OPT
OPT-RN01604-223-100160C C-Mount lens
Manufacturer part number: OPT-RN01604-223-100160C
Series: Rhino-Bi-Telezentrik
- Objektivbauart
- Bi-telecentric
- Abbildungsmaßstab
- 0.1604 ×
- Max. Sensorformat
- 1"
- Objektfeld
- Ø 99.75 mm at 1"
- Arbeitsabstand
- 223 mm ± 3 mm
- Auflösungsvermögen
- 150 lp/mm
- Koaxiale Einkopplung
- No
- Mount
- C-Mount
- Baulänge
- 296.46 mm
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Have your application reviewedTechnical data
| Manufacturer part number | OPT-RN01604-223-100160C |
|---|---|
| Working Distance(mm) | 223 mm ± 3 mm |
| Aperture(F/#) | F6.0 – F22 |
| Magnification（X） | 0.1604 × |
| Coaxial | no |
| Image Circle Ø(mm) | Ø16 mm (1") |
| Kleinste sinnvolle Pixelgröße | 3.33 µm |
| MTF30(lp/mm) | 150 lp/mm |
| Distortion | <0.04 % |
| Depth Of Field(mm) | 19.24 mm |
| Telecentricity | 0.10° |
| Flange Focal Distance(mm) | 17.526 mm |
| Object To Image Distance(mm) | 537 mm |
| Mount | C-Mount |
| Field Of View∅(mm) | 99.75 mm |
| Objektivbauart | Bi-telecentric |
| Max. Sensorformat | 1" |
| Gewicht | 3.50 kg |
| Abmessungen | 144 × 296.46 |
| Betriebstemperatur | -20 °C – +60 °C |
Data according to the manufacturer's documentation. The current manufacturer datasheet, quotation and order confirmation are authoritative. Errors and changes excepted.
Dimensional drawing
Documents
- Download datasheet
Datasheet mit Maßzeichnung OPT-RN01604-223-100160C (PDF)
Datasheet · EN · 216 KB
- Download
3D-Modell OPT-RN01604-223-100160C (STEP)
Technical drawing · EN · 1346 KB
Description
With magnification 0.1604 ×, aperture F6.0 - F22, image circle Ø16 mm (1"), OPT-RN01604-223-100160C belongs to the series “Rhino Bi-Telecentric” by OPT Machine Vision. In addition: working distance 223 mm ± 3 mm, C-Mount, telecentricity 0.10°.
The Rhino series is telecentric on both sides: perspective and focus errors disappear, and the object is imaged at its true size. Large apertures bring plenty of light onto the sensor, and the field of view ranges, depending on the model, from Ø36 to Ø150 mm - for sensors from 1/2.5" to Ø82 mm. It is made for metrology: edges, holes, contours and height offsets that must be measured regardless of the object's position.
When choosing a lens, what counts is the interplay of sensor size, pixel size, field of view and working distance - the focal length alone says little. If you tell us your camera and inspection task, we check the combination and, if needed, suggest suitable lighting to go with it. The dimensional drawing and the STEP model are included.