KF Series KFB080
KFB080 Functions & Features
- Green laser for a wide variety of objects
- Integrated laser, no calibration required(Preset)
- Single 12 to 24 V power supply
- Dustproof housing equivalent to IP5X
- Camera Link-Base output
Performance Specifications
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| Physical Specifications | Units | KFB080-CG | |
|---|---|---|---|
| Optical system | - | Diffused reflection by light section method | |
| Stand off and working distance | mm | 80±15 | |
| Measurement range/Near | mm | 40 | |
| Measurement range/Reference | mm | 45 | |
| Mewasurement range/Far | mm | 50 | |
| Output data resolution/Height | μm | 1 | |
| Output data resolution/Width | μm | 50 | |
| Line rate | kHz(μs) | Up to 5 (200） | |
| Laser light source | - | Green visible light semiconductor laser | |
| - | Class 3R [JIS C 6802:2014] [IEC 60825-1:2014] | ||
| Data output format | - | Camera Link (Base Configuration) | |
| Data format | bit | 16 (Profile), 8 (Sensor Image) | |
| Output connector | - | SDR、12226-8200-00PL (3M) | |
| Power input connector | - | LF10WBR-12P (Hirose) | |
| Size (W×H×D) | mm | 127×118×40 | |
| Input voltage | VDC | Min.：12 Max.：24 | |
| Signal transfer cable | - | Camera Link cable must be prepared separately. | |
(*1) This information is subject to change without notice.
(*2) Measuring environment of vibration test 【Excitation acceleration : 9.8m/s2, Excitation frequency : 5Hz - 200Hz, Test time : 120 min. each in X, Y, Z direction】
Dimensions
Product Comparison
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| KFB080 | KFB200 | KFB300 | |
|---|---|---|---|
| Stand off | 80㎜ | 200㎜ | 300㎜ |
| Measurement range/Reference | 45㎜ | 123㎜ | 185㎜ |
| Output data resolution/Height | 1μｍ | 10μｍ | 10μｍ |
| Output data resolution/Width | 50μｍ | 100μｍ | 150μｍ |
| Line rate | Up to 5kHz | Up to 3.2kHz | Up to 2kHz |
| Data output format | Camera Link-Base | Camera Link/Ethernet | Ethernet |
FAQ
Q
If I ask for a measurement request, what would be a suitable sample size?
A
Any shape is acceptable as long as the size subject to the measurement is less than or equal to 50mm.
Q
How doe we judge the accuracy of the measured values?
A
You can measure the actual workpiece with a ruler and compare it with the measured values.
Q
Why is unevenness detected even though there are no level difference?
A
When the color of the specimen changes significantly, the thickness of the laser-reflected lines changes at the boundary, and it is measured as if there is an unevenness. This can be reduced by optimizing the exposure time and gain, or changing HDR parameters.
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