Cirrus3D linear – Visionerf

Cirrus3D

Linear

The Cirrus3D linear range is designed to scan parts on a conveyor. They can also be mounted on a linear axis to scan very big parts.
Due to its unique conveyor calibration method, it is much easier to use and setup than alternate solutions with laser triangulation. This method enables the Cirrus3D to learn the conveyor axis, the conveyor plane, and the encoder resolution. it takes only a few minutes. After this calibration, the Cirrus3D send to the software 3d points profiles as if it was perfectly placed on a plane perpendicular to the conveyor axis. All angles offset are compensated, enabling a simple and low cost fixed bracket to hold the Cirrus3D.

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Acquisition speed

up to 1000 3D profiles/s

Calibration

Factory

Communication interface

Ethernet TCP/IP and GigE/Genicam

Case material

Aluminum

Connectors

Power supply and inputs/
outputs, Ethernet M12

Power supply

24V CC 2A max

Light source

Blue laser with selectable class 2 or 3R

Operating temperature

0°C...50°C

Compact, robust and lightweight

Sealed industrial connectors

power and Ethernet M12

Adaptative cooling

For better thermal stability

High-performance processor

Raw images processing fully integrated

cmos sensor

5Mpixels for each camera for high resolution

Easy to setup

Unique conveyor calibration method for easy and low cost setup

Resistant to dust and dirt

Compatible with hostile environments (IP65 standard)

Working volumes:

The widest range available on the market

Cirrus3D model	Cirrus3D C 100	Cirrus3D C/R 300	Cirrus3D C500	Cirrus3D C1000	Cirrus3D C1500
Minimum working distance (mm)	150	410	630	1280	1850
Visible width at minimum distance	120	330	500	1000	1500
Resolution at minimum distance	30µm	100µm	150µm	350µm	560µm
Maximum working distance	185	580	1000	3000	4000
Visible width at maximum distance	150	460	750	2200	3000
Sensor dimensions (WxHxD)	195x53x131	269x53x131	389x53X131	599x53x131	749x53x131
Sensor weight (Kg)	1.9	2,3	3,30	5,00	6,30

All dimensions are in mm, unless otherwise noted. *For a single 3D point without averaging or interpolation. Part localization accuracy is up to 10 times better than resolution, but depends on discrepancies between the CAD file and the actual part. It depends also on the software used for cloud of points analysis.

Cirrus3D C/R 100