How to fix DL.CODE installation when Autorun doesn't run for Datalogic Accessories?
To solve the autorun issue with DL.CODE Installation for Datalogic Accessories, check Windows settings to see if Autorun is disabled. If it is, enable it. Also, associate the file type .hta with the Microsoft HTML Application host mshta.exe in Windows\System32.
What to check if Datalogic Barcode Reader is not transmitting to the host?
If your Datalogic Barcode Reader isn't transmitting anything to the host, verify these aspects: 1. Confirm the serial cable wiring is correct. 2. If using CBX, ensure the RS422 termination switch is OFF. 3. Check that the host serial port settings match the reader's serial port settings. 4. In DL.CODE, verify the COM LED Function configuration to indicate Main Serial Port TX or Main Serial Port RX.
How to find the serial number of my Datalogic Accessories reader?
To find your Datalogic Accessories reader serial number, look for a 9-character code on a label attached to the reader's case or connector block. The serial number contains one letter, two numbers, another letter, and then five numbers. You can also find it in the DL.CODE Device List Area.
How to find the order number of my Datalogic Accessories reader?
To find the Datalogic Accessories reader order number, compare the Device Model (in DL.CODE Device Menu > Settings > Settings > About Device) with the product models page on the Datalogic website. The reader order number consists of 9 numbers.
What to do if my Datalogic Accessories reader is not transmitting data to the host?
If the Datalogic Accessories reader is not transmitting anything to the host, verify the serial cable wiring. If you're using a CBX, make sure the RS422 termination switch is OFF. Also, ensure that the host serial port settings match the reader's. You can configure the COM LED Function in DL.CODE (Device menu > Settings > Settings > LED Configuration) to indicate Main Serial Port TX or Main Serial Port RX.
What to do if data transferred to the host from Datalogic Accessories are incorrect?
If the data transferred to the host from your Datalogic Accessories reader is incorrect, corrupted, or incomplete, check that the host serial port settings are the same as the reader's. Also, review the Header and Terminator String parameters in the DL.CODE Data Formatting step, and check the various Message Field parameter settings in the same Data Formatting step.
Why is my Datalogic Barcode Reader trigger LED blinking but no result is transmitted?
If the TRIGGER LED is blinking correctly on your Datalogic Barcode Reader but no result is transmitted, check the Code Collection parameters on the Reading Phase step and the Data Formatting parameters on the Data Formatting step.
Why can't I access environment parameters in DL.CODE for my Datalogic Barcode Reader?
If you cannot access environment parameters in DL.CODE for your Datalogic Barcode Reader, verify if you are using the Installer - Expert User level. If not, change it in the Options>Change User menu.
Why is no result transmitted when the trigger LED is blinking in Any Operating Mode for Datalogic Accessories?
If the ”TRIGGER” LED is correctly blinking in Any Operating Mode but no result is transmitted by the reader at the end of the reading phase collection for Datalogic Accessories, check the Code Collection parameters on the Reading Phase step and the Data Formatting parameters on the Data Formatting step.
What to do if the trigger LED is not blinking in One Shot or Phase Mode using serial trigger source for Datalogic Accessories?
If the ”TRIGGER” LED is not blinking in One Shot or Phase Mode using serial trigger source for Datalogic Accessories, check the settings for Acquisition Trigger, Reading Phase-ON, and Reading Phase-OFF parameters on the Reading Phase step. Ensure the COM port parameters (Baud Rate, Parity, Data Bits, Stop Bits) are correctly assigned. On the Reading Phase step, verify the settings of Acquisition Trigger String, Reading Phase-ON String, and Reading Phase-OFF String parameters. Confirm the serial trigger source is correctly connected.
General| Type | Barcode module bar barcode readers |
|---|---|
| Sensor type | CMOS |
| Scanner type | 1D/2D |
| Yaw reading angle | 0 - 24 ° |
| Optical sensor resolution | 1024 pixels |
| Linear (1D) barcodes supported | - |
| 2D (matrix & stacked) barcodes supported | Aztec Code, Data Matrix, MaxiCode, Micro QR Code, QR Code |
| Input voltage | 10 - 30 V |
| Power consumption (typical) | 5 W |
| Connectivity technology | Wired |
| Certification | AIM DPM, ISO/IEC 15415, ISO/IEC 15416, ISO/IEC 16022, ISO/IEC 18004, AS9132A |
| Product color | Blue, Metallic |
| Housing material | Aluminium, Plastic |
| International Protection (IP) code | IP67 |
| Storage temperature (T-T) | -20 - 70 °C |
| Operating temperature (T-T) | 0 - 50 °C |
Weight and Dimensions| Depth | 54 mm |
|---|---|
| Width | 75 mm |
| Height | 62 mm |
| Weight | 238 g |
Instructions for connecting the Matrix 300N reader to a system in a standalone configuration.
Guidance on physically mounting and orienting the reader for optimal reading performance.
Procedure for using the built-in aiming system and autofocus feature for reader positioning.
Configuration steps using the X-PRESS interface for optimal code reading relative to your application.
Steps to download, install, and run the DL.CODE configuration software on a PC.
Detailed configuration of reader settings, including automatic and advanced setup options.
How to use test mode to evaluate reader reading performance with suitable codes.
Overview of advanced product configuration options, referring to DL.CODE User's Guide.
Partial configuration of the reader from a host computer using host mode programming.
Overview of the Matrix 300N reader, its design, features, and industrial applications.
Details on the factory-loaded program controlling reading, data formatting, and interfacing.
Information on custom application programs and reader programmability.
Highlights of the reader's key performance features, including sensor and decoding capabilities.
Features that enhance the ease of setup and use, including X-PRESS interface and DL.CODE.
Description of the reader's flexibility in terms of focus, illumination, and connectivity.
Overview of the reader's connectivity options, including Ethernet and serial interfaces.
Explanation of the reader's LED indicators and their meaning during normal operation.
Configuration for synchronized ID-NET networks enabling multi-point or multi-sided reading.
Setup for ID-NET networks using pass-through for multidata collection from multiple slaves.
Description of functions accessible via the X-PRESS interface and push button for installation and maintenance.
How LED indicators signal error conditions and diagnostic messages.
Table showing Matrix 300N lens/illuminator combinations and their types.
List of accessories that can be used with the Matrix 300N reader.
Examples of Matrix 300N applications, including document handling and code reading.
List of items included in the Matrix 300N reader package upon opening.
Detailed physical dimensions and mounting hole specifications of the reader.
Guidance on using mounting brackets for reader positioning and orientation.
Details on supplying power to standard and PoE models via the CBX connection box.
Information on connecting and configuring the main RS232/RS422 serial interface.
Configuration and connection details for the ID-NET high-speed interface.
Description of optocoupled polarity insensitive inputs for external triggers and generic inputs.
Details on the three general-purpose configurable digital outputs available on the M12 connector.
Describes point-to-point and network Ethernet connection layouts for the reader.
Layout for transmitting data to a host via the main serial interface.
How to connect the reader as a slave node on a Fieldbus network.
Configuration for devices to collect and pass data through other devices.
Setup for ID-NET networks using pass-through for multidata collection.
Configuration for synchronized ID-NET networks with multiple readers.
Formula and data for calculating the Field of View (FOV) for application planning.
Diagrams showing maximum obtainable Field of View for various models and code types.
Reference diagrams for typical performance under various conditions and settings.
Minimum hardware and software requirements for installing and running DL.CODE.
Overview of reader configuration steps, including Auto-Calibration and Manual Calibration.
Defining multiple parameter groups to handle varying application conditions.
Using image cropping to reduce processing area and improve performance.
Applying image filters like Erode, Dilate, Close, Open, etc., to enhance code readability.
Setting up pass-through configurations for multi-device data collection.
Configuring master/slave networks using DL.CODE for data collection.
How to verify the performance of synchronized master/slave networks.
Procedures for backing up and restoring reader configurations using DL.CODE.
Steps for replacing a device and restoring its configuration to a new unit.
Restoring default startup or environment parameters for the reader.
How to view and interpret diagnostic alarms and status information.
Viewing reading performance statistics and enabled counters.
Configuring and using the BM150 display module for reader interaction.
Overview of standard illuminator types and their combinations.
Details on the diffused red illuminator, its sectors, and applications.
Information on MLT-DPM illuminators for direct part marking applications.
Using polarized illuminators to reduce reflections on surfaces.
Guidance on using illuminators for direct part marking challenges.
Recommendations for suitable lighting systems for DPM applications.
Working distance specifications for various lighting systems and reader models.
Instructions for cleaning the reader's lens cover to ensure optimal performance.
General advice for troubleshooting issues, including wiring and parameter checks.
Specifications for power, consumption, and communication interfaces.
Details on image sensor, format, frame rate, lenses, and aiming system.
Operating and storage conditions, humidity, and resistance specifications.
Dimensions, weight, and material specifications of the reader.
Supported code symbologies, operating modes, and configuration methods.
Standards for evaluating code quality.
Explanation of the status and function of the reader's LED indicators.
How the keypad button is used for configuration and navigation.
Information on the reader's configurable beeper functionality.
Pinout details for the M12 17-pin connector for power, serial, and I/O signals.
Pinout and specifications for the M12 D-Coded Ethernet connector.
Connection requirements and supported alternatives for PoE models.
Instructions for properly terminating the ID-NET network.
Details on the optocoupled inputs available on the M12 17-pin connector.
Pinout and electrical features of the three non-isolated outputs on the M12 17-pin connector.
Wiring diagram for creating a test cable for serial host communication.
Definition of AIM (Association for Automatic Identification and Mobility).
Definition of 1D barcodes and their general format.
Explanation of bright field illumination techniques for reflective surfaces.
The process of recognizing and analyzing barcode symbologies.
The range of distances over which an object appears in focus.
Definition of symbols marked directly on parts using specialized techniques.
The duration the image sensor is exposed to light during image acquisition.
Definition of an IP address for network identification and data routing.
Description of 2D matrix symbols with regular polygon cells.
The process of checking if a code meets specific requirements.
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