SICK V3DR3-60NE31111 3D Machine Vision

USD 19,245.77

High-speed 3D vision sensor with 2,560 px resolution, streaming up to 46,000 profiles/s via Gigabit Ethernet. Features C-mount for flexible optics.

SKU SICK-1091560 Category
Top Brands > SIck Sensors > SICK Machine Vision

SICK V3DR3-60NE31111 3D Machine Vision

Model Identifier V3DR3-60NE31111
Official Part Number 1091560
GTIN Standard 4047084432392

Technical Overview

High-speed 3D vision sensor with 2,560 px resolution, streaming up to 46,000 profiles/s via Gigabit Ethernet. Features C-mount for flexible optics.

Key Features

  • 3D laser triangulation technology for accurate measurements [2]
  • High scan/frame rate: 46,000 3D profiles/s in AOI, 7,000 3D profiles/s in full format [5]
  • High sensor resolution of 2,560 px x 832 px [5]
  • Flexible C-mount for lens selection to suit various fields of view [7]
  • Gigabit Ethernet interface supporting UDP/IP protocol [2]
  • Robust aluminum housing with optional IP65/IP67 protection [5, 11]
  • Linear and HDR exposure modes [7]
  • RS-422 encoder interface for precise data synchronization [5]

High-Speed 3D Data Streaming with On-Chip Calculation

Technical Specification Matrix

ParameterValue
Supply Voltage24 V DC (± 20%)
Power Consumption12 W
Enclosure RatingIP20 (IP65/IP67 with optional ProFlex protection hood)
Housing MaterialAluminum
Ambient Operating Temperature0 °C to +50 °C
Sensor Resolution2,560 px x 832 px
Scan/Frame Rate (AOI)46,000 3D profiles/s
Scan/Frame Rate (Full Format)7,000 3D profiles/s
InterfaceGigabit Ethernet (M12, 8-pin, X-coded)
Digital Inputs4 (10 V to 28.8 V)
Digital Outputs2 (TTL)
Lens MountC-mount
Physical Weight (kg)0.33
Dimensions L x W x H (cm)7.7 x 5.5 x 5.5

Industrial Applications

1. High-Speed Electronics PCB Inspection

Utilizing the sensor for in-line quality control of Printed Circuit Boards (PCBs) immediately after the component placement stage. The sensor scans the entire board surface to create a precise 3D height map.

Problem Solved

Traditional 2D vision systems can miss vertical defects like lifted pins, incorrect component height, or tombstoning. The Ranger3's high resolution (2560px) and fast scan rate (46,000 profiles/s) allow for 100% inspection of these 3D defects on a fast-moving production line, preventing faulty boards from continuing to the soldering phase.

3D Laser TriangulationHigh-Resolution InspectionPCB AssemblyQuality ControlCMOS Sensor

2. Automotive Weld Seam Analysis

Integrating the Ranger3 onto a robotic arm to scan weld seams on automotive chassis components. The sensor follows the weld path, capturing detailed 3D profile data of the bead.

Problem Solved

Ensuring the structural integrity of a vehicle requires precise and consistent welds. The sensor's high 3D height resolution (1/16 subpixel) can accurately measure critical weld geometry parameters like bead width, height, and undercut, identifying defects that could compromise safety. The 24V DC power and robust aluminum body are suitable for typical industrial robotic installations.

Weld Seam Inspection3D ProfilingRobotic GuidanceAutomotive ManufacturingNon-Destructive Testing

3. Tire Tread Depth and Sidewall Inspection

Using the sensor in a tire manufacturing facility to perform final quality checks. The tire is rotated while the sensor scans the full circumference, measuring tread depth and checking for sidewall anomalies.

Problem Solved

Manual inspection is slow and prone to human error. The Ranger3 automates this process, providing objective and repeatable measurements. Its high scan rate allows it to keep pace with production, while its high resolution can detect subtle but critical defects like improper tread depth, bubbles, or indentations in the sidewall, ensuring product safety and quality.

Tire ManufacturingQuality Inspection3D MeasurementHigh-Speed ScanningSurface Defect Detection
Select your currency