Area scan cameras

Dual USB3.0 area scan camera, 26 MP, Mono (LS-CMR-0326)

Model LS-CMR-0326

SensorGMAX0505
Interface2-channel USB3.0
Speed5120x5120Max@28.25FPS
Lens mountC-mount
Pixel size2.5 μm×2.5 μm

$2,219.00

Ships in 2-3 weeks

0.52 kg shipping weight

Volume pricing, Net 30 terms or a formal quote for purchasing?

LS-CMR-0326: resolution @ frame rate 5120x5120Max@28.25FPS, sensor 1.1"CMOS, dynamic range > 65 dB, image size (pixel size) 2.5 µm x 2.5 µm.

Supports two USB3.0 interfaces with up to 10Gbps transmission bandwidth; with a high-speed sensor the 25MP camera reaches up to 30FPS. Low CPU occupancy using DMA transmission.

Tracked worldwide shippingTracked UPS or DHL
3-year warranty, minimumCovers defects in materials and workmanship
Expert machine-vision support includedFrom our engineering team, incl. a licensed P.E.
Volume discounts and Net 30For approved business accounts; purchase orders welcome
90-day returnsUnused items, counted from delivery; free US return label; no restocking fee
Secure checkout by ShopifyCard, PayPal, Shop Pay or Google Pay

Specifications

General

Model	LS-CMR-0326
Driver	Directshow component Halcon special component Labview special driver OCX component TWAIN component
Programming language pack	C/C++/C#/VB6/VB.NET/Delphi/BCB/Python/Java
Other functions	Support any size ROI custom resolution, contrast and gamma adjustment, saturation adjustment, white balance correction, black level correction, custom dead point coordinate correction, ISP image processing acceleration, 3D noise reduction, custom LUT table, frame rate adjustment, custom camera name, etc.
Tailpiece suffix options (AU/FU/CU/2SU)	T1V-C: line sequence definition 1, 12V power supply, power supply shrapnel type aircraft head, C-mount, Recommend; -T: line sequence definition 2, aircraft head, CS-mount, planned shutdown; -T-C: line sequence definition 2, aircraft head, C-mount, planned shutdown; -TV-C: line sequence definition 3, 12V power supply, aircraft head, C-mount, planned shutdown
Camera type	Mono
Sensitivity	1.03x10^7 e-/((W/m^2)·s) @ 500nm
Signal-to-noise ratio	36 dB
Frame buffer	256M Byte
User-defined data	2K Byte

Optics

Image size (pixel size)	2.5 μm×2.5 μm

Sensor and imaging

Sensor	1.1"CMOS
Sensor type	GMAX0505
Effective pixel	25 MP
Resolution @ frame rate	5120x5120Max@28.25FPS
Exposure method	Frame exposure
Dynamic range	>65 dB
Output pixel width	12bit
Maximum gain (times)	16.5
Exposure time range (ms)	0.0068~812.5
Sensor format	1.1"
Shutter	Global (frame exposure)

Interfaces and I/O

Connector pinout -T1V-C (Port A)	1 Red PWR+ (camera power input positive); 2 White GPI1+/TRIG_IN+ (default trigger input); 3 Brown GPI2/GPO2 (non-isolated bidirectional IO); 4 Green GPO1+/STRB_OUT+ (default flash output); 5 Yellow GPO1-/STRB-OUT-/TRIG_IN- (GPIO common negative terminal); 6 Black PWRGND
Connector pinout -T, -T-C	1 Green GPO1+/STRB_OUT+ (default flash output); 2 Yellow GPO1-/STRB_OUT- (default flash output); 3 White GPI1+/TRIG_IN+ (default trigger input); 4 Brown GPI1-/TRIG_IN- (default trigger input); 5 Red GPO2+; 6 Black GPO2
Connector pinout -TV-C (Port A)	1 Green GPO1+/STRB_OUT+; 2 Yellow GPO1-/STRB_OUT; 3 White GPI1+/TRIG_IN+; 4 Brown GPI1-/TRIG_IN-; 5 Red PWR+; 6 Black PWRGND
GPIO	1 opto-coupler isolated input, 1 opto-coupler isolated output, 1 non-isolated input and output
Video output format	Mono 8bit
Visual standards protocol	USB3Vision, GenICam
Data interface	2-channel USB3.0
Lens interface	C-Mount

Light

Mono / colour	Mono

Environment and compliance

Working temperature	0 to 50 °C
Working humidity	20~80% (no condensation)
Storage temperature	-30 to 60 °C
Storage humidity	20~95% (no condensation)

Computing

Operating system	WIINXP, WIN7/8/10 32@64-bit system, Linux and ARM Linux driver (customizable), Android platform driver (customizable)

Electrical

Power supply	USB 5V / Aviation head power supply 12V~24V
Power	<5 W
Voltage	USB 5V / Aviation head power supply 12V~24V

Mechanical

AD width	12bit
Dimension	59.5x59.5x38.5mm (without lens mount and rear shell interface)
Weight	<300 g
Mount	C-mount

Downloads

Datasheet (PDF)LS-CMR-0326 · 359 KB

Features

Programmable IO
Dual USB3.0 output, 2 times faster than the original
External trigger strobe synchronous photography
8bit raw data output
Fully compatible with the GigE camera SDK, seamless replacement
Multiple cameras on one computer work stably without dropping or losing frames for a long time
Supports PC Linux and ARM Linux, can be integrated into embedded devices
Compatible with vision protocols: Halcon, VisionPro, LabVIEW and other vision software

Applications

Electronic 3C
Automated semiconductor
Logistics code scanning
Intelligent transport
Biomedical
Packaging and printing

Complete the station

The configurator matches a camera, lens, light, light controller and cables to each other, and to this part.

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Engineering data

Field of view and resolution with the LS-CMR-0326

Worked out from this camera's own sensor: the field of view and the size one pixel covers on the part, for common lenses and working distances.

Sensor area12.8 × 12.8 mm1.1" optical format

Lens image circle needed≥ Ø 18.1 mmC-mount

Pixel pitch2.5 µm5120 x 5120 px

With a 16 mm lens at 500 mm400 × 400 mm0.078 mm per pixel

Dynamic range> 65 dB

SNR36 dB

Power consumption< 5 W

ShutterGlobal

Exposure range0.0068–812.5 ms

Weight< 300 g

Field of view (width × height) and object pixel size by lens focal length and working distance
Lens	At 300 mm	At 500 mm	At 1000 mm
8 mm	480 × 480 mm0.094 mm per pixel	800 × 800 mm0.156 mm per pixel	1600 × 1600 mm0.312 mm per pixel
12 mm	320 × 320 mm0.062 mm per pixel	533 × 533 mm0.104 mm per pixel	1067 × 1067 mm0.208 mm per pixel
16 mm	240 × 240 mm0.047 mm per pixel	400 × 400 mm0.078 mm per pixel	800 × 800 mm0.156 mm per pixel
25 mm	154 × 154 mm0.03 mm per pixel	256 × 256 mm0.05 mm per pixel	512 × 512 mm0.1 mm per pixel
35 mm	110 × 110 mm0.021 mm per pixel	183 × 183 mm0.036 mm per pixel	366 × 366 mm0.071 mm per pixel
50 mm	76.8 × 76.8 mm0.015 mm per pixel	128 × 128 mm0.025 mm per pixel	256 × 256 mm0.05 mm per pixel

Thin-lens approximation: field of view ≈ sensor size × working distance ÷ focal length. Object pixel size = field-of-view width ÷ horizontal pixels; a feature should span about 3-4 pixels to be measured reliably.

Compatible parts