What to do if SICK LMS511-12100 Heavy Duty Outdoor shows a system error?
If your SICK Accessories is showing a system error, pay attention to the error display of the 7-segment display or carry out a diagnostics with the aid of SOPAS ET. You can also try switching the device off and back on again.
How to fix no or low operating voltage in SICK Accessories?
To address a situation where your SICK Accessories has no operating voltage, or the voltage is too low, check the voltage supply and activate it if necessary.
General| Brand | SICK |
|---|---|
| Model | LMS511-12100 Heavy Duty Outdoor |
| Category | Accessories |
| Language | English |
Provides essential information for handling laser measurement sensors and safety guidelines.
Details the intended technical personnel and tasks covered by these operating instructions.
Lists the specific LMS5xx sensor variants covered in these operating instructions.
Specifies the firmware and software versions for LMS5xx and SOPAS ET.
Outlines the information provided in the operating instructions and available online help.
Defines the warning symbols, signal words, and text conventions used in the document.
Directs users to the online product page for additional documentation and resources.
Provides contact information for technical support and advice.
Defines the intended applications and operational environment for the LMS5xx.
Lists prohibited uses and clarifies that the LMS5xx is not a safety component.
Explains SICK's approach to IP technology and customer prerequisites for security.
States manufacturer liability limitations related to operating instructions and device usage.
Warns against modifications and conversions, voiding warranty claims.
Defines the necessary qualifications and training for personnel handling the device.
Provides general safety guidelines, including observation of rules and regulations.
Details hazard warnings, particularly concerning laser radiation and operational safety.
Provides specific safety information and warnings related to the Class 1 laser radiation.
Specifies safety precautions for performing electrical installation work on the device.
Explains risks associated with ground potential differences and measures to prevent them.
Describes the procedure for safely switching the LMS5xx on and off.
Highlights the device's design for minimal environmental impact and low power consumption.
States that repairs are only permitted by authorized SICK AG personnel.
Lists the components included in the LMS5xx delivery and provides links for ordering information.
Details the different LMS5xx device types, their purpose, range, heating, and enclosure rating.
Explains the marking scheme for standard LMS5xx variants based on their type code.
Highlights key features and specifications across different LMS5xx variants.
Compares the main functional differences between LMS5xx Lite, PRO, and Heavy Duty versions.
Describes the device's user interface, including status LEDs and the 7-segment display.
Explains how the LMS5xx performs measurements using laser pulses and radial scanning.
Details the scanning range and its dependency on object remission and environmental factors.
Explains how beam diameter and point spacing change with distance and angular resolution.
Defines the criteria for reliable object detection based on beam diameter and point spacing.
Describes the sensor's contamination monitoring system and its sensitivity settings.
Lists potential applications for the LMS5xx, such as object measurement and detection.
Covers basic parameters for object measurement, including scanning frequencies and resolutions.
Explains the digital filters (fog, echo, particle) for pre-processing and optimizing measured values.
Details how to start measurement mode and retrieve measured values via interfaces.
Describes how the LMS5xx handles multiple echoes and their output via telegrams.
Explains the Received Signal Strength Indicator (RSSI) and its relation to measurement success.
Explains the integrated field application for collision protection, surveillance, and access monitoring.
Defines evaluation cases, including inputs, strategy, fields, and output configuration.
Describes how to configure evaluation fields (polygon, rectangular) for application needs.
Explains how to link evaluation case results using AND or OR operators for outputs.
Details the various digital switching and relay inputs/outputs available on the LMS5xx.
Describes the digital switching inputs and their role in activating evaluation cases.
Explains the function of encoder inputs for dynamic field adjustments in PRO/Heavy Duty versions.
Details the digital switching outputs and their use for signaling evaluation results.
Describes the relay outputs and their configuration for signaling detected objects or persons.
Explains how to synchronize multiple LMS5xx units to prevent interference.
Illustrates how to link inputs and outputs using logical operators for complex scenarios.
Covers the different data interfaces (Ethernet, Serial, USB) for configuration and data transmission.
Details the Ethernet interface specifications, settings, and connection requirements.
Explains the serial host interface parameters, factory settings, and limited value output.
Describes the USB interface for configuration and the need for a USB driver.
Explains how the LMS5xx uses telegrams to communicate with a connected host.
Details the frame structure and coding methods for LMS5xx telegrams.
Outlines system requirements, mounting considerations, and planning aspects for LMS5xx.
Lists the required hardware and software for commissioning and operating the LMS5xx.
Specifies the essential requirements for mounting the LMS5xx securely and effectively.
Explains how laser beam divergence affects detection distance and provides calculation formulas.
Provides safety notes and recommendations for proper transport of the LMS5xx.
Guides users on checking the delivery for completeness and transit damage.
Specifies the recommended storage conditions and environmental parameters for the LMS5xx.
Outlines the main steps involved in mounting the LMS5xx, including location selection.
Lists components, materials, accessories, and necessary tools for mounting.
Provides guidance on selecting an appropriate mounting location, considering environmental factors.
Details the practical steps for mounting, including torque specifications and vibration prevention.
Explains how to mount the LMS5xx directly using threaded holes on the rear.
Describes the procedure for mounting the LMS5xx using mounting kit 1.
Explains how to use mounting kit 2 with kit 1 for two-plane alignment of the LMS5xx.
Details using mounting kit 3 with kits 1 and 2 for parallel scan plane mounting.
Guides on mounting protection hoods for shielding from glare, precipitation, and sunlight.
Provides recommendations for correct placement of multiple LMS5xx sensors to prevent interference.
Describes the step-by-step procedure for safely dismantling the LMS5xx system.
Lists the key steps for electrical installation, including wiring and PC connection.
Explains requirements for safe operation, focusing on ground potential equalization.
Details the connection types (USB, Ethernet) and connectors for various LMS5xx variants.
Specifies pin assignments for Ethernet and Power/Data/I/O connections for LMS500 models.
Details pin assignments for Power, Ethernet, Data, and I/O connections for LMS511/LMS581 models.
Specifies pin assignments for Power, Ethernet, Inputs, and Alarm connections for LMS531 models.
Covers essential preparations including supply voltage, wire cross-sections, and cable length.
Specifies the required SELV supply voltage range and power consumption for the LMS5xx.
Provides recommended wire cross-sections for different connections and cable lengths.
Recommends spare cable length for easy replacement and to prevent incorrect connections.
Specifies maximum cable lengths for data interfaces based on transmission rates.
Guides on performing the electrical installation, including connections and required equipment.
Lists the necessary equipment for performing electrical installation.
Illustrates USB and Ethernet connections for configuring the LMS5xx.
Provides detailed steps for wiring the system connector on the LMS500, ensuring IP rating.
Explains how to connect M12 connectors for voltage supply on LMS511/LMS531/LMS581.
Details wiring configurations for digital inputs, encoder inputs, and outputs.
Outlines the sequence of steps for commissioning and configuring the LMS5xx.
Describes the SOPAS ET software for interactive configuration and testing.
Lists the system prerequisites for installing and using the SOPAS ET configuration software.
Provides instructions for downloading and installing the SOPAS ET software.
Details the default settings for the SOPAS ET software.
Guides on establishing communication between a PC and the LMS5xx.
Specifies how to connect the LMS5xx to the PC using USB, Ethernet, or RS-232/RS-422.
Instructions for starting SOPAS ET and accessing the scan assistant for configuration.
Details how to configure the Ethernet connection in the SCAN ASSISTANT.
Describes the steps for configuring the serial connection in the SCAN ASSISTANT.
Explains how to perform a scan to detect connected devices and upload parameters.
Covers the initial setup and adaptation of the LMS5xx using SOPAS ET parameter sets.
Explains interactive configuration using SOPAS ET and configuration via telegrams.
Guides on connecting the device and performing a test measurement using SOPAS ET.
Covers maintenance tasks performed while the device is in operation, focusing on cleaning.
Provides instructions for cleaning the front screen, including recommended cleaning agents.
Explains how to replace a faulty LMS5xx unit with a new or repaired one.
Details replacing LMS500/LMS511 with system connector transfer for parameter cloning.
Describes complete replacement without using the system connector, requiring manual configuration.
Explains the parameter cloning function for automatic configuration transfer between devices.
Provides instructions and required information for returning devices to SICK Support.
Covers the process of decommissioning the LMS5xx and its proper disposal.
Provides guidance on the environmentally correct disposal of the LMS5xx as electronic scrap.
Instructs users to cease operation if a malfunction cause is not clearly identified.
Explains the meaning of LED indicators and their corresponding possible causes and rectifications.
Details the information displayed on the 7-segment display for diagnostics and error identification.
Describes methods for analyzing errors, including communication errors and field evaluation monitoring.
Explains how to use the field evaluation monitor for analyzing infringements and output behavior.
Describes using field evaluation logging for diagnostics, saving, and playback of device operation.
Provides guidance on contacting SICK Support for unresolved errors and device replacement.
Presents comprehensive technical data for the LMS5xx sensor, including performance and dimensions.
Visualizes the operating range of the LMS5xx based on remission and resolution.
Provides detailed dimensional drawings for LMS500, LMS511/LMS531/LMS581, and mounting kits.
Shows detailed dimensions and mounting points for the LMS500 model.
Presents detailed dimensions and mounting points for LMS511/LMS531/LMS581 models.
Illustrates the dimensions and assembly of mounting kits 1, 2, and 3.
Shows dimensional details for protection and weather protection hoods for the LMS5xx.
Provides information on ordering the LMS5xx and its accessories via the web product page.
Lists consumables such as lens cloth and plastic detergent for cleaning the device.
Directs users to the web page for the EU declaration of conformity for LMS5xx variants.
Defines key terms used in the operating instructions, such as Download, Parameter set, Remission, Scan, SOPAS ET.
Provides a list of abbreviations used throughout the document, with their full meanings.
Contains a comprehensive list of all figures included in the operating instructions with their page numbers.
Provides a detailed list of all tables included in the operating instructions with their page numbers.
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