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General| Brand | LMI |
|---|---|
| Model | Selcom SLS 5000 |
| Category | Accessories |
| Language | English |
Details the physical components of the SLS5000 and SLS6000 sensors.
Explains how the SLS sensor measures distance using a laser and PSD.
Describes the process of correcting non-linear sensor output for accurate distance measurement.
Illustrates the internal functional blocks of the SLS sensor system.
Provides physical dimensions for SLS5000 and SLS6000 models.
Specifies operating and storage temperature ranges and protection class.
Details input voltage, current, and start-up current requirements.
Lists key performance metrics like resolution, inaccuracy, sampling rate, and bandwidth.
Shows measurement range, standoff, and beam divergence for different models.
Explains the analog output interface, current source, and impedance.
Describes RS232-C and Selcom serial synchronous interface protocols.
Identifies hazardous symbols used within the manual.
Outlines general safety measures for working with the laser sensor.
Lists specific precautions based on laser safety classes (2, 3R, 3B).
Explains the two types of laser emission delay (Laser ON/Power ON).
Discusses MPEs and laser product classification according to IEC standards.
Defines MPEs and their relation to human safety from laser radiation.
Details classifications for Class 2, 3R, and 3B laser products.
Explains how to calculate Maximum Permissible Exposure and Nominal Ocular Hazard Distance.
Describes the various warning labels attached to the sensor.
Lists relevant standards and documents for laser safety.
Specifies requirements for interface cables, including length and type.
Details analog output configuration, scale factors, and connections.
Provides examples of electrical connections for different interfaces.
Guides on how to mount the sensor securely and correctly.
Discusses causes and solutions for unstable thickness readings in dual sensor systems.
Explains how surface texture affects readings and how to mitigate static texture errors.
Addresses the impact of material temperature on measurement accuracy.
Covers issues related to material geometry and how secondary reflections affect readings.
Provides instructions for cleaning the sensor's front glass.
Outlines steps for performing a visual inspection of the sensor for damage.
Explains the meaning of different LED indicator states for troubleshooting.
Lists revisions made to the manual.
Lists available accessories for the SLS sensors.
Details the SLS-asynch-1 communication protocol.
Provides specifications and details for the SLS power unit 24.
Lists cable connections and their corresponding signal types.
Explains the sensor's Quality Record.
Contains technical drawings of sensor dimensions.
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