Omron V400-H111 user manual Connect the cable

Page 25

Section 2 Cable

Section 2

Installation and Connections

3. Connect the cable.

Grasp the cable plug (part A). Line up the alignment mark on the plug with the alignment mark on the Handheld 2D Code Reader connector and push the plug in straight.

Cable port

 

 

Cable

D

 

Plug

Alignment marks

 

C

D

 

C

A

Use a force of no more than 15 to 20 N to plug in the connector.

Pull gently on the cable (approximately 10 N) to make sure the connector is securely connected. After the connector is plugged in, do not apply a force of more than 30 N to the connector in the following directions. Excessive force will damage the connector.

30N

30 N

30 N

24

V400-H111/211

User’s Manual

Page 24 Page 26
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Contents USER’S Manual V400-H111/211 Read and Understand this Document Performance Data Meanings of Alert Symbols Meanings of Signal WordsAlert Statements in this Manual Installation Environment Precautions Precautions for Safe UsePower Supply and Wiring Precautions Other PrecautionsPrecautions for Correct Use Format How to Use This ManualVisual Aids Contents Startup Reading 2D Code Outputting Results Functions System SettingsSection Product Overview Readable Codes FeaturesDual System Lighting Zoom Lens ManualLiquid Crystal Display Useful Functions Memory Card SlotData Conversion on Display Data AccumulationSystem Settings Installation and Connections p.17Operation Overview Reading 2D CodeOperation Overview V400-H111/211 Section Installation and Connections Basic system configuration is shown in the following diagram Basic System ConfigurationComponent Names and Functions Cable Connecting a Personal Computer V400-W21-2M/5M CableConnecting a Personal Computer V400-W22-2M/5M Cable Connecting a Programmable Controller V400-W20-2M/5M Cable Attach the provided ferrite cores to the cable Connecting Cables to the Handheld 2D Code ReaderRemove the cover from the Code Reader Connect the cable Cable Disconnecting the Cable from the Handheld 2D Code Reader Cable Removing the Cable from the Host Device Connecting the Cable to the Host DeviceRemove the cable Connecting the Power Supply V400-W21-2M/5M, V400-W20-2M/5M Power SupplyRecommended Power Supply Connection MethodConnect the cable and AC adaptor as shown below Connecting the AC Adaptor V400-W22-2M/5MRemoval Procedure Mounting ProcedureContactor Optional Loosen the four screws to detach the contactorInserting the Memory Card Memory CardsOpen the Memory Card slot cover Close the Memory Card slot coverPush the Memory Card in gently until a click is heard Removing Memory CardsMemo Section Reading 2D Code Basic Operation Turn on the power and start the Handheld 2D Code ReaderStartup Outputting ResultsBuzzer StartupLevel Trigger Factory setting Trigger ModeTrigger Buttons Zoom LeverMonitor Description Outputting ResultsNormal This area displays images taken by the CameraMode B Mode aMode C Output for Unsuccessful Readings LED IndicatorsRead data is output in the following format Sleep FunctionsSection System Settings Overview Using the LCD monitor Creating the Setting FilesBacking Up Data Uploading DataCreating Setting Files Basic Operation for Setting Mode Making Settings on the Main BodyNext page, to switch between Making Settings on the Main Body V400-H111/211 Start setting mode Starting Setting Mode Setup ScreenSelect Setup Setup window structureChange the setting Select Communication in the Setup windowDefault settings are indicated with an asterisk Changing Communication ConditionsSave the setting data Exit communication settingExit setting mode Select Function in the Setup window Setting FunctionsExit function setting Uploading from the Memory Card Starting Setting ModeSelect Upload Settings in the menu window Uploading Setting Data to the 2D Code ReaderSelect the data setting file Uploading from the Memory Card V400-H111/211 Backing Up 2D Code Reader Data Select Backup Settings in the menu windowReturn the settings to the factory settings Restoring the Factory Setting DataClick the OK button Click the button Installing the 2DCR ConfigearClick the OK button Click the Continue buttonCommunication Setting Communicating Using 2DCR ConfigearMenu Setting ReaderFile EditButtons Direct Command InputDisplay Form Status DisplaySaves the created data setting file Creating Setting Files Using the 2DCR ConfigearModelV OpenCommunication Settings Level Trigger * or Alternate Function SettingsSection System Settings Data Conversion on Display Setting MethodCreate the CSV file for the display Conversion function Select the desired start position and number of bytes Click 1. New RegistClick the Import button Select on in Data Conversion on Display field Enter the desired name Click the OK buttonDeleting the selected items Deleting Items and Changing Item OrderSwapping the order of the selected items Exit creation of setting data file Save the settingsSaving Click the ConnectS button Sending the Setting File to the 2D Code ReaderExit the 2DCR Configear Select Setting Reader Send Setting from the menuSelect the desired file and click the Open button Memo Section Troubleshooting Section Troubleshooting Appendices Handling the Handheld 2D Code Reader MaintenanceInspection Handheld 2D Code Reader Specifications and DimensionsV400-H111/211 Appendices Specifications and Dimensions V400-W20-2M/V400-W21-2M CableV400-W20-5M/V400-W21-5M V400-W22-5M V400-W22-2MAC adapter ContactorV400-AC2 V600-A22Ascii Table FCS Calculation Method FCS Calculation MethodCalculation Example for Sending FCS Header FooterFCS Check Subroutine Example for Received Data Calculation Programming Example for Sending FCSData Capacity Tables Following diagram, the symbol size is 12 ⋅DataMatrix DataMatrix ECC200QR Code Following diagram, the symbol size is 21 ⋅ 21 VersionQR Code Model Appendices Data Capacity Tables V400-H111/211 Memo Cat. No. Z228-E1-01 Revision HistoryV400-H111/211

V400-H111 specifications

The Omron V400-H111 is a state-of-the-art vision sensor designed for a wide range of applications in industrial automation. This high-performing unit is renowned for its advanced features, which enable manufacturers to enhance productivity and improve quality control in their operations.

One of the leading characteristics of the Omron V400-H111 is its sophisticated image processing capabilities. Equipped with an integrated camera, the vision sensor can perform complex inspections and analysis tasks with remarkable accuracy. The sensor utilizes a powerful algorithm that enables it to detect defects and anomalies in products almost instantaneously. This enhances the overall efficiency of production lines by allowing immediate corrective actions to be taken.

In addition to its robust inspection capabilities, the V400-H111 also offers exceptional flexibility in deployment. It features a compact design that can be easily integrated into various machinery and production setups. The sensor's high degree of adaptability enables it to perform optimally in different lighting conditions and on various surfaces, thus catering to diverse manufacturing environments.

The V400-H111 employs cutting-edge technology such as pattern matching and 1D/2D code reading. These technologies allow the sensor to identify and verify product features with extreme precision. Moreover, the sensor is capable of reading barcodes and QR codes, making it ideal for traceability applications in supply chain management.

Another important aspect of the Omron V400-H111 is its user-friendly interface. The system comes with an intuitive software platform that simplifies the setup and configuration processes. Even operators with limited technical knowledge can easily program the sensor for specific tasks, thereby reducing the training time and increasing operational efficiency.

The durability and reliability of the V400-H111 are further enhanced by its robust construction. Built to withstand the rigors of an industrial environment, the sensor is resistant to dust and moisture, ensuring long-term performance and reduced maintenance requirements.

In summary, the Omron V400-H111 vision sensor is a game-changing tool for manufacturers seeking to optimize their quality control systems. With its powerful image processing capabilities, flexible deployment options, advanced reading technologies, user-friendly interface, and robust construction, it stands out as a premier choice for enhancing production processes.
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