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MV-CL086-91GC 8K пикселей камеры GigE 8192x6 линия сканирования CMOS промышленная камера

MV-CL086-91GC 8K пикселей камеры GigE 8192x6 линия сканирования CMOS промышленная камера

Категория: Surveillance Products >>>
Поставщик: Hangzhou,Huicui,Intelligent,Technology,Co.,Ltd.

Цена:*

Количество:

Описание и отзывы

Трекер стоимости

Месяц	Минимальная цена	Макс. стоимость
Sep-16-2025	0.54 $*	0.3 $*
Aug-16-2025	0.41 $*	0.65 $*
Jul-16-2025	0.63 $*	0.2 $*
Jun-16-2025	0.38 $*	0.63 $*
May-16-2025	0.84 $*	0.20 $*
Apr-16-2025	0.66 $*	0.37 $*
Mar-16-2025	0.62 $*	0.96 $*
Feb-16-2025	0.60 $*	0.90 $*
Jan-16-2025	0.96 $*	0.4 $*

Характеристики

Product Description

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Generate images by lines and output with high-precision

Equipped with a high-quality performance CMOS linear array sensor, it supports various pixel formats such as Mono, Bayer, RGB true color, and the multi-line sensor can support a variety of capture scene applications such as single-line/tdi/HDR, with higher image accuracy and better image quality.

Key Feature

Supports image compression mode, TDI, triggerwidth exposure, etc.

Supports manual adjustment for Gamma correction,PRNUC correction, LUT, black level, etc.

Adopts bi-directional I/O hardware design.

Compact design and flexible installation.

Compatible with GigE Vision V2.0 and GenlCamb standard.

Paramters

Model	Model	MV-CL086-91GC
Model	Type	8192 P CMOS GigE Line Scan Camera
Camera	Sensor type	CMOS
	Pixel Size	5 μm
	Resolution	8192×6
	Image mode	Supports 1-line, 2-TDI
	Max. Line Rate	14 kHz @Bayer 8/Mono 8, 7 kHz @Bayer 10/Mono 10, 4.7 kHz @RGB 8/BGR 8 Image compression mode: 40 kHz @Bayer 8, 20 kHz @Bayer 10, 14 kHz @RGB 8
	Dynamic range	54.8 dB
	SNR	40.3 dB
	Gain	Supports 1.2 ×, 2.7 ×, 4.6 ×
	Exposure time	3 μs to 10 ms
	Exposure mode	Off/ Once/ Continuous exposure mode, and supports trigger-width exposure
	Mono/Color	Color
	Pixel format	Mono 8/10, Bayer RG 8/10, RGB 8, BGR 8
	Binning	Not support
	Reverse image	Supports horizontal reverse image output
	Trigger mode	External trigger, internal trigger
	External trigger mode	Line trigger, frame trigger, line + frame trigger
Electrical features	Data Interface	GigE
	Digital I/O	12-pin Hirose connector provides power and I/O: configurable input or output × 4 (Line 0/1/3/4) and support single-ended/differential
	Power supply	12 VDC to 24 VDC
	Power consumption	Typ. 13.0 W@12 VDC
Mechanical	Lens mount	M72 *0.75, optical back focal length: 12 mm (0.5")
	Dimension	80 mm × 80 mm × 46.3 mm (3.1" × 3.1" × 1.8")
	Weight	Approx. 465 g (1.0 lb.)
	Ingress protection	IP40 (under proper lens installation and wiring)
	Temperature	Working temperature: -20 °C to 55 °C (-4 °F to 131 °F) Storage temperature: -30 °C to 80 °C (-22 °F to 176 °F)
	Humidity	5% to 90% RH, non-condensing
General	Client software	MVS or the third-party software meeting with GigE Vision protocol
	Operating system	32/64-bit Windows XP/7/10, 32/64-bit Linux, and 64-bit MacOS
	Compatibility	GigE Vision V2.0, GenICam
	Certification	CE, FCC, RoHS, KC

Drawings

Accessaries

Applications

Line scan applications

Line scan systems are mainly used for inspection of continuous material. They are also well suited for applications requiring extremely high resolution or speed, or for the inspection of cylindrical or rotating objects.

Web inspection

A typical field of application for line scan cameras is the inspection of a continuous product such as a textile, paper, glass or steel plate. These objects have no defined beginning or end and can be thought of as infinite in length.

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Conveyor belts

Imaging objects on a conveyor belt is also an excellent use for line scan technology, especially if the objects under inspection vary in length and a high resolution image is required. Capturing images with an area scan camera would require a vertical field of view large enough for the biggest part, limiting the resolution. In addition, illuminating large areas can be a problem. Line scan gets round these problems by effectively varying the image height depending on start/stop signals derived from the part as it moves past the camera. In addition it is far easier to illuminate a single line across the conveyor.

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Rotating objects

Line scan is also a very convenient way of imaging cylindrical components. Trying to do this with an area scan camera would be difficult and would involve correcting the distortion caused by imaging the curved surface, plus having to take multiple images to capture the entire surface. A line scan camera records the same optical position across the whole cylinder eliminating distortion; rotating the cylinder will generate an "unwrapped" image of the entire surface.