What does LSR Laser diode warning mean for Leuze electronic AMS 348i Analytical Instruments?
If you receive an LSR Laser diode warning on your Leuze electronic Analytical Instruments, it indicates a laser diode prefailure message. Send in the device at the next possible opportunity to have the laser diode replaced, and have a replacement device ready.
General| Brand | Leuze electronic |
|---|---|
| Model | AMS 348i |
| Category | Analytical Instruments |
| Language | English |
Explains the meaning of symbols used in the manual for warnings and notices.
States compliance with European directives and American/Canadian safety standards.
Explains how the AMS 348i calculates distances using laser technology and its applications.
General safety instructions including documentation, safety regulations, and repair guidelines.
States that the devices were developed and tested according to applicable safety standards.
Describes the AMS 348i as an absolute measuring system based on laser technology for distance measurement.
Details about authorized access, unauthorized modifications, laser safety, and qualified personnel.
Instructions for mounting the device and reflector on opposing walls with a clear line-of-sight.
Details on mounting the laser unit using screws and adjusting for alignment.
Instructions for mounting the reflector using screws and angling it.
Explains connecting voltage supply via M12 connectors and programmable switching inputs/outputs.
How to read device status and measured values on the display using navigation buttons.
Steps for installing GSDML file, assigning network address, and commissioning with Siemens S7 PLC.
Detailed technical specifications for measurement, electrical, optical, and interface parameters.
Provides detailed dimensional drawings of the AMS 348i unit with key dimensions labelled.
Lists different AMS 348i models with their operating ranges, PROFINET interfaces, and part numbers.
Guidelines for proper storage and transportation of the device, including unpacking instructions.
Instructions for mounting the device on plane-parallel walls, ensuring unobstructed line-of-sight.
Describes an optional mounting bracket for horizontal surface mounting of the AMS 348i.
Explains minimum parallel spacing between AMS 348i devices and with DDLS 200.
Information on using deflector units for 90° laser beam deflection and their mounting.
Provides dimensioned drawings for the US AMS 01 deflector unit.
Instructions for mounting the US 1 OMS deflector unit separately from the AMS 348i.
Information about using Leuze electronic reflective tapes and the importance of using specified types.
Describes the composition and properties of the reflective tape, including protective layers.
Details specifications for self-adhesive reflective tapes, including foil size and temperature resistance.
Specifications for reflective tapes affixed to metal plates, including dimensions and weight.
Provides dimensioned drawings and table for reflective tapes on metal plates.
Details specifications for heated reflective tapes, including voltage, power, and temperature control.
Provides dimensioned drawings for heated reflectors with their components.
Recommendations for selecting reflector sizes based on operating range and mounting type.
General guidance for mounting self-adhesive, metal plate, and heated reflectors.
Proper alignment of the reflector with the AMS 348i to ensure accurate measurement.
A table detailing the correct pitch and spacer sleeve lengths for different reflector types.
Critical safety warnings regarding voltage, qualified electricians, and functional earth connection.
Details the pin assignment for the PWR connection cable (A-coded) for power and I/O.
Explains the pin assignments for the PROFINET BUS IN connection (D-coded).
Details the pin assignments for the PROFINET BUS OUT connection (D-coded).
Outlines the pin assignments for the service interface (A-coded).
Overview of the physical layout of the device's control panel, including display and buttons.
Explains how to interpret status messages and operate the device via the display.
Details the meaning of various indicators, status, and warning messages shown on the display.
Indicates the strength of the received laser light and status information.
Explains the meaning of LNK0, LNK1, ACT0, ACT1 for Ethernet connection status.
Explains the green/orange multicolor LED indicating Ethernet/PROFINET connection status.
Describes the function of UP, DOWN, ESC, and ENTER buttons for navigation and confirmation.
Overview of main menu structure including device, network, status, parameter, language, and service menus.
Details the Parameter handling and PROFINET submenus for device configuration.
Functions for locking parameters, setting passwords, and resetting to defaults.
Options for activating/deactivating the AMS 348i as a PROFINET participant.
Parameters for measurement unit, count direction, offset, preset, and error handling.
Configuration options for digital input/output ports I/O 1 and I/O 2, including limit values.
Explains how to select the display language from available options.
Settings for heating control, display illumination, contrast, and service RS232.
Access to status messages, diagnostics, and expanded diagnostics for troubleshooting.
Step-by-step guide on how to activate parameter enabling for changing device settings.
Introduces PROFINET-RT, transmission rates, and module organization via GSD files.
Details the base record I&M0, including manufacturer ID, serial number, and revision information.
Describes operating the AMS 348i as a standalone device in a star topology.
Explains connecting multiple AMS 348i devices in a series without a switch.
Guidelines for CAT 5 Ethernet cabling, M12 to RJ45 transition, and cable configuration.
Specifies maximum cable lengths and shielding requirements for PROFINET connections.
Details the PROFINET electrical connections using M12 connectors for BUS IN and BUS OUT.
Discusses PROFINET communication profiles, data exchange, and protocols.
Pre-commissioning checks including familiarization, connection verification, and voltage check.
Instructions for connecting the supply voltage and the device boot-up sequence.
Outlines the steps for commissioning the AMS 348i with a Siemens S7 PLC.
Preparing the control system, assigning IP address, and ensuring data transmission.
Instructions for loading the GSD file required for configuring IO devices.
Steps for hardware configuration, assigning IP address, and device name in the PLC.
Activities performed by the PLC after configuration transfer, including connection establishment.
Details on assigning a unique device name linked to the MAC ID for PROFINET participants.
Explains the PROFINET device naming process, linking device name to MAC ID.
Explains the role of GSD files in defining AMS 348i functionality and modules.
Lists and describes various GSD modules for AMS 348i, including their parameters and I/O.
Provides detailed descriptions of individual GSD modules, including cross-references.
Details parameters for sign, unit, resolution, count direction, and offset for position value.
Explains specifying a preset value that becomes active upon preset teaching.
Allows specifying a preset value that can be adjusted within the control without altering static parameters.
Defines the operation mode for digital input/output I/O 1, including activation and output functions.
Defines the operation mode for digital input/output I/O 2, including activation and output functions.
Signals status information of the AMS 348i and allows laser control via master output data.
Defines a distance range with lower and upper limits for position monitoring.
Defines a second distance range with lower and upper limits for position monitoring.
Parameters for handling temporary errors in value/velocity calculation, including error delay.
Outputs current velocity with configured resolution, dependent on count direction and averaging.
Compares current velocity with stored values within a defined range (start/end).
Compares current velocity with stored values in a second defined range.
Compares current velocity with stored values in a third defined range.
Compares current velocity with stored values in a fourth defined range.
Compares current velocity with stored values, activated by Bit 0.0.
Provides status information for velocity measurement to the PROFINET master.
Settings for heating control, display illumination, contrast, and service RS232.
Allows free scaling of output measurement values for position and velocity.
PROFINET transmits events as alarms, including process, diagnostic, and maintenance alarms.
Alarms entered into the diagnostics buffer for preventative maintenance and low-priority warnings.
How to access diagnostics from the Service menu, including status messages and diagnostics functions.
Explains status messages stored in a ring memory with details on type, number, reference, and time.
How to activate the diagnostics function and interpret recorded data displayed in two fields.
Describes the expanded diagnostics menu item for Leuze-internal evaluation purposes.
Identifies common error causes for device operation.
Explains the green/orange multicolor LED indicating Ethernet/PROFINET connection status.
Lists possible error causes for PWR LED states (OFF, flashes red, static red) and their measures.
Lists possible error causes for BUS LED states (OFF, flashes red, static red) and their measures.
Maps display error codes (PLB, ATT, TMP, LSR, ERR) to possible causes and measures.
Explains how to interpret the type designation of the AMS 3xx series devices.
Lists different AMS 348i PROFINET models, their ranges, and part numbers.
Lists various reflector types with their designations, descriptions, and part numbers.
Details the mounting bracket for horizontal surfaces with its part number.
Lists deflector units for laser beam deflection with their part numbers.
Lists M12 connectors and converters with their part numbers.
Provides contact assignment, specifications, and order codes for PWR connection cables.
Lists ready-made PROFINET cables, their assignments, and connection notices.
Basic maintenance guidelines, including cleaning the device and reflector.
States that repairs must be carried out by the manufacturer and how to contact them.
Instructions for repacking the device and notes on electrical scrap disposal.
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