- Phone
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Address
101, Building 1, No. 199 Jiangkai Road, Minhang District, Shanghai
Shanghai Wenyi Optoelectronics Technology Co., Ltd
101, Building 1, No. 199 Jiangkai Road, Minhang District, Shanghai

GER adjustable occlusion aperture
The GER adjustable occlusion aperture of Wen Yi Optoelectronics is used to control the incident aperture of an SMA905 port fiber or a spectrometer.
The GER adjustable occlusion aperture can be directly connected to the spectrometer or connected to the SMA905 port fiber optic through an adapter.
feature
Flexible use - By directly adjusting the aperture size, control the size of the aperture between the Wen Yi photoelectric spectrometer and the fiber optic connection.
Easy to use - simple structure; No need to replace the cover, adjust the aperture size directly.
The material is hard - black electroplated aluminum structure ensures a long life cycle.
Each GER component includes a conical seat, a middle barrel tube, and an outer barrel tube, ensuring that they can rotate together The adjustable aperture is continuously adjustable from 1mm to 12mm, and the test field can be adjusted to 0.5
Continuously adjustable from ° to 30 °. By adjusting the side lever, it is very convenient and simple to use.
The GER component is entirely made of hard black electroplated aluminum. The inner surface is frosted to reduce off axis reflection.
| Product Model | GER-T | GER-SMA | ||
| schematic diagram | ![]() |
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| Pipeline material: | Black anodized aluminum | Black anodized aluminum | ||
| Inner wall of the pipe: | The frosted surface reduces off-axis reflection | The frosted surface reduces off-axis reflection | ||
| connector: | Internal thread 1/4-36 ' | SMA905 interface | ||
| Can be connected to: | SMA905 interface light source or spectrometer | SMA905 connector fiber optic, etc | ||
| Aperture adjustable range: | ∅1~∅12mm | ∅1~∅12mm | ||
| Field of view selection: | 0.5°~30° | 0.5°~30° | ||
Configuration precautions
When using GER-SMA and Wenyi optical fiber simultaneously, the incident aperture cannot exceed 30 degrees of the fiber's incident aperture.