AV500/AV900 as a high-performance camera for automatic code identification on moving parcels.
Details the AV500/AV900 reading system's suitability for stationary presentation scanning and moving conveyor systems.
Explains the camera's integrated acquisition and decoding device, and its use of external sensors.
Lists available camera versions based on optical resolution, F-stop, and illumination color.
Describes the external button for performing tasks without e-Genius, and LED indicators.
Introduces the intuitive Human Machine Interface designed for ease of installation and maintenance.
Provides a checklist for preparation before mounting any components, including reading instructions and confirming requirements.
Discusses providing a mounting structure and its required capabilities for proper scanning accuracy.
Explains the need for thermal management and proper clearance for the unit's internal fan.
Details the procedure for verifying and unpacking the camera and its accessories.
Lists steps for preparation before electrical installation, including safety and review of drawings.
Provides a step-by-step sequence for installing a camera, including mechanical and electrical connections.
Illustrates common connection configurations for AV500/AV900 systems.
Offers precautions for installing, setting up, operating, and maintaining Datalogic products.
Describes the camera's connector panel and the function of each port for optimal performance.
Explains how to connect a PC to the AV500/AV900 via Ethernet for initial setup.
Provides pin-out details for the AV500/AV900 camera power connector for custom installations.
Guides the selection of the appropriate CBX connection box based on application requirements.
Details wiring instructions for the AS1 focusing device when used with the AV500/AV900.
Provides wiring instructions for the S-85 Position Sensor when used with the AV500/AV900.
Explains wiring for the Datalogic Light Curtain for focusing with the AV500/AV900.
Illustrates the necessary connections between a DM3610's CBX box and the camera's CBX box.
Provides wiring diagram for connecting an NPN photoelectric sensor to CBX100/800.
Provides wiring diagram for connecting a PNP photoelectric sensor to CBX100/800.
Wiring diagram for NPN output encoder/tachometer to CBX100/CBX800.
Wiring diagram for PNP output encoder/tachometer to CBX100/CBX800.
Wiring diagram for RS232 serial communication with no handshaking.
Wiring diagram for RS422FD HOST (Full Duplex) serial communication.
Overview of e-Genius, its capabilities for configuration, diagnostics, and system monitoring.
Lists the necessary computer, browser, and software requirements for setting up the camera.
Provides instructions on connecting to the camera via Ethernet and logging into the e-Genius interface.
Covers the e-Genius menu tree, text entry tool, and help system for navigation and usage.
Displays basic camera system data, including cameras, devices, software version, and MAC address.
Allows configuration of global settings for the camera system and distribution to other cameras in the cluster.
Provides access to various configuration menus for initial setup and later modifications.
Sets physical parameters for the system, including encoder, trigger, and sensor attributes.
Configures minimum and maximum size parameters for objects (packages) in the system.
Defines barcodes to be read, no read, multiple read, and other message characteristics.
Sets up, edits, and configures user sockets or serial ports for scanning system communication.
Formats messages for output, including standard and advanced code parameters.
Configures how and where system images are saved, including destination and saving criteria.
Synchronizes system time between devices for accurate tracking and logging.
Allows configuration of device-specific settings, including information, mounting, imaging, and connectivity.
Provides an overview of system running status, displaying statistics and information.
Retrieves functional details on each camera in the array for troubleshooting.
Checks if the PLC is seeing data from the camera's I/O, showing input and output status.
Views serial data from the camera and displays received serial messages.
Displays encoder/tachometer and trigger event information, including transmit points and sequence numbers.
Assesses image quality and verifies PackTrack calibration by viewing camera images.
Views and assesses package image quality and verifies PackTrack calibration.
Allows viewing low resolution images from all system cameras simultaneously during a trigger cycle.
Views encoder/tachometer and trigger event information from the decoder.
Views encoder/tachometer, trigger, and focusing event information from the Real Time Processor.
Displays a representation of packages currently on the conveyor.
Diagnoses network issues by performing PING and routing table checks.
Views stored images on a particular camera within the system.
Sets up Xpress buttons functions for the system, including Decode Test, Focus, Setup, and AutoLearn.
Helps place incoming messages (Protocol Index or Dimensioner) onto a package via calibration.
Reorganizes cameras in a Tunnel/Array and allows repositioning of cameras.
Downloads system parameters to a camera or saves them to a file.
Loads new versions of the camera system software, including checking compatibility.
Downloads system information logs to a PC for analysis.
Provides links to tools for calibrating and testing the camera system, including targets.
Allows resetting a specific camera, performing a camera power cycle.
Provides access to the online help system and options to exit e-Genius.
Lists essential items required for setup and calibration of AV500/AV900 and focusing devices.
Describes the self-diagnostic and LED tests performed on initial power-up.
Explains various Datalogic focusing options available for AV500/AV900 systems.
Ensures equipment is correctly mounted per application drawings and specifications.
Details the process for updating the AV500/AV900 CPU software by a trained technician.
Confirms or modifies e-Genius settings and PC IP address before physical calibration.
Describes the procedure for PackTrack Mode calibration, including operating mode and encoder settings.
Explains how to set up and calibrate the camera while the conveyor is stationary.
Provides detailed specifications including optical, scan engine, decoding, system, and communication features.
Details FOV calculation tables for AV500 application performance at different ranges and resolutions.
Presents read charts for AV900 9MP cameras, showing range and read area for 1D codes.
Provides information on maintaining optimum performance and life for AV500/AV900 cameras.
Discusses maintenance task frequency based on application environment and equipment condition.
Details specific maintenance tasks including exterior cleaning and component cleaning procedures.
Introduces typical interconnection examples for AV500/900 configurations.
Illustrates a typical interconnection diagram for AV500 with distance sensor, CBX510, trigger, and tachometer.
Shows a typical interconnection diagram for AV500 with light curtain, CBX510, trigger, and tachometer.
Illustrates interconnection for two AV500s with distance sensor, CBX510, CBX100, trigger, and tachometer.
Shows interconnection for two AV500s with light curtain, CBX510, CBX100, trigger, and tachometer.
Illustrates interconnection for two AV500s, light curtain, distance sensor, CBX510, CBX100, trigger, tachometer.
Shows interconnection for three AV500s with light curtain, distance sensor, CBX510, CBX100, trigger, tachometer.
Illustrates interconnection for three AV500s, light curtain, two distance sensors, CBX510, CBX100, trigger, tachometer.
Shows interconnection for four AV500s, light curtain, two distance sensors, CBX510, CBX100, trigger, tachometer.
Introduces the EtherNet/IP protocol for communication with EIP enabled devices like PLCs.
Provides steps to enable Ethernet/IP configuration in the camera.
Illustrates configuring a camera to communicate with a ControlLogix processor using I/O messaging.
Describes different data types used in the object model, including standard and vendor-specific objects.
Identifies distance/timing between sensors, dimensioners, and the AV500/AV900 camera.
Details distance measurements for a fixed focus setup with a single trigger source.
Provides distance measurements for focusing using a light curtain.
Details distance measurements for focusing with a light curtain and S85 sensor combination.
Shows distance measurements for focusing configurations using S85 sensors.
Provides distance measurements for focusing with a single DM3610 dimensioner.
Details distance measurements for focusing with a dual DM3610 system configuration.
Explains how to set up bi-directional conveyor travel using AV500/AV900.
Lists requirements and considerations for setting up a bi-directional system.
Provides steps to configure a bi-directional system by adding cameras and setting digital I/O.
Illustrates how to connect system components for a bi-directional setup.
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