Baumer VCXG.2-124C Operating Manual Download Page 1

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V1.0 | 10/11/2022 | 11720432

EN-US

Operating Manual

VCXG.2 / VCXG.2.XC / VCXG.2.I / VCXU.2

(Gigabit Ethernet / USB3.0)

Summary of Contents for VCXG.2-124C

Page 1: ...V1 0 10 11 2022 11720432 EN US Operating Manual VCXG 2 VCXG 2 XC VCXG 2 I VCXU 2 Gigabit Ethernet USB3 0...

Page 2: ...atus indicator 17 3 2 3 Camera models 18 3 2 4 Dimensional drawing 18 3 3 VCXG 2 I 19 3 3 1 Conception 19 3 3 2 LED status indicator 19 3 3 3 Camera models 20 3 3 4 Dimensional drawing 21 3 4 VCXU 2 2...

Page 3: ...ass color cameras 54 6 4 3 Spectral sensitivity 54 7 Electrical installation 58 7 1 General instructions for electric installation 58 7 2 VCXG 2 58 7 2 1 Pin assignment 58 7 2 2 Digital IO 60 7 2 3 GP...

Page 4: ...1 1 19 TriggerMode 84 11 1 20 TriggerOverlap 85 11 1 21 TriggerSelector 85 11 1 22 TriggerSoftware 85 11 1 23 TriggerSource 86 11 2 Category ActionControl GigE only 86 11 2 1 ActionDeviceKey 87 11 2 2...

Page 5: ...rEventSource 110 11 7 4 CounterReset 111 11 7 5 CounterResetActivation 111 11 7 6 CounterResetSource 111 11 7 7 CounterSelector 112 11 7 8 CounterValue 113 11 7 9 CounterValueAtReset 113 11 7 10 Frame...

Page 6: ...ansition 126 11 9 34 DeviceTemperatureStatusTransitionSelector 126 11 9 35 DeviceType 127 11 9 36 DeviceUserID 127 11 9 37 DeviceVendorName 127 11 9 38 DeviceVersion 128 11 9 39 ReadOutTime 128 11 9 4...

Page 7: ...el formats only 166 11 12 13ReverseY monochrome cameras pixel formats only 166 11 12 14SensorHeight 167 11 12 15SensorName 167 11 12 16SensorPixelHeight 167 11 12 17SensorPixelWidth 167 11 12 18Sensor...

Page 8: ...ntIPConfigurationPersistentIP 187 11 17 2 8 GevCurrentSubnetMask 188 11 17 2 9 GevFirstURL 188 11 17 2 10 GevGVCPExtendedStatusCodes 188 11 17 2 11 GevGVCPExtendedStatusCodesSelector 188 11 17 2 12 Ge...

Page 9: ...tor 203 11 19 Category boCalibrationData 204 11 19 1 boCalibrationAngularAperture 204 11 19 2 boCalibrationDataConfigurationMode 204 11 19 3 boCalibrationDataSave 204 11 19 4 boCalibrationDataVersion...

Page 10: ...List of contents Baumer x Operating Manual VCXG 2 VCXG 2 XC VCXG 2 I VCXU 2 Vp1 0 13 6 Packet Resend 216...

Page 11: ...ty regulations apply The illustrations in this manual are examples only Deviations are at the discretion of Baumer at all times 1 2 Warnings in this manual Warnings draw attention to potential persona...

Page 12: ...of the manual n Improper use n Use of unqualified personnel n Unauthorized conversions The obligations agreed in the delivery contract the general terms and conditions and the deliv ery conditions of...

Page 13: ...s product for installation Out puts not in use must not be wired Unused wires of cable outputs must be insulated Do not go below the permissible cable bending radii Disconnect the system from power be...

Page 14: ...0 3 Description 3 1 VCXG 2 3 1 1 Conception 1 2 3 1 Lens mount C mount 2 Power supply Digital IO 3 Network connection with LEDs 3 1 2 LED status indicator 1 2 Signal Meaning 1 green Connection active...

Page 15: ...6 VCXG 2 82M 2 3 2848 2832 15 15 VCXG 2 124M 1 1 4096 3000 15 10 VCXG 2 127M 1 1 1 4096 2992 10 10 VCXG 2 201M R 1 5472 3648 9 6 VCXG 2 204M 1 1 1 4480 4496 6 6 VCXG 2 241M 1 2 5312 4592 5 5 Color VCX...

Page 16: ...umer 16 Operating Manual VCXG 2 VCXG 2 XC VCXG 2 I VCXU 2 Vp1 0 3 1 4 Dimensional drawing 29 29 20 20 4 45 7 2 8 7 20 3 28 7 20 22 40 C mount 6 6 0 35 48 9 8 9 3 8 x M3 x 4 2 x M3 x 4 Ill 1 Dimensiona...

Page 17: ...3 2 1 Conception 1 2 3 4 5 1 Lens mount C mount 2 Cooling channel inlet 3 Cooling channel outlet 4 Network connection 5 Power supply Digital IO 3 2 2 LED status indicator 1 2 Signal Meaning 1 green Co...

Page 18: ...sor size Resolution Max FPS Monochrom VCXG 2 51M XC 2 3 2448 2048 35 5 23 5 VCXG 2 241M XC 1 2 5312 4592 5 5 3 2 4 Dimensional drawing 4 x M3 x 4 5 26 8 9 46 1 8 75 C Mount 26 3 5 8 x M3 x 4 5 36 7 te...

Page 19: ...tion 1 2 3 4 5 1 Lens mount C mount 2 4 x tube adapter with front mounting threads 3 Power supply Digital IO 4 Network connection 5 GigE status indicator 3 3 2 LED status indicator 1 2 Signal Meaning...

Page 20: ...9 5 VCXG 2 51M I 2 3 2448 2048 35 5 23 5 VCXG 2 82M I 2 3 2848 2832 15 15 VCXG 2 127M I 1 1 1 4096 2992 10 10 VCXG 2 201M R I 1 5472 3648 9 6 VCXG 2 241M I 1 2 5312 4592 5 5 Color VCXG 2 15C I 1 1 8 1...

Page 21: ...2 XC VCXG 2 I VCXU 2 Operating Manual 21 3 3 4 Dimensional drawing 50 8 12 9 10 2 6 95 28 7 R 3 4 x temperature measurement point 40 40 25 5 18 6 10 7 26 38 4 8 33 8 x M3 x5 2 x M3 x 5 26 26 4 x M 3...

Page 22: ...Vp1 0 3 4 VCXU 2 3 4 1 Conception 1 2 3 4 1 Lens connection C mount 2 Digital IO 3 USB3 0 4 LED 3 4 2 LED status indicator 1 Signal Meaning 1 green flashing Power on green continuous Connection via U...

Page 23: ...36 55 5 VCXU 2 50 M 2 3 2448 2048 73 VCXU 2 50 MP 2 3 2448 2048 73 VCXU 2 51 M 2 3 2448 2048 35 VCXU 2 65 M R 1 1 8 3072 2048 47 VCXU 2 123 M 1 1 4096 3000 31 VCXU 2 201 M R 1 5472 3648 15 Color VCXU...

Page 24: ...aumer 24 Operating Manual VCXG 2 VCXG 2 XC VCXG 2 I VCXU 2 Vp1 0 3 4 4 Dimensional drawing 29 29 20 18 6 15 8 2 6 20 3 28 7 20 22 30 C mount 6 6 0 35 37 8 8 9 3 8 x M3 x 4 2 x M3 x 4 Ill 4 Dimensional...

Page 25: ...the packaging c Only remove packaging immediately before mounting 4 2 Delivery inspection Upon receipt immediately inspect the delivery for completeness and transport damage Claim any defect as soon...

Page 26: ...ating tempera ture VCXG 2 0 C 41 F 60 C 140 F 1 65 C 149 F VCXG 2 XC 0 C 32 F 65 C 149 F 75 C 167 F VCXG 2 I 0 C 32 F 65 C 149 F VCXU 2 0 C 41 F 60 C 140 F 1 65 C 149 F Humidity 10 90 non condensing 1...

Page 27: ...mm Acceleration 10 g Test duration 150 min axis Vibration broad band IEC 60068 2 64 Frequency range VCXG 2 XC VCXU 2 10 2000 Hz VCXG 2 I 5 2000 Hz Acceleration 10 g Test duration 300 min axis Shock I...

Page 28: ...eStatus has changed Temperature exceeding the value set at HighToExeeded will set function DeviceTemperature Exceeded to True and switch off the sensor to reduce current consumption while the LED stat...

Page 29: ...7 F VCXG 2 51MP 75 C 167 F VCXG 2 65M R VCXG 2 65C R 72 C 163 4 F VCXG 2 82M VCXG 2 82C 75 C 167 F VCXG 2 124M VCXG 2 124C 75 C 167 F VCXG 2 127M VCXG 2 127C 75 C 167 F VCXG 2 201M R VCXG 2 201C R 75...

Page 30: ...of heat As there are numerous pos sibilities for installation Baumer recommends no specific method for proper heat dissipation but suggest the following principle a Every form of convection around th...

Page 31: ...VCXG 2 VCXG 2 XC VCXG 2 I VCXU 2 Operating Manual 31 VCXG 2 I T Temperature measuring point T Maximum temperature 65 C 149 F VCXU 2 T Temperature measuring point T Maximum temperature 65 C 149 F 60 C...

Page 32: ...as tested with compressed air at 3 bar according to ISO 8573 1 2010 1 4 2 Par ticle Water Oil Maximum permitted pressure is 6 bar 1 2 3 4 5 1 cold air 2 Compressor 3 Cooling channel inlet 4 Cooling ch...

Page 33: ...with operating conditions The maximum ambient temperature of 85 C 185 F must not be exceeded neither for the camera nor the components since it is the maximum temperature specified for the connectors...

Page 34: ...rtain applications To replace the filter proceed as follows NOTICE Dust contaminated optical surfaces Prevent filter sensor and lens from contamination by dust and suspended matter Any filter exchange...

Page 35: ...lens and camera protection are still available for particular cam era models Instruction a Mount the Modular Tube System as shown in the illustration below b Baumer recommends ELKALUB GLS 867 grease...

Page 36: ...XG 2 VCXG 2 XC VCXG 2 I VCXU 2 Vp1 0 Tube adapter Art No 11185373 A A 49 5 A A 5 25 2 75 2 5 3 3 25 M47 x 0 75 M 47 Art No 11185377 A A 5 6 A A 5 25 2 75 2 5 3 3 25 M62 x 0 75 M 62 95 A A 5 25 2 75 2...

Page 37: ...O Ring M 47 O Ring 5 7 0 x M 7 4 44 A A A A 49 5 6 15 M 47 x 0 75 12 5 7 0 x M 7 4 36 A A A A 44 6 5 7 0 x M 7 4 39 49 5 O Ring Art No 11211571 Art No 11185376 Art No 11185375 5 7 0 x M 2 6 59 5 7 0...

Page 38: ...XC VCXG 2 I VCXU 2 Vp1 0 92 M x 0 75 89 O 92 M x 0 75 95 O O Ring A A A A 7 25 15 12 92 M x 0 75 89 O 92 M x 0 75 95 O O Ring A A A A 7 25 39 36 M 92 Art No 11704397 Art No 11704394 5 7 0 x M 2 9 89 5...

Page 39: ...ted safety cover glass A A A A 49 5 46 M47 x 0 75 38 1 40 5 4 44 M 47 Art No 11185374 Cover Glass Acryl Art No 11195426 Cover Glass restistant laminated safety cover glass M 62 A A A A 5 6 1 6 M62 x 0...

Page 40: ...5 Installation Baumer 40 Operating Manual VCXG 2 VCXG 2 XC VCXG 2 I VCXU 2 Vp1 0 91 O 70 83 2 O 62 M 92...

Page 41: ...0 0 6 16 4 0 70 VCXG 2 25 0 05 0 05 0 05 0 05 17 65 0 070 0 6 16 5 0 55 VCXG 2 32 0 17 0 17 0 17 0 17 17 63 0 070 0 6 16 5 0 70 VCXG 2 51 0 17 0 17 0 17 0 17 17 63 0 070 0 6 16 5 0 70 VCXG 2 65 0 06 0...

Page 42: ...o consideration The values refer to the related data sheets Cameras Wave Length nm ON Semiconductor Python 1300 mono 300 400 500 600 700 800 900 1000 1100 Quantum Efficiency 0 0 10 0 20 0 30 0 40 0 50...

Page 43: ...ivity VCXG 2 25C PYTHON2000 400 500 600 700 800 900 1000 0 0 2 0 4 0 6 0 8 1 0 Wave Length nm Relative Response Sony IMX 250 mono 400 500 600 700 800 900 1000 0 0 2 0 4 0 6 0 8 1 0 Wave Length nm Rela...

Page 44: ...00 500 600 700 800 900 1000 0 0 2 0 4 0 6 0 8 1 0 Wave Length nm Relative Response Sony IMX 546 mono 400 500 600 700 800 900 1000 0 0 2 0 4 0 6 0 8 1 0 Wave Length nm Relative Response Sony IMX 546 co...

Page 45: ...500 600 700 800 900 1000 0 0 2 0 4 0 6 0 8 1 0 Wave Length nm Relative Response Sony IMX 183 mono 400 450 500 550 600 650 700 0 0 2 0 4 0 6 0 8 1 0 Sony IMX 183 color Relative Response Wave Length nm...

Page 46: ...0 500 600 700 800 900 1000 0 0 2 0 4 0 6 0 8 1 0 Wave Length nm Relative Response Sony IMX 540 mono 400 500 600 700 800 900 1000 0 0 2 0 4 0 6 0 8 1 0 Wave Length nm Relative Response Sony IMX 540 col...

Page 47: ...z typ mm typ A mm D mm VCXG 2 51 XC 0 17 0 17 0 17 0 17 17 63 0 070 0 6 16 5 0 70 VCXG 2 241 XC 0 06 0 06 0 06 0 06 17 63 0 070 0 6 15 8 0 50 Typical precision by assumption of the average square root...

Page 48: ...400 500 600 700 800 900 1000 0 0 2 0 4 0 6 0 8 1 0 Wave Length nm Relative Response Sony IMX 264 mono Spectral sensitivity VCXG 2 51M XC Sony IMX264 400 500 600 700 800 900 1000 0 0 2 0 4 0 6 0 8 1 0...

Page 49: ...mm z typ mm typ A mm D mm VCXG 2 15 I 0 07 0 07 0 07 0 07 17 63 0 070 0 6 16 4 0 70 VCXG 2 32 I 0 17 0 17 0 17 0 17 17 63 0 070 0 6 16 5 0 70 VCXG 2 51 I 0 17 0 17 0 17 0 17 17 63 0 070 0 6 16 5 0 70...

Page 50: ...in nm Cover Glass Tube restistant laminated safety cover glass Cover Glass Tube Acrylic Cover glass tube resistant laminated safety glass 6 3 4 Spectral sensitivity The following diagrams show the spe...

Page 51: ...500 600 700 800 900 1000 0 0 2 0 4 0 6 0 8 1 0 Wave Length nm Relative Response Sony IMX 264 mono 400 500 600 700 800 900 1000 0 0 2 0 4 0 6 0 8 1 0 Wave Length nm Relative Response Sony IMX 264 colo...

Page 52: ...0 600 700 800 900 1000 0 0 2 0 4 0 6 0 8 1 0 Wave Length nm Relative Response Sony IMX 183 mono 400 450 500 550 600 650 700 0 0 2 0 4 0 6 0 8 1 0 Sony IMX 183 color Relative Response Wave Length nm Sp...

Page 53: ...05 0 05 17 55 0 100 0 6 16 6 0 55 VCXU 2 15 0 07 0 07 0 07 0 07 17 63 0 070 0 6 16 4 0 70 VCXU 2 31 0 17 0 17 0 17 0 17 17 63 0 070 0 6 16 5 0 70 VCXU 2 32 0 17 0 17 0 17 0 17 17 63 0 070 0 6 16 5 0 7...

Page 54: ...o consideration The values refer to the related data sheets Cameras Wave Length nm ON Semiconductor Python 1300 mono 300 400 500 600 700 800 900 1000 1100 Quantum Efficiency 0 0 10 0 20 0 30 0 40 0 50...

Page 55: ...00 500 600 700 800 900 1000 0 0 2 0 4 0 6 0 8 1 0 Wave Length nm Relative Response Sony IMX 250 mono 400 500 600 700 800 900 1000 0 0 2 0 4 0 6 0 8 1 0 Wave Length nm Relative Response Sony IMX 265 co...

Page 56: ...e Response Sony IMX 264 mono 400 500 600 700 800 900 1000 0 0 2 0 4 0 6 0 8 1 0 Wave Length nm Relative Response Sony IMX 264 color Spectral sensitivity VCXU 2 51M Sony IMX264 Spectral sensitivity VCX...

Page 57: ...0 Wave Length nm Relative Response Sony IMX 253 color Spectral sensitivity VCXU 2 123M Sony IMX253 Spectral sensitivity VCXU 2 123C Sony IMX253 400 500 600 700 800 900 1000 0 0 2 0 4 0 6 0 8 1 0 Wave...

Page 58: ...ly connect or disconnect any terminals when not live 7 2 VCXG 2 7 2 1 Pin assignment Power supply Digital IO 8 5 7 3 1 4 2 6 1 GPIO Line2 2 Power VCC 12 24 VDC 20 3 IN1 Line0 4 GND IN1 5 Power VCC OUT...

Page 59: ...The camera features TYPE090 Ethernet interface Using any other connector than TYPE090 could damage the connection a Only use cables with TYPE090 connector 1 2 Ground connection 1 TYPE090 TYPE110 Do no...

Page 60: ...Vp1 0 7 2 2 Digital IO Camera Customer Device IO Power VCC RL IOUT IO GND Out Camera Customer Device IO Power VCC Uext Pin RL IOUT IO GND Out n Pin U t 0 24V tOFF tON U t 0 24V tON tOFF Digital Output...

Page 61: ...ntial free and do not feature overvoltage power off Incorrect wiring overvoltage undervoltage or reverse polarity can damage the electronics GPIO power supply VCC 3 3 V DC Load resistance for TTL high...

Page 62: ...Ethernet interface 1 2 3 4 5 6 7 8 1 MX1 2 MX1 3 MX2 4 MX3 5 MX3 6 MX2 7 MX4 8 MX4 NOTICE Power supply via PoE and digital IO connection The camera supports power supply via PoE Power over Ethernet I...

Page 63: ...VCXG 2 XC VCXG 2 I VCXU 2 Operating Manual 63 1 2 Ground connection 1 TYPE090 TYPE110 Do not use A1 9 0 mm 0 50 0 00 11 0 mm 0 47 0 00 B1 4 25 mm 1 00 0 25 4 25 mm 1 00 0 25 Ground female connector 2...

Page 64: ...Vp1 0 7 3 2 Digital IO Camera Customer Device IO Power VCC RL IOUT IO GND Out Camera Customer Device IO Power VCC Uext Pin RL IOUT IO GND Out n Pin U t 0 24V tOFF tON U t 0 24V tON tOFF Digital Output...

Page 65: ...ntial free and do not feature overvoltage power off Incorrect wiring overvoltage undervoltage or reverse polarity can damage the electronics GPIO power supply VCC 3 3 V DC Load resistance for TTL high...

Page 66: ...included in delivery 1 BN Brown 2 BU Blue 3 WH White 4 GN Green 5 PK Pink 6 YE Yellow 7 BK Black 8 GY Grey 9 RD Red 10 VT Violet 11 GY PK Grey Pink 12 RD BU Red Blue Ethernet interface 2 1 8 7 6 5 4 3...

Page 67: ...IN 2 Out 3 Out 4 Pin 3 IIN IN 1 Power Vcc 12 24 V GND Power Pin 2 Pin 1 GND IO IIN Pin 10 IN 4 Pin 8 IIN IN 3 IOUT R L IOUT R L IOUT RL IOUT RL Out 1 Line4 Out 2 Power IO 12 48 V Line1 Line0 current...

Page 68: ...2 not connected 3 IN1 Line0 4 GND IN1 5 Power VCC OUT1 6 OUT1 Line3 7 GND Power GPIO 8 GPIO Line1 Cable core colors cable not included in delivery 1 WH White 2 BN Brown 3 GN Green 4 YE Yellow 5 GY Gre...

Page 69: ...al 69 7 5 2 Digital IO Camera Customer Device IO Power VCC RL IOUT IO GND Out Camera Customer Device IO Power VCC Uext Pin RL IOUT IO GND Out n Pin U t 0 24V tOFF tON U t 0 24V tON tOFF Digital Output...

Page 70: ...ntial free and do not feature overvoltage power off Incorrect wiring overvoltage undervoltage or reverse polarity can damage the electronics GPIO power supply VCC 3 3 V DC Load resistance for TTL high...

Page 71: ...of the device The device requires cleaning if the captured frames resemble the following example In order to test the camera capture a homogenous image test target could be a white sheet of paper Fil...

Page 72: ...t is recommended n Ensure that no residues of the cleaning agent or scratches remain on the glass These can permanently damage the reproducibility of the results from the device n As so many cleaning...

Page 73: ...9 1 Support In case of any questions please contact our Technical Application Support Center Worldwide Baumer Optronic GmbH Badstrasse 30 DE 01454 Radeberg www baumer com Tel 49 0 3528 4386 845 suppo...

Page 74: ...of Baumer cameras into C C and Python The API supports Windows Linux and ARM based platforms For more information please visit https www baumer com neoAPI 10 3 Baumer Camera Explorer Easy to use Baum...

Page 75: ...are clustered in categories according to their function The software uses them to present the functions more clearly You can see your camera s Features functionalities in Feature Tree 1 of the Camera...

Page 76: ...s 1 65535 Increment 1 11 1 3 AcquisitionFrameRate Controls the acquisition rate in Hertz at which the frames are captured Name AcquisitionFrameRate Category AcqusitionControl Interface IFloat Access R...

Page 77: ...nt controls the number of captured frames Then the acquisition is automati cally stopped SingleFrame In this mode the camera is captured one frame after Acquisi tionStart Then the acquisition is stopp...

Page 78: ...or many frames 11 1 9 AcquisitionStop Stops the acquisition of the device at the end of the current frame Name AcquisitionStop Category AcqusitionControl Interface ICommand Access Write only Unit Val...

Page 79: ...he sensor the inclination of photons produces a charge separation on the semiconductors of the pixels This results in a voltage difference which is used for signal ex traction The signal strength is i...

Page 80: ...XG 2 65M R 110 21 60 VCXG 2 82M 1 4 22 s 60 VCXG 2 124M 1 60 VCXG 2 127M 1 4 30 s 60 VCXG 2 201M R 86 86 60 VCXG 2 204M 1 4 33 s 60 VCXG 2 241M 1 4 38 s 60 Color VCXG 2 13C 20 1 VCXG 2 15C 1 60 VCXG 2...

Page 81: ...15M I 1 60 VCXG 2 32M I 1 60 VCXG 2 51M I 1 60 VCXG 2 82M I 1 4 22 s 60 VCXG 2 127M I 1 4 30 s 60 VCXG 2 201M R I 86 86 60 VCXG 2 241M I 1 4 38 s 60 Color VCXG 2 15C I 1 60 VCXG 2 32C I 1 60 VCXG 2 51...

Page 82: ...XU 2 65 C R 75 14 60 VCXU 2 123 C 1 60 VCXU 2 201 C R 29 29 60 Shutter Mode Global Reset Shutter Mode Rolling Shutter 11 1 13 ExposureTimeGapMax Returns the maximum value of the exposure time gap Name...

Page 83: ...Sequential or Overlapped depending on the mode and the com bination of exposure and readout times used Overlapped Sequential In this operation mode frame is exposed whilst frame is being read out Here...

Page 84: ...seconds s to apply after the trigger reception before activating it Name TriggerDelay Category AcqusitionControl Interface IEnumeration Access Read Write Unit s Values 0 2 000 000 000000 Increment 1 0...

Page 85: ...lues Read Out Trigger is accepted immediately after the exposure period 11 1 21 TriggerSelector Selects the type of trigger to configure Name TriggerSelector Category AcqusitionControl Interface IEnum...

Page 86: ...his function was realizing simultaneous trigger for multiple cameras For doing so a broadcast Ethernet package was implemented This package can act as trigger or be used for other actions The individu...

Page 87: ...device internal assertion of an action signal is only authorized if the ActionDeviceKey and the action device key value in the protocol message are equal Name ActionDeviceKey Category ActionControl In...

Page 88: ...ry AnalogControl Features in this chapter describes how to influence the analog features of an image such as Gain BlackLevel and Gamma 11 3 1 BalanceWhiteAuto color cameras only Controls the mode for...

Page 89: ...10 VCXG 2 32M VCXG 2 32C 0 255 DN12 VCXG 2 51M VCXG 2 51C 0 255 DN12 VCXG 2 51MP 0 255 DN12 VCXG 2 65M R VCXG 2 65C R 0 255 DN12 VCXG 2 82M VCXG 2 82C 0 255 DN12 VCXG 2 124M VCXG 2 124C 0 255 DN12 VCX...

Page 90: ...3 C 0 255 DN12 VCXU 2 201 M R VCXU 2 201 C R 0 255 DN12 11 3 3 BlackLevelSelector Selects which Black Level is controlled by the various Black Level features Name BlackLevelSelector Category AnalogCon...

Page 91: ...48 VCXG 2 201M R VCXG 2 201C R 0 20 VCXG 2 204M VCXG 2 204C 0 48 VCXG 2 241M VCXG 2 241C 0 48 VCXG 2 XC Camera type Gain db Monochrom VCXG 2 51M XC 0 48 VCXG 2 241M XC 0 48 VCXG 2 I Camera type Gain...

Page 92: ...adjusted by the device Off Gain is User controlled using Gain Once Gain is automatically adjusted once by the device Once it has converged it automatically returns to the Off state The level ling can...

Page 93: ...human eye 1 Perception of brightness 2 Energy of light The values of the calculated intensities are entered in Look Up Table This will overwrite any existing values in LUT INFO If function LUT is dis...

Page 94: ...ing Ex posureTime to achieve the value of BrightnessAutoNomi nalValue 2 Example 2 For image 2 increasing bright ness using ExposureTime will not suffice to achieve the value of BrightnessAutoNominal V...

Page 95: ...d if only the image data e g brightness of a particular region of the image is of interest The calculated corrections will be applied to the entire image AutoFeature ROI is specified by four values n...

Page 96: ...an ROI INFO AutoFeature ROI can be set in ROI Category ImageFormatControl The settings permitted for AutoFeature ROI are adjusted accordingly Starting point for AutoFeatureOffsetX and AutoFeatureOffs...

Page 97: ...AutoFeature ROI Name AutoFeatureHeight Category AutoFeatureControl Interface IInteger Access Read Write Unit Values Height 158 11 4 2 AutoFeatureOffsetX Horizontal offset from the origin to the Auto F...

Page 98: ...eRegionMode Category AutoFeatureControl Interface IEnumeration Access Read Write Unit Values Off All settings of the selected AutoFeature ROI are automatically the same as the selected AutoFeatureRegi...

Page 99: ...e AutoFeatureRegionSelector Category AutoFeatureControl Interface IEnumeration Access Read Write Unit Values BalanceWhiteAuto Selected functions will control the region for Balance WhiteAuto and Color...

Page 100: ...lculation was successful Underrun The BalanceWhiteAuto calculation failed since at least one color channel shows invalid statistic data 11 4 9 BrightnessAutoNominalValue Sets the nominal value for bri...

Page 101: ...ching ExposureAu toMaxValue BrightAutoPriority GainAuto ExposureAutoMinValue ExposureAuto MaxValue Gain Brightness BrightnessAutoPriority Exposure GainAutoMaxValue GainAutoMinValue BrightnessAutoNomin...

Page 102: ...able by exposure auto algorithm INFO Enabled ShortExposureTimeEnable will be ignored Name ExposureAutoMinValue Category AutoFeatureControl Interface IFloat Access Read Write Unit s Values ExposureTime...

Page 103: ...yload every image with m Chunk ode being enabled This integrated data packet contains different image settings Baumer GAPI can read out Chunk Image Info Header There are three modes Image Data Only im...

Page 104: ...y ChunkDataControl Interface IBoolean Access Read Write Unit Values true 1 On false 0 Off 11 5 2 ChunkModeActive Enables data inclusion of Chunk into Payload of the image INFO The camera must be stopp...

Page 105: ...ontal BinningHorizon talMode BinningSelector BinningVertical Bin ningVerticalMode ImageControl BrightnessCorrection Defect PixelCorrection LUTSelector LUTEnable Re verseX ReverseY BlackLevel LineStatu...

Page 106: ...onControl color cameras only Category that contains the color transformation control functions The color processing is realized by 4 modules Camera Module Bayer Processor Color Transfor mation RGB r g...

Page 107: ...ces in image format RAW are not applied Name ColorTransformationAuto Category ColorTransformationControl Interface IEnumeration Access Read Write Unit Values Continuous Color conversion is constantly...

Page 108: ...ead Write Unit Values OptimizedMatrixFor3000K Matrix is set to color temperature 3000K OptimizedMatrixFor5000K Matrix is set to color temperature 5000K OptimizedMatrixFor6500K Matrix is set to color t...

Page 109: ...eSelector Category ColorTransformationControl Interface IEnumeration Access Read Write Unit Values Gain00 Gain01 Gain02 Gain10 Gain11 Gain12 Gain20 Gain21 Gain22 11 7 Category CounterAndTimerControl T...

Page 110: ...g edge of the signal FallingEdge Counts on the falling edge of the signal AnyEdge Counts on the falling or rising edge of the selected signal 11 7 3 CounterEventSource Select the event that will be th...

Page 111: ...unterReset Category CounterAndTimerControl Interface ICommand Access Write only Unit Values 11 7 5 CounterResetActivation Selects the activation mode of the CounterResetSource signal Name CounterReset...

Page 112: ...d Line1 Counter2End Line2 Line0 Off VCXG 2 I CounterResetSource Counter1End Line2 Counter2End Line3 Line0 Off Line1 VCXU 2 CounterResetSource Counter1End Line1 Counter2End Line2 Line0 Off 11 7 7 Count...

Page 113: ...et command It represents the last Counter value saved before Counter reset Name CounterValueAtReset Category CounterAndTimerControl Interface IInteger Access Read only Unit Values 0 65535 Increment 1...

Page 114: ...IFloat Access Read Write Unit s Values 0 2 000 000 000000 Increment 1 00 11 7 12 TimerDuration Defines the time in microseconds of the Timer pulse Name TimerDuration Category CounterAndTimerControl I...

Page 115: ...arts counting on the falling edge of the selected trigger sig nal AnyEdge Starts counting on the falling or rising edge of the selected trig ger signal 11 7 15 TimerTriggerSource Selects the trigger s...

Page 116: ...ntrol The category contains the custom data specific features 11 8 1 CustomData The feature holds one byte of custom special data Name CustomData Category CustomDataControl Interface IInteger Access R...

Page 117: ...information and control 11 9 1 DeviceCharacterSet Character set used by the strings of the device s bootstrap registers Name DeviceCharacterSet Category DeviceControl Interface IEnumeration Access Rea...

Page 118: ...me DeviceFirmwareVersion Category DeviceControl Interface IString Access Read only Unit Values e g CID 000057 PID 11194280 11 9 5 DeviceGenCPVersionMajor Major version of the GenCP protocol supported...

Page 119: ...f transmission negotiated on the specified link Name DeviceLinkSpeed Category DeviceControl Interface IInteger Access Read only Unit Bps Values 0 11 9 9 DeviceLinkThroughputLimit Limits the maximum ba...

Page 120: ...String Access Read only Unit Values e g F 00007F9A C 0180802D BL3 8 00000081 11 9 11 DeviceModelName Model name of the device Name DeviceModelName Category DeviceControl Interface IString Access Read...

Page 121: ...ceResetToDeliveryState By executing this feature the camera is set to the factory settings INFO The camera stored settings e g UserSets will be lost Name DeviceResetToDeliveryState Category DeviceCont...

Page 122: ...ion of Standard Features Naming Convention used to create the device GenICam XML x x X Name DeviceSFNCVersionSubMinor Category DeviceControl Interface IInteger Access Read only Unit Values 0 922337203...

Page 123: ...nt Category DeviceControl Interface IInteger Access Read only Unit Values 0 4294967295 Increment 1 11 9 22 DeviceStreamChannelEndianness Endianness of multi byte pixel data for this stream Name Device...

Page 124: ...of the device Name DeviceTLType Category DeviceControl Interface IEnumeration Access Read only Unit Values GigEVision GigE Vision USB3Vision USB3 Vision CameraLink Camera Link 11 9 26 DeviceTLVersion...

Page 125: ...d by DeviceTem peratureSelector Name DeviceTemperature Category DeviceControl Interface IFloat Access Read only Unit C Values Device specific e g 127 0 127 0 11 9 30 DeviceTemperatureExceeded Returns...

Page 126: ...Selec tor in degrees Celsius C Name DeviceTemperatureStatusTransition Category DeviceControl Interface IInteger Access Read Write Unit C Values 126 0 72 0 11 9 34 DeviceTemperatureStatusTransitionSele...

Page 127: ...tus Normal to status High 11 9 35 DeviceType Returns the device type Name DeviceType Category DeviceControl Interface IEnumeration Access Read ony Unit Values Transmitter Data stream transmitter devic...

Page 128: ...9 39 ReadOutTime Readout time of one image from the sensor in s with the current image settings INFO ReadOutTime depends on OffsetY Height PixelFormat SensorBinning Name ReadOutTime Category DeviceCo...

Page 129: ...default The camera consumes more than 2 5W which is the maximum allowed by the USB 2 0 specification But there is a possibility to activate the image transmission at your own risk This activation coul...

Page 130: ...start active Trigger tdelay Trigger Trigger valid Exposure Readout Time A B C A Trigger delay B Exposure time C Readout time Trigger delay General Information The trigger delay TriggerDelay is a flexi...

Page 131: ...s was to separate interfering signals short peaks from valid square wave signals which can be important in industrial environments Debounce will filter in valid signals while others exceeding the user...

Page 132: ...r Filtered signal 11 10 1 LineDebouncerHighTimeAbs Defines the absolute value of the selected line debounce time in microseconds for switching from low to high Name LineDebouncerHighTimeAbs Category D...

Page 133: ...tage Steep flanks in both direc tions Disadvantage For long cable more sus ceptible to ground bounce and potential differences Power IO GND IO Camera Output I Power IO GND IO Camera Output I Open Sour...

Page 134: ...ff 11 10 5 LineMode Controls if the physical Line is used to input or output a signal Name LineMode Category DigitalIOControl Interface IEnumeration Access Read only Unit Values Input The selected phy...

Page 135: ...Falcon FLDR i90B IR24 LinePWMMaxDutyCycle 10 LinePWMMaxDuration 10 ms c Set LinePWMConfigurationMode to false Result The values set in step b are now the max admissible parameters DANGER Use in humid...

Page 136: ...illumination Name LinePWMDutyCycle Category DigitalIOControl Interface IInteger Access Read Write Unit Values 1 100 Increment 1 11 10 9 LinePWMMaxDuration Sets the maximum LinePWMDuration time in s T...

Page 137: ...f stan dard Output OnePulse The selected Output generates one pulse with every transi tion from 0 to 1 Time diagrams of PWMModes Fixed Frequency Off OnePulse Exposure LineSource e g ExposureActive Tri...

Page 138: ...rface IInteger Access Read only Unit s Values PWM setting specific 11 10 14 LineSelector Selects the physical line or pin of the external device connector to configure Name LineSelector Category Digit...

Page 139: ...s which internal signals are output at the selected Line Name LineSource Category DigitalIOControl Interface IEnumeration Access Read Write Unit Values see table s below Linesource VCXG 2 VCXG 2XC VCX...

Page 140: ...times Sensor Shutter Mode Global Reset In Sensor Shutter Mode Global Reset tTriggertDelay is constant and independent of image set tings Shutter Line 1 Exposure Readout Time Line 2 Line 3 Line 4 Line...

Page 141: ...g in a single bitfield Name LineStatusAll Category DigitalIOControl Interface IInteger Access Read only Unit Values Devices Specific HexNumber 11 10 18 UserOutputSelector Selects which bit of the User...

Page 142: ...d by UserOutputSelector Name UserOutputValue Category DigitalIOControl Interface IBoolean Access Read Write Unit Values true 1 On false 0 Off 11 10 20 UserOutputValueAll Sets the values of all bits un...

Page 143: ...eparately enabled and disabled EventSe lector Event EventLost Event is output if a selected Event was lost The cause may be too many Events having oc curred Event TriggerReady Event signal whether the...

Page 144: ...osure Readout texposure n treadout n 1 treadout n texposure n 1 Trigger Trigger Overlapped Event TriggerOverlapped Event ReadoutActive While the sensor is read out the camera signals this by means of...

Page 145: ...dedToNormal freely programmable value temperature for error free re activation of the camera Function DeviceTemperatureStatusTransition is for setting the temperatures of programmable temperature tran...

Page 146: ...tNotification Activate or deactivate the notification to the host application of the occurrence of the selected Event Name EventNotification Category EventControl Interface IEnumeration Access Read Wr...

Page 147: ...nce and properties of image format control General Information Region of Interest OffsetX OffsetY Width Height Function Region of Interest ROI predefines a so called Region of Interest The ROI is a de...

Page 148: ...mera Features Baumer 148 Operating Manual VCXG 2 VCXG 2 XC VCXG 2 I VCXU 2 Vp1 0 Start ROI End ROI ROI Readout In the illustration below the readout time would decrease to 40 of a full frame readout R...

Page 149: ...Binning vertical horizontal and bidirectional In unidirectional Binning vertically or horizontally neighboring pixels are clustered and reported to the software as a single superpixel Bidirectional B...

Page 150: ...tes The sensor does not sup port this binning operation Color calculated pixel formats In pixel formats other than RAW formats e g RGB8 binning will add the three calculated pixel color values R G B t...

Page 151: ...Number of horizontal photo sensitive cells to combine together This increases the intensity or signal to noise ratio of the pixels and reduces the horizontal resolution width of the image Name Binning...

Page 152: ...VCXG 2 51MP 1 2 1 1 VCXG 2 65M R 1 2 1 1 VCXG 2 82M I 1 2 1 2 VCXG 2 124M 1 2 1 1 VCXG 2 127M I 1 2 1 2 VCXG 2 201M R I 1 2 1 1 VCXG 2 204M 1 2 1 2 VCXG 2 241M XC I 1 2 1 2 Color VCXG 2 13C 1 2 1 1 V...

Page 153: ...U 2 123 M 1 2 1 2 VCXU 2 201 M R 1 2 1 1 Color VCXU 2 13 C 1 2 1 1 VCXU 2 15 C 1 2 1 1 VCXU 2 31 C 1 2 1 1 VCXU 2 32 C 1 2 1 1 VCXU 2 50 C 1 2 1 1 VCXU 2 51 C 1 2 1 1 VCXU 2 65 C R 1 2 1 1 VCXU 2 123...

Page 154: ...reases the intensity or sig nal to noise ratio of the pixels and reduces the vertical resolution height of the image Name BinningVertical Category ImageFormatControl Interface IInteger Access Read Wri...

Page 155: ...1 1 VCXG 2 204C 1 2 1 1 VCXG 2 241C I 1 2 1 1 BinningHorizontal is equally set to 2 VCXU 2 INFO With VCXU 2 15M VCXU 2 123M binning Binning is calculated in the sensor In contrast to Bin ning in the F...

Page 156: ...The response from the combined cells will be added resulting in increased sensitivity 11 12 6 Category ImageFormatControl CalibrationControl MP cameras only That is the category that contains functio...

Page 157: ...olarization data Name CalibrationAngleOfPolarizationOffset Category ImageFormatControl CalibrationControl Interface IFloat Access Read Write Unit Values 180 179 9 Increment 0 1 11 12 6 2 CalibrationEn...

Page 158: ...mage provided by the device in pixels The selected value changes with the change of Binning INFO The sum of OffsetY and Height must be smaller or equal than HeightMax Start ROI End ROI Name Height Cat...

Page 159: ...2 Increment 2 VCXG 2 124C 4 3000 Increment 2 VCXG 2 127C I 2 2992 Increment 2 VCXG 2 201C R I 4 3648 Increment 4 VCXG 2 204C 2 4496 Increment 2 VCXG 2 241C I 2 4592 Increment 2 VCXU 2 Camera type Valu...

Page 160: ...ension of the image Name HeightMax Category ImageFormatControl Interface IInteger Access Read only Unit Values see table s below VCXG 2 VCXG 2 VCXG 2 I Camera type Values Pixel Monochrom VCXG 2 13M 10...

Page 161: ...2 Camera type Values Pixel Monochrom VCXU 2 13 M 1024 VCXU 2 15 M 1080 VCXU 2 31 M 1536 VCXU 2 32 M 1536 VCXU 2 50 M 2048 VCXU 2 50 MP 2048 VCXU 2 51 M 2048 VCXU 2 65 M R 2048 VCXU 2 123 M 3000 VCXU...

Page 162: ...qual than WidthMax Start ROI End ROI Name OffsetX Category ImageFormatControl Interface IInteger Access Read Write Unit Values 0 depends on Width 11 12 10 OffsetY Vertical offset from the origin to th...

Page 163: ...ffer in order R G B Red Green Blue Black White BGR At BGR the interface of the camera mirrors the order of transmission of the color channels from RGB to BGR This can save processing power on the comp...

Page 164: ...de INFO The camera must be stopped before this feature can be edited Name PixelFormat Category ImageFormatControl Interface IEnumeration Access Read Write Unit Values see table s below VCXG 2 VCXG 2 V...

Page 165: ...2 32C I VCXG 2 51C I VCXG 2 65C R VCXG 2 82C I VCXG 2 124C VCXG 2 127C I VCXG 2 201C R I VCXG 2 204C VCXG 2 241C I VCXU 2 Camera type Mono8 Mono10 Mono12 Mono12p Bayer RG8 Bayer RG10 Bayer RG12 Bayer...

Page 166: ...rest is applied prior to flipping INFO The camera must be stopped before this feature can be edited Name ReverseX Category ImageFormatControl Interface IBoolean Access Read Write Unit Values true 1 On...

Page 167: ...Category ImageFormatControl Interface IString Access Read only Unit Values e g IMX264 11 12 16 SensorPixelHeight Physical size pitch in the y direction of a photo sensitive pixel unit Name SensorPixel...

Page 168: ...ame time for all pixels All the pixels are exposed for the same length of time at the same time Global Reset General Information Cameras with Rolling Shutter sensor and enabled shutter mode GlobalRese...

Page 169: ...but times of beginning and ending are staggered Data readout for each line begins immediately at line exposure Readout time for each line is the same but times of beginning and ending are staggered Ro...

Page 170: ...nd VerticalLineMoving Image is filled horizontally with an image that goes from the darkest possible value to the brightest with moving horizontal and vertical lines GreyHorizontalRampHorizon talLineM...

Page 171: ...rocessor TestPattern function will control the image processor SensorProcessor TestPattern function will control the sensor processor 11 12 22 Width Width of the image provided by the device in pixels...

Page 172: ...t 32 VCXG 2 124C 16 4096 Increment 16 VCXG 2 127C I 32 4096 Increment 32 VCXG 2 201C R I 32 5472 Increment 32 VCXG 2 204C 32 4480 Increment 32 VCXG 2 241C I 32 5312 Increment 32 VCXU 2 Camera type Val...

Page 173: ...ld change the horizontal image dimen sion Name WidthMax Category ImageFormatControl Interface IInteger Access Read only Unit Values see table s below VCXG 2 VCXG 2 VCXG 2 I Camera type Values Pixel Mo...

Page 174: ...0 C 2448 VCXU 2 51 C 2448 VCXU 2 65 C R 3072 VCXU 2 123 C 4096 VCXU 2 201 C R 5472 11 13 Category LUTControl Functions in this chapter describe the Look up table LUT related functions Particular param...

Page 175: ...the left and the right side of the defect pixels will be read out within the same bayer phase for color n Then the average value of these 2 pixels is determined to correct the first defect pixel n Fi...

Page 176: ...ct pixel The coordinates of the faulty pixel are provided in the status bar For your convenience you can enlarge the image f Enter the determined coordinates for X DefectPixelListEntryPosX and Y Defec...

Page 177: ...ct pixel Name DefectPixelListEntryPosY Category LUTControl Interface IInteger Access Read Write Unit Values 0 Resolution of the sensor in Y direction Increment 1 11 13 5 DefectPixelListIndex Index to...

Page 178: ...d LUT The content of the selected LUT is user defined 11 13 8 LUTEnable Enables the selected LUT It contains 212 4096 values for the available levels These values can be adjusted by the user Color cam...

Page 179: ...LUT 11 13 11 LUTValue Returns the value at entry LUTIndex of the LUT selected by LUTSelector Name LUTValue Category LUTControl Interface IInteger Access Read only Unit Values 0 4095 Increment 1 11 14...

Page 180: ...ExposureTime n Gain n Region of Interest OffsetX OffsetY Width Height n UserOutput n Counter Set Path 0 Path 3 Path 1 Path 2 Camera feature values SequencerSetNext SequencerTriggerSource SequencerTri...

Page 181: ...urationMode Controls if the SequencerConfigurationMode is enabled Name SequencerConfigurationMode Category SequencerControl Interface IEnumeration Access Read Write Unit Values On Enables SequencerCon...

Page 182: ...ig urationMode must be off To write this feature set TLParamsLocked 0 Name SequencerMode Category SequencerControl Interface IEnumeration Access Read Write Unit Values On Enables Sequencer Off Disable...

Page 183: ...equencerSetNext Category SequencerControl Interface IInteger Access Read Write Unit Values 0 127 Increment 1 11 15 9 SequencerSetSave Saves the current device state to the Sequencer Set selected by th...

Page 184: ...of the source signal FallingEdge Specifies that the trigger is considered valid on the falling edge of the source signal LevelHigh Defines trigger applied as long as source signal is on high LevelLow...

Page 185: ...for test control functions 11 16 1 TestPendingAck Test of device PendingAck function Name TestPendingAck Category TestControl Interface IInteger Access Read Write Unit Values 0 4294967295 Increment 1...

Page 186: ...gEVision Interface IBoolean Access Read only Unit Values true 1 On false 0 Off 11 17 2 2 GevCCP Controls the device access privilege of an application Name GevCCP Category TansportLayerControl GigEVis...

Page 187: ...LayerControl GigEVision Interface IBoolean Access Read Write Unit Values true 1 On false 0 Off 11 17 2 6 GevCurrentIPConfigurationLLA Controls whether the Link Local Address IP configuration scheme is...

Page 188: ...GenICam XML device description file Name GevFirstURL Category TansportLayerControl GigEVision Interface IString Access Read only Unit Values URL 11 17 2 10 GevGVCPExtendedStatusCodes Enables the gener...

Page 189: ...lse 0 Off 11 17 2 13 GevIPConfigurationStatus Reports the current IP configuration status Name GevIPConfigurationStatus Category TansportLayerControl GigEVision Interface IEnumeration Access Read Writ...

Page 190: ...nnel Name GevMCDA Category TansportLayerControl GigEVision Interface IInteger Access Read Write Unit Values 0 11 17 2 17 GevMCPHostPort Controls the port to which the device must send messages Name Ge...

Page 191: ...MCTT Category TansportLayerControl GigEVision Interface IInteger Access Read only Unit ms Values 0 11 17 2 21 GevNumberOfInterfaces Indicates the number of logical links supported by this device Name...

Page 192: ...boots with the Persistent IP configuration scheme Name GevPersistentIPAddress Category TansportLayerControl GigEVision Interface IInteger Access Read Write Unit Values 0 11 17 2 25 GevPersistentSubne...

Page 193: ...tegory TansportLayerControl GigEVision Interface IInteger Access Write only Unit Values 0 11 17 2 29 GevSCDA Controls the destination IP address of the selected stream channel to which a GVSP transmit...

Page 194: ...es 0 11 17 2 32 GevSCPHostPort Controls the port of the selected channel to which a GVSP transmitter must send data stream or the port from which a GVSP receiver may receive data stream Setting this v...

Page 195: ...0 Off 11 17 2 35 GevSCPSFireTestPacket Sends a test packet When this feature is set the device will fire one test packet The don t fragment bit of IP header must be set for this test packet Name GevSC...

Page 196: ...tion was unsuccessful to retrieve the device description file using the first URL Name GevSecondURL Category TansportLayerControl GigEVision Interface IString Access Read only Unit Values URL 11 17 2...

Page 197: ...faceSpeedMode Category TansportLayerControl GigEVision Interface IEnumeration Access Read only Unit Values Ether net100Mbps Operation at 100 Mbps Ethernet10Gbps Operation at 10 Gbps Ethernet1Gbps Oper...

Page 198: ...ead only Unit Values FullSpeed USB operation at 12 Mbps HighSpeed USB operation at 480 Mbps LowSpeed USB operation at 1 5 Mbps SuperSpeed USB operation at 5 Gbps 11 17 4 2 SIControl Controls streaming...

Page 199: ...ad only Unit Values 0 4294967295 Increment 1 11 17 4 5 SIPayloadTransferCount Expected number of Payload Transfers Name SIPayloadTransferCount Category TansportLayerControl PtpControl Interface IInteg...

Page 200: ...parameters The factory settings are stored in the User Set Default This is the only User Set that cannot be edited Name UserSetDefault Category UserSetControl Interface IEnumeration Access Read Write...

Page 201: ...Auto TestPattern BalanceWhiteAuto GainAutoMaxValue TimerDelay BinningHorizontal GainAutoMinValue TimerDuration BinningHorizontalMode Gamma TimerTriggerActivation BinningVertical Height TimerTriggerSou...

Page 202: ...ackLevel GainAutoMinValue TimerDuration BrightnessAutoNominalValue Gamma TimerTriggerActivation BrightnessAutoPriority Height TimerTriggerSource ChunkEnable LUTContent TriggerActivation ChunkModeActiv...

Page 203: ...UserSetSave Category UserSetControl Interface ICommand Access Write only Unit Values 11 18 6 UserSetSelector Selects the User Set to load save or configure INFO Default settings are stored in User Set...

Page 204: ...tware 11 19 1 boCalibrationAngularAperture Angular lens aperture as the angular lens size as seen from the focal point in degrees Name boCalibrationAngularAperture Category boCalibrationData Interface...

Page 205: ...ss Read Write Unit mm Values 0 000000 4 294 967 296 000000 Increment 1 00 11 19 6 boCalibrationMatrixSelector Selection of the calibration matrix Name boCalibrationMatrixSelector Category boCalibratio...

Page 206: ...s the matrix value in row 2 column 2 Value 23 Selects the matrix value in row 2 column 3 Value 31 Selects the matrix value in row 3 column 1 Value 32 Selects the matrix value in row 3 column 2 Value 3...

Page 207: ...GeometryDistortionValue Selected geometric distortion value Name boGeometryDistortionValue Category boCalibrationData Interface IFloat Access Read only Unit Values 3 40282e 38 3 40282e 38 Increment 1...

Page 208: ...e information This device information is part of the camera s USB Descriptors Included information n Manufacturer ID VID n Product ID PID n General unique identifier GUID n Name of device manufacturer...

Page 209: ...g to the GigE network standard modern network hardware supports 1500 bytes packet size Jumboframes simply mean a packet size of more than 1500 bytes Baumer cameras are capable of MTU processing up to...

Page 210: ...a must be buffered to the switch for subsequent transfer at a speed of 1 Gbit s According to internal buffer switch properties this would do without any problems with up to n cameras n 1 More cameras...

Page 211: ...acquired image to the camera and starting transfer at the predefined delay enables transfer of all frames at once to the PC For process specific reasons all cameras will end image acquisition at the s...

Page 212: ...Camera Aufl sung Pixel Pixeltiefe bit Daten volumen bit Readout Time ms Transfer Time ms 1 1392 x 1040 8 11581440 50 11 6 2 776 x 582 8 3613056 15 5 3 6 3 656 x 494 8 2592512 11 2 6 For resolution and...

Page 213: ...1 TransmissionDelay Camera 2 TransmissionDelay Camera 3 A Exposure start for all cameras B all cameras are ready for transmission C Transmission start Camera 2 D Transmission start Camera 3 Transmiss...

Page 214: ...lticast Multicasting allows for transmission of data packets to multiple addresses without multiplying the bandwidth between camera and multicast device e g router or switch The data is sent to an int...

Page 215: ...o a DHCP enabled network with DHCP server the camera will be assigned the appropriate IP configurations 13 5 3 LLA Link Local Address LLA Link Local Address refers to an IP address range from 169 254...

Page 216: ...d due to incorrect checksum Thee are three scenarios Standard case In smooth data transfer all packets are transferred from the camera to the PC in correct order This is assumed to be true at more tha...

Page 217: ...the prede fined time has elapsed and the retransmission request A is triggered The camera then sends packets No 3 to No 5 B again to complete the image transfer The resend mechanism will continue unt...

Page 218: ...405682827 Baumer Optronic GmbH Badstrasse 30 DE 01454 Radeberg www baumer com...

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