Key Features
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Real-time, factory-calibrated measurements in real-world units (micrometers, millimeters, mil)
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The Z-Trak LP2C delivers up to 5K profiles/second, 4K points/profile using 5, 2.5 or 1-GigE interface
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The Z-Trak2 S-Series delivers up to 45K profiles/second, 2K points/profile using 5, 2.5 or 1-GigE interface
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The Z-Trak2 V-Series delivers up to 10K profiles/second, 2K points/profile using 1-GigE interface
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Eye-safe laser available in red (660 nm) and blue (405 nm), safety class 2M or 3R
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Variety of models cover a 14 mm to1200 mm field of view, and 4 mm to 650 mm measurement range
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Built-in, single-scan High Dynamic Range (HDR) capabilities, handles high and low reflective surfaces at the
same time (Z-Trak2 series)
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Multi-sensor combination and synchronization in different topologies for 360° measurements or for occlusion
elimination
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Quadrature shaft-encoder input support for external profile triggers
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External start and stop triggers for fixed and variable length scans
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GigE Vision® 2.0, GeniCam™ 3.0 and SFNC 2.3 compliant
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Windows and Linux platform support
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Free bundled software packages: Sherlock® 8.3 (rapid application deployment) and Sapera LT SDK 9.0
(scan and control)
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Z-Expert features intuitive graphical interface for rapid setup of multiple 3D sensors
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Enhanced 3D visualization of profile and surface view from one or more sensors simultaneously
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Third-party software support for 3D image processing using GenICam's 3D output formats or 16-bit
monochrome output format
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Compact, integrated within a ruggedized protective housing (IP67) with tapped and through mounting holes
Refer to the Operational Reference and Technical Specifications sections of the manual for full details.
About GigE Vision and GenICam
The GigE Vision-compliant XML device description file is embedded within the 3D sensor firmware, allowing GigE
Vision-compliant applications access to the device's capabilities and controls immediately after connection.
2 • Z-Trak Family of 3D Sensors Overview
The Z-Trak family of 3D sensors is 100% compliant with the GigE Vision
specification, which defines the communication interface protocol used by any
GigE Vision device. The device description and capabilities are contained in an XML file.
For more information see A3 Vision & Imaging.
The Z-Trak family of 3D sensors implements a superset of the GenICam™ specification
that defines device capabilities. This description takes the form of an XML device
description file respecting the syntax defined by the GenApi module of the GenICam
specification. For more information see European Machine Vision Association.
Teledyne Vision Solutions
®
2.0
Z-Trak Family of 3D Sensors
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