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Summary of Contents for Omron GigE Vision STC-LBS34POE-SWIR
- Page 1 No.22S017-01 GigE Vision SWIR CMOS PoE Camera STC-LBS34POE-SWIR SWIR (0.3M / Product Specifications and User’s Guide STC-LBS34POE-SWIR 1/72 Product Specifications and User’s Guide...
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Page 2: Table Of Contents
No.22S017-01 Table of Contents Product Precautions .................... 9 Product conformity / compliance ................ 9 Warranty ......................10 Software Licensing .................... 10 LWIP TCP/IP Licensing ......................10 Specifications ...................... 11 Electronic Specifications ....................... 11 Spectral Sensitivity Characteristics ..................13 Acquisition image samples ....................13 Mechanical Specifications ..................... - Page 3 No.22S017-01 Camera Operational Modes ................27 Normal Mode ........................... 27 Pulse width trigger mode....................... 28 Timing .............................. 28 Exposure Timing with Positive Polarity Trigger Signal ..............29 Exposure Timing with Negative Polarity Trigger Signal ............... 30 Edge Preset Trigger Mode ..................... 31 Timing ..............................
- Page 4 No.22S017-01 10.11 Binning ..........................45 10.12 Decimation ........................46 10.13 Trigger ..........................47 Trigger signal processing procedure ..................47 10.14 Image Flip .......................... 48 10.15 Priority Mode ........................48 10.16 Flat Field Correction Function ..................49 FFC function procedure ......................50 10.17 LUT Control ........................
- Page 5 No.22S017-01 11.11 EventControl ........................66 11.12 UserSetControl ........................66 11.13 ChunkDataControl ....................... 67 11.14 ActionControl ........................67 11.15 File AccessControl ......................68 11.16 TestControl .......................... 68 11.17 TransportLayerControl ....................... 69 12 Revision History ....................71 STC-LBS34POE-SWIR 5/72 Product Specifications and User’s Guide...
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Page 6: Precautions For Safety
No.22S017-01 Precautions for safety Please read carefully this “Precautions for safety” before use the camera. Then the camera uses correctly with agreeing with below notes. In this “Precautions for safety”, notes divides into “Warning” and “Caution” to use the camera safety and prevent to harm and damage. - Page 7 No.22S017-01 Caution The camera housing and 0 V line of camera It is necessary to wiring and mounting that is inside circuit are isolated. specified in the specifications for this camera. There is a risk of short circuit between camera This will cause of fire or malfunction.
- Page 8 No.22S017-01 Caution It is necessary to dispose as industrial waste. In EU, it is necessary to dispose of accordance with WEEE directive. [Security Measures, Anti-virus protection] Warning Install the latest commercial-quality antivirus software on the computer connected to the control system and maintain to keep the software up-to-date.
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Page 9: Product Precautions
No.22S017-01 Product Precautions ➢ Do not give shock to the camera. ➢ Do not haul or damage the camera cable. ➢ Do not wrap the camera with any material while using the camera. This will cause the internal camera temperature to increase. ➢... -
Page 10: Warranty
No.22S017-01 Warranty ■Warranty period One year after delivery (However, the camera had malfunction with camera uses correctly) In below case for a fee even within warranty period. ・The malfunction caused by incorrect usage, incorrect modify or repair. ・The malfunction caused by external shock including the camera dropping after delivery the camera. ・The malfunction caused by fire, earthquake, flood disaster, thunderbolt struck, other natural disaster or wrong voltage. -
Page 11: Specifications
No.22S017-01 Specifications Electronic Specifications Product STC-LBS34POE-SWIR Image Sensor 1/4” 0.3M Progressive SWIR CMOS (SONY: IMX991) Shutter Type Global Shutter Active Picture Elements 656 (H) x 520 (V) Cell Size 5.0 (H) x 5.0 (V) µm Scanning Mode Full scanning (Full resolution) / ROI Frame rate (at full scanning) 8bits (Image quality priority): 240.6 fps / 8bits (frame rate priority): 242.2 fps 10bits: 167.8 fps / 10bits Packed: 223.7 fps / 12bits: 137.3 fps / 12bits Packed: 137.3 fps... - Page 12 No.22S017-01 Precautions (*1) When Image Format is changed, ADC bits width also changes. The ADC bits width cannot be changed. Image Format PriorityMode ADC bits width Mono8 / BayerRG8 Frame Rate 8bits -> Mono8 / BayerRG8 Image Quality 10bits -> Mono10 / BayerRG10 10bits ->...
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Page 13: Spectral Sensitivity Characteristics
No.22S017-01 Spectral Sensitivity Characteristics Acquisition image samples Wafer White pin Blue pin Red pin With visible light with 1450nm light with visible light with 1450nm light Salt Sugar Baking soda with visible light with 1450nm light STC-LBS34POE-SWIR 13/72 Product Specifications and User’s Guide... -
Page 14: Mechanical Specifications
No.22S017-01 Mechanical Specifications Model Number STC-LBS34POE-SWIR Dimensions 58 (W) x 58 (H) x 85 (D) mm (*1) Optical Filter No Optical Filter Optical Center Accuracy Positional accuracy in Horizontal and Vertical directions: +/- 0.4 mm Rotational accuracy of Horizontal and Vertical: +/- 1.5 deg. Material Aluminum Alloy Lens Mount... -
Page 15: Connector Specifications
No.22S017-01 Connector Specifications Power/IO Connector RJ45 Connector RJ45 Connector This product is PoE compliant. Please supply power (+10.8 to +26.4 Vdc) through Power/IO connector when using non-PoE-compliant NIC. Pin Assignment Pin No. Signal Name Green LED Yellow LED Status Green Light ON Yellow Light OFF Power ON (1 Gbps NIC) Green Light OFF... -
Page 16: Power/Io Connector
No.22S017-01 Power/IO Connector HR10A-7R-6PB (Hirose) or equivalent This connector is for the power supply and input / output signals. The power from this connector is priority power for camera when power supplies through this connector and PoE at same time. Please use HR10A-7P-6S (Hirose) or equivalent for cable. - Page 17 No.22S017-01 1) Frame Trigger Wait The condition of camera operation with trigger signal can be check. “LOW” state of signal is out between “start exposing” to “image out”. 2) Frame Trigger The input trigger signal with the trigger delay (camera internal process delay). 3) Exposure Active While camera exposing, “HIGH”...
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Page 18: Opto-Isolated Input
No.22S017-01 Opto-isolated input The camera has current limiting circuit on camera. The current limiting resistor does not necessary. Opto-isolated output It is necessary to have current limit control to keep less than 50 mA. STC-LBS34POE-SWIR 18/72 Product Specifications and User’s Guide... -
Page 19: Open Collector Gpio
No.22S017-01 Open Collector GPIO This GPIO can be used for input or output. When using as output, it is necessary to have current limit control to keep current less than 50 mA. When using as input, current limiting resistor does not necessary. However, camera does not have current limiting circuit on camera. -
Page 20: Input And Output Signal Timing (Hardware Trigger)
No.22S017-01 Input and Output Signal Timing (Hardware Trigger) Case of “External Hardware Trigger”, “Timed Exposure Mode” and “Positive Edge Trigger” Camera internal processing External hardware Trigger signal Tdelay (*1) External hardware Trigger delay Parameter LineDebounceTime on GenICam Debounce Parameter TriggerDelay on GenICam Trigger delay Exposure Parameter ExposureTime on GenICam... -
Page 21: Input And Output Signal Timing (Software Trigger)
No.22S017-01 Input and Output Signal Timing (Software Trigger) Case of “Software Trigger”, “Timed Exposure Mode” and “Positive Edge Trigger” Camera internal processing Software trigger Parameter TriggerDelay on GenICam Trigger delay Exposure Parameter ExposureTime on GenICam Image out Output signals FrameTriggerWait ExposureActive FramTrigger SensorReadOut... -
Page 22: External Hardware Trigger Input Delay
No.22S017-01 External Hardware Trigger Input Delay The input trigger signal has some delay inside camera by photo coupler or transistor. Please refers example measurement of delay in below. 7.2.6.1 External Trigger Signal Delay (Positive polarity trigger signal) External Trigger Signal External Trigger Signal with camera internal delay Tdelay... -
Page 23: Measured External Trigger Signal Delay Through Opt-Isolated Port (Line 0)
No.22S017-01 7.2.6.3 Measured External Trigger Signal Delay through Opt-Isolated Port (Line 0) Measurement circuit Positive polarity trigger signal Negative polarity trigger signal Minimum active Minimum active Pull-up voltage Tdelay Pull-up voltage Tdelay pulse duration pulse duration +3.3 V 3 μseconds 4 μseconds +3.3 V 54 μseconds... -
Page 24: Measured External Trigger Signal Delay Through Open Collector Gpio Port (Line 2)
No.22S017-01 7.2.6.4 Measured External Trigger Signal Delay through Open Collector GPIO Port (Line 2) Measurement circuit Positive polarity trigger signal Negative polarity trigger signal Minimum active Minimum active Pull-up voltage Tdelay Pull-up voltage Tdelay pulse duration pulse duration +3.3 V 3.9 μseconds 6 μseconds +3.3 V... -
Page 25: Dimensions
No.22S017-01 Dimensions Unit: mm STC-LBS34POE-SWIR 25/72 Product Specifications and User’s Guide... -
Page 26: Sensor Information
No.22S017-01 Sensor Information Pixel Transferring Image STC-LBS34POE-SWIR Pixel1 of Pixel2 of Data Data Pixel (m) of Data: mth pixel being transferred STC-LBS34POE-SWIR 26/72 Product Specifications and User’s Guide... -
Page 27: 10 Camera Operational Modes
No.22S017-01 10 Camera Operational Modes Normal Mode 10.1 Exposure Time Expose Image out * The exposure time for each line is same. STC-LBS34POE-SWIR 27/72 Product Specifications and User’s Guide... -
Page 28: Pulse Width Trigger Mode
No.22S017-01 Pulse width trigger mode 10.2 In this trigger mode with positive polarity, the expose starts at rising edge of trigger signal and stops at falling edge of trigger signal. The expose period is high states of trigger signal. In this trigger mode with negative polarity, the expose starts at falling edge of trigger signal and stops at rising edge of trigger signal. -
Page 29: Exposure Timing With Positive Polarity Trigger Signal
No.22S017-01 Exposure Timing with Positive Polarity Trigger Signal Mono8 (PriorityMode = ImageQuality), Mono10: 1H = 7.475 µseconds Mono8 (PriorityMode = FrameRate): 1H = 6.949 µseconds Mono12: 1H = 13.091 µseconds Trigger signal (Positive polarity) *Note 3 Trigger signal with camera internal delay Tdelay *Note 2 Debounce... -
Page 30: Exposure Timing With Negative Polarity Trigger Signal
No.22S017-01 Exposure Timing with Negative Polarity Trigger Signal Mono8 (PriorityMode = ImageQuality), Mono10: 1H = 7.475 µseconds Mono8 (PriorityMode = FrameRate): 1H = 6.949 µseconds Mono12: 1H = 13.091 µseconds Trigger signal (Negative polarity) *Note 3 Trigger signal with camera internal delay Tdelay *Note 2 Debounce... -
Page 31: Edge Preset Trigger Mode
No.22S017-01 Edge Preset Trigger Mode 10.3 In this trigger mode with positive polarity, the expose starts at rising edge of trigger signal. The exposure duration time is based on preset exposure setting stored by camera setting communication. In this trigger mode with negative polarity, the expose starts at falling edge of trigger signal. The exposure duration time is based on preset exposure setting stored by camera setting communication. -
Page 32: Exposure Timing With Positive Polarity Trigger Signal
No.22S017-01 Exposure Timing with Positive Polarity Trigger Signal Mono8 (PriorityMode = ImageQuality), Mono10: 1H = 7.475 µseconds Mono8 (PriorityMode = FrameRate): 1H = 6.949 µseconds Mono12: 1H = 13.091 µseconds Trigger signal (Positive polarity) Trigger signal with camera internal delay Tdelay Debounce *Note 1... -
Page 33: Exposure Timing With The Negative Polarity Trigger Signal
No.22S017-01 Exposure Timing with the Negative Polarity Trigger signal Mono8 (PriorityMode = ImageQuality), Mono10: 1H = 7.475 µseconds Mono8 (PriorityMode = FrameRate): 1H = 6.949 µseconds Mono12: 1H = 13.091 µseconds Trigger signal (Negative polarity) Trigger signal with camera inside delay Debounce Tdelay *Note 2... -
Page 34: Edge Preset Trigger Mode (Trigger Input While Image Is Out)
No.22S017-01 Edge Preset Trigger Mode (Trigger input while image is out) 10.4 In this trigger mode with positive polarity, the expose starts at rising edge of trigger signal. The exposure duration time is based on the preset exposure setting stored by camera setting communication. In this trigger mode with negative polarity, the expose starts at falling edge of trigger signal. -
Page 35: 11 Camera Functions
No.22S017-01 11 Camera Functions Save and load the camera settings 11.1 The camera has the camera setting save function, and camera setting including factory default loads function. The camera has below two type of camera settings. Default: The factory default settings (This setting cannot change) UserSetX: Over writeable camera settings (X: 0 to 1) These camera settings load from ROM to register in RAM on camera, and camera settings at register in RAM on camera save to ROM. -
Page 36: Loading Camera Settings
No.22S017-01 Loading Camera Settings When executing “UserSetLoad”, camera settings load from selected ROM UserSet0 to 1 that was selected at “UserSetSelector” to Camera register at RAM. Settings Default Selector UserSetSelector Setting Procedure 1. Select “User Set X” (or Default) at “User Set Selector” 2. -
Page 37: Frame Rate
No.22S017-01 Frame rate 11.2 This parameter sets the frame rare (fps) of output image from camera. GenICam Parameters AcquisitionFrameRate IFloat Type Sets frame rate in Hz unit (*1) Range is changed with exposure time setting Default: 240.610187 (8bits output, Image quality priority) (*1) The approximate value of set value, sets to camera and display it. -
Page 38: Exposure Time
No.22S017-01 Exposure Time 11.4 This parameter sets variable exposure time. The control method is selectable from Manual exposure control, which uses preset exposure time. Auto exposure control, which is maintain exposure time with brightness of target. GenICam Parameters ExposureMode IEnumeration Type Exposure control selection Selection: “Off”... -
Page 39: Alc (Auto Light Control)
No.22S017-01 ALC (Auto Light Control) 11.6 ALC function has two control methods, which is AGC (Auto Gain Control) and auto shutter. The AGC and auto shutter can be set individually. The camera parameters are adjusted to brightness of image is maintained with target brightness automatically with ALC function. -
Page 40: Alc Control Method
No.22S017-01 Target Brightness Formula (AutoLuminanceTarget) 12bits output: Target Brightness (Gradient) = “AutoLuminanceTarget” × 16 10bits output: Target Brightness (Gradient) = “AutoLuminanceTarget” × 4 8bits output: Target Brightness (Gradient) = “AutoLuminanceTarget” About the importance ratio for brightness peak at ALC control (AutoLuminancePeak) When setting 0, Average: 100 %, Peak: 0 %. -
Page 41: Blooming Reduction Mode
No.22S017-01 Blooming Reduction Mode When using this mode, the blooming between pixels at pixel saturation, can be reduced. It is necessary to set more than 6 dB at AnalogGain when using this function. GenICam Parameter BloomingReductionMode IEnumeration Blooming reduction mode selection Type Selection: ON (On), OFF (Off) Default: Off... -
Page 42: Auto Shutter
No.22S017-01 Auto shutter The brightness of image maintains to keep target brightness with shutter automatically. If the brightness of image is darker than target brightness, exposure time extends up to “ExposureAutoLimitMax”. If the brightness of image is brighter than target brightness, exposure time becomes shorter up to “ExposureAutoLimitMin”. -
Page 43: Blacklevelcorrection
No.22S017-01 Black Level Correction 11.7 When the exposure is starting while image is output, below left image, which is different offset image may acquire due to the characteristics of CMOS image sensor of this camera. This issue can be avoided with adjusting timing of exposure start. But adjusting timing of exposure start influences frame rate. -
Page 44: Roi (Region Of Interest)
No.22S017-01 ROI (Region of Interest) 11.9 The specified region of image can be output from camera with ROI function. GenICam Parameters Width IInteger Type Width (horizontal size) of output image (in pixel) (“Width” + “OffsetX”) should not exceeded maximum width. Height IInteger Type Height (vertical size) of output image (in line) -
Page 45: Pixelformat
No.22S017-01 Pixel Format 11.10 The image format from camera can be set on PixelFormat. GenICam Parameters PixelFormat IEnumeration Type PixelFormat The following chart shows the available Pixel Formats on camera: Output Bits PixelFormat 8bits Mono8 10bits Mono10 10bits Packed Mono10Packed 12bits Mono12 12bits Packed... -
Page 46: Decimation
No.22S017-01 Decimation 11.12 When using Decimation mode, the decimated image can be output. The images below show decimated pixels (red squares) where they are output. Decimation X (OFF), Y (OFF) Decimation X (ON), Y (ON) Decimation X (OFF), Y (OFF) Decimation X (ON), Y (ON) GenICam Parameter DecimationHorizontal... -
Page 47: Trigger
No.22S017-01 Trigger 11.13 The trigger type (trigger source) is selectable at “TriggerSource” under “AcquisitionControl”. The trigger type (trigger source) is listed in below table. Software Software trigger generates by “TriggerSoftware” Software Signal 0 Software trigger generates by “SoftwareSignalControl” Software Signal 1 Software trigger generates by “SoftwareSignalControl”... -
Page 48: Image Flip
No.22S017-01 Image Flip 11.14 The horizontal flip image can be selected by “ReverseX”. The vertical flip image can be selected by “ReverseY”. GenICam Parameters ReverseX IBoolean Type Horizontal flip image ON / OFF selection Selection: “False” (Horizontal flip is Off), “True” (Horizontal flip is On) Default: “False”... -
Page 49: Flat Field Correction Function
No.22S017-01 Flat Field Correction Function 11.16 unevenness of When using this function, the black level of camera (DSNU) and shading on image that caused by characteristics of lens (amount of through light difference at center and edge of lens) and characteristics of light ( unevenness of sensitivity, PRNU) can be correct When using this function, please follow below procedure after set exposure time (ExposureTime), analog gain... -
Page 50: Ffc Function Procedure
No.22S017-01 FFC function procedure Procedure for unevenness of black level correction (DSNU) Shading camera Sets “Offset” at FFCSelector Sets “Once” at FFCAuto (then start correction process) (The image stops while proceeding) (BlackLevel is as target for this process. The process will be done about ten few seconds) Procedure for unevenness of sensitivity correction (PRNU) Acquiring even white target Sets “Gain”... -
Page 51: Lut Control
No.22S017-01 LUT Control 11.17 The output signal assigned table for input signal. GenICam Parameters LUT Selector IEnumeration Type Control LUT selection (Luminance is only selectable) Default: Luminance LUT Enabled IBoolean Type LUT ON / OFF selection LUT Index IInteger Type Index for LUT Range: 0 to 4,095 LUT Value... -
Page 52: Defective Pixel Correction
No.22S017-01 Defective pixel correction 11.18 The selected position of defective pixel is correcting with adjacent pixel information. The selected position of defective pixel of color camera is correcting with adjacent same color of pixel information. GenICam Parameters PixelCorrectionAll IBoolean Type Defective pixel correction ON / OFF selection Selection: “True”... -
Page 53: Counter And Timer Control
No.22S017-01 Counter And Timer Control 11.19 Controls “Timer” and “Counter”. Timer Control GenICam Parameters TimerSelector IEnumeration Type Fixed as “Timer0” TimerDelay IFloat Type Delay for “Timer0active” signal (in µsecond) Range: 0 to 16,777,215 Default: 0 TimerDuration IFloat Type Duration of “Timer0active” signal (in µsecond) Range: 1 to 16,777,215 Default: 1 TimerTrigger... -
Page 54: E.g. Event Control
No.22S017-01 Event Control 11.20 The camera internal signal can be output as specified event information, like “exposure end”, to PC used by GVCP (GigE Vision Control Protocol). e.g. Event control Notified “Exposure End” Exposure Active Sensor Read Out GVCP Event Exposure Start Event Exposure End Event Frame End Event Frame Start... -
Page 55: Chunk Control
No.22S017-01 Chunk Control 11.21 This function is attached additional image information to image data. For example, the exposure time and gain information do not include in image data itself. However, Chunk data transfers these parameters when image was acquiring. GenICam Parameters ChunkModeActive IBoolean Type Chunk control ON / OFF selection... -
Page 56: Ieee1588
No.22S017-01 IEEE1588 11.23 Precision Time Protocol (PTP) is implemented on camera, is synchronized to “Master Clock” in same network automatically. The camera supports IEEE 1588-2008 of PTP Version 2. The accuracy of time (Timestamp) synchronized is different based on network system configuration. 1) BMC (Best Master Clock) function BMC function is implemented on camera. - Page 57 No.22S017-01 3) How to use PTP Selects “True” at GevIEEE1588 then synchronize camera time to “Master Clock” (synchronize time is different depending on system). The camera is ready for action command after synchronize to “Master Clock”. 4) Synchronized exposure for trigger mode When action command generating, action command is broadcasting to each camera and camera starts exposing.
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Page 58: 12 Genicam Command
No.22S017-01 12 GenICam command DeviceControl 12.1 Name Description DeviceType Returns the device type. DeviceScanType Scan type of the sensor of the device. DeviceVendorName Name of the manufacturer of the device. DeviceModelName Model of the device. DeviceFamilyName Identifier of the product family of the device. DeviceManufacturerInfo Manufacturer information about the device. - Page 59 No.22S017-01 Name Description DeviceLinkSpeed Indicates the speed of transmission negotiated on the specified Link. [DeviceLinkSelector] DeviceLinkHeartbeatTimeout Controls the current heartbeat timeout of the specific Link. [DeviceLinkSelector] DeviceLinkCommandTimeout Indicates the command timeout of the specified Link. [DeviceLinkSelector] DeviceStreamChannelCount Indicates the number of streaming channels supported by the device. DeviceStreamChannelSelector Selects the stream channel to control.
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Page 60: Imageformatcontrol
No.22S017-01 ImageFormatControl 12.2 Name Description SensorWidth Effective width of the sensor in pixels. SensorHeight Effective height of the sensor in pixels. SensorShutterMode Sets the shutter mode of the device. WidthMax Maximum width of the image (in pixels). HeightMax Maximum height of the image (in pixels). BinningSelector Selects which binning engine is controlled by the Binning Horizontal and Binning Vertical features. -
Page 61: Acquisitioncontrol
No.22S017-01 AcquisitionControl 12.3 Name Description AcquisitionMode Sets the acquisition mode of the device. AcquisitionStart Starts the Acquisition of the device. AcquisitionStop Stops the Acquisition of the device at the end of the current Frame. AcquisitionFrameCount Number of frames to acquire in Multi Frame Acquisition mode. AcquisitionFrameRate Controls the acquisition rate (in Hertz) at which the frames are captured. -
Page 62: Analogcontrol
No.22S017-01 AnalogControl 12.4 Name Description GainSelector Selects which Gain is controlled by the various Gain features. Gain [GainSelector] Controls the selected gain as an absolute physical value. GainAuto [GainSelector] Sets the automatic gain control (AGC) mode. GainAutoLimitMin [GainSelector] Determine the lower limit of gain when Gain Auto is set to Continuous. GainAutoLimitMax [GainSelector] Determine the upper limit of gain when Gain Auto is set to Continuous. -
Page 63: Lutcontrol
No.22S017-01 LUTControl 12.5 Name Description LUTSelector Selects which LUT to control. LUTEnable [LUTSelector] Activates the selected LUT. LUTIndex [LUTSelector] Control the index (offset) of the coefficient to access in the selected LUT. LUTValue [LUTSelector] [LUTIndex] Returns the Value at entry LUT Index of the LUT selected by LUT Selector. -
Page 64: Digitaliocontrol
No.22S017-01 DigitalIOControl 12.7 Name Description LineSelector Selects the physical line (or pin) of the external device connector or the virtual line of the Transport Layer to configure. LineMode [LineSelector] Controls if the physical Line is used to Input or Output a signal. LineFormat [LineSelector] Controls the current electrical format of the selected physical input or output Line. -
Page 65: Counterandtimercontrol
No.22S017-01 CounterAndTimerControl 12.10 Name Description CounterSelector Selects which Counter to configure. CounterEventSource [CounterSelector] Select the events that will be the source to increment the Counter. CounterResetSource [CounterSelector] Selects the signals that will be the source to reset the Counter. CounterResetActivation [CounterSelector] Selects the Activation mode of the Counter Reset Source signal. -
Page 66: Eventcontrol
No.22S017-01 EventControl 12.11 Name Description EventSelector Selects which Event to signal to the host application. EventNotification [EventSelector] Activate or deactivate the notification to the host application of the occurrence of the selected Event. EventTestData Category that contains all the data features related to the Event Test generated using the Test Event Generate command. -
Page 67: Chunkdatacontrol
No.22S017-01 ChunkDataControl 12.13 Name Description ChunkModeActive Activates the inclusion of Chunk data in the payload of the image. ChunkSelector Selects which Chunk to enable or control. ChunkEnable [ChunkSelector] Enables the inclusion of the selected Chunk data in the payload of the image. -
Page 68: File Accesscontrol
No.22S017-01 File AccessControl 12.15 Name Description FileSelector Selects the target file in the device. FileOperationSelector [FileSelector] Selects the target operation for the selected file in the device. FileOperationExecute Executes the operation selected by File Operation Selector on the [FileSelector] [FileOperationSelector] selected file. -
Page 69: Transportlayercontrol
No.22S017-01 TransportLayerControl 12.17 Name Description PayloadSize Provides the number of bytes transferred for each image or chunk on the stream channel. PtpEnable Enable the Precision Time Protocol (PTP). PtpClockAccuracy Indicate the expected accuracy of the device PTP clock when it is the grandmaster, or in the event it becomes the grandmaster. - Page 70 No.22S017-01 Name Description GevGVCPExtendedStatusCodes Enables the generation of extended status codes. [GevGVCPExtendedStatusCodesSelector] GevGVCPPendingAck Enables the generation of PENDING_ACK. GevPrimaryApplicationSwitchoverKey Controls the key to use to authenticate primary application switchover requests. GevGVCPExpendedIDMode Enables the extended IDs mode. GevCCP Controls the device access privilege of an application. GevPrimaryApplicationSocket Returns the UDP source port of the primary application.
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Page 71: 13 Revision History
No.22S017-01 13 Revision History Date Changes Note 2022/06/17 ⚫ New Document 2022/08/02 ⚫ Revised Added “Export and Trade Control Laws” Note: Product specifications would be changed without notification. GigE Vision is trademark of A3 (Association for Advancing Automation). GenICam is trademark of EMVA. Other company names and product names in this document are trademarks of their respective owners. - Page 72 No.22S017-01 19F, Ebina Prime Tower 9-50, Chuo 2 chome Ebina-city, Kanagawa 243-0432 Japan TEL 81-46-236-6660 FAX 81-46-236-6661 URL https://www.sentech.co.jp/ STC-LBS34POE-SWIR 72/72 Product Specifications and User’s Guide...
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