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Lumenera Lt-C1610, User Manual

The Lumenera Lt-C1610 is a top-of-the-line camera known for its exceptional image quality. Enhance your photography skills with this innovative device. For detailed instructions on how to use your camera effectively, download the free User Manual from our website. Master your craft with the Lumenera Lt-C1610.

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  Contents   

Teledyne Lumenera Lt Series 

7.4.2

 

Protecting Against Dust, Oil and Scratches .................................. 126

 

7.4.3

 

Cleaning the Sensor Window ..................................................... 126

 

7.5

 

R

UGGEDIZED 

C

ABLE 

A

CCESSORIES

 ................................................................. 127

 

7.5.1

 

Cable Manufactures Contact Information ..................................... 127

 

7.5.2

 

Long Passive Cables and Optical Cables ...................................... 127

 

7.5.3

 

USB3 Long Distance Active Cables ............................................. 128

 

8

 

TROUBLESHOOTING  ______________________________________  129

 

8.1

 

O

VERVIEW

 .............................................................................................. 129

 

8.2

 

USB 3

 

C

AMERA 

FAQ

 

I

TEMS

 ......................................................................... 129

 

8.3

 

U

SING THE 

U3V

 

D

EVICE 

M

ANAGER 

T

OOL

.......................................................... 130

 

8.4

 

S

WITCHING A 

T

ELEDYNE 

L

UMENERA CAMERA FROM 

L

U

C

AM MODE TO 

USB3 V

ISION MODE

 130

 

8.4.1

 

Using LtUpdater ....................................................................... 130

 

8.4.2

 

Using LtUpdater to Switch to USB3 Vision Mode ........................... 131

 

8.5

 

S

WITCHING A 

T

ELEDYNE 

L

UMENERA CAMERA FROM 

USB3 V

ISION MODE TO 

L

U

C

AM MODE

 131

 

8.6

 

L

UMENERA 

L

U

C

AM 

API

 FOR 

L

INUX 

OS ............................................................. 132

 

8.7

 

T

ROUBLESHOOTING 

F

LOW 

C

HARTS

 .................................................................. 133

 

8.7.1

 

Chart 1 ................................................................................... 133

 

8.7.2

 

Chart 2 ................................................................................... 134

 

8.7.3

 

Chart 3 ................................................................................... 135

 

8.7.4

 

Chart 4 ................................................................................... 136

 

9

 

REVISION HISTORY  ______________________________________  137

 

10

 

CONTACT INFORMATION ___________________________________  138

 

10.1

 

S

ALES 

I

NFORMATION

 ............................................................................. 138

 

10.2

 

T

ECHNICAL 

S

UPPORT

 ............................................................................. 138

 

 

Summary of Contents for Lt-C1610

Page 1: ...Lt Camera Series Camera User s Manual USB3 Vision Monochrome Color Area Scan November 1 2021 Rev 004 P N LT U00M USR00 https www lumenera com...

Page 2: ...nt Number LT U00M USR00 About Teledyne Lumenera a business unit of Teledyne Digital Imaging Inc Teledyne Lumenera a business unit of Teledyne Digital Imaging Inc is headquartered in Ottawa Canada and...

Page 3: ...nse Curves Lt M1630 Lt C1630 18 3 3 SPECIFICATIONS LT C1900 19 3 3 1 Spectral Response Curves Lt C1900 20 3 4 SPECIFICATIONS LT M1950 LT C1950 21 3 4 1 Spectral Response Curves Lt M1950 Lt C1950 22 3...

Page 4: ...60 5 2 CAMERA INFORMATION CATEGORY 60 5 2 1 Camera Information Feature Descriptions 61 5 3 SENSOR CONTROL CATEGORY 62 5 3 1 Sensor Control Feature Descriptions 62 5 3 2 High gain conversion mode 64 5...

Page 5: ...100 6 5 6 Optically Isolated Output Specifications 103 6 6 COMPUTER REQUIREMENTS FOR LT CAMERAS 109 6 7 EC FCC DECLARATIONS OF CONFORMITY 110 7 ADDITIONAL REFERENCE INFORMATION ______________________...

Page 6: ...9 8 3 USING THE U3V DEVICE MANAGER TOOL 130 8 4 SWITCHING A TELEDYNE LUMENERA CAMERA FROM LUCAM MODE TO USB3 VISION MODE 130 8 4 1 Using LtUpdater 130 8 4 2 Using LtUpdater to Switch to USB3 Vision Mo...

Page 7: ...High Speed USB 3 1 Gen 1 interface for fastest image delivery and simplified connectivity 128 MB 256 MB XL models low latency RAM frame buffer Transfer Burst Mode supported Region of Interest ROI opt...

Page 8: ...Part Numbers This manual covers the monochrome and color models of USB3 Vision cameras summarized in the tables below Specific camera model specifications follow this section Compact models P N LT xx1...

Page 9: ...Teledyne Lumenera Lt Series Series Overview 3 XL models P N LT Ux2x xxxxx Part number description...

Page 10: ...Iris 1 1 8 LT UM00 M2050 LT UM00 M2050CG With Clear Glass Lt M2420 2464 x 2056 Sony 5 1M IMX264 C mount 2 3 LT UM11 M2420 CS mount LT UM11 M2421 Lt M2450 2464 x 2056 Sony 5 1M IMX250 C mount w P Iris...

Page 11: ...iew 5 Lt Model Full Resolution Sensor Size Lens Mount case version Lens Image Circle Lt Part Number Notes Lt M5500 5472 x 3648 Sony 20 0M IMX183 RS C mount 1 LT UM10 M5500 Lt M6480 6480 x 4860 Sony 31...

Page 12: ...T UC11 C2021IF with IR Cut off Filter Lt C2050 2064 x 1544 Sony 3 2M IMX252 C mount w P Iris 1 1 8 LT UC00 C2050 LT UC00 C2050IF with IR Cut off Filter Lt C2420 2464 x 2056 Sony 5 1M IMX264 C mount 2...

Page 13: ...ns Mount case version Lens Image Circle Part Number Notes Lt C4430 4432 x 4436 Sony 19 7M IMX367 M42 mount 4 3 LT UC20 C4435 Lt C5500 5472 x 3648 Sony 20 0M IMX183 RS C mount 1 LT UC10 C5500IF with IR...

Page 14: ...0PAFL Accessories Cables for camera series LT Ux0x xxxxxx Part Number Locking 5V DC international power supply with GPIO cable power blunt lead cable La2000PIOK Hirose 8 Pin GPIO with I O blunt lead L...

Page 15: ...ary Samtec ISDF 05 D connector to breakout Euroblock connector G3 AIOC BRKOUT2M Cable 2M Camera Auxiliary Samtec ISDF 05 D connector to flying Lead open ended from pin 1 to 10 G5 AIOC BLUNT2M Mounting...

Page 16: ...Manager Tool for details on selecting from drivers 1 3 1 Firmware Files for all Lt Models The latest firmware files for all Lt Models are available on the Teledyne Lumenera Lt Series support web site...

Page 17: ...ory Non volatile flash memory implemented Image Buffer 128 MB Lt Ux0x xxxxx and Lt Ux1x xxxxx series 256 MB Lt Ux2x xxxxx series Gain Manual and automatic control Analog and Digital sensor specific Au...

Page 18: ...l Path Lt Ux1x xxxxx series IP40 for the Lt Ux2x xxxxx series 2 2 Sensor Cosmetic Specifications After Factory Calibration and or Corrections are applied dependent on sensor Blemish Specifications Max...

Page 19: ...sure 50 ms gain 1 variable light source from dark to saturation Lt x4020 exposure 150 ms gain 1 variable light source from dark to saturation Lt x4040 exposure 32 ms gain 1 variable light source from...

Page 20: ...components It does not include mechanical parts unless specified MTBF assumptions Fixed Ground Environment Readily Accessible for Maintenance Manufactured to Specification Proper Operating Conditions...

Page 21: ...igger to Exposure Minimum Delay 1 s Actual Exposure Time Minimum 5 00 s triggered 13 81 s continuous Exposure time increment steps Horizontal Line Time Min Time from End of Exposure to Start of Next E...

Page 22: ...16 Model Specifications Teledyne Lumenera Lt Series 3 1 1 Spectral Response Curves Lt M1610 Lt C1610 Response curves from sensor datasheet Monochrome Lt M1610 Color Lt C1610...

Page 23: ...m Delay 1 s Actual Exposure Time Minimum 5 00 s triggered 14 05 s continuous Exposure time increment steps Horizontal Line Time Min Time from End of Exposure to Start of Next Exposure 54 3 s Horizonta...

Page 24: ...18 Model Specifications Teledyne Lumenera Lt Series 3 2 1 Spectral Response Curves Lt M1630 Lt C1630 Response curves from sensor datasheet Monochrome Lt M1630 Color Lt C1630...

Page 25: ...xposure Minimum Delay 1 s Actual Exposure Time Minimum 148 15 s triggered 14 81 s continuous Exposure time increment steps Horizontal Line Time Minimum Time from End of Exposure to Start of Next Expos...

Page 26: ...20 Model Specifications Teledyne Lumenera Lt Series 3 3 1 Spectral Response Curves Lt C1900 Response curves from sensor datasheet Color Lt C1900...

Page 27: ...to Exposure Minimum Delay 1 s Actual Exposure Time Minimum 13 73 s Exposure time increment steps Horizontal Line Time Min Time from End of Exposure to Start of Next Exposure 31 7 s Horizontal Line Tim...

Page 28: ...22 Model Specifications Teledyne Lumenera Lt Series 3 4 1 Spectral Response Curves Lt M1950 Lt C1950 Response curves from sensor datasheet Monochrome Lt M1950 Color Lt C1950...

Page 29: ...Delay 1 s Actual Exposure Time Minimum 5 00 s triggered 15 56 s continuous Exposure time increment steps Horizontal Line Time Min Time from End of Exposure to Start of Next Exposure 42 2 s Horizontal...

Page 30: ...24 Model Specifications Teledyne Lumenera Lt Series 3 5 1 Spectral Response Curves Lt M1980 Lt C1980 Response curves from sensor datasheet Monochrome Lt M1980 Color Lt C1980...

Page 31: ...posure time increment steps Horizontal Line Time Actual Exposure Time Minimum 13 73 s Min Time from End of Exposure to Start of Next Exposure second frame 91 2 s Horizontal Line Time 11 40 s Readout T...

Page 32: ...26 Model Specifications Teledyne Lumenera Lt Series 3 6 1 Spectral Response Curves Lt M2020 Lt C2020 Response curves from sensor datasheet Monochrome Lt M2020 Color Lt C2020...

Page 33: ...Trigger to Exposure Minimum delay 1 s Actual Exposure Time Minimum 13 73 s Exposure time increment steps Horizontal Line Time Min Time from End of Exposure to Start of Next Exposure 41 7 s Horizontal...

Page 34: ...28 Model Specifications Teledyne Lumenera Lt Series 3 7 1 Spectral Response Curves Lt M2050 Lt C2050 Response curves from sensor datasheet Monochrome Lt M2050 Color Lt C2050...

Page 35: ...r to Exposure Minimum delay 1 s Actual Exposure Time Minimum 13 73 s Exposure time increment steps Horizontal Line Time Min Time from End of Exposure to Start of Next Exposure 107 3 s Horizontal Line...

Page 36: ...30 Model Specifications Teledyne Lumenera Lt Series 3 8 1 Spectral Response Curves Lt M2420 Lt C2420 Response curves from sensor datasheet Monochrome Lt M2420 Color Lt C2420...

Page 37: ...Exposure Minimum delay 1 s Actual Exposure Time Minimum 13 73 s Exposure time increment steps Horizontal Line Time Min Time from End of Exposure to Start of Next Exposure 48 5 s Horizontal Line Time 4...

Page 38: ...32 Model Specifications Teledyne Lumenera Lt Series 3 9 1 Spectral Response Curves Lt M2450 Lt C2450 Response curves from sensor datasheet Monochrome Lt M2450 Color Lt C2450...

Page 39: ...Delay 1 s Actual Exposure Time Minimum 5 00 s triggered 13 81 s continuous Exposure time increment steps Horizontal Line Time Min Time from End of Exposure to Start of Next Exposure 105 7 s Horizontal...

Page 40: ...34 Model Specifications Teledyne Lumenera Lt Series 3 10 1 Spectral Response Curves Lt M3200 Lt C3200 Response curves from sensor datasheet Monochrome Lt M3200 Color Lt C3200...

Page 41: ...Trigger to Exposure Minimum delay 1 s Actual Exposure Time Minimum 103 70 s triggered 12 21 s continuous Exposure time increment steps Horizontal Line Time Min Time from End of Exposure to Start of Ne...

Page 42: ...36 Model Specifications Teledyne Lumenera Lt Series 3 11 1 Spectral Response Curves Lt M3840 Lt C3840 Response curves from sensor datasheet Monochrome Lt M3840 Color Lt C3840...

Page 43: ...s Trigger to Exposure Minimum delay 1 s Actual Exposure Time Minimum 14 26 s Exposure time increment steps Horizontal Line Time Min Time from End of Exposure to Start of Next Exposure 115 5 s Horizont...

Page 44: ...38 Model Specifications Teledyne Lumenera Lt Series 3 12 1 Spectral Response Curves Lt M4030 Lt C4030 Response curves from sensor datasheet Monochrome Lt M4030 Color Lt C4030...

Page 45: ...ous Trigger to Exposure Minimum delay 1 s Actual Exposure Time Minimum 14 26 s Exposure time increment steps Horizontal Line Time Min Time from End of Exposure to Start of Next Exposure 156 s Horizont...

Page 46: ...40 Model Specifications Teledyne Lumenera Lt Series 3 13 1 Spectral Response Curves Lt M4060 Lt C4060 Response curves from sensor datasheet Monochrome Lt M4060 Color Lt C4060...

Page 47: ...s Trigger to Exposure Minimum delay 1 s Actual Exposure Time Minimum 14 26 s Exposure time increment steps Horizontal Line Time Min Time from End of Exposure to Start of Next Exposure 115 5 s Horizont...

Page 48: ...42 Model Specifications Teledyne Lumenera Lt Series 3 14 1 Spectral Response Curves Lt M4020 Lt C4020 Response curves from sensor datasheet Monochrome Lt M4020 Color Lt C4020...

Page 49: ...xposure Minimum delay 1 s Actual Exposure Time Minimum 14 26 s Exposure time increment steps Horizontal Line Time Min Time from End of Exposure to Start of Next Exposure 156 s Horizontal Line Time 7 8...

Page 50: ...44 Model Specifications Teledyne Lumenera Lt Series 3 15 1 Spectral Response Curves Lt M4040 Lt C4040 Response curves from sensor datasheet Monochrome Lt M4040 Color Lt C4040...

Page 51: ...posure Time Minimum 30 06 s Exposure time increment steps Horizontal Line Time Min Time from End of Exposure to Start of Next Exposure TBD Horizontal Line Time 9 86 s 8 bit 14 55 s 12 bit Readout Time...

Page 52: ...46 Model Specifications Teledyne Lumenera Lt Series 3 16 1 Spectral Response Curves Lt M5470 Lt C5470 Response curves from sensor datasheet Monochrome Lt M5470 Color Lt C5470...

Page 53: ...posure Time Minimum 30 06 s Exposure time increment steps Horizontal Line Time Min Time from End of Exposure to Start of Next Exposure TBD Horizontal Line Time 8 08 s 8 bit 11 88 s 12 bit Readout Time...

Page 54: ...48 Model Specifications Teledyne Lumenera Lt Series 3 17 1 Spectral Response Curves Lt M4430 Lt C4430 Response curves from sensor datasheet Monochrome Lt M4430 Color Lt C4430...

Page 55: ...57 s 1 s continuous Trigger to Exposure Minimum Delay 1 s Actual Exposure Time Minimum 1772 44 s triggered 57 44 s continuous Exposure time increment steps Horizontal Line Time Min Time from End of E...

Page 56: ...50 Model Specifications Teledyne Lumenera Lt Series 3 18 1 Spectral Response Curves Lt M5500 Lt C5500 Response curves from sensor datasheet Monochrome Lt M5500 Color Lt C5500...

Page 57: ...Exposure Time Minimum 30 06 s Exposure time increment steps Horizontal Line Time Min Time from End of Exposure to Start of Next Exposure TBD Horizontal Line Time 11 58 s 8 bit 17 13 s 12 bit Readout T...

Page 58: ...52 Model Specifications Teledyne Lumenera Lt Series 3 19 1 Spectral Response Curves Lt M6480 Lt C6480 Response curves from sensor datasheet Monochrome Lt M6480 Color Lt C6480...

Page 59: ...lower noise level Global shutter CMOS sensors require more complicated circuit architecture thus limiting the pixel density for a given physical size Rolling Shutter Trade offs When selecting a rollin...

Page 60: ...sing flash lighting of suitable length in a dark environment The flash is triggered at the start of the last line s exposure and stops at the end of the first line s exposure The flash must maintain a...

Page 61: ...any given time With each sensor line starting exposure integration at once each following line s exposure is increased by the readout time required by the previous row In a well lit environment with s...

Page 62: ...USB3 Vision mode to use cameras with the Sapera LT development environment 4 2 Connecting Power Lt Ux0x xxxxx and Lt Ux1x xxxxx USB 3 cameras may be powered directly by the USB 3 computer port This me...

Page 63: ...eries only Standard 4 pin iris control for lenses with a motorized iris The following figures of the camera back side shows connector and LED locations See Mechanical Specifications for details on the...

Page 64: ...58 Connecting the Camera Teledyne Lumenera Lt Series Teledyne Lumenera LT Ux1x xxxxx Series Teledyne Lumenera LT Ux2x xxxxx Series...

Page 65: ...nected case 2 USB 3 port is not supplying enough camera power Steady red and flashing blue Fatal Error If the camera does not reboot itself contact Technical Support 4 3 Preventing Operational Faults...

Page 66: ...operation in the user s imaging setup 5 2 Camera Information Category Camera information is retrieved via a controlling application USB3 Vision applications retrieve this information to identify the...

Page 67: ...urer Info DeviceManufacturerInfo Manufacturer information about the device 1 00 Beginner Device Firmware Version DeviceFirmwareVersion Version of the firmware in the device 1 00 Expert Device Serial N...

Page 68: ...ay change with different camera models implementing different sensors image resolutions and color versions 5 3 1 Sensor Control Feature Descriptions The following table describes the features and valu...

Page 69: ...posure duration is user controlled using ExposureTime Continuous Continuous Exposure duration is constantly adapted by the device to maximize the dynamic range Auto Exposure Time Max Value exposureAut...

Page 70: ...in the auto brightness target value 1 00 DFNC Guru Black Level Selector BlackLevelSelector Selects which Black Level to adjust using the Black Level features 1 00 Expert Analog AnalogAll Sensor Dark O...

Page 71: ...e that cameras are available in a number of models implementing different sensors which may support different features within this category 5 4 1 I O Control Feature Descriptions The following table d...

Page 72: ...physical line or pin and associated I O control block to use as external source for the trigger signal Line3 Line3 Specifies which physical line or pin and associated I O control block to use as exter...

Page 73: ...ert Output Line Source outputLineSource Selects which internal signal or event driven pulse or software control state to output on the selected output line 1 00 DFNC Beginner Software Controlled Softw...

Page 74: ...in5 Signal Pin8 Gnd Pin1 Pwr Pin5Signal_Pin8Gnd_Pin1Pwr Pin 5 is the Signal Pin 8 is the ground and Pin 1 is the common output Power on the I O connector Pin9 7 Opto Input GpiOptoPin9and7 Pin 9 is the...

Page 75: ...to Line 3 only option for video 2 Set Line Mode to Output 3 Set Output Line Source to Pulse on Start of Exposure 4 Set Output Line Pulse Delay to the value found in Flash Zone Delay 5 Set Output Line...

Page 76: ...or acquisition processing of color gamma LUT etc Parameters in gray are read only either always or due to other feature settings Parameters in black are user set Features listed in the description tab...

Page 77: ...he LUT module Lookup Table 1 00 DFNC Expert Off Off Disables the LUT Active Active Enables the LUT LUT Index LUTIndex Selects the index offset of the coefficient to access in the selected LUT 1 00 Gur...

Page 78: ...1 Lens Control Feature Descriptions The following table describes the features and values found in the category as well as the device version and visibility level beginner expert guru invisible The de...

Page 79: ...DFNC Guru 5 6 2 F stops vs Exposure Overview The Lt Series Lens F stop control allows adjusting the lens iris with small incremental steps It is important to remember that full stop increases will ha...

Page 80: ...74 Feature Reference Teledyne Lumenera Lt Series...

Page 81: ...ull feature set defined in this category 5 7 1 Image Format Control Feature Description The following table describes the features and values found in the category as well as the device version and vi...

Page 82: ...pixels 1 00 Beginner Pixel Format PixelFormat Format of the pixels provided by the device It represents all the information provided by PixelSize PixelColorFilter combined in a single feature 1 00 Beg...

Page 83: ...used for vertical cropping reduce the number of video lines grabbed for a frame By not scanning the full height of the sensor the maximum possible acquisition frame rate is proportionately increased...

Page 84: ...per line Horizontal Offset Width 5 7 3 Horizontal and Vertical Flip The Image Flip features activate image acquisition with horizontal and or vertical inversion Support of one or both functions is cam...

Page 85: ...Teledyne Lumenera Lt Series Feature Reference 79 Horizontal Flip Mirror Vertical Flip Both Horizontal Vertical Flip Acquisition Flip Features...

Page 86: ...in the category as well as the device version and visibility level beginner expert guru invisible The device version represents a camera software functional level different from the firmware revision...

Page 87: ...isitionStart Starts the Acquisition of the device The number of frames captured is specified by AcquisitionMode 1 00 Beginner Acquisition Stop AcquisitionStop Stops the Acquisition of the device at th...

Page 88: ...controls for event management Parameters in gray are read only either always or due to other feature settings Parameters in black are user set Features listed in the description table that are tagged...

Page 89: ...tampValue feature 1 00 Expert Timestamp Increment timestampIncrement Timestamp Increment 1 00 DFNC Expert Event Selector EventSelector Select the Event to enable disable with the EventNotification fea...

Page 90: ...tures and values found in the category as well as the device version and visibility level beginner expert guru invisible The device version represents a camera software functional level different from...

Page 91: ...re Descriptions The following table describes the features and values found in the category as well as the device version and visibility level beginner expert guru invisible The device version represe...

Page 92: ...ndard Features Naming Convention SFNC tag not shown Display Name Feature Values Description Device Version View File Selector FileSelector Selects the file to access The file types which are accessibl...

Page 93: ...Guru File Access Buffer FileAccessBuffer Defines the intermediate access buffer that allows the exchange of data between the device file storage and the application 1 00 Guru File Operation Status Fi...

Page 94: ...Access Control category click Setting to open the File Access Control dialog From the Type list choose the type of file to upload to the camera From the File selector list choose Firmware Click Brows...

Page 95: ...Controls The USB3 Vision Host Controls group parameters are used to configure the host computer system features used for camera communication management None of the parameters are stored in the camera...

Page 96: ...ing information Model Part Number Serial number Barcode FCC and CE logo Made in Canada Additional Mechanical Notes Lt camera series supports a screw lock USB 3 cable as described in Ruggedized Cable A...

Page 97: ...Teledyne Lumenera Lt Series Technical Specifications 91 6 2 Mechanical Specifications 6 2 1 Models Lt Ux0x xxxxx...

Page 98: ...92 Technical Specifications Teledyne Lumenera Lt Series 6 2 2 Models Lt Ux1x xxxxx...

Page 99: ...Teledyne Lumenera Lt Series Technical Specifications 93 6 2 3 Models Lt Ux20 xxxxx...

Page 100: ...cal body or the optical focal plane for the Z axis dimension Theta specifies the sensor rotation relative to the sensor s center and mechanical body Lt Ux0x xxxxx Lt Ux1x xxxxx Lt Ux2x xxxxx X varianc...

Page 101: ...xxx 8 1 3 2 6 7 4 5 I O connector MXR 8PIN pin numbers as viewed by user Digi Key Part Number HR1824 ND connector can be used as a mating connector Pin Number Function Description 1 V External Externa...

Page 102: ...ne Lumenera La2000PK provides a 5 V power adapter and the Digi Key Part HR1824 ND connector for external power usage La2000PIOK which combines a 5 V power adapter and the Hirose connector with blunt e...

Page 103: ...n Description 1 V External External power input terminal 5V 7 5 2A Takes priority over USB 3 power 2 GND External power ground reference terminal 3 3 3 Vdc output Output supplying a maximum of 150 mA...

Page 104: ...PWR GND GPI Common GPI 1 GPI 2 GPO 3 I O connector for LT Ux2x xxxxx models Pin Number Lt Ux2x series Direction Definition 1 PWR GND Camera Power Ground 2 PWR VCC Camera Power DC 10 to 28 Volts 3 GPI...

Page 105: ...SFSD 05 WG G AL DR E2O WG Wire Gauge AL Assembled Length E2O End 2 Option Discrete Cable Assembly see example below https www samtec com products sfsd ISDF 05 D M Connector Availability On Line North...

Page 106: ...V to 24 V at a typical current of 20 mA maximum 50 mA minimum 5 mA 3 3 V Greater input voltages are supported with use of an external voltage dropping resistor The opto isolated internal current limi...

Page 107: ...s 101 800 ohm Internal to Camera Opto In Opto Ground Active High Example LT Ux1x xxxx models 800 ohm Internal to Camera GPI1 GPI1 800 ohm Internal to Camera GPI1 GPI1 Vcc Active Low Example Active Hig...

Page 108: ...102 Technical Specifications Teledyne Lumenera Lt Series Lt Ux2x xxxxx models...

Page 109: ...ted output requires an external resistor and biasing current The current flow through the signal output transistor should nominally be 20 mA and must not exceed 50 mA Lt Ux0x xxxxx Lt Ux1x xxxxx As sh...

Page 110: ...ither active high or low configurations the output signal swings between Vcc and ground Lt Ux1x xxxxx models only allow for active low configuration Active Low Output Example 220 ohm Vcc Output Signal...

Page 111: ...Teledyne Lumenera Lt Series Technical Specifications 105 Lt Ux2x xxxxx models...

Page 112: ...106 Technical Specifications Teledyne Lumenera Lt Series Lt Ux2x xxxxx models...

Page 113: ...Teledyne Lumenera Lt Series Technical Specifications 107 Lt Ux2x xxxxx models...

Page 114: ...Interface 10 9 8 7 6 5 4 3 2 1 Camera Slave 1 Camera IO Interface 10 9 8 7 6 5 4 3 2 1 Camera Slave 2 Camera IO Interface 10 9 8 7 6 5 4 3 2 1 Camera Slave 3 Camera IO Interface 10 9 8 7 6 5 4 3 2 1...

Page 115: ...ipped desktop laptop or embedded computer will have the 5 volt power supply required by the Lt Series cameras The computer requires the Windows 10 or Linux operating system Teledyne DALSA Sapera LT de...

Page 116: ...110 Technical Specifications Teledyne Lumenera Lt Series 6 7 EC FCC Declarations of Conformity Certificate 1 of 3...

Page 117: ...Teledyne Lumenera Lt Series Technical Specifications 111 Certificate 2 of 3...

Page 118: ...112 Technical Specifications Teledyne Lumenera Lt Series Certificate 3 of 3...

Page 119: ...r The following section graphically shows the minimum lens image circle for each model family along with alternative lens types Brief information on other lens parameters to consider follows those sec...

Page 120: ...3 lens can be used with these models 2 3 Lens 11mm Image Circle 1 2 3 Lens 7 8mm Image Circle 1 2 Lens 8mm Image Circle 7 1 3 Lens Options for Lt 2020 Lt 2050 Lt 3840 The following figure shows the le...

Page 121: ...nochrome versions A typical 2 3 lens will fully illuminate these sensors 1 Lens 16mm Image Circle 2 3 Lens 11mm Image Circle Model 2450 Shown 7 1 5 Lens Options for Lt 1630 The following figure shows...

Page 122: ...while larger image circle lens will avoid any corner shading 1 3 Lens 22 5mm Image Circle Models 4060 16 1mm diagonal 1 Lens 16mm Image Circle 1 1 Lens 17mm Image Circle 7 1 7 Lens Options for Lt 161...

Page 123: ...cles relative to these models in color or monochrome versions A typical 4 3 lens will illuminate these sensors 1 3 Lens 22 5mm Image Circle Lt 4430 21 6 mm diagonal Lt 5470 21 7 mm diagonal 7 1 9 Lens...

Page 124: ...details Aberrations defect chromatic spherical Aberrations are specific types of lens faults affecting resolution and distortion Lens surface defects or glass faults distort all light or specific col...

Page 125: ...an they produce less light This aging may not be uniform a light source may produce progressively less light in some areas of the spectrum but not others 7 2 3 Monochrome Cameras with Anti Reflection...

Page 126: ...ns use a hot mirror or IR cut off filter that transmits visible wavelengths but does not transmit near infrared wavelengths and above Lt Camera color models are available with NIR AR coated glass filt...

Page 127: ...Response Graphic Dimensions 7 2 4 2 Guidelines for Choosing IR Cut off Filters The following graphic using a color sensor response spectrum shows the transmission response of typical filters designed...

Page 128: ...al Reference Information Teledyne Lumenera Lt Series infrared blocking specification of 650 nm Filters that block at 700 nm or longer wavelengths designed for CCD cameras are not recommended for Lt co...

Page 129: ...or surface focal plane Focal Point with filter is behind sensor surface Filter Illustration Change of Focal Point with inserted filter Incident Light from Lens In this example when a glass filter is i...

Page 130: ...ective focal length f is the distance from the second principal point to the second focal point The back focal length BFL is the distance from the image side of the lens surface to the second focal po...

Page 131: ...has a 512 x 512 element 10 m pixel pitch area scan camera a lens with an effective focal length of 45 mm and requires that 100 m in the object space correspond to each pixel in the image sensor Using...

Page 132: ...cing dark patches on the sensor response Dust is most visible when the illumination is collimated The dark patches shift position as the angle of illumination changes Dust is normally not visible when...

Page 133: ...regular cotton swabs since these can introduce static charge to the window surface Wipe the window carefully and slowly when using these products 7 5 Ruggedized Cable Accessories Teledyne provides op...

Page 134: ...7 5 3 USB3 Long Distance Active Cables CEI s USB3 BitMaxx cables offer Plug Play active cable solutions for USB Vision Please visit the website for Components Express to review their cable options htt...

Page 135: ...device driver is loaded on the computer Windows Device Manager incorrectly lists the camera or displays an exclamation mark beside the device This describes the situation that occurs when the correct...

Page 136: ...may then be switched and the driver may be selected from a list of installed drivers Alternatively drivers may be selected with Windows Device Manager 8 4 Switching a Teledyne Lumenera camera from Lu...

Page 137: ...re zip file you have downloaded for your camera model The LtUpdater tool will automatically show the components within the zip file that will update the camera Click Update and wait for confirmation o...

Page 138: ...he LucamSDK software package and untar it 2 Unplug any Lumenera devices from the system 3 Change to the SDK directory cd lucam sdk_ version 4 Compile the driver and install it sudo make install ALL_DR...

Page 139: ...Teledyne Lumenera Lt Series Troubleshooting 133 8 7 Troubleshooting Flow Charts Use the following flowchart to help identify problem with a Teledyne Lumenera Lt camera 8 7 1 Chart 1...

Page 140: ...134 Troubleshooting Teledyne Lumenera Lt Series 8 7 2 Chart 2...

Page 141: ...Teledyne Lumenera Lt Series Troubleshooting 135 8 7 3 Chart 3...

Page 142: ...136 Troubleshooting Teledyne Lumenera Lt Series 8 7 4 Chart 4...

Page 143: ...0 Preliminary Internal Version 002 February 1 2021 Support for USB3 Vision and Sapera LT 003 June 11 2021 Addition of new models and related updates Improvements targeting uniformity of specifications...

Page 144: ...736 4077 Fax 1 613 736 4071 Email info lumenera com 10 2 Technical Support Submit any support question or request via our web site Technical support form via our web page Support requests for imaging...

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