Photoelectric Vision sensors SMART-VS Series

Datasensing SMART-VS Series

The SMART-VS Series delivers a next-generation family of smart vision sensors, engineered for ease-of-use, embedded machine-learning intelligence, and robust industrial integration. With a streamlined set-up workflow requiring no vision-tool programming, nominal sensing distances from 50 mm up to 400 mm (in EVO/PLUS versions), and deterministic response times down to 20 ms in advanced models, this series provides unmatched simplicity, inspection performance, and machine-vision-level capability in a sensor form factor. 

Design & Functionality

• The SMART-VS sensor is housed in a compact block-style cubic body (approx. 47 × 58 × 38 mm) enabling installation in constrained machine environments and automation frames. 
• Key simplicity features:
  • Machine-Learning Assisted Setting (MLAS) eliminates the need for complex vision-tool programming — simple TEACH-button or web-GUI setups allow classification, anomaly-detection and presence/orientation inspection. 
  • Embedded white-polarised illuminator and red LED pointer aid in reliable detection of glossy or reflective surfaces, enabling consistent performance on difficult materials. 
  • Nominal sensing distance: Standard models 50…150 mm; EVO/extended models up to 400 mm for larger objects or wider fields of view. 
  • Connectivity and outputs: Selectable NPN/PNP or Push-Pull outputs, Ethernet 10/100 Mbit for configuration and point-to-point communication, making integration into automation systems straightforward. 
  • Industrial-grade protection rating of IP67, making the sensor suitable for machine-side, packaging or conveyor environments with dust or splash exposure. 

Total Crossed Beams

(Interpreted here as meaning full inspection coverage across the field of view rather than literal crossed beams.)

• The SMART-VS ensures a complete inspection field, allowing reliable presence/orientation or defect detection even when targets vary in position, surface reflectivity, or background conditions.
• This stability in detection ensures fewer false rejects, higher repeatability, and lower commissioning effort compared to traditional vision systems.
• The sensor form factor with embedded intelligence bridges the gap between simple photo-electric sensors and full machine-vision systems — enabling vision-level inspection with photo-sensor ease-of-use.

Beam Pitch Options

(Here interpreted as variant options for sensing distance/field of view rather than literal beam spacing.)

• Example variant: Standard model with nominal distance of ~150 mm (STANDARD version). 
• Example variant: PLUS version supports up to ~150 mm but with more image memory (20 images) and faster response (~20 ms). 
• Example variant: EVO version supports up to ~400 mm working distance, 6 or more classes, anomaly detection, extended field of view ~140×100mm. 
• These variant options allow you to select a SMART-VS model matched to your target size, mounting distance, field of view, and inspection complexity — offering design flexibility.

Intrinsic Synchronism

• Optics, illumination, electronics, connectivity and machine-learning algorithms are all integrated in one housing — no separate camera, lens, lighting or PC required — simplifying installation and maintenance. 
• With built-in TEACH-button, web GUI, Ethernet link and diagnostic LEDs, setup is fast and accessible — ideal for manufacturing teams without deep vision-system expertise.

Operational Advantages

• Plug-and-play vision performance: SMART-VS brings vision-sensor capability to users with photo-sensor ease — requiring minimal setup and no vision programming.
• Versatile inspection modes in one family: Presence/absence, orientation, label/cap verification, defect/anomaly detection — all supported in one sensor line.
• Reduced total cost of ownership: Faster commissioning, fewer missed detections, and no separate lighting/camera/PC reduce system cost and maintenance.
• Industrial readiness: Compact housing, Ethernet connectivity, standard outputs, IP67 protection and robust optics make it fit for packaging, automotive, electronics, intralogistics and machine-side applications.
• Applications: Ideal for cap/presence/orientation detection on bottling lines, label verification on transparent packaging, orientation checks on plastic parts, chip/board inspection in electronics, conveyor sorting, and any system where quick setup, high reliability, and compact vision integration are required.