Molded Glass Aspheres M12 Lens Low Distortion

2.8mm Molded Glass Asphere Low Distortion Lens for up to 1/2.5" sensors such as IMX577

All Glass Low Distortion 2.8mm M12 Lens

The CIL093 is a 2.8mm wide-angle low distortion M12 Lens suitable for up to 5MP 1/2.5" sensors. The lens has great thermal stability and is well suited for outdoor computer vision tasks with a wide field of view. This performance combination is made possible through the use of high performance glass aspheric components.

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$129.00

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There are 2 units CIL093-F2.4-M12A650 (F/2.4 / M12A / With 650nm IRC Filter) in stock in the US.

There are 0 units CIL093-F2.4-M12ANIR (F/2.4 / M12A / Without Filter) at our US location. We try to restock quickly. Please contact us for availability.

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.STP / Drawing Engineering Support

Lens Features

Wide-Angle FoV

Achieve a wide 100° HFoV on 1/2.5" type sensors.

NIR Corrected

Good performance in both RGB and NIR.

All Glass

Molded Glass Aspheres for great thermal stability.

Optical and Mechanical Specification Table

Lens Parameter	Performance Detail
Part Number	CIL093
Format Type	1/2.5"
EFL	2.8mm
F#	2.4 Fixed
Resolution	5MP, 2.2μm
Field of View	112° @ 7.6mm Calculate for your sensor using our M12 Lens Calculator
Image Circle	7.6mm
Distortion	-3% TV
Weight	9.1g
IR Cut-Off Filter	P/N With: CIL093-F2.4-M12A650 P/N Without: CIL093-F2.4-M12ANIR
Construction	7G+2MG, AL6061

Mechanical Variants

Variant	Description
"M12A"	No Ingress Protection, BBAR on Lens 1 Surface 1, AL6061 Cap+Barrel

Mechanical Layout

Camera Mechanical Compatibility Table*

Camera/Mount	Compatibility
Commonlands Compatible Mount	CLA018
e-con Systems / Standard S-Mount	9mm-13mm tall holder
Allied Vision Alvium S-Mount	Yes
FLIR Blackfly S Board	Yes
iDS uEye LE	Rev1.1: Yes, Rev1.2: Must use PN ending "C-NO"
The Imaging Source M12	Yes
Basler Dart S-Mount	Yes

*Mechanical compatibility only, assuming the standard M12x0.5 lens mount provided by the camera manufacturer. Please check optical compatibility separately.

Click here to download .STP files and Mechanical Drawings