6mm Lens with IR CUT for H.265 StarLight 3MP 3516C+Sony IMX291 Intelligent analysis IP Camera board ONVIF XMEYE
Model | MR-C0614WXG-1042 | Mount | M12*0.5 |
Focal Length | 6mm | Resolution | 4.0MP |
Sensor Size | 1/2.7" | CRA | 9.5°(1/2.7'') |
Aperture | F1.4 | BFL | 5.74mm |
TTL | 22.3mm | Ilumination | 42%(1/2.7'') |
Angle of View | 56°x30.1°x65.2°(1/2.7") | Distortion | -6.5%(1/2.7") |
Application | Starlight Lens |
Features:
1. 4.0 megapixel Starlight HD Camera lens, 6mm F1.4 big aperture lens, Intelligent analysis IP Camera lens.
2. 1/2.7" Format High quality cctv camera lens, optical lens ,M12 Mount Lens
3. 6mm focal length 56 Degree of DFOV security lens
4. Starlight Lens for Megapixel camera, Surveillance Lens, large aperture security Lens
5. This high resolution cctv lens can capture the all resolution of mega pixel camera,IP camera & High resolution camera.
FAQ
Q1:what does your warranty covers? |
A1:Our product is backed by 1 year limited warranty against manufacturing defects (material& workmanship).missing /lost or worn out parts are not covered under our warranty. |
Q2:Can I get some samples at the first cooperation? |
A2:Yes, we can give customer some samples for test at the first cooperation with each other. |
Q3:How do you ensure your production? |
A3:We have more than 500 employee in our factory for production line and the factory covers an area of 4000 square meters . And all of our product have passed the test such as SGS,CE,ISO. |
Q4:When can I get the goods ? |
A4:simple orders delivery within 5-7 days since payment received. massive orders delivery within 12-15 days since payment received. |
1. Glass-plastic mixed lenses: the lens interior mostly uses glass lenses, plastic aspheric lenses mixed form, effective correction of aberration;
2. Low-dispersion glass materials: low-dispersion materials are used to effectively reduce dispersion. The effect of correcting the axial chromatic aberration at telephoto end and the vertical chromatic aberration at wide angle end is particularly significant.
3. Temperature drift control: Using optical materials with low thermal expansion coefficient, the lens can obtain clear pictures without re-focusing under different temperature environments.
4. Flatness of image surface: Excellent optical design technology is used to achieve high pixel and high contrast uniformly from the center to the periphery of the image.
5. Day-night confocal: Both visible and near-infrared light have almost no change in the focal plane, so that the image can get a clear effect in day and night.