SR9600 combines fastest speed with large scanning area
For specialist applications, where the ultimate in speed and accuracy is required with either a very small or a very large field of view, the powerful SR Series or 3D Sensors provide the perfect answer.
Properties & Benefits
- Large Field of View – Scan wider objects
- Large Depth Range – Scan higher objects
- Very High Speed – For fastest production lines
| Typical field of view (near | mid | far ) 1 | 118 | 130 | 142 mm |
|---|---|
| Measurement range 1 | 160 mm |
| Stand-off distance | 160 mm |
| Typical lateral resolution (Z) 1 | 92 – 110 µm |
| Typical vertical resolution (Y) 1 | 6.5 – 9 µm |
| Z-Linearity 2, 5 | x.xx%(x.x µm/mm) |
| Z-Repeatability 4, 5 | x.x µm |
| Weight | Approx. 1900 g |
| Part number | 3.003.001 for Laser Class 2M 3.003.002 for Laser Class 3B |
| Maximum points / 3D profile | 1272 |
|---|---|
| Typical scan rate 3 | Approx. from 2.5 kHz up to 25 KHz |
| Typical 3D point rate 3 | Approx. from x.x up to x.x million points/sec |
| Interface | Gigabit Ethernet ( 1 Gbit/ sec) |
| Inputs | 4 x Inputs, 5 – 24 VDC Quadrature Encoder (AB-Channel, RS-422 Standard) |
| Outputs | 2 x Outputs, 24 VDC |
| Trigger | START Trigger support on Input 1 – 4 DATA Trigger support on Quadrature Encoder Input (Max. DATA trigger rate: 100 kHz) DATA Trigger support on Input 2, 3 (Max. DATA trigger rate: 10 kHz) |
| Input voltage | Power | 24 VDC, ± 15 % ripple | 13 W |
| Laser wavelength | 660 nm |
| Laser class (standard | optional) | 2M | 3B |
| Maximum ambient light | 10,000 lx |
| EMC test | as per EN 61 000-6-2, EN 61 000-6-4 |
| Vibration/ Shock test | as per EN 60 086-2-6, -27, -29, -64 |
| Electrical safety | as per EN 61 010-1-3 |
| Protection class | III, as per EN 61 040-3 |
| Enclosure rating | IP65 |
| Air humidity | Maximum 90%, non-condensing |
| Temperature (operation | storage) | 0 – 40° C | -20 – 70° C |
| Compatible accessories | Power-I/O-Encoder cable: 6.320.0XX Ethernet cable: 6.303.0XX |
(1) Typical values can vary up to 5% due to optical tolerances
(2) Z-Linearity calculated as a variation of “bias” (reference value vs. measured value) over the measurement range. The %slope of a best-fit (regression) line from a plot of bias over measurement range represents Z-Linearity
(3) Scan rate & point rate are dependent on the configured field of view, measurement range and exposure time. The typical scan/point rate has been estimated with an exposure time of 1 µsec
(4) Experimentally asessed by scanning a measurement target moving over a conveyor belt 50 times. Measurement perfomed by averaging height values within the Z-Map image. No post-processing filters applied
(5) Measurements performed on a SmartRay standard artifact which is an aluminium flat matt surface painted matte white
