This parameter sets the CAN ID for the Primary device in the CAN network. The value must be in the range of 1 to 63.

<STX>read NetDeviceID<ETX>

<STX>read NetDeviceID 1<ETX>

<STX>write NetDeviceID 1<ETX>

<STX>written NetDeviceID<ETX>

This parameter specifies whether the device operates as a Standalone unit or as the Primary device in a CAN network. In case 'Primary' is selected, the parameters 'NetDeviceID' and 'DeviceMonitoringList' must be configured accordingly.

<STX>read DeviceRole<ETX>

<STX>read DeviceRole 0<ETX>

<STX>write DeviceRole 0<ETX>

<STX>written DeviceRole<ETX>

This parameter sets the secondary device CAN IDs that the Primary device will monitor in the CAN network. The IDs should be provided as a comma-separated list (e.g., '1,4,3'). Each ID must be in the range of 1 to 63. Twice the same ID is not allowed. The IDs have to match the CAN IDs configured in the secondary devices. Maximum of 6 IDs can be configured.

<STX>read DeviceMonitoringList<ETX>

<STX>read DeviceMonitoringList "example"<ETX>

<STX>write DeviceMonitoringList "example"<ETX>

<STX>written DeviceMonitoringList<ETX>

This parameter sets the CAN baud rate for communication in the CAN network. The available options range from 20 kBit/sec to 1000 kBit/sec, allowing selection based on network requirements and cable length considerations.

<STX>read CAN1Baudrate<ETX>

<STX>read CAN1Baudrate 2<ETX>

<STX>write CAN1Baudrate 2<ETX>

<STX>written CAN1Baudrate<ETX>

This parameter sets the static IP address for the Ethernet P1 TCP/IP interface. It is used when the addressing mode is set to 'Static'. The IP address should be provided in standard notation e.g. 192.168.0.1.

<STX>read EtherIPAddress<ETX>

<STX>read EtherIPAddress [0, 0, 0]<ETX>

<STX>write EtherIPAddress [0, 0, 0]<ETX>

<STX>written EtherIPAddress<ETX>

This parameter sets the default gateway for the Ethernet P1 TCP/IP interface. It is optionally used when the addressing mode is set to 'Static'. The default gateway address determines the path for network traffic destined for remote networks. The IP address should be provided in standard notation e.g. 192.168.0.1.

<STX>read EtherIPGateAddress<ETX>

<STX>read EtherIPGateAddress [0, 0, 0]<ETX>

<STX>write EtherIPGateAddress [0, 0, 0]<ETX>

<STX>written EtherIPGateAddress<ETX>

This parameter sets the subnet mask for the Ethernet P1 TCP/IP interface. It is used when the addressing mode is set to 'Static'. The subnet mask should be provided in standard notation e.g. 255.255.255.0

<STX>read EtherIPMask<ETX>

<STX>read EtherIPMask [0, 0, 0]<ETX>

<STX>write EtherIPMask [0, 0, 0]<ETX>

<STX>written EtherIPMask<ETX>

This parameter defines the addressing mode for the Ethernet P1 TCP/IP interface. It allows selection between a static IP address configuration and dynamic IP assignment via DHCP. Choosing 'Static' requires manual entry of the IP address, subnet mask, and default gateway, while 'DHCP' enables automatic configuration by a DHCP server.

<STX>read EtherAddressingMode<ETX>

<STX>read EtherAddressingMode 0<ETX>

<STX>write EtherAddressingMode 0<ETX>

<STX>written EtherAddressingMode<ETX>

This parameter sets the IP address or hostname of the NTP server used for device time configuration. The device will synchronize its internal clock with the specified NTP server to ensure accurate timekeeping. The port number for NTP communication is fixed at 123 and cannot be changed.

<STX>read TimeClientServerName<ETX>

<STX>read TimeClientServerName "example"<ETX>

<STX>write TimeClientServerName "example"<ETX>

<STX>written TimeClientServerName<ETX>

This parameter sets the time zone for the device's internal clock. The time zone determines the offset from Coordinated Universal Time (UTC) and accounts for local time variations such as daylight saving time. Selecting the correct time zone is important for accurate timekeeping and scheduling of events based on local time.

<STX>read TimeZoneToUse<ETX>

<STX>read TimeZoneToUse "Etc/GMT"<ETX>

<STX>write TimeZoneToUse "Etc/GMT"<ETX>

<STX>written TimeZoneToUse<ETX>

This parameter specifies the type of conveying equipment being used in the application. The options include 'Belt Conveyor' and 'Roller Conveyor'. Selecting the appropriate conveyor type is important for optimizing the device's performance and ensuring accurate measurements, as different conveyor types may have varying characteristics that can affect the operation of the device.

<STX>read ConveyorType<ETX>

<STX>read ConveyorType 0<ETX>

<STX>write ConveyorType 0<ETX>

<STX>written ConveyorType<ETX>

This parameter defines the maximum speed of the conveyor in meters per second. Setting the correct maximum speed is essential for camera reading settings optimization and ensuring accurate data capture. The device will adjust its parameters based on the specified speed to maintain optimal performance during operation.

<STX>read ConveyorSpeedMax<ETX>

<STX>read ConveyorSpeedMax 2.5<ETX>

<STX>write ConveyorSpeedMax 2.5<ETX>

<STX>written ConveyorSpeedMax<ETX>

This parameter sets the width of the conveying equipment in millimeters. The reading width is a parameter for ensuring that the camera can accurately capture and process data from objects passing over the conveyor. Setting the correct width helps optimize the device's camera reading performance and ensures reliable operation in conveyor applications.

<STX>read ReadingWidth<ETX>

<STX>read ReadingWidth 800<ETX>

<STX>write ReadingWidth 800<ETX>

<STX>written ReadingWidth<ETX>

This parameter defines the maximum speed of the robot or vehicle in meters per second. Setting the correct maximum speed is essential for optimizing camera reading settings and ensuring accurate data capture during operation. The device will adjust its parameters based on the specified speed to maintain optimal performance while the robot or vehicle is in motion.

<STX>read TransportSpeedMax<ETX>

<STX>read TransportSpeedMax 2.5<ETX>

<STX>write TransportSpeedMax 2.5<ETX>

<STX>written TransportSpeedMax<ETX>

This parameter sets the maximum variation in working distances for the moving robot or vehicle application type. Setting an appropriate value for this parameter is crucial for ensuring optimal camera reading performance, especially in environments where the distance between the device and the target may change frequently.

<STX>read ReadingDistanceVariation<ETX>

<STX>read ReadingDistanceVariation 500<ETX>

<STX>write ReadingDistanceVariation 500<ETX>

<STX>written ReadingDistanceVariation<ETX>

This parameter controls the illumination flicker behavior and should be used to avoid flashing when people are permanently within the illumination cone. The '60Hz' setting allows flickering, while the '80Hz' setting prevents flickering. Note: The 'Prevent flickering' setting reduces the maximum object distance and limits device performance. Enable it only if necessary.

<STX>read FlickerFreeMode<ETX>

<STX>read FlickerFreeMode 1<ETX>

<STX>write FlickerFreeMode 1<ETX>

<STX>written FlickerFreeMode<ETX>

This parameter enables image flipping for mirror reading scenarios. When enabled, the device will adjust its image processing settings to correctly interpret mirrored images.

<STX>read ImageFlipped<ETX>

<STX>read ImageFlipped false<ETX>

<STX>write ImageFlipped false<ETX>

<STX>written ImageFlipped<ETX>

This parameter sets the maximum width of objects in millimeters for conveyor applications. Defining the maximum object width is needed for optimizing camera settings and ensuring accurate detection and processing of items on the conveyor belt.

<STX>read MaxObjectWidth<ETX>

<STX>read MaxObjectWidth 300<ETX>

<STX>write MaxObjectWidth 300<ETX>

<STX>written MaxObjectWidth<ETX>

This parameter sets the minimum width of objects in millimeters for conveyor applications. Defining the minimum object width is needed for optimizing camera settings and ensuring accurate detection and processing of items on the conveyor belt.

<STX>read MinObjectWidth<ETX>

<STX>read MinObjectWidth 100<ETX>

<STX>write MinObjectWidth 100<ETX>

<STX>written MinObjectWidth<ETX>

This parameter sets the maximum height of objects in millimeters for conveyor applications. Defining the maximum object height is needed optimizing camera settings and ensuring accurate detection and processing of items on the conveyor belt.

<STX>read MaxObjectHeight<ETX>

<STX>read MaxObjectHeight 800<ETX>

<STX>write MaxObjectHeight 800<ETX>

<STX>written MaxObjectHeight<ETX>

This parameter sets the minimum height of objects in millimeters for conveyor applications. Defining the minimum object height is needed for optimizing camera settings and ensuring accurate detection and processing of items on the conveyor belt.

<STX>read MinObjectHeight<ETX>

<STX>read MinObjectHeight 50<ETX>

<STX>write MinObjectHeight 50<ETX>

<STX>written MinObjectHeight<ETX>

This parameter enables flat-type objects, such as shipping bags or envelopes. When enabled, the device will adjust its settings to effectively identify and process these types of items, which are typically thin.

<STX>read ShippingBagsEnabled<ETX>

<STX>read ShippingBagsEnabled false<ETX>

<STX>write ShippingBagsEnabled false<ETX>

<STX>written ShippingBagsEnabled<ETX>

This parameter enables other types of objects that do not fall into the predefined categories. When enabled, the device will adjust its settings to effectively identify and process a variety of miscellaneous items.

<STX>read OtherObjectsEnabled<ETX>

<STX>read OtherObjectsEnabled false<ETX>

<STX>write OtherObjectsEnabled false<ETX>

<STX>written OtherObjectsEnabled<ETX>

This parameter enables parcel-type objects. When enabled, the device will optimize its settings to accurately identify and process packages, which are typically box-shaped items.

<STX>read ParcelsEnabled<ETX>

<STX>read ParcelsEnabled true<ETX>

<STX>write ParcelsEnabled true<ETX>

<STX>written ParcelsEnabled<ETX>

This parameter enables container-type objects, such as tote boxes. When enabled, the device will optimize its settings to accurately identify and process these types of items.

<STX>read ToteBoxesEnabled<ETX>

<STX>read ToteBoxesEnabled false<ETX>

<STX>write ToteBoxesEnabled false<ETX>

<STX>written ToteBoxesEnabled<ETX>

This parameter defines the maximum number of codes that can be read per object. Setting this parameter helps optimize the camera's reading performance, especially in applications where multiple codes may be present on a single object.

<STX>read MaxNumberCodesPerObject<ETX>

<STX>read MaxNumberCodesPerObject 1<ETX>

<STX>write MaxNumberCodesPerObject 1<ETX>

<STX>written MaxNumberCodesPerObject<ETX>

This parameter allows users to specify the variability in object distance. It can be set to either constant or variable, depending on the application's requirements. A constant setting is suitable for scenarios where the distance between the device and the target remains unchanged, while a variable setting is ideal for applications where the distance may fluctuate.

<STX>read ReadingDistanceVariability<ETX>

<STX>read ReadingDistanceVariability 1<ETX>

<STX>write ReadingDistanceVariability 1<ETX>

<STX>written ReadingDistanceVariability<ETX>

This parameter defines the minimum module width for 1D codes in millimeters. The module width is a needed dimension that affects the readability and accuracy of code scanning. Setting an appropriate minimum module width helps optimize the camera's performance for reading 1D codes of varying sizes.

<STX>read MinimumModuleSize1D<ETX>

<STX>read MinimumModuleSize1D 0.33<ETX>

<STX>write MinimumModuleSize1D 0.33<ETX>

<STX>written MinimumModuleSize1D<ETX>

This parameter sets the maximum length of 1D codes in millimeters. Defining the maximum code length is essential for optimizing the camera's reading performance, as it allows the device to adjust its settings to effectively capture and decode longer codes.

<STX>read CodeLabelSize1D<ETX>

<STX>read CodeLabelSize1D 72<ETX>

<STX>write CodeLabelSize1D 72<ETX>

<STX>written CodeLabelSize1D<ETX>

This parameter determines whether the Codabar barcodes use identical start and stop signs. When enabled, the device will expect the same character to be used for both the start and stop of the barcode, which is a common requirement in certain Codabar applications.

<STX>read CBARStaStoIdent<ETX>

<STX>read CBARStaStoIdent false<ETX>

<STX>write CBARStaStoIdent false<ETX>

<STX>written CBARStaStoIdent<ETX>

This parameter controls whether the start and stop signs of Codabar barcodes are transmitted in the output data. When enabled, the device will include these signs in the scanned data, which can be useful for certain applications that require complete barcode information.

<STX>read CBARStaStoTransmit<ETX>

<STX>read CBARStaStoTransmit false<ETX>

<STX>write CBARStaStoTransmit false<ETX>

<STX>written CBARStaStoTransmit<ETX>

This parameter specifies the type of check digit test to be applied for Codabar barcodes. It allows users to choose from different check digit algorithms, enhancing the accuracy and reliability of barcode scanning by ensuring data integrity.

<STX>read CBARCheckDigitTest<ETX>

<STX>read CBARCheckDigitTest 0<ETX>

<STX>write CBARCheckDigitTest 0<ETX>

<STX>written CBARCheckDigitTest<ETX>

This parameter defines the mode for specifying the number of characters in Codabar barcodes. It allows the user to choose between free length, a specific range, or a fixed number of characters, enabling customization based on application requirements.

<STX>read CBARLengthMode<ETX>

<STX>read CBARLengthMode 0<ETX>

<STX>write CBARLengthMode 0<ETX>

<STX>written CBARLengthMode<ETX>

This parameter specifies the fixed number of characters for Codabar barcodes when the length mode is set to 'Fixed number'. It allows users to define an exact character count, ensuring that the barcodes conform to specific length requirements for their applications.

<STX>read CBARFixLenList<ETX>

<STX>read CBARFixLenList [0, 0, 0]<ETX>

<STX>write CBARFixLenList [0, 0, 0]<ETX>

<STX>written CBARFixLenList<ETX>

This parameter defines the range of character lengths for Codabar barcodes when the length mode is set to 'Range'. It allows users to specify minimum and maximum character counts, providing flexibility in barcode length while ensuring they fall within acceptable limits for their specific applications.

<STX>read CBARIntLenList<ETX>

<STX>read CBARIntLenList [0, 0]<ETX>

<STX>write CBARIntLenList [0, 0]<ETX>

<STX>written CBARIntLenList<ETX>

This parameter specifies the activation of the standard Code 128 variant. When enabled, the device will be set to read and process standard Code 128 barcodes, which are commonly used for various applications including logistics and product labeling.

<STX>read C128Active<ETX>

<STX>read C128Active true<ETX>

<STX>write C128Active true<ETX>

<STX>written C128Active<ETX>

This parameter enables the GS1-128 variant of Code 128 barcodes. When activated, the device will be configured to read and process GS1-128 barcodes, which are commonly used in supply chain management and logistics for encoding additional data such as batch numbers and expiration dates.

<STX>read EAN128Active<ETX>

<STX>read EAN128Active false<ETX>

<STX>write EAN128Active false<ETX>

<STX>written EAN128Active<ETX>

This parameter defines the mode for specifying the number of characters in Code 128 barcodes. It allows the user to choose between free length, a specific range, or a fixed number of characters, enabling customization based on application requirements.

<STX>read C128LengthMode<ETX>

<STX>read C128LengthMode 0<ETX>

<STX>write C128LengthMode 0<ETX>

<STX>written C128LengthMode<ETX>

This parameter specifies the fixed number of characters for Code 128 barcodes when the length mode is set to 'Fixed number'. It allows users to define an exact character count, ensuring that the barcodes conform to specific length requirements for their applications.

<STX>read C128FixLenList<ETX>

<STX>read C128FixLenList [0, 0, 0]<ETX>

<STX>write C128FixLenList [0, 0, 0]<ETX>

<STX>written C128FixLenList<ETX>

This parameter defines the range of character lengths for Code 128 barcodes when the length mode is set to 'Range'. It allows users to specify minimum and maximum character counts, providing flexibility in barcode length while ensuring they fall within acceptable limits for their specific applications.

<STX>read C128IntLenList<ETX>

<STX>read C128IntLenList [0, 0]<ETX>

<STX>write C128IntLenList [0, 0]<ETX>

<STX>written C128IntLenList<ETX>

This parameter specifies the type of check digit test to be applied for 2 of 5 Interleaved barcodes. It allows users to choose from different check digit algorithms, enhancing the accuracy and reliability of barcode scanning by ensuring data integrity.

<STX>read C25ILCheckDigitTestL1<ETX>

<STX>read C25ILCheckDigitTestL1 0<ETX>

<STX>write C25ILCheckDigitTestL1 0<ETX>

<STX>written C25ILCheckDigitTestL1<ETX>

This parameter specifies the fixed number of characters for 2 of 5 Interleaved barcodes when the length mode is set to 'Fixed number'. It allows users to define an exact character count, ensuring that the barcodes conform to specific length requirements for their applications.

<STX>read C25ILFixLenList<ETX>

<STX>read C25ILFixLenList [2, 2, 2]<ETX>

<STX>write C25ILFixLenList [2, 2, 2]<ETX>

<STX>written C25ILFixLenList<ETX>

This parameter controls whether the start and stop characters of Code 39 barcodes are transmitted in the output data. When enabled, the device will include these characters in the scanned data, which can be useful for certain applications that require complete barcode information.

<STX>read C39StaStoTransmit<ETX>

<STX>read C39StaStoTransmit false<ETX>

<STX>write C39StaStoTransmit false<ETX>

<STX>written C39StaStoTransmit<ETX>

This parameter enables the full ASCII mode for Code 39 barcodes. When activated, the device will be able to read and process the extended character set of Code 39, which includes all 128 ASCII characters, allowing for greater flexibility in encoding data.

<STX>read C39FullASCII<ETX>

<STX>read C39FullASCII false<ETX>

<STX>write C39FullASCII false<ETX>

<STX>written C39FullASCII<ETX>

This parameter specifies the type of check digit test to be applied for Code 39 barcodes. It allows users to choose from different check digit algorithms, enhancing the accuracy and reliability of barcode scanning by ensuring data integrity.

<STX>read C39CheckDigitTest<ETX>

<STX>read C39CheckDigitTest 0<ETX>

<STX>write C39CheckDigitTest 0<ETX>

<STX>written C39CheckDigitTest<ETX>

This parameter defines the mode for specifying the number of characters in Code 39 barcodes. It allows the user to choose between free length, a specific range, or a fixed number of characters, enabling customization based on application requirements.

<STX>read C39LengthMode<ETX>

<STX>read C39LengthMode 0<ETX>

<STX>write C39LengthMode 0<ETX>

<STX>written C39LengthMode<ETX>

This parameter specifies the fixed number of characters for Code 39 barcodes when the length mode is set to 'Fixed number'. It allows users to define an exact character count, ensuring that the barcodes conform to specific length requirements for their applications.

<STX>read C39FixLenList<ETX>

<STX>read C39FixLenList [0, 0, 0]<ETX>

<STX>write C39FixLenList [0, 0, 0]<ETX>

<STX>written C39FixLenList<ETX>

This parameter defines the range of character lengths for Code 39 barcodes when the length mode is set to 'Range'. It allows users to specify minimum and maximum character counts, providing flexibility in barcode length while ensuring they fall within acceptable limits for their specific applications.

<STX>read C39IntLenList<ETX>

<STX>read C39IntLenList [0, 0]<ETX>

<STX>write C39IntLenList [0, 0]<ETX>

<STX>written C39IntLenList<ETX>

This parameter defines the mode for specifying the number of characters in Code 93 barcodes. It allows the user to choose between free length, a specific range, or a fixed number of characters, enabling customization based on application requirements.

<STX>read C93LengthMode<ETX>

<STX>read C93LengthMode 0<ETX>

<STX>write C93LengthMode 0<ETX>

<STX>written C93LengthMode<ETX>

This parameter specifies the fixed number of characters for Code 93 barcodes when the length mode is set to 'Fixed number'. It allows users to define an exact character count, ensuring that the barcodes conform to specific length requirements for their applications.

<STX>read C93FixLenList<ETX>

<STX>read C93FixLenList [0, 0, 0]<ETX>

<STX>write C93FixLenList [0, 0, 0]<ETX>

<STX>written C93FixLenList<ETX>

This parameter defines the range of character lengths for Code 93 barcodes when the length mode is set to 'Range'. It allows users to specify minimum and maximum character counts, providing flexibility in barcode length while ensuring they fall within acceptable limits for their specific applications.

<STX>read C93IntLenList<ETX>

<STX>read C93IntLenList [0, 0]<ETX>

<STX>write C93IntLenList [0, 0]<ETX>

<STX>written C93IntLenList<ETX>

This parameter enables the UPC A code variant. When activated, the device will be able to read and process UPC A barcodes, which are commonly used in retail for product identification and pricing.

<STX>read UPCAActive<ETX>

<STX>read UPCAActive true<ETX>

<STX>write UPCAActive true<ETX>

<STX>written UPCAActive<ETX>

This parameter enables the UPC E code variant. When activated, the device will be able to read and process UPC E barcodes, which are a compressed version of UPC A and are often used for smaller packages.

<STX>read UPCEActive<ETX>

<STX>read UPCEActive true<ETX>

<STX>write UPCEActive true<ETX>

<STX>written UPCEActive<ETX>

This parameter enables the UPC E Extended option. When activated, the device will be able to read and process UPC E barcodes that include an additional two-digit extension, which is often used for indicating item variations such as size or weight.

<STX>read UPCEExtended<ETX>

<STX>read UPCEExtended false<ETX>

<STX>write UPCEExtended false<ETX>

<STX>written UPCEExtended<ETX>

This parameter controls the transmission of the UPC E Extended Number System digit. When enabled, the device will include this digit in the output data when reading UPC E barcodes with an extension, providing additional information that may be required for certain applications.

<STX>read UPCENumSystem<ETX>

<STX>read UPCENumSystem false<ETX>

<STX>write UPCENumSystem false<ETX>

<STX>written UPCENumSystem<ETX>

This parameter enables the EAN 8 code variant. When activated, the device will be able to read and process EAN 8 barcodes, which are commonly used for small packages and items due to their compact size.

<STX>read EAN8Active<ETX>

<STX>read EAN8Active true<ETX>

<STX>write EAN8Active true<ETX>

<STX>written EAN8Active<ETX>

This parameter enables the EAN 13 code variant. When activated, the device will be able to read and process EAN 13 barcodes, which are widely used in retail for product identification and inventory management.

<STX>read EAN13Active<ETX>

<STX>read EAN13Active true<ETX>

<STX>write EAN13Active true<ETX>

<STX>written EAN13Active<ETX>

This parameter activates the Pharmacode codetype. When enabled, the device will be configured to read and process Pharmacode barcodes, which are specifically designed for pharmaceutical packaging and labeling to ensure accurate identification and tracking of medications. Note that with enabling Pharmacode all other code types have to be disabled!

<STX>read PharmaActive<ETX>

<STX>read PharmaActive false<ETX>

<STX>write PharmaActive false<ETX>

<STX>written PharmaActive<ETX>

This parameter specifies the fixed number of characters for Pharmacode barcodes. It allows users to define an exact character count, ensuring that the barcodes conform to specific length requirements for pharmaceutical applications.

<STX>read PharmLength<ETX>

<STX>read PharmLength 4<ETX>

<STX>write PharmLength 4<ETX>

<STX>written PharmLength<ETX>

This parameter enables the reverse reading direction for Pharmacode barcodes. When activated, the device will read the barcodes from right to left instead of the standard left to right, accommodating specific labeling orientations and improving scanning accuracy in certain applications.

<STX>read PharmReverse<ETX>

<STX>read PharmReverse false<ETX>

<STX>write PharmReverse false<ETX>

<STX>written PharmReverse<ETX>

This parameter controls the output format for Pharmacode barcodes. When enabled, the device will output the decoded data in decimal format instead of binary, facilitating easier integration with systems that require decimal input for processing and analysis.

<STX>read PharmDecimalOutput<ETX>

<STX>read PharmDecimalOutput false<ETX>

<STX>write PharmDecimalOutput false<ETX>

<STX>written PharmDecimalOutput<ETX>

This parameter activates the Codabar codetype. When enabled, the device will be configured to read and process Codabar barcodes, which are commonly used in libraries, blood banks, and air parcel tracking.

<STX>read CBARActive<ETX>

<STX>read CBARActive false<ETX>

<STX>write CBARActive false<ETX>

<STX>written CBARActive<ETX>

This parameter activates the Code 128 codetype. When enabled, the device will be configured to read and process Code 128 barcodes, which are widely used in various industries for inventory management, shipping, and product identification.

<STX>read C128FamiliyActive<ETX>

<STX>read C128FamiliyActive false<ETX>

<STX>write C128FamiliyActive false<ETX>

<STX>written C128FamiliyActive<ETX>

This parameter activates the Code 39 codetype. When enabled, the device will be configured to read and process Code 39 barcodes, which are commonly used in various industries for inventory management, shipping, and product identification.

<STX>read C39Active<ETX>

<STX>read C39Active false<ETX>

<STX>write C39Active false<ETX>

<STX>written C39Active<ETX>

This parameter activates the Code 93 codetype. When enabled, the device will be configured to read and process Code 93 barcodes, which are commonly used in logistics and inventory management due to their high data density and error correction capabilities.

<STX>read C93Active<ETX>

<STX>read C93Active false<ETX>

<STX>write C93Active false<ETX>

<STX>written C93Active<ETX>

This parameter activates the EAN / UPC codetype. When enabled, the device will be configured to read and process EAN and UPC barcodes, which are widely used in retail and inventory management for product identification.

<STX>read UPCEANActive<ETX>

<STX>read UPCEANActive false<ETX>

<STX>write UPCEANActive false<ETX>

<STX>written UPCEANActive<ETX>

This parameter activates the 2 of 5 Interleaved codetype. When enabled, the device will be configured to read and process 2 of 5 Interleaved barcodes, which are widely used in logistics and inventory management due to their high data density and reliability.

<STX>read C25ILActive<ETX>

<STX>read C25ILActive false<ETX>

<STX>write C25ILActive false<ETX>

<STX>written C25ILActive<ETX>

This parameter defines the mode for specifying the number of characters in 2 of 5 Interleaved barcodes. It allows the user to choose between free length, a specific range, or a fixed number of characters, enabling customization based on application requirements.

<STX>read C25ILLengthMode<ETX>

<STX>read C25ILLengthMode 0<ETX>

<STX>write C25ILLengthMode 0<ETX>

<STX>written C25ILLengthMode<ETX>

This parameter defines the range of character lengths for 2 of 5 Interleaved barcodes when the length mode is set to 'Range'. It allows users to specify minimum and maximum character counts, providing flexibility in barcode length while ensuring they fall within acceptable limits for their specific applications.

<STX>read C25ILIntLenList<ETX>

<STX>read C25ILIntLenList [0, 0]<ETX>

<STX>write C25ILIntLenList [0, 0]<ETX>

<STX>written C25ILIntLenList<ETX>

This parameter activates the Postal code codetype. When enabled, the device will be configured to read and process various postal code barcodes used by postal services worldwide for mail sorting and delivery.

<STX>read PostCodesActive<ETX>

<STX>read PostCodesActive false<ETX>

<STX>write PostCodesActive false<ETX>

<STX>written PostCodesActive<ETX>

This parameter allows users to select the specific postal code symbology to be used for barcode reading. It provides options for different postal code formats, enabling compatibility with various postal services.

<STX>read PostCodesDependentSymbology<ETX>

<STX>read PostCodesDependentSymbology 1<ETX>

<STX>write PostCodesDependentSymbology 1<ETX>

<STX>written PostCodesDependentSymbology<ETX>

This parameter allows users to select the mode for specifying the number of characters in postal code barcodes. It provides options for free length, a defined range, or a fixed number of characters, enabling flexibility in barcode length requirements.

<STX>read PostCodeLengthMode<ETX>

<STX>read PostCodeLengthMode 0<ETX>

<STX>write PostCodeLengthMode 0<ETX>

<STX>written PostCodeLengthMode<ETX>

This parameter specifies the fixed number of characters for postal code barcodes. It allows users to define an exact character count, ensuring that the barcodes conform to specific length requirements for various postal applications.

<STX>read PostCodeFixLenList<ETX>

<STX>read PostCodeFixLenList [0, 0, 0]<ETX>

<STX>write PostCodeFixLenList [0, 0, 0]<ETX>

<STX>written PostCodeFixLenList<ETX>

This parameter defines the range of characters for postal code barcodes. It allows users to set minimum and maximum character limits, providing flexibility to accommodate various postal code formats used by different postal services.

<STX>read PostCodeIntLenList<ETX>

<STX>read PostCodeIntLenList [0, 0]<ETX>

<STX>write PostCodeIntLenList [0, 0]<ETX>

<STX>written PostCodeIntLenList<ETX>

This parameter enables the PostNet symbology for US Postal Service barcodes. When activated, the device will be able to read and process PostNet barcodes, which are used for mail sorting and delivery in the United States.

<STX>read PostCodeUSPPostNetActive<ETX>

<STX>read PostCodeUSPPostNetActive false<ETX>

<STX>write PostCodeUSPPostNetActive false<ETX>

<STX>written PostCodeUSPPostNetActive<ETX>

This parameter enables the Planet symbology for US Postal Service barcodes. When activated, the device will be able to read and process Planet barcodes, which are used for mail tracking and sorting in the United States.

<STX>read PostCodeUSPPlanetActive<ETX>

<STX>read PostCodeUSPPlanetActive false<ETX>

<STX>write PostCodeUSPPlanetActive false<ETX>

<STX>written PostCodeUSPPlanetActive<ETX>

This parameter enables the USPS4SCB symbology for US Postal Service barcodes. When activated, the device will be able to read and process USPS4SCB barcodes, which are used for mail sorting and delivery in the United States.

<STX>read PostCodeUSPUsps4StateActive<ETX>

<STX>read PostCodeUSPUsps4StateActive false<ETX>

<STX>write PostCodeUSPUsps4StateActive false<ETX>

<STX>written PostCodeUSPUsps4StateActive<ETX>

This parameter allows the use of a zero FCC (Fictitious Check Character) in Australia Post barcodes. When enabled, the device will accept barcodes with a zero FCC, which may be used in specific postal applications in Australia.

<STX>read PostCodePostAustraliaAllowZeroFCC<ETX>

<STX>read PostCodePostAustraliaAllowZeroFCC false<ETX>

<STX>write PostCodePostAustraliaAllowZeroFCC false<ETX>

<STX>written PostCodePostAustraliaAllowZeroFCC<ETX>

This parameter enables the customer format for Australia Post barcodes, replacing commas with spaces. When activated, the device will read and process Australia Post barcodes that use spaces instead of commas, accommodating specific formatting requirements.

<STX>read PostCodePostAustraliaCustomerFormat<ETX>

<STX>read PostCodePostAustraliaCustomerFormat false<ETX>

<STX>write PostCodePostAustraliaCustomerFormat false<ETX>

<STX>written PostCodePostAustraliaCustomerFormat<ETX>

This parameter enables the compress result option for Post Sweden barcodes. When activated, the device will compress the decoded data from Post Sweden barcodes, reducing the amount of data transmitted and improving efficiency in data handling.

<STX>read PostCodePostSwedenCompressResultActive<ETX>

<STX>read PostCodePostSwedenCompressResultActive true<ETX>

<STX>write PostCodePostSwedenCompressResultActive true<ETX>

<STX>written PostCodePostSwedenCompressResultActive<ETX>

This parameter enables the 4-State Mailmark symbology for Royal Mail barcodes. When activated, the device will be able to read and process 4-State Mailmark barcodes, which are used for mail tracking and sorting in the United Kingdom.

<STX>read PostCodeRoyalMailMailmarkActive<ETX>

<STX>read PostCodeRoyalMailMailmarkActive false<ETX>

<STX>write PostCodeRoyalMailMailmarkActive false<ETX>

<STX>written PostCodeRoyalMailMailmarkActive<ETX>

This parameter enables the RM4SCC symbology for Royal Mail barcodes. When activated, the device will be able to read and process RM4SCC barcodes, which are used for mail sorting and delivery in the United Kingdom.

<STX>read PostCodeRoyalMail4SCCActive<ETX>

<STX>read PostCodeRoyalMail4SCCActive false<ETX>

<STX>write PostCodeRoyalMail4SCCActive false<ETX>

<STX>written PostCodeRoyalMail4SCCActive<ETX>

This parameter activates the PDF417 codetype. When enabled, the device will be configured to read and process PDF417 barcodes, which are commonly used in applications such as identification cards, inventory management, and transportation due to their ability to encode large amounts of data in a compact format.

<STX>read PDF417Active<ETX>

<STX>read PDF417Active false<ETX>

<STX>write PDF417Active false<ETX>

<STX>written PDF417Active<ETX>

This parameter defines the minimum cell (module) size for 2D codes in millimeters. The cell size is a needed dimension that affects the readability and accuracy of code scanning. Setting an appropriate minimum cell size helps optimize the camera's performance for reading 2D codes of varying sizes.

<STX>read MinimumModuleSize2D<ETX>

<STX>read MinimumModuleSize2D 0.5<ETX>

<STX>write MinimumModuleSize2D 0.5<ETX>

<STX>written MinimumModuleSize2D<ETX>

This parameter defines the maximum cell (module) size for 2D codes in millimeters. Setting an appropriate maximum cell size helps optimize the camera's performance for reading 2D codes of varying sizes.

<STX>read MaximumModuleSize2D<ETX>

<STX>read MaximumModuleSize2D 0.7<ETX>

<STX>write MaximumModuleSize2D 0.7<ETX>

<STX>written MaximumModuleSize2D<ETX>

This parameter sets the maximum width of 2D codes in millimeters. Defining the maximum code width is essential for optimizing the camera's reading performance, as it allows the device to adjust its settings to effectively capture and decode 2D codes.

<STX>read CodeLabelSize2D<ETX>

<STX>read CodeLabelSize2D 20<ETX>

<STX>write CodeLabelSize2D 20<ETX>

<STX>written CodeLabelSize2D<ETX>

This parameter specifies the mode for handling additional codes (add-ons) for EAN and UPC barcodes. It allows users to configure how the device processes and outputs data from add-on codes, which are often used to provide supplementary information such as pricing or product variations. Supplementary codes are additional codes that are assigned to a main mode. They comprise 2 or 5 digits and contain additional information.

<STX>read UPCEANAddOnMode<ETX>

<STX>read UPCEANAddOnMode 0<ETX>

<STX>write UPCEANAddOnMode 0<ETX>

<STX>written UPCEANAddOnMode<ETX>

This parameter defines the number of characters for the add-on codes associated with EAN and UPC barcodes. It allows users to specify whether the add-on code should consist of 2 or 5 digits, ensuring compatibility with various barcode standards and application requirements.

<STX>read UPCEANAddOnLength<ETX>

<STX>read UPCEANAddOnLength 0<ETX>

<STX>write UPCEANAddOnLength 0<ETX>

<STX>written UPCEANAddOnLength<ETX>

This parameter activates the Data Matrix codetype. When enabled, the device will be configured to read and process Data Matrix 2D barcodes, which are widely used for encoding large amounts of data in a compact area for industrial marking, traceability and identification applications.

<STX>read DataMatrixActive<ETX>

<STX>read DataMatrixActive false<ETX>

<STX>write DataMatrixActive false<ETX>

<STX>written DataMatrixActive<ETX>

This parameter allows users to select the symbol size mode for Data Matrix codes. It provides the option of accepting any symbol size or restricting decoding to a fixed set of symbol sizes, enabling optimization of reading performance for known code dimensions.

<STX>read DataMatrixLengthMode<ETX>

<STX>read DataMatrixLengthMode 0<ETX>

<STX>write DataMatrixLengthMode 0<ETX>

<STX>written DataMatrixLengthMode<ETX>

This parameter specifies the fixed symbol sizes for Data Matrix codes. It allows users to define a list of exact symbol dimensions, ensuring that only Data Matrix codes matching the configured sizes are decoded.

<STX>read DataMatrixFixLenList<ETX>

<STX>read DataMatrixFixLenList [0, 0, 0]<ETX>

<STX>write DataMatrixFixLenList [0, 0, 0]<ETX>

<STX>written DataMatrixFixLenList<ETX>

This parameter specifies the expected background of the Data Matrix code. It allows selecting between white, black, or both backgrounds, enabling the device to reliably decode codes printed or marked with different contrast polarities.

<STX>read DataMatrixCodeBackground<ETX>

<STX>read DataMatrixCodeBackground 0<ETX>

<STX>write DataMatrixCodeBackground 0<ETX>

<STX>written DataMatrixCodeBackground<ETX>

This parameter activates the Maxi Code codetype. When enabled, the device will be configured to read and process Maxi Code 2D barcodes, which are commonly used in transport and logistics applications for high-speed package sorting and tracking.

<STX>read MaxiCodeActive<ETX>

<STX>read MaxiCodeActive false<ETX>

<STX>write MaxiCodeActive false<ETX>

<STX>written MaxiCodeActive<ETX>

This parameter enables Maxi Code Mode 2. In this mode the code contains a structured carrier message with a numeric postal code, which is used for automated package routing and sorting in postal and logistics applications.

<STX>read MaxiCodeMode2Active<ETX>

<STX>read MaxiCodeMode2Active true<ETX>

<STX>write MaxiCodeMode2Active true<ETX>

<STX>written MaxiCodeMode2Active<ETX>

This parameter enables Maxi Code Mode 3. In this mode the code contains a structured carrier message with an alphanumeric postal code, which is used for automated package routing and sorting in international postal and logistics applications.

<STX>read MaxiCodeMode3Active<ETX>

<STX>read MaxiCodeMode3Active true<ETX>

<STX>write MaxiCodeMode3Active true<ETX>

<STX>written MaxiCodeMode3Active<ETX>

This parameter enables Maxi Code Mode 4. In this mode the code contains unformatted data with standard error correction, allowing general purpose data to be encoded without a structured carrier message.

<STX>read MaxiCodeMode4Active<ETX>

<STX>read MaxiCodeMode4Active true<ETX>

<STX>write MaxiCodeMode4Active true<ETX>

<STX>written MaxiCodeMode4Active<ETX>

This parameter enables Maxi Code Mode 5. In this mode the code contains unformatted data with extended error correction, providing increased robustness for reading in demanding conditions at the cost of reduced data capacity.

<STX>read MaxiCodeMode5Active<ETX>

<STX>read MaxiCodeMode5Active true<ETX>

<STX>write MaxiCodeMode5Active true<ETX>

<STX>written MaxiCodeMode5Active<ETX>

This parameter enables Maxi Code Mode 6. This mode is used for the programming of hardware products, encoding configuration or programming data for reader and scanner devices.

<STX>read MaxiCodeMode6Active<ETX>

<STX>read MaxiCodeMode6Active true<ETX>

<STX>write MaxiCodeMode6Active true<ETX>

<STX>written MaxiCodeMode6Active<ETX>

This parameter enables the output of the primary message of a Maxi Code. When activated, the device will include the primary message (containing the structured carrier information such as postal code, country code and service class) in the decoded output.

<STX>read PrimaryMessageOutputActive<ETX>

<STX>read PrimaryMessageOutputActive true<ETX>

<STX>write PrimaryMessageOutputActive true<ETX>

<STX>written PrimaryMessageOutputActive<ETX>

This parameter activates the QR codetype. When enabled, the device will be configured to read and process QR 2D barcodes, which are widely used for encoding large amounts of data such as URLs, product information and traceability data in a compact area.

<STX>read QRCodeActive<ETX>

<STX>read QRCodeActive false<ETX>

<STX>write QRCodeActive false<ETX>

<STX>written QRCodeActive<ETX>

This parameter allows users to select the symbol size mode for QR codes. It provides the option of accepting any symbol size, restricting decoding to a fixed set of symbol sizes, or defining a range of symbol sizes, enabling optimization of reading performance for known code dimensions.

<STX>read QRLengthMode<ETX>

<STX>read QRLengthMode 0<ETX>

<STX>write QRLengthMode 0<ETX>

<STX>written QRLengthMode<ETX>

This parameter specifies the fixed symbol sizes for QR codes. It allows users to define a list of exact symbol dimensions (QR versions), ensuring that only QR codes matching the configured sizes are decoded.

<STX>read QRFixLenList<ETX>

<STX>read QRFixLenList [0, 0, 0]<ETX>

<STX>write QRFixLenList [0, 0, 0]<ETX>

<STX>written QRFixLenList<ETX>

This parameter defines the range of symbol sizes for QR codes. It allows users to set minimum and maximum symbol dimensions (QR versions), providing flexibility to accommodate various QR code sizes while optimizing reading performance.

<STX>read QRIntLenList<ETX>

<STX>read QRIntLenList [0, 0]<ETX>

<STX>write QRIntLenList [0, 0]<ETX>

<STX>written QRIntLenList<ETX>

This parameter activates the GS1 Data Matrix variant. When enabled, the device reads Data Matrix codes that follow the GS1 application identifier standard. Note that when this option is active, the normal (non-GS1) Data Matrix variant will not be read.

<STX>read GS1DatamatrixActive<ETX>

<STX>read GS1DatamatrixActive false<ETX>

<STX>write GS1DatamatrixActive false<ETX>

<STX>written GS1DatamatrixActive<ETX>

This parameter activates the GS1 QR variant. When enabled, the device reads QR codes that follow the GS1 application identifier standard. Note that when this option is active, the normal (non-GS1) QR variant will not be read.

<STX>read GS1QRActive<ETX>

<STX>read GS1QRActive false<ETX>

<STX>write GS1QRActive false<ETX>

<STX>written GS1QRActive<ETX>

This parameter enables or disables the calculation of code quality in accordance with the ISO standard. When enabled, the device evaluates the quality of the read codes according to ISO grading. Note: The calculation of code quality may have a negative impact on device performance (e.g. read rate).

<STX>read IsoGradingEnabled<ETX>

<STX>read IsoGradingEnabled false<ETX>

<STX>write IsoGradingEnabled false<ETX>

<STX>written IsoGradingEnabled<ETX>

This parameter inverts the logic of the digital input signal used for triggering the start of the reading operation. When disabled, a change from low to high (rising edge) will trigger the start. When enabled, a change from high to low (falling edge) will trigger the start.

<STX>read DigitalInputLogicInverted<ETX>

<STX>read DigitalInputLogicInverted false<ETX>

<STX>write DigitalInputLogicInverted false<ETX>

<STX>written DigitalInputLogicInverted<ETX>

This parameter allows users to select the source for triggering the start of the reading operation. It provides options for different trigger sources, enabling flexibility in how the reading process is initiated based on specific application requirements.

<STX>read TriggerSource<ETX>

<STX>read TriggerSource 0<ETX>

<STX>write TriggerSource 0<ETX>

<STX>written TriggerSource<ETX>

This parameter allows users to set the duration of the timer used to trigger the stop of the reading operation. The timer value is specified in milliseconds (ms) and determines how long the timer will run before initiating the stop. Users can adjust this setting to control the timing of the stop operation according to their specific application needs.

<STX>read TriggerStopTimerTime<ETX>

<STX>read TriggerStopTimerTime 1000<ETX>

<STX>write TriggerStopTimerTime 1000<ETX>

<STX>written TriggerStopTimerTime<ETX>

This parameter allows users to manually set the debouncing time for the digital input used to trigger the start of the reading operation. This setting is only applicable when the automatic debouncing mode is disabled. The debouncing time helps filter out signal noise by defining a time interval (in milliseconds) during which subsequent signal changes are ignored.

<STX>read TrigInputDebouncingTimeManual<ETX>

<STX>read TrigInputDebouncingTimeManual 10<ETX>

<STX>write TrigInputDebouncingTimeManual 10<ETX>

<STX>written TrigInputDebouncingTimeManual<ETX>

This parameter allows users to disable the automatic debouncing time for the digital input used to trigger the start of the reading operation. When unchecked, the device will use an automatic timing mechanism to filter out signal noise. When checked, users can manually set the debouncing time below.

<STX>read TrigInputDebouncingTimeManualEditStatus<ETX>

<STX>read TrigInputDebouncingTimeManualEditStatus false<ETX>

<STX>write TrigInputDebouncingTimeManualEditStatus false<ETX>

<STX>written TrigInputDebouncingTimeManualEditStatus<ETX>

This parameter enables or disables the echoing of the user-defined command used to trigger the start/stop of the reading operation. When enabled, the device will send back an echo of the command, allowing users to verify that the command was received and processed correctly.

<STX>read TriggerCommandEchoEnabled<ETX>

<STX>read TriggerCommandEchoEnabled true<ETX>

<STX>write TriggerCommandEchoEnabled true<ETX>

<STX>written TriggerCommandEchoEnabled<ETX>

This parameter allows users to disable the automatic debouncing time for the digital input used to trigger the stop of the reading operation. When this option is checked, users can manually set the debouncing time to suit their specific application needs. If unchecked, the device will use an automatic debouncing time to filter out any noise or false triggers on the digital input signal.

<STX>read TrigStopInputDebouncingTimeManualEditStatus<ETX>

<STX>read TrigStopInputDebouncingTimeManualEditStatus false<ETX>

<STX>write TrigStopInputDebouncingTimeManualEditStatus false<ETX>

<STX>written TrigStopInputDebouncingTimeManualEditStatus<ETX>

Enable fragmentation/handshake, the CLV waits for ACK for each new data, which is greater than the maximum process data size of the selected read result module.

<STX>read PROFINETHandshake<ETX>

<STX>read PROFINETHandshake false<ETX>

This parameter specifies the condition to be used for condition-based output of read results. The available options include 'Good Read' (predefined), 'Condition object 1' (defined in 'Condition configuration module'), 'Condition object 2' (defined in 'Condition configuration module'), and 'Condition object 3' (defined in 'Condition configuration module'). Each option represents a different condition that can trigger the output of a read result when the selected condition is met. The reading gate will be closed after the output is triggered by the condition.

<STX>read DataHostConditionName<ETX>

<STX>read DataHostConditionName "Good Read"<ETX>

<STX>write DataHostConditionName "Good Read"<ETX>

<STX>written DataHostConditionName<ETX>

This parameter specifies the manual output timing in milliseconds for read results. It is only active when automatic timing is disabled. This setting determines the delay before the read result output is triggered based on the selected reference event (trigger start or stop). Note that values below 50 ms may cause issues and are considered experimental.

<STX>read DataHostTimeManual<ETX>

<STX>read DataHostTimeManual 1250<ETX>

<STX>write DataHostTimeManual 1250<ETX>

<STX>written DataHostTimeManual<ETX>

This parameter enables or disables manual output timing for read results. When enabled, the output timing is set manually based on the specified time in milliseconds. When disabled, automatic timing is used, which adjusts the output at the earliest possible moment based on the application parameters.

<STX>read DataHostTimeManualEditStatus<ETX>

<STX>read DataHostTimeManualEditStatus false<ETX>

<STX>write DataHostTimeManualEditStatus false<ETX>

<STX>written DataHostTimeManualEditStatus<ETX>

This parameter defines the event to which the read result output timing is related. The available options include 'Referred to trigger stop' and 'Referred to trigger start', 'User defined condition'. Each option specifies a different condition for when the read result output should be triggered.

<STX>read DataHostTimeReference<ETX>

<STX>read DataHostTimeReference 0<ETX>

<STX>write DataHostTimeReference 0<ETX>

<STX>written DataHostTimeReference<ETX>

This parameter defines the delay time for the start of image acquisition in milliseconds. It specifies how long to wait after receiving the trigger signal before beginning the image capture process. The value can be set between 0 ms and 50000 ms, allowing for flexibility in timing based on application requirements. This is useful for synchronizing image acquisition with other events or processes.

<STX>read ReadingPeriodBegin<ETX>

<STX>read ReadingPeriodBegin 0<ETX>

<STX>write ReadingPeriodBegin 0<ETX>

<STX>written ReadingPeriodBegin<ETX>

This parameter defines the delay time for the end of image acquisition in milliseconds. It specifies how long to wait after receiving the trigger stop signal before stopping the image capture process. The value can be set between 0 ms and 50000 ms, allowing for flexibility in timing based on application requirements. This is useful for ensuring that the image acquisition period aligns with specific events or processes.

<STX>read ReadingPeriodEnd<ETX>

<STX>read ReadingPeriodEnd 0<ETX>

<STX>write ReadingPeriodEnd 0<ETX>

<STX>written ReadingPeriodEnd<ETX>

This parameter allows users to enable or disable the reading of 1D codes on image edges. When enabled, the device will attempt to read 1D codes located at the edges of the image, which may be useful in certain applications where codes are positioned near the image boundaries. When disabled, the device will ignore 1D codes on image edges, which may improve overall reading performance in standard applications.

<STX>read ReadAtImageBorders<ETX>

<STX>read ReadAtImageBorders true<ETX>

<STX>write ReadAtImageBorders true<ETX>

<STX>written ReadAtImageBorders<ETX>

This parameter allows users to manually control the adjustment of 1D codes on image edges. When enabled, automatic adjustment is disabled, giving users full control over the adjustment settings. When disabled, the device will automatically adjust the 1D codes on image edges based on the application parameters to achieve optimal decoding performance.

<STX>read ReadAtImageBordersManualEditStatus<ETX>

<STX>read ReadAtImageBordersManualEditStatus true<ETX>

<STX>write ReadAtImageBordersManualEditStatus true<ETX>

<STX>written ReadAtImageBordersManualEditStatus<ETX>

This parameter allows users to manually set the frame rate of the image capture. The value can be adjusted between 1.0 Hz and 158.0 Hz, providing flexibility to accommodate various application requirements. This manual control is particularly useful in scenarios where automatic frame rate adjustment may not yield the desired performance, allowing users to fine-tune the frame rate for optimal results.

<STX>read FrameRate<ETX>

<STX>read FrameRate 3.0<ETX>

<STX>write FrameRate 3.0<ETX>

<STX>written FrameRate<ETX>

This parameter allows users to manually set the brightness level of the image. The value can be adjusted between 1.0 and 50.0, providing a wide range of brightness levels to suit different lighting conditions and application requirements. This manual control is particularly useful in scenarios where automatic brightness adjustment may not yield the desired image quality, allowing users to fine-tune the brightness for optimal results.

<STX>read Gain<ETX>

<STX>read Gain 1.0<ETX>

<STX>write Gain 1.0<ETX>

<STX>written Gain<ETX>

This parameter allows users to manually set the exposure time for image capture in microseconds (us). The value can be adjusted between 7 us and 240 us, providing flexibility to accommodate various lighting conditions and application requirements. This manual control is particularly useful in scenarios where automatic exposure time adjustment may not yield the desired image quality, allowing users to fine-tune the exposure time for optimal results.

<STX>read ShutterTime<ETX>

<STX>read ShutterTime 500<ETX>

<STX>write ShutterTime 500<ETX>

<STX>written ShutterTime<ETX>

This parameter allows users to manually control the frame rate settings. When enabled, automatic frame rate adjustment is disabled, giving users full control over the frame rate. This is useful in specific applications where the automatic adjustment may not be suitable. When disabled, the device will automatically adjust the frame rate based on the application parameters to achieve optimal image quality and performance.

<STX>read FrameRateManualEditStatus<ETX>

<STX>read FrameRateManualEditStatus true<ETX>

<STX>write FrameRateManualEditStatus true<ETX>

<STX>written FrameRateManualEditStatus<ETX>

This parameter allows users to manually control the brightness settings. When enabled, automatic brightness adjustment is disabled, giving users full control over the brightness level. This is useful in specific applications where the automatic adjustment may not be suitable. When disabled, the device will automatically adjust the brightness based on the application parameters to achieve optimal image quality.

<STX>read GainManualEditStatus<ETX>

<STX>read GainManualEditStatus true<ETX>

<STX>write GainManualEditStatus true<ETX>

<STX>written GainManualEditStatus<ETX>

This parameter allows users to manually control the exposure time settings. When enabled, automatic exposure time adjustment is disabled, giving users full control over the exposure time. This is useful in specific applications where the automatic adjustment may not be suitable. When disabled, the device will automatically adjust the exposure time based on the application parameters to achieve optimal image quality.

<STX>read ShutterTimeManualEditStatus<ETX>

<STX>read ShutterTimeManualEditStatus true<ETX>

<STX>write ShutterTimeManualEditStatus true<ETX>

<STX>written ShutterTimeManualEditStatus<ETX>

This parameter allows users to manually set the 1D code aggressiveness level. The value can be set to low, medium, or high, providing flexibility to accommodate various application requirements. This manual control is particularly useful in scenarios where automatic aggressiveness adjustment may not yield the desired decoding performance, allowing users to fine-tune the aggressiveness level for optimal results.

<STX>read DecoderScanMode<ETX>

<STX>read DecoderScanMode 2<ETX>

<STX>write DecoderScanMode 2<ETX>

<STX>written DecoderScanMode<ETX>

This parameter allows users to enable or disable the optimization for blurred 1D code decoding. When enabled, the device will apply additional processing to improve the decoding of blurred 1D codes, which may be beneficial in challenging reading conditions. When disabled, the device will not apply this optimization, which may result in faster processing but potentially lower decoding success rates for blurred codes.

<STX>read BlurredCodes<ETX>

<STX>read BlurredCodes true<ETX>

<STX>write BlurredCodes true<ETX>

<STX>written BlurredCodes<ETX>

This parameter allows users to enable or disable the 1D code superresolution feature. When enabled, the device will apply superresolution to improve the decoding of 1D codes with low resolution, which may be beneficial in challenging reading conditions. When disabled, the device will not apply superresolution, which may result in faster processing but potentially lower decoding success rates for low-resolution codes.

<STX>read SuperResolution<ETX>

<STX>read SuperResolution true<ETX>

<STX>write SuperResolution true<ETX>

<STX>written SuperResolution<ETX>

This parameter allows users to manually set the 1D code contrast threshold as a percentage. The value can be adjusted between 5% and 70%, providing flexibility to accommodate various application requirements. This manual control is particularly useful in scenarios where automatic contrast threshold adjustment may not yield the desired decoding performance, allowing users to fine-tune the contrast threshold for optimal results.

<STX>read CodeContrast1D<ETX>

<STX>read CodeContrast1D 20<ETX>

<STX>write CodeContrast1D 20<ETX>

<STX>written CodeContrast1D<ETX>

This parameter allows users to manually control the 1D code aggressiveness settings. When enabled, automatic adjustment of the 1D code aggressiveness is disabled, giving users full control over the aggressiveness level. This is useful in specific applications where the automatic adjustment may not be suitable. When disabled, the device will automatically adjust the 1D code aggressiveness based on the application parameters to achieve optimal decoding performance.

<STX>read DecoderScanModeManualEditStatus<ETX>

<STX>read DecoderScanModeManualEditStatus true<ETX>

<STX>write DecoderScanModeManualEditStatus true<ETX>

<STX>written DecoderScanModeManualEditStatus<ETX>

This parameter allows users to manually control the 1D code superresolution settings. When enabled, automatic adjustment of the 1D code superresolution is disabled, giving users full control over the superresolution level. This is useful in specific applications where the automatic adjustment may not be suitable. When disabled, the device will automatically adjust the 1D code superresolution based on the application parameters to achieve optimal decoding performance.

<STX>read SuperResolutionManualEditStatus<ETX>

<STX>read SuperResolutionManualEditStatus true<ETX>

<STX>write SuperResolutionManualEditStatus true<ETX>

<STX>written SuperResolutionManualEditStatus<ETX>

This parameter allows users to enable or disable the Code 128 single character correction. When enabled, the device will apply correction to Code 128 single characters to improve decoding accuracy. When disabled, the device will not apply correction, which may result in faster processing but potentially lower decoding success rates for Code 128 single characters.

<STX>read C128SingleErrorCorrection<ETX>

<STX>read C128SingleErrorCorrection false<ETX>

<STX>write C128SingleErrorCorrection false<ETX>

<STX>written C128SingleErrorCorrection<ETX>

This parameter allows users to manually control the Code 128 single character correction settings. When enabled, automatic adjustment of the Code 128 single character correction is disabled, giving users full control over the correction settings. This is useful in specific applications where the automatic adjustment may not be suitable. When disabled, the device will automatically adjust the Code 128 single character correction based on the application parameters to achieve optimal decoding performance.

<STX>read C128SingleErrorCorrectionManualEditStatus<ETX>

<STX>read C128SingleErrorCorrectionManualEditStatus true<ETX>

<STX>write C128SingleErrorCorrectionManualEditStatus true<ETX>

<STX>written C128SingleErrorCorrectionManualEditStatus<ETX>

This parameter allows users to enable or disable the optimization for poor quality 1D code decoding. When enabled, the device will apply additional processing to improve the decoding of low-quality 1D codes, which may be beneficial in challenging reading conditions. When disabled, the device will not apply this optimization, which may result in faster processing but potentially lower decoding success rates for poor quality codes.

<STX>read OptimizeBad1DDecoding<ETX>

<STX>read OptimizeBad1DDecoding false<ETX>

<STX>write OptimizeBad1DDecoding false<ETX>

<STX>written OptimizeBad1DDecoding<ETX>

This parameter allows users to manually set the 2D code contrast threshold as a percentage. The value can be adjusted between 0% and 70%, providing flexibility to accommodate various application requirements. This manual control is particularly useful in scenarios where automatic contrast threshold adjustment may not yield the desired decoding performance, allowing users to fine-tune the contrast threshold for optimal results.

<STX>read CodeContrast2D<ETX>

<STX>read CodeContrast2D 20<ETX>

<STX>write CodeContrast2D 20<ETX>

<STX>written CodeContrast2D<ETX>

This parameter allows users to manually set the expected 2D code size (module/cell size). The value can be set to small, medium, big, or very big, allowing the decoder to be optimized for the module size of the 2D codes used in the application. Selecting the appropriate size improves decoding performance and speed, whereas an unsuitable setting may lead to lower decoding success rates. This manual control is particularly useful in scenarios where automatic size adjustment may not yield the desired decoding performance.

<STX>read CodeSize2D<ETX>

<STX>read CodeSize2D 0<ETX>

<STX>write CodeSize2D 0<ETX>

<STX>written CodeSize2D<ETX>

This parameter enables or disables 2D upsampling. When enabled, 2D codes with a small cell size can be read at a large working distance, and the reading reliability for codes in poor condition is increased. Note: Upsampling may be disadvantageous in very fast applications or in applications with many codes per object, as the decoding time per image is higher.

<STX>read EnableUpsampling2DManual<ETX>

<STX>read EnableUpsampling2DManual false<ETX>

<STX>write EnableUpsampling2DManual false<ETX>

<STX>written EnableUpsampling2DManual<ETX>

This parameter allows users to manually control the 2D upsampling settings. When enabled, automatic adjustment of the 2D upsampling is disabled, giving users full control over the upsampling level. This is useful in specific applications where the automatic adjustment may not be suitable. When disabled, the device will automatically adjust the 2D upsampling based on the application parameters to achieve optimal decoding performance.

<STX>read EnableUpsampling2DManualEditStatus<ETX>

<STX>read EnableUpsampling2DManualEditStatus false<ETX>

<STX>write EnableUpsampling2DManualEditStatus false<ETX>

<STX>written EnableUpsampling2DManualEditStatus<ETX>

This parameter allows users to manually set the PDF417 decoder aggressiveness level. The level can be increased from low to high to optimize the decoder for the condition of the PDF417 codes used in the application: low is intended for good, easy to read codes, medium for damaged codes, and high for bent and damaged codes. A higher aggressiveness improves the decoding of poor-quality codes but increases the decoding time, whereas a lower level enables faster processing for good-quality codes. This manual control is particularly useful in scenarios where automatic aggressiveness adjustment may not yield the desired decoding performance.

<STX>read OptimizationLevelPdf<ETX>

<STX>read OptimizationLevelPdf 0<ETX>

<STX>write OptimizationLevelPdf 0<ETX>

<STX>written OptimizationLevelPdf<ETX>

This parameter allows users to manually set the Data Matrix decoder aggressiveness level. The level can be increased from low to very high to optimize the decoder for the condition of the Data Matrix codes used in the application: low is intended for easy to read codes, medium for standard codes, high for direct part marking (DPM) or damaged codes, and very high (DPM+) for particularly challenging DPM codes. A higher aggressiveness improves the decoding of poor-quality codes but increases the decoding time, whereas a lower level enables faster processing for good-quality codes. This manual control is particularly useful in scenarios where automatic aggressiveness adjustment may not yield the desired decoding performance.

<STX>read OptimizationLevelDmx<ETX>

<STX>read OptimizationLevelDmx 1<ETX>

<STX>write OptimizationLevelDmx 1<ETX>

<STX>written OptimizationLevelDmx<ETX>

This parameter allows users to manually set the QR code decoder aggressiveness level. The level can be increased from low to high to optimize the decoder for the condition of the QR codes used in the application: low is intended for good, easy to read codes, medium for damaged codes, and high for bent and damaged codes. A higher aggressiveness improves the decoding of poor-quality codes but increases the decoding time, whereas a lower level enables faster processing for good-quality codes. This manual control is particularly useful in scenarios where automatic aggressiveness adjustment may not yield the desired decoding performance.

<STX>read OptimizationLevelQr<ETX>

<STX>read OptimizationLevelQr 0<ETX>

<STX>write OptimizationLevelQr 0<ETX>

<STX>written OptimizationLevelQr<ETX>

This parameter allows users to manually set the Maxi code decoder aggressiveness level. The level can be increased from low to medium to optimize the decoder for the condition of the Maxi codes used in the application: low is intended for good, easy to read codes, and medium for damaged codes. A higher aggressiveness improves the decoding of poor-quality codes but increases the decoding time, whereas a lower level enables faster processing for good-quality codes. This manual control is particularly useful in scenarios where automatic aggressiveness adjustment may not yield the desired decoding performance.

<STX>read OptimizationLevelMaxi<ETX>

<STX>read OptimizationLevelMaxi 0<ETX>

<STX>write OptimizationLevelMaxi 0<ETX>

<STX>written OptimizationLevelMaxi<ETX>

This parameter improves code reading on heavily patterned backgrounds (e.g. special packaging in logistics). Such patterns can be confused with code structures by the device, which may lead to long decoding times or incorrect read results. When enabled, the following patterns are ignored: code or code-like structures that take up more than 40 % of the image, and barcode or barcode-like structures whose height is more than twice the length. Note: Deactivate this function for large, image-filling codes and unusually large barcode heights. These cases can be mistaken by the device for an interference pattern and ignored. They typically occur in factory automation.

<STX>read LogisticSegmentationFilterEnabled<ETX>

<STX>read LogisticSegmentationFilterEnabled true<ETX>

<STX>write LogisticSegmentationFilterEnabled true<ETX>

<STX>written LogisticSegmentationFilterEnabled<ETX>

This parameter allows users to manually control the pattern filter setting. When enabled, automatic adjustment of the pattern filter is disabled, giving users full control over the filter settings. This is useful in specific applications where the automatic adjustment may not be suitable. When disabled, the device will automatically adjust the pattern filter based on the application parameters to achieve optimal performance.

<STX>read LogisticSegmentationFilterEnabledManualEditStatus<ETX>

<STX>read LogisticSegmentationFilterEnabledManualEditStatus false<ETX>

<STX>write LogisticSegmentationFilterEnabledManualEditStatus false<ETX>

<STX>written LogisticSegmentationFilterEnabledManualEditStatus<ETX>

This parameter allows users to manually control the 2D code size settings. When enabled, automatic adjustment of the 2D code size is disabled, giving users full control over the code size. This is useful in specific applications where the automatic adjustment may not be suitable. When disabled, the device will automatically adjust the 2D code size based on the application parameters to achieve optimal decoding performance.

<STX>read CodeSize2DManualEditStatus<ETX>

<STX>read CodeSize2DManualEditStatus true<ETX>

<STX>write CodeSize2DManualEditStatus true<ETX>

<STX>written CodeSize2DManualEditStatus<ETX>

This parameter allows users to manually control the QR code aggressiveness settings. When enabled, automatic adjustment of the QR code aggressiveness is disabled, giving users full control over the aggressiveness level. This is useful in specific applications where the automatic adjustment may not be suitable. When disabled, the device will automatically adjust the QR code aggressiveness based on the application parameters to achieve optimal decoding performance.

<STX>read OptimizationLevelQrManualEditStatus<ETX>

<STX>read OptimizationLevelQrManualEditStatus true<ETX>

<STX>write OptimizationLevelQrManualEditStatus true<ETX>

<STX>written OptimizationLevelQrManualEditStatus<ETX>

This parameter allows users to manually control the 1D code contrast threshold settings. When enabled, automatic adjustment of the 1D code contrast threshold is disabled, giving users full control over the contrast level. This is useful in specific applications where the automatic adjustment may not be suitable. When disabled, the device will automatically adjust the 1D code contrast threshold based on the application parameters to achieve optimal decoding performance.

<STX>read CodeContrast1DManualEditStatus<ETX>

<STX>read CodeContrast1DManualEditStatus true<ETX>

<STX>write CodeContrast1DManualEditStatus true<ETX>

<STX>written CodeContrast1DManualEditStatus<ETX>

This parameter allows users to manually control the 2D code contrast threshold settings. When enabled, automatic adjustment of the 2D code contrast threshold is disabled, giving users full control over the contrast level. This is useful in specific applications where the automatic adjustment may not be suitable. When disabled, the device will automatically adjust the 2D code contrast threshold based on the application parameters to achieve optimal decoding performance.

<STX>read CodeContrast2DManualEditStatus<ETX>

<STX>read CodeContrast2DManualEditStatus true<ETX>

<STX>write CodeContrast2DManualEditStatus true<ETX>

<STX>written CodeContrast2DManualEditStatus<ETX>

This parameter allows users to manually control the PDF417 aggressiveness settings. When enabled, automatic adjustment of the PDF417 aggressiveness is disabled, giving users full control over the aggressiveness level. This is useful in specific applications where the automatic adjustment may not be suitable. When disabled, the device will automatically adjust the PDF417 aggressiveness based on the application parameters to achieve optimal decoding performance.

<STX>read OptimizationLevelPdfManualEditStatus<ETX>

<STX>read OptimizationLevelPdfManualEditStatus true<ETX>

<STX>write OptimizationLevelPdfManualEditStatus true<ETX>

<STX>written OptimizationLevelPdfManualEditStatus<ETX>

This parameter allows users to manually control the Data Matrix aggressiveness settings. When enabled, automatic adjustment of the Data Matrix aggressiveness is disabled, giving users full control over the aggressiveness level. This is useful in specific applications where the automatic adjustment may not be suitable. When disabled, the device will automatically adjust the Data Matrix aggressiveness based on the application parameters to achieve optimal decoding performance.

<STX>read OptimizationLevelDmxManualEditStatus<ETX>

<STX>read OptimizationLevelDmxManualEditStatus true<ETX>

<STX>write OptimizationLevelDmxManualEditStatus true<ETX>

<STX>written OptimizationLevelDmxManualEditStatus<ETX>

This parameter allows users to manually control the Maxi code aggressiveness settings. When enabled, automatic adjustment of the Maxi code aggressiveness is disabled, giving users full control over the aggressiveness level. This is useful in specific applications where the automatic adjustment may not be suitable. When disabled, the device will automatically adjust the Maxi code aggressiveness based on the application parameters to achieve optimal decoding performance.

<STX>read OptimizationLevelMaxiManualEditStatus<ETX>

<STX>read OptimizationLevelMaxiManualEditStatus true<ETX>

<STX>write OptimizationLevelMaxiManualEditStatus true<ETX>

<STX>written OptimizationLevelMaxiManualEditStatus<ETX>

This parameter enables or disables local contrast spreading for 1D codes. When enabled, the device locally stretches the contrast within the barcode region, enhancing the difference between bars and spaces. This improves the decoding of 1D codes with low or uneven contrast, for example on reflective, low-quality, or poorly printed labels. When disabled, no local contrast spreading is applied, which may result in faster processing but potentially lower decoding success rates for codes with weak contrast.

<STX>read LocalBarcodeContrastSpreadingManual<ETX>

<STX>read LocalBarcodeContrastSpreadingManual false<ETX>

<STX>write LocalBarcodeContrastSpreadingManual false<ETX>

<STX>written LocalBarcodeContrastSpreadingManual<ETX>

This parameter allows users to manually control the 1D code contrast distribution setting. When enabled, automatic adjustment of the 1D code contrast distribution is disabled, giving users full control over the setting. This is useful in specific applications where the automatic adjustment may not be suitable. When disabled, the device will automatically adjust the 1D code contrast distribution based on the application parameters to achieve optimal performance.

<STX>read LocalBarcodeContrastSpreadingManualEditStatus<ETX>

<STX>read LocalBarcodeContrastSpreadingManualEditStatus false<ETX>

<STX>write LocalBarcodeContrastSpreadingManualEditStatus false<ETX>

<STX>written LocalBarcodeContrastSpreadingManualEditStatus<ETX>

Factor used to determine the optimal shutter time.

<STX>read MotionBlurFactor<ETX>

<STX>read MotionBlurFactor 1.0<ETX>

<STX>write MotionBlurFactor 1.0<ETX>

<STX>written MotionBlurFactor<ETX>

This parameter allows users to enable or disable the command configuration feature. When enabled, the device can be configured via commands sent through various interfaces. Disabling this feature may prevent accidental command execution but also removes the convenience of configuring the device through command-based methods.

<STX>read CommandExecutionEnabled<ETX>

<STX>read CommandExecutionEnabled true<ETX>

<STX>write CommandExecutionEnabled true<ETX>

<STX>written CommandExecutionEnabled<ETX>

This parameter allows users to enable or disable command confirmation. When enabled, the device will send a confirmation response after executing a command, providing feedback to the user or system that the command was successfully received and processed.

<STX>read CommandConfirmationEnabled<ETX>

<STX>read CommandConfirmationEnabled true<ETX>

<STX>write CommandConfirmationEnabled true<ETX>

<STX>written CommandConfirmationEnabled<ETX>

This parameter allows users to enable or disable the configuration cloning feature via the connection module. When enabled, the device can automatically transfer its configuration settings to a connected connection module, facilitating easier setup of different reading modules with the same configuration. Disabling this feature may prevent accidental configuration transfers but also removes the convenience of quickly replicating configurations across multiple devices.

<STX>run SetParameterCloningEnabled {'EnableParameterCloning': false}<ETX>

<STX>run SetParameterCloningEnabled<ETX>

This parameter allows users to enable or disable the factory reset function via the device's function button. When enabled, it is possible to reset the device to its factory default settings by using the function button in a specific manner. Disabling this feature may prevent accidental resets but also removes the convenience of quickly restoring factory settings when needed.

<STX>run SetButtonFactoryResetEnabled {'EnableButtonFactoryReset': false}<ETX>

<STX>run SetButtonFactoryResetEnabled<ETX>

This parameter allows users to enable or disable the firmware update function via the device's function button. When enabled, it is possible to initiate a firmware update from a USB stick by using the function button in a specific manner. Disabling this feature may prevent accidental firmware updates but also removes the convenience of quickly updating the firmware when needed.

<STX>run SetButtonFirmwareUpdateEnabled {'EnableButtonFirmwareUpdate': false}<ETX>

<STX>run SetButtonFirmwareUpdateEnabled<ETX>

This parameter allows users to enable or disable the USB service interface for device parameterization. When enabled, the USB interface provides an additional method for configuring the device. Disabling this service may limit access to device configuration options, so it is recommended to keep it enabled unless there is a specific reason to disable it.

<STX>run SetUSBEnabled {'EnableUSB': false, 'SavePermanent': false, 'RestartNow': false}<ETX>

<STX>run SetUSBEnabled {'Success': false}<ETX>

This parameter allows users to enable or disable the SSH service on TCP Port 22. When enabled, SSH provides secure remote access to the device's operating system for expert users and developers. It is recommended to disable this service if it is not required, as leaving it enabled may pose a security risk by exposing the device to potential unauthorized access.

<STX>run SetSSHEnabled {'EnableSSH': false}<ETX>

<STX>run SetSSHEnabled<ETX>

Selects if Ethernet CoLa2 (TCP port 2122) and CoLa2 Scan (UDP port 37018) are enabled

<STX>read EtherCoLa2Enabled<ETX>

<STX>read EtherCoLa2Enabled true<ETX>

<STX>write EtherCoLa2Enabled true<ETX>

<STX>written EtherCoLa2Enabled<ETX>

This parameter specifies the name of the location where the device is installed.

<STX>read LocationName<ETX>

<STX>read LocationName "here"<ETX>

<STX>write LocationName "here"<ETX>

<STX>written LocationName<ETX>

This parameter specifies the firmware version of the device.

<STX>read FirmwareVersion<ETX>

<STX>read FirmwareVersion "XXXXXXXXXX"<ETX>

This parameter specifies the current status of the device.

<STX>read DeviceStatus<ETX>

<STX>read DeviceStatus 0<ETX>