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Zebra 3S
Glossary
3D sensing technology
Zebra 3S
Zebra 3S
Before you start
Zebra 3S features
Models
Which Zebra 3S is good for you?
Inspecting your Zebra 3S kit
Minimum requirements
Software overview
Warnings, laser safety, and general care
Service information
Installation and mounting
Mounting restrictions
Movement during scanning
Strong electric field
Clearance for cooling
External grounding
Safety purposes
EMI reduction
Required tools to ground Zebra 3S
Instructions for connecting external grounding
Powering the device and data connection
Powering through the Ethernet connector that supports PoE+
Powering with 24V
Adjusting Zebra 3S once mounted
Supported network topologies
Status LEDs
Turning off the device
Step-by-step configuration with Aurora Imaging Capture Works
Case 1: Quickly performing a continuous grab in Scanner mode
Case 2: Quickly performing a continuous grab in Camera mode and increasing acquisition speed
Zebra 3S GenICam feature reference
Glossary
3D sensing technology
Baseline
Calibration accuracy (1 σ)
FPS
Operation mode (Camera or Scanner)
Optimal scanning distance (sweet spot)
Output data
Point-to-point distance (at the sweet spot)
Resolution
Scanning area (at sweet spot)
Scanning range
Temporal noise (1 σ)
Temperature working range
Technical reference
Environmental Conditions
Hardware trigger characteristics
Trigger input
Input circuit characteristics
Input signal characteristics
Trigger output
Output circuit characteristics
Output signal characteristics
Simplified wiring schemes
Ethernet connector (supports PoE+)
PoE+ powering requirements
Digital I/O and power connector
24 V powering requirements
Compliance with standards
CE
Laser classification
GenICam interface
GigE Vision
3D sensing technology
3D sensing technology
The technology used to establish the 3D data. Zebra 3S sensors either use sequential structured light technology or patented Parallel Structured Light technology.
Glossary
