JAI SW-4000Q-10GE User Manual Download Page 7

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Features

SW-4000Q-10GE

The SW-4000Q-10GE is a 4CMOS line scan camera using four 4096 pixel line sensors

mounted on a prism, for the R, G, B and NIR channels.

The camera outputs digital data in single-stream or dual-stream via 10 GigE interface.

Features overview

• Prism technology for superior color quality and better color differentiation.

• Pixel size can be switched (

7.5 µm x 7.5 µm, 7.5 µm x 10.5 µm

)

• Supports vertical dual-line binning, 2x horizontal binning, or both.

• It can output both video in visible region and video in the near-infrared region.

Supports Pixel Format RGBa8, which outputs video in the visible region and video

in the near-infrared region as single-stream.

Video in the visible region (RGB8, RGB10V1Packed, RGB10p32, YUV422) and video

in the near-infrared region (Mono8, Mono10Packed) can be output as dual-stream.

• High-speed scanning (Maximum line rate)

Pixel Format RGBa8(8bit) : 73 kHz

Pixel Format YUV422(8bit) + Mono8(8bit) : 74 kHz

Pixel Format RGB8(8bit) + Mono8(8bit) : 72 kHz

• HSI, sRGB, Adobe RGB and XYZ color space conversion.

• Support for connection of rotary encoders.

• Excellent shock and vibration resistance.

• GenICam compliant.

Connection example:

Camera

— 7 —

Lens

Switching hub

External Trigger

AC adapter

Summary of Contents for SW-4000Q-10GE

Page 1: ...or purchasing this product Be sure to read this manual before use This manual includes important safety precautions and instructions on how to operate the unit Be sure to read this manual to ensure proper operation The contents of this manual are subject to change without notice for the purpose of improvement 2019 JAI ...

Page 2: ...Pixel Sensitivity Correction 31 Gain Control 32 Lookup Table LUT 33 Gamma Function 34 ShadingCorrection 35 Black Level Correction 35 Variable Line Rate 36 Electronic Shutter 36 EEN Exposure Enable Function 36 Test Pattern Function 36 Color Space Conversion 37 Counter And Timer Control Function 38 Chromatic Aberration Correction 40 Connecting Rotary Encoders 40 Frame Start Trigger 41 Binning Functi...

Page 3: ...d and found to comply with the limits for a Class B digital device pursuant to Part 15 of the FCC Rules These limits are designed to provide reasonable protection against harmful interference in a residential installation This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the instructions may cause harmful interference to radio com...

Page 4: ... for the Administration of the control of Pollution by Electronic Information Products known as China RoHS The table shows contained Hazardous Substances in this camera mark shows that the environment friendly use period of contained Hazardous Substances is 15 years SW 4000Q 10GE ...

Page 5: ...thods to remove dust SW 4000Q 10GE Secure manually Do not secure too tightly Notes on LAN cable connection Secure the locking screws on the connector manually and do not use a driver Do not secure the screws too tightly Doing so may wear down the screw threads on the camera Tightening torque 0 147 Nm or less Notes on temperature conditions The guaranteed operating temperature and humidity of this ...

Page 6: ...els This blooming phenomenon can be seen in the image but does not affect the operation of the camera Fixed pattern noise When shooting dark objects in high temperature conditions fixed pattern noise may occur throughout the entire video monitor screen Defective pixels Defective pixels white and black pixels of the CMOS image sensor are minimized at the factory according to shipping standards Howe...

Page 7: ...egion and video in the near infrared region Supports Pixel Format RGBa8 which outputs video in the visible region and video in the near infrared region as single stream Video in the visible region RGB8 RGB10V1Packed RGB10p32 YUV422 and video in the near infrared region Mono8 Mono10Packed can be output as dual stream High speed scanning Maximum line rate Pixel Format RGBa8 8bit 73 kHz Pixel Format ...

Page 8: ...Q 10GE Lens mount M52 mount F mount Mount a M52 mount lens F mount lens etc here Before mounting a lens be sure to refer to Step 2 Connecting Devices and confirm the precautions for attaching a lens and the supported lens types 8 ...

Page 9: ...green Camera in operation Blinking green During operation in trigger mode trigger signals are being input The blinking interval is not related to the actual input interval of the external trigger POWER TRIG LED POWER TRIG LED Indicates the power and trigger input status LED status and camera status SW 4000Q 10GE ACT LED Indicates the network communication status 9 LINK LED Indicates the link statu...

Page 10: ...e In order to operate at the maximum line rate 10 25V DC power must be connected to both Pin1 Pin2 and Pin 11 Pin12 If you supply power to only one pin pair the camera may operate at less than the maximum line rate or may not operate at all IMPORTANT You must supply the same voltage to each pin pair If you supply different voltages to each pin pair the power unit of the camera will be damaged SW 4...

Page 11: ...ra locking screw holes M4 6mm depth Use these holes when mounting the camera directly to a wall or other structural system SW 4000Q 10GE 11 AUX connector 10 pin Camera side 3260 10S3 55 Hirose Electric or equivalent Cable side 3240 10P C 50 Hirose Electric or equivalent User side CAMERA side User side JAI Camera side Recommended external input circuit diagram reference example ...

Page 12: ...the procedures for adjusting the gain white balance and black level as examples and adjust the image quality SW 4000Q 10GE Preparation Preparation Process Step 1 Installing the Software first time only When using the camera for the first time install the software for configuring and controlling the camera eBUS SDK for JAI on the computer When you install eBUS SDK for JAI eBUS SDK for JAI player wi...

Page 13: ...the lens Caution Note The following formula can be used to estimate the focal length focal length WD 1 W w WD Working distance distance between lens and object W Width of object w Width of sensor 30 72 mm on this camera Direct connection When mounting the camera directly to another device for example use screws that match the camera locking screw holes on the camera M4 6 mm depth For heavy lenses ...

Page 14: ...standard Correctly select the LAN cable type according to the Ethernet standard to be used About the longest cable length Network card Install this in the computer that will be used to configure and operate the camera Refer to the instruction manual of the network card and configure settings on the computer as necessary Refer to the specifications of the cable for details on its bend radius Ethern...

Page 15: ...lights amber and initialization of the camera starts When initialization is complete the POWER TRIG LED lights green Verify whether power is being supplied to the camera by checking the rear LED When properly turned on Lit green For details on how to read the LEDs see LED status and camera status in the Parts Identification section Step 4 Verifying the Connection between the Camera and PC Verify w...

Page 16: ...SW 4000Q 10GE 16 The connected camera is listed Please select one camera Push Select Connect button 2 Select the camera you want to configure ...

Page 17: ...d Push the Device control button The screen shown below will be displayed In this window you can adjust various settings of the camera This completes the procedure for verifying whether the camera is properly recognized and whether control and settings configuration are possible ...

Page 18: ... Varies depending on settings SW 4000Q 10GE 18 Step 5 Configuring Basic Settings for the Camera 1 Set Exposure Mode to Timed 2 Specify the exposure time in Exposure Time 3 Set Trigger Mode to On and set Trigger Selector to Line Start 4 If necessary change the Trigger Source and Trigger Activation settings When Controlling the Exposure Time Using Specified Exposure Times Configure the settings as f...

Page 19: ...de to Timed 2 Set Trigger Mode to Off 3 Specify a line period slower than the exposure time in Acquisition Line Rate 4 Specify the exposure time in Exposure Time When Controlling the Exposure Time Using Specified Exposure Times Configure the settings as follows Control Without External Triggers When Not Controlling the Exposure Time Configure the settings as follows The exposure will be performed ...

Page 20: ...tter 3 Perform DSNU correction For details on this setting Pixel Sensitivity Correction 4 Perform PRNU correction For details on this setting Pixel Sensitivity Correction 5 Adjust the black level For details on this setting Black Level Correction Display the camera image and adjust the image quality Displaying the Image Display the image captured by the camera When you push Play button the camera ...

Page 21: ...The setting values configured in the player eBUS SDK for JAI will be deleted when the camera is turned off By saving current setting values to user memory you can load and recall them whenever necessary You can save up to three sets of user settings in the camera User Set1 to 3 eBUS SDK for JAI Player 一時メモリ UserSet1 UserSet2 UserSet3 DefaultSet Working Set Memory Flash Memory RAM Note Changes to s...

Page 22: ...ved as user settings To load user settings 1 Stop image acquisition User settings can only be loaded when image capture on the camera is stopped 2 Select the settings to load UserSet1 to UserSet3 in UserSetSelector 3 Select UserSetLoad and click UserSetLoad The selected user settings are loaded ...

Page 23: ...UserOutput2 UserOutput3 Action0 ーーーーーーーーーー Action1 ーーーーーーーーーー Action2 ーーーーーーーーーー Action3 ーーーーーーーーーー PulseGenerator0 ーーーー PulseGenerator1 ーーーー PulseGenerator2 ーーーー PulseGenerator3 ーーーー Encoder Trigger Encoder Direction ーーーーー Logic Block 0 ー Logic Block 1 ー Acquisition Active ーーーーーーーーー Exposure Active ーーーーー LVAL ーーーーー Signals to use...

Page 24: ...000Q 10GE 24 GPIO Digital Input Output Settings The unit can input output the following signals to and from external input output connectors These signals can be used as triggers and other necessary signals within the camera or as signals output from the camera to the system such as those used for lighting equipment control Signals are selected as follows When using external signals or the signals...

Page 25: ...ed RGB10p32 YUV422_8 YUV422_8_UYVY Stream 1 Mono8 Mono10Packed There are ten combinations of PixelFormat that can be set as shown below The fastest line rate can be realized by setting 7 YUV422_8 Mono8 or 9 YUV422_8_UYVY Mono8 With the smallest number of bits per pixel By setting 4 RGB10V1Packed Mono10Packed or 6 RGB10p32 Mono10Packed which has the largest number of bits per pixel the highest imag...

Page 26: ...elFormat Dual Stream output First stream Stream 0 setting 1 Select RGB in ImageFormatControl ComponentSelector 2 Select RGB8 RGB10V1Packed YUV422_8_UYVY or YUV422_8 in PixelFormat Second stream Stream 1 setting 1 Select NIR in ImageFormatControl ComponentSelector 2 Select Mono8 or Mono10Packed in PixelFormat ComponentSelector RGB ComponentSelector NIR 1 Single Stream RGBa8 ー Stream 0 Stream 1 2 RG...

Page 27: ...nput of external trigger signal AcquisitionStart Start image acquisition in response to the external trigger signal input AcquisitionEnd Stop image acquisition in response to the external trigger signal input FrameTransferStart Output acquired images at a specified timing in response to an external trigger signal input There is a limit to the number of image frames that can be stored internally Ex...

Page 28: ...B8 4096 14 70 0 4 3 6 37 0 6 56 2048 7 69 0 4 3 6 30 4 3 28 16 5 45 0 4 3 6 23 9 0 03 RGBa8 4096 14 49 0 4 3 6 37 0 6 56 2048 7 37 0 4 3 6 30 4 3 28 16 5 45 0 4 3 6 23 9 0 03 RGB10V1Pack ed 4096 18 27 0 4 3 6 37 0 6 56 2048 9 42 0 4 3 6 30 4 3 28 16 5 45 0 4 3 6 23 9 0 03 RGB10p32 4096 18 27 0 4 3 6 37 0 6 56 2048 9 42 0 4 3 6 30 4 3 28 16 5 45 0 4 3 6 23 9 0 03 YUV422_8 4096 13 52 0 4 3 6 37 0 6 ...

Page 29: ...ut period D μs 4096 14 70 0 27 37 0 6 56 2048 7 69 0 27 30 4 3 28 16 5 45 0 27 23 9 0 03 4096 14 49 0 27 37 0 6 56 2048 7 37 0 27 30 4 3 28 16 5 45 0 27 23 9 0 03 4096 18 27 0 27 37 0 6 56 2048 9 42 0 27 30 4 3 28 16 5 45 0 27 23 9 0 03 4096 18 27 0 27 37 0 6 56 2048 9 42 0 27 30 4 3 28 16 5 45 0 27 23 9 0 03 4096 13 52 0 27 37 0 6 56 2048 6 76 0 27 30 4 3 28 16 5 45 0 27 23 9 0 03 4096 13 53 0 27...

Page 30: ... 4 3 28 0 3 16 5 45 0 26 23 9 0 03 0 3 4096 14 49 0 26 37 0 6 56 0 3 2048 7 37 0 26 30 4 3 28 0 3 16 5 45 0 26 23 9 0 03 0 3 4096 18 27 0 26 37 0 6 56 0 3 2048 9 42 0 26 30 4 3 28 0 3 16 5 45 0 26 23 9 0 03 0 3 4096 18 27 0 26 37 0 6 56 0 3 2048 9 42 0 26 30 4 3 28 0 3 16 5 45 0 26 23 9 0 03 0 3 4096 13 52 0 26 37 0 6 56 0 3 2048 6 76 0 26 30 4 3 28 0 3 16 5 45 0 26 23 9 0 03 0 3 4096 13 53 0 26 3...

Page 31: ... Pixel Gain Correct Perform DSNU Pixel Black Correct calibration again whenever the exposure time or analog base gain value is adjusted A single correction data entry can be saved on the camera for each user When calibration is performed the correction data is saved to the non volatile ROM at the same time PRNU Correction Pixel Gain Correct PRNU photo response non uniformity is a variation between...

Page 32: ...Master Mode and a mode where R G B and NIR gain are adjusted individually Individual Mode Master Mode Set Individual Gain Mode to Off and adjust the gain by configuring the following four items Digital All x 1 x 8 0dB 18dB Digital Red x 0 67 x 4 4dB 12dB Digital Blue x 0 67 x 4 4dB 12dB Digital NIR x 0 67 x 4 4dB 12dB Individual Mode Set Individual Gain Mode to On and adjust the gain by configurin...

Page 33: ...ted index SW 4000Q 10GE 33 Lookup Table LUT The LUT function is used to generate a non linear mapping between signal values captured on the sensor and those that are output from the camera You can specify the output curve using 257 setting points indexes To use the LUT function Configure the settings as follows LUT Value LUT values range from 0 at the lowest to 4095 at the highest Linear interpola...

Page 34: ...f the monitor are not linear the entire image may be darker or the gradation in the dark areas may be less noticeable when camera outputs are displayed without processing The gamma function can be used to correct the camera signals with an opposite direction curve and produce a display that is close to linear 0 0 2 0 4 0 6 0 8 1 0 1 2 Example of the light emitting properties of the monitor display...

Page 35: ... is effective when used during actual use You can also save the setting and have it applied whenever the power is subsequently turned on For details on saving the setting see Step 7 Saving the Settings For Flat Shading and Color Shading the maximum correction gain amount is limited to 8 times the gain amount before correction in all pixels If the highest luminance level in the image is 175 LSB 10 ...

Page 36: ...ulated to the sensor The signal is output to the DC IN TRIG IN connector 12 pin round or AUX connector Example Output to DC IN TRIG IN connector 12 pin round Trigger Exposure EEN Internal External Test Pattern Function You can display the following types of test patterns Off White GrayPattern1 GrayPattern2 ColorBar Video output is not possible while a test pattern is being executed This function i...

Page 37: ...era properly To display them properly XYZ or HSI compatible image processing must be performed on the computer side Caution Configuration 3x3 table Select the item you want to configure in ColorMatrixValueSelector And configure the value in ColorMatrixValue ColorMatrixValue can be set to a value from 2 to 2 ColorTransformation ColorTransformationMode ColorTransformationRGBMode RGB sRGB RGB sRGB RG...

Page 38: ...s Counter2 Counts the number of Exposure Start instances Counter3 Counts the number of Frame Trigger instances Counter4 Counts the number of Frame Start instances Counter5 Counts the number of Frame Transfer End instances When a problem occurs in a system that includes this camera comparing the values from multiple counters allows you to verify the extent of normal operability and can be useful wh...

Page 39: ...sing Edge Counter5 Falling Edge Specify timing at which to count This setting is fixed Item Counter 0 5 SW 4000Q 10GE 39 Internal camera blocks Event detection Counter At event occurrence or count up Counter At event occurrence or count up Counter At event occurrence or count up Counter At event occurrence or count up Counter reset Read requested counter value Internal MCU of camera Send informati...

Page 40: ...rigger signals or detect the scanning direction of the subject in response to signals output from the rotary encoder Adjustment procedure 1 Input the two signals phase A and phase B from the rotary encoder Select which I O on the camera Line5 OptIn1 Line4 TTLIn1 Line10 TTLIn2 Line13 TTLIn3 you want to input each of the two outputs from the rotary encoder phase A Encoder Source A phase B Encoder So...

Page 41: ...Trigger skip the image data of the number of lines of Offset Y and send the data of Data Leader image data Data Trailer Upon completion of data transmission for one frame no data will be sent until the next Frame Start Trigger is received One frame of image data One frame of image data Frame Start Trigger Frame Start Trigger Time passed Chunk Data first line of every frame only is sent after Data ...

Page 42: ...ional Scanning Function The ROI region of interest function allows you to output images by specifying the areas to scan ROI Settings Specify the area to scan by specifying width and horizontal offset values under Image Format Control The setting ranges for the ROI function s readable area based on the Binning setting Binning Horizontal are as follows Offset X pixels Offset Y pixels BinningHorizont...

Page 43: ...set ChunkEnable from False to True The Chunk Data function settings cannot be changed during image output To change the settings stop Acquisition Caution Note When ChunkModeActive is set to True ChunkImage is automatically set to True For items that can be added to image data as Chunk Data refer to n ChunkDataControl in the setting item list Delayed Readout Delayed readout allows images captured b...

Page 44: ...RStart ExposureNIREnd SW 4000Q 10GE Event Control Function The Event Control Function is a function that outputs a signal change point inside the camera as information indicative of an event occurrence event message by using GVCP GigE Vision Control Protocol Events that can use the Event Control Function Events that can use the Event Control Function are as follows You can specify whether or not t...

Page 45: ...ngs of the camera 1 Specify ActionDeviceKey 2 Then specify two actions that can be configured on the camera Action1 Select 1 in ActionSelector Specify ActionGroupMask ActionSelector Specify ActionGroupKey ActionSelector Action2 Select 2 in ActionSelector Specify ActionGroupMask ActionSelector Specify ActionGroupKey ActionSelector 3 Set triggers AcquisitionStart AcquisitionEnd FrameStart Acquisitio...

Page 46: ...d it returns an ACK response Then execute reset Mainboard Mainboard Select the area of the camera s interior for which to display the temperature sensor s reading fixed Mainboard DeviceTemperature C ーー Display the internal temperature C of the camera 0 9223372036854775807 maximum value of unsigned 64 bit 0 Display the timestamp value Resets to 0 when the signed maximum 64 bit value is exceeded ー ...

Page 47: ...he maximum value varies depending on the PixelFormat and ROI settings ー Acquisition Start Select the trigger operation Setting range Acquisition Start Acquisition End Line Start Frame Start Frame Transfer Start TriggerMode Off On Off Select the trigger mode TriggerSource ー Line4 TTL In 1 Select the trigger signal source Setting range PulseGenerator0 PulseGenerator1 PulseGenerator2 PulseGenerator3 ...

Page 48: ... black level to configure BlackLevel DigitalAll 133 255 DigitalRed 64 64 DigitalBlue 64 64 DigitalNIR 64 64 DigitalAll 0 DigitalRed 0 DigitalBlue 0 DigitalNIR 0 Set the black level value Off Once Preset5000K Preset6500K Preset7500K Off Enable disable auto white balance 16 4096 step 16 4096 Set the area for adjusting white balance 0 4080 step 16 0 Set the area for adjusting white balance ー Idle Dis...

Page 49: ... inversion for the selected input signal or output signal Line Status True False ー Display the status of the input signal or output signal True High False Low Line Source ーー Select the line source signal for the item selected in Line Selector Setting range Acquisition Active Frame Active Exposure Active LVAL Pulse Generator 0 Pulse Generator 1 Pulse Generator 2 Pulse Generator 3 User Output 0 Use...

Page 50: ...n Configure settings for encoder control Off Line4 TTL In 1 Line5 Opt In 1 Line10 TTL In 2 Line13 TTL In 3 Off Select where to input the signal from the rotary encoder Off Line4 TTL In 1 Line5 Opt In 1 Line10 TTL In 2 Line13 TTL In 3 Off Select where to input the signal from the rotary encoder 1 4294967295 65536 Set the number of triggers to be generated during one pitch of the rotary encoder The ...

Page 51: ... Input source signal is inverted Logic Block Output Inverter True True Selects if the selected Logic Block Output signal is inverted True fixed Setting range Default value Description Configure settings for action control 0x00000000 0xFFFFFFFF ー An action command is executed if this ActionDeviceKey matches the DeviceKey contained in the action command message ー 256 Fixed Indicates the size of the ...

Page 52: ...x9302 Event Exposure Red Start Timestamp ーー Displays the Timestamp value when an event occurs Event Exposure Red Start Frame ID ーー Displays the FrameID value when an event occurs ーー When the event ExposureRedEnd occurs the following three data can be checked Event Exposure Red End ーー Display the EventID 0x9303 Event Exposure Red End Timestamp ーー Displays the Timestamp value when an event occu...

Page 53: ...ine10 Falling Edge Timestamp ーー Displays the Timestamp value when an event occurs Event Line10 Falling Edge FrameID ーー Displays the FrameID value when an event occurs ーー When the event Line12RisingEdge occurs the following three data can be checked Event Line12 Rising Edge ーー Display the EventID 0x9343 Event Line12 Rising Edge Timestamp ーー Displays the Timestamp value when an event occurs Eve...

Page 54: ...r3 Frame Trigger ChunkID 200Eh Counter4 Frame Start ChunkID 202Bh Counter5 Frame Transfer End ChunkID 2011h Common Red Green Blue NIR Common Select ExposureTime to diplay the ChunkExposureTime ChunkExposureTime ーー Display the ExposureTime DataType Float ExposureTime Red ChunkID 201Ch ExposureTime Green Common ChunkID 2004h ExposureTime Blue ChunkID 201Dh ExposureTime NIR ChunkID 202Ch ーー ChunkID...

Page 55: ...thin250ns Within1us Within2p5u Within10us Within25us Within100us Within250us Within1ms Within2p5ms Within10ms Within25ms Within100ms Within250ms Within1s Within10s GreaterThan10s AlternatePTPProfile Unknown Reserved ーー Display the status of IEEE 1588 clock Status Initializing Faulty Disabled Listening PreMaster Master Passive Uncalibrated Slave Version 1 1 Version 2 0 Version 1 1 Selects the GigE...

Page 56: ...The setting range varies depending on the ClockPreScaler value PulseGeneratorEndPointValue 1 1048575 15000 Set the start point of the Low interval as a clock count When the counter reaches this value the output will be 0 PulseGeneratorEndPoint ms 0 42949 6 0 15 Set the start point of the Low interval in milliseconds When the counter reaches this value the output will be 0 The setting range varies ...

Page 57: ...el Black Correction execution The results will be one of the following 0 Idle 1 Succeeded 2 Error1 Image was too bright 3 Error2 Image was too dark 4 Error3 Could not calibrated Off Default User1 User2 User3 Default Select the user area to which to save the gain correction value ーー Generate gain correction data automatically from the captured image Caution When PixelBlackCorrectionMode is set to ...

Page 58: ...le Use the gamma function to correct the display As the light emitting properties of the monitor are not linear the entire image may be darker or the gradation in the dark areas may be less noticeable when camera outputs are displayed without processing Using the gamma function performs correction to produce a display that is close to linear For details see Gamma Function Problem Cause and solutio...

Page 59: ...it DigitalBlue 64 64 LSB 12bit DigitalNIR 64 64 LSB 12bit Default setting Output black level at 0 33LSB during 10 bit Digital image output format Video S N ratio 55 dB or more when Gain 0 dB Gain adjustment Analog Base Gain 0dB 6dB 12dB Digtal IndividualGainMode Oﬀ Digital All x 1 x 8 0dB 18dB Digital Red x 0 67 x 4 4dB 12dB Digital Blue x 0 67 x 4 4dB 12dB Digital NIR x 0 67 x 4 4dB 12dB Individu...

Page 60: ...e back M52 mount 46 5 mm in air tolerance 0 mm to 0 05 mm F mount 46 5 mm tolerance 0 mm to 0 05 mm Operating temperature humidity 5 45 20 80 non condensing Storage temperature humidity 25 60 20 80 non condensing Connectors LEDs Lens mount M52 mount F mount Test pattern Available Oﬀ White GrayPattern1 Ramp GrayPattern2 Stripe ColorBar Image porcessing 1 Pixel sensitivity correction Pixel correctio...

Page 61: ...SW 4000Q 10GE 61 Spectral Response Wave length nm Relative Response ...

Page 62: ...SW 4000Q 10GE 62 Dimensions F mount SW 4000Q 10GE F Dimensional tolerance 0 3mm Unit mm ...

Page 63: ...SW 4000Q 10GE 63 M52 mount SW 4000Q 10GE M52 Dimensional tolerance 0 3mm Unit mm ...

Page 64: ...0 794 1 0 891 0 1 1 1 122 2 1 259 3 1 413 4 1 585 5 1 778 6 1 995 7 2 239 8 2 512 9 2 818 10 3 162 11 3 548 12 3 981 13 4 467 14 5 012 15 5 623 16 6 31 17 7 079 18 7 943 19 8 913 20 10 21 11 22 22 12 589 23 14 125 24 15 849 25 17 783 26 19 953 27 22 387 28 25 119 29 28 184 30 31 623 31 35 481 32 39 811 33 44 668 34 50 119 35 56 234 36 63 096 ...

Page 65: ...and Windows are trademarks or registered trademarks of Microsoft Corporation in the United States and other countries Intel and Intel Core are trademarks of Intel Corporation in the United States and other countries Other system and product names described in this document are trademarks or registered trademarks of their respective owners The and symbols are not used in this document ...

Page 66: ... 62 Ｅ Exposure Mode 27 F Factory default settings 21 Feature Properties 46 Frame Start Trigger 41 G Gamma Function 34 GPIO 24 I Installing the Software 12 L LAN Cable 14 LED 9 Lens 13 Lens mount 13 Lookup Table 33 LUT 33 N Network card 14 O Output format 25 P Parts Identification 8 POWER TRIG LED 9 R Regional Scanning Function 42 RJ 45 connector 9 ROI 42 S Saving the Settings 21 Setting List 46 Sh...

Page 67: ...SW 4000Q 10GE 67 Revision Date Changes Revision history 1 0 Apr 2019 First version ...

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