Physical Specifications | Unit | KFB300-EB | |
---|---|---|---|
Optical system | - | Diffused reflection by light section method | |
Stand off and working distance | mm | 300±120 | |
Measurement range/Near | mm | 110 | |
Measurement range/Reference | mm | 185 | |
Mewasurement range/Far | mm | 260 | |
Output data resolution/Height | μm | 10 | |
Output data resolution/Width | μm | 150 | |
Line rate | kHz(μs) | Up to 2(500) | |
Laser light source | - | Blue semiconductor laser | |
- | Class2 [JIS C 6802:2014] | ||
Data output format | - | Ethernet | |
Data format | bit | 16 | |
Output connector | - | M12 CAT5e(10/100/1000 Base-T) | |
Power input connector | - | 12Pin、LF10WBR-12P (HIROSE) | |
Size (W×H×D) | mm | 145×75×40 | |
Input voltage | VDC | Min:12 Max:24 | |
Signal transfer cable | - | M12 Ethernet cables can be ordered with the camera in the following length. 5m Model number:NBC-MSX/5.0-94F/R4AC SCO(1407473) 10m Model number:NBC-MSX/10.0-94F/R4AC SCO(1407473) |
(*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】
KFB300 | KFB200 | KFB080 | |
---|---|---|---|
Stand off | 300㎜ | 200㎜ | 80㎜ |
Measurement range/Reference | 185㎜ | 123㎜ | 45㎜ |
Output data resolution/Height | 10μm | 10μm | 1μm |
Output data resolution/Width | 150μm | 100μm | 50μm |
Line rate | Up to 2kHz | Up to 3.2kHz | Up to 5kHz |
Data output format | Ethernet | Camera Link/Ethernet | Camera Link-Base |
Any shape is acceptable as long as the width subject to the measurement is less than or equal to 260mm.
You can use three or four units of KFB300 to compose the workpiece outline and capture the outline data.
This is useful when you want to measure the volume of a three-dimensional object.
The height is output as a value between -12000 and +12000 out of 65536 gradations of 16-bit data.
-12000 represents -120 mm and +12,000 represents +120 mm. Invalid data is output as -32768.
The direction approaching the camera is "+", the direction away from the camera is "-", and the camera standoff (reference) height is "0".