VC nano 3D-Z xlarge 8/xx

Suitable for working distances from 350-1230 mm (xlarge 8/24) resp. from 175-395 mm (xlarge 8/44) and with lateral resolutions from 190-600 µm resp. 140-220 µm and vertical reolutions of 40-310 µm resp. 20-50 µm.

Products / OEM Embedded Vision Systems / 3D Systems / ARM Laser Triangulation / VC nano 3D-Z xlarge 8/xx

Quick facts

1/2.9" CMOS
Resolution: 1408(H) x 1080(V) active pixels
Scanrate: up to 2 kHz max.
Flash EPROM: 16 GB
Encoder interface: Yes
Trigger input: Yes
Power Supply: 24 V +/-20 % DC, max. 300 mA

Laser: Laser class 2, blue laser, wavelength of 450 nm
Power consumption: 7.2 W
Dimensions: approx. 140 mm x 65 mm x 37 mm, approx. 400 g

2 kHz

SCAN RATE

450 nm

WAVELENGTH

866

MHz DUAL-CORE ARM

PROGRAMMABLE I/Os

312,5 x 65 x 37

SIZE in mm

Specifications

Sensor:

1/2.9" CMOS, sony IMX273LLR, monochrome version

Resolution:

1408(H) x 1080(V), active pixels

Flash EPROM:

16 GB flash memory (Non volatile)

Integration:

Global Shutter

Acquisition:

Program controlled or external high-speed-trigger, full scan & partial scan (AOI)

Processor:

Dual-Core ARM Cortex-A9 @ 2 x 866 MHz and integrated FPGA

RAM:

512 MB DDR-SDRAM

Dig. I/Os:

Programmable I/OS 6 inputs, 4 outputs

Trigger I/Os:

1 trigger input (optoisolated)

Interfaces:

Ethernet 1 Gbit / 100 Mbit / 10 Mbit

Power Supply:

24V DC, 300mA without I/O usage.

Working distance:

350 mm - 1230 mm (8/24)
325 mm - 1035 mm (8/26)
305 mm - 890 mm (8/28)
285 mm - 780 mm (8/30)
265 mm - 695 mm (8/32)
245 mm - 620 mm (8/34)
230 mm - 565 mm (8/36)
215 mm - 510 mm (8/38)
200 mm - 470 mm (8/40)
185 mm - 430 mm (8/42)
175 mm - 395 mm (8/44)

Horizontal measure range:

240 mm - 760 mm (8/24)
225 mm - 640 mm (8/26)
220 mm - 555 mm (8/28)
210 mm - 495 mm (8/30)
200 mm - 440 mm (8/32)
195 mm - 400 mm (8/34)
190 mm - 370 mm (8/36)
185 mm - 340 mm (8/38)
180 mm - 315 mm (8/40)
175 mm - 295 mm (8/42)
170 mm - 280 mm (8/44)

Resolution lateral:

190 µm - 600 µm (8/24)
180 µm - 510 µm (8/26)
180 µm - 440 µm (8/28)
170 µm - 390 µm (8/30)
160 µm - 350 µm (8/32)
160 µm - 320 µm (8/34)
150 µm - 290 µm (8/36)
150 µm - 270 µm (8/38)
150 µm - 250 µm (8/40)
140 µm - 240 µm (8/42)
140 µm - 220 µm (8/44)

Resolution vertical :

40 µm - 310 µm (8/24)
30 µm - 230 µm (8/26)
30 µm - 170 µm (8/28)
30 µm - 130 µm (8/30)
30 µm - 110 µm (8/32)
30 µm - 90 µm (8/34)
20 µm - 80 µm (8/36)
20 µm - 70 µm (8/38)
20 µm - 60 µm (8/40)
20 µm - 50 µm (8/42)
20 µm - 50 µm (8/44)

Click here for HW manual

VC nano 3D-Z Series Operating Manual (only available in English)

The ZQNC SoC module, basis for the Z models, increases the performance enormously thanks to the freely programmable FPGA. The programming of the FPGA itself has significant advantages whenever low power consumption and high-speed are mandatory.

MICHAEL ENGEL OWNER of Vision Components & INVENTOR OF THE SMART CAMERA

Your contact

We gladly offer our help in finding the perfect solution for your requirements. And if not available yet, we will develop it for you!

Sales international

Jan-Erik Schmitt

Vice President of Sales
P +49 7243 2167-23
M +49 176 63 31 85 08
schzrjmitt@viswfgeion-cpuomponents.cookrom

Xing

Your contact

We gladly offer our help in finding the perfect solution for your requirements. And if not available yet, we will develop it for you!

Sales Americas
Endre Tóth
Director of Business Development
Vision Components US Office
P +1 603 598-2588
M +1 603 55 77 122
etoth@visi7qwyon-complu+onents.cogom

LinkedIn

Your contact

We gladly offer our help in finding the perfect solution for your requirements.

Sales D-A-CH
Sven Klette-Matzat
Sales Manager/OEM Solutions
P +49 7243 2167-24
M + 49 176 83 04 07 23
sven.klerqtteyor-matzlzbat@vis^q3fqmion-wbuucomg0piponq146fents.coc5km

Xing

CARRIDA Park Management Tool

Reading License Plates and Counting Cars

The new ARM-based laser profiler generation from VC: Explore VCnano3D-Z

VC LibQ based on Halcon for fast application development with embedded vision systems

VC nano 3D-Z xlarge 8/xx

Specifications

Click here for HW manual

The ZQNC SoC module, basis for the Z models, increases the performance enormously thanks to the freely programmable FPGA. The programming of the FPGA itself has significant advantages whenever low power consumption and high-speed are mandatory.

Your contact

Your contact

Your contact

Smart cameras, great ideas.