ECCO 95+:
3D GOES HIGH DEFINITION IN HIGH SPEED
As the premium sensor series, the ECCO 95+ sensors combine high resolution and measurement speed. This is made possible by the new sensor platform with innovative electronic design along with blue laser technology and a tailor-made optics.
PROPERTIES & BENEFITS
Superior 3D image quality – best repeatability under challenging conditions
Reduced power consumption – Lower operating termperature for better metrology performance
Industrial compact housing – Better stability and flexibility for machine and robot integration
| ECCO 95.010+ | ECCO 95.020+ | ECCO 95.040+ | ECCO 95.100+ | ECCO 95.200+ | |
| Typical field of view (near | mid | far) (1) | 10.5 | 11 | 11.5 mm | 22 | 25 | 28 mm | 34 | 36 | 38 mm | 72 | 98 | 124 mm | 125 | 190 | 280 mm |
| Typical measurement range (1) | 5 mm | 16 mm | 16 mm | 100 mm | 300 mm (-125 mm, +175 mm) |
| Stand-off distance | 25 mm | 63 mm | 55 mm | 145 mm | 320 mm |
| Typical vertical resolution (Z) (1) | 0.37-0.45 μm | 1.1 – 1.6 µm | 1.4-1.8 μm | 5 – 12 µm | 12-50 μm |
| Typical lateral resolution (Y) (1) | 5.8-6.8 μm | 11.5 – 14.5 µm | 18-20 μm | 42 – 70 µm | 66-138 μm |
| Z-linearity (2), (5) | 0.015 % | 0.005% | 0.006% | 0.002% | 0.015 % |
| Z-repeatability (4), (5) | 0.1 µm | 0.2 µm | 0.4 μm | 2 µm | 3.3 μm |
| weight | Approx. 550g | ||||
| part numbers | 3.001.202 (laser class 2) 3.004.202 (laser class 3R) | 3.001.201 (laser class 2) 3.004.201 (laser class 3R) | 3.001.203 (laser class 2) 3.004.203 (laser class 3R) | 3.001.200 (laser class 2) 3.004.200 (laser class 3R) | 3.005.204 (laser class 2) 3.008.204 (laser class 3R) |
| Maximum points / 3D profile | 1920 | ||||
| Typical scan rate (3) | Approx. from 1 kHz up to 10 kHz | ||||
| Typical 3D point rate (3) | Approx. from 0.7 up to 15 million points/sec | ||||
| Interface | Gigabit Ethernet ( 1 Gbit/ sec) | ||||
| Inputs | 2x Inputs (5 – 24 VDC)Quadrature Encoder (AB-Channel, RS-422 standard) | ||||
| Outputs | 2 x Outputs, 24 VDC (max. 20 mA) | ||||
| Trigger | The following triggers are supported:START Trigger support on Input 1 – 2DATA Trigger support on Quadrature Encoder Input (Max. DATA trigger rate: 1 MHz)DATA Trigger support on Input 2 (Max. DATA trigger rate: 10 kHz) | ||||
| Input voltage | Power | 24 VDC ± 15% 17W | ||||
| Laser wavelength | 450 nm | 660nm red laser | |||
| Laser class (standard | optional) | 2M | 3R | ||||
| Maximum ambient light | 10,000 lx | ||||
| EMC test | as per EN 61 000-6-2, EN 61 000-6-4, EN 61326-1:2013-07 | ||||
| Laser safety inputs | 24 VDC | 0V | ||||
| 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: 6.320.0XXEthernet 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
(3) Scan rate & point rate are dependent on the configured field of view, measurement range and exposure time. A ‘scan’ by definition considers maximum points/3D profile i.e. full FOV. The typical scan/point rate range has
been estimated considering an exposure time of 1 µsec, min-max MR and full FOV. The typical scan rate can be further boosted by windowing the FOV
(4) Experimentally assessed by scanning a fixed measurement target 4100 times successively within short time interval. No post-processing filters applied
(5) Measurements performed on a SmartRay standard artifact which is an aluminium flat matt surface painted matte white