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Mstar Technologies, Inc, as a leading provider of a comprehensive Machine Vision System in China, was founded in March 2012, located in Zhejiangoverseas High-Level Talents Innovation Park. Mstar Technologies, Inc, is a company engaged in the area of development and production of machine vision products including machine vision system, industrial camera, FA lenses, machine vision lightings, infrared thermal cameras and etc..

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C-Mount Lens | 10MP Fixed Focus FA Machine Vision Lenses for 1.1" Sensor

Home / All / FA Lens / C-Mount Lens /

C-Mount Lens | 10MP Fixed Focus FA Machine Vision Lenses for 1.1" Sensor

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C-Mount Lens | 10MP Fixed Focus FA Machine Vision Lenses for 1.1" Sensor

Categories	C-Mount Lens
Brand	MSTAR Machine Vision System
Model	FAxx15A
Focal Length	6mm - 75mm
F-Number	F1.4
Image Size	1.1 inch
Mount	C-Mount
Iris Control	Manual
Focus Control	Manual
Terms of Payment	T/T, Paypal
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Update Time	Nov 22,2024

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Detail Information

C-Mount Lens | Fixed Focus FA Machine Vision Lenses for 1.1" Sensor

Introduction

The FAxx15A Machine Vision lenses are engineered for maximum performance in close-up applications required in factory automation, robotics, and image processing areas.

This Factory Automation (FA) lens provides high-performance optics with a variety of common focal lengths for maximum application flexibility. Ideal for Industrial Machine Vision and Intelligent Traffic Systems.

Key Feature

• 6, 8, 12, 16, 25, 35, 50 and 75mm focal lengths
• Ultra-low distortion
• Higher relative illumination rate
• Captures full resolution of 10 megapixel cameras
• Assured excellent light intensity even in peripheral areas
• High contrast and sharp picture in all areas of the screen
• Compact design
• Locking set screws for focus and iris

Specifications

Product No.

Image size

Resolution

EFL

F/no.

HxV

TV distortion

M.O.D.

Datasheet

FA0615A

1.1"

10M

6mm

1.8~16

1"：111.2*83.5

2/3"：76.6*57.4

<2.3%

0.1m

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FA0815A

1.1"

10M

8mm

1.4~16

1"：199.2*149.4

2/3"：136.9*102.7

<5%

0.1m

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FA1215A

1.1"

10M

12mm

1.4~16

1"：117.3*87.96

2/3"：80.6*60.46

<0.5%

0.1m

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FA1615A

1.1"

10M

16mm

1.4~16

1"：93.94*70.44

2/3"：64.6*48.4

<0.3%

0.1m

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FA2515A

1.1"

10M

25mm

1.4~16

1"：47.28*35.46

2/3"：32.5*24.38

<0.1%

0.1m

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FA3515A

1.1"

10M

35mm

1.4~16

1"：53.2*39.72

2/3"：36.38*27.22.2

<0.1%

0.15m

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FA5015A

1.1"

10M

50mm

1.6~16

1"：64.4*51.76

2/3"：44.28*33.2

<0.1%

0.3m

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FA7515A

1.1"

10M

75mm

1.8~16

1"：111.2*83.5

2/3"：76.6*57.4

<0.05%

0.8m

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Manufacturing

Lens assembling

Optical components

Centering

Coating

Metal machining

Ultra-sonic Cleaning

Huang Zhe

Grind

Middle Inspection

Quality Assurance

3D Vision Measuring Machine

Eccentricity Inspection

Resolution Inspection

TV Resolution

Download document

Basic of Lens Selection

Image Sensor and Image Processing Basics

FAQ

What Is The Resolution(Μm) Of The Lens?

Resolution is a measured by how closely 2 points can be before they cannot be distinguished. For example, 1μm resolution means that 2 points that are 1μm away from each other can be distinguished. Resolution values in this catalog are theoretical resolutions for the lenses. The following is a formula to calculate theoretical resolution based on a lens's ray diffraction with no aberration.

Resolution=0.61×λ/NA λ : Wavelength 0.61: Fixed Number

Distortion

(%)

Distortion is the aberration of a lens where a straight object outside of the optical axis appears curved. Distortion of a straight line towards the center is called pincushion distortion, while distortion expanding outwards is called barrel distortion

(Working Distance)

Distance from the front end of a lens system to the object under inspection.

F Number

The value indicates lens brightness. It is calculated by dividing the focal distance of the lens by its effective diameter (entrance pupil diameter D mm) looking from its object side. It can also be calculated by NA and the lens' optical magnifi cation ( ). The smaller the number the brighter the lens is.

F No=f/D

Field Of View

Field of view is the size of an object that can be shot when the lens is attached to a camera.

The size of fi eld of view is (sensor size) ÷ (optical magnification ).

(Calculation Example) Optical Magnification =0.2x, camera Size 1/2" (4.8mm Long, 6.4mm Wide) :

Size of Field of View Length =4.8/0.2=24 (mm)

Width =6.4/0.2=32 (mm)

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