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General| Brand | IFM Electronic |
|---|---|
| Model | LR2050 |
| Category | Security Sensors |
| Language | English |
Explains symbols used in the manual for clarity and understanding.
Defines suitable environments, media, and applications for the sensor.
Lists media and conditions that may cause incorrect measurements or issues.
Describes the guided wave radar technology used for accurate level detection.
Details the types, configurations, and functions of the unit's output signals.
Explains how the unit displays the current level, status, and measurement units.
Discusses rod availability, customization, and installation considerations for various tank sizes.
Describes how the unit's outputs behave during detected fault conditions.
Explains how to simulate levels and errors for testing, maintenance, or troubleshooting.
Guides on choosing the optimal physical placement and environmental conditions for the sensor.
Specific installation considerations and recommendations for single probe configurations.
Instructions for mounting the unit securely and correctly within pipes.
Guidance on avoiding installation in close proximity to tank fill openings to prevent measurement errors.
Strategies to mitigate measurement errors caused by foam and turbulence by creating a steady area.
Detailed steps for securing the rod, including torque specifications and potential issues.
Procedure for cutting rods to the correct length, ensuring minimum lengths are met.
Method to accurately measure the rod length for single probe installations.
Method to accurately determine the rod length for coaxial probe configurations.
Direct mounting instructions into the tank lid via a G3/4 process connection.
Notes on the importance of correct sensor housing orientation during installation.
Visual representation of the menu hierarchy, parameters, and their relationships.
Explains parameters and functions available in the primary menu level.
Details specific functions and submenus accessible from the extended functions level.
Covers environment-related settings such as probe type, rod length, and medium selection.
Explains parameters for simulating levels, error states, and durations for testing purposes.
Step-by-step instructions for selecting, editing, and saving any parameter value.
Procedure to select the correct probe type (single or coaxial) for accurate measurement.
Inputting the measurement rod length, either manually or via automatic detection.
Process for calibrating the sensor to the specific tank environment to compensate for reflections.
Configuring the behavior and logic of the device's output channels (OUT1 and OUT2).
Defining the switching function (hysteresis/window) for the primary output channel.
Configuring set points and reset points for hysteresis-based switching outputs.
Setting delays before a switching output activates, useful for pump cycles.
Setting delays before a switching output deactivates.
Defining the function (analogue or switching) for the secondary output channel.
Setting the start and end points for scaling the analogue output signal based on level.
Defining how output signals behave when a fault condition is detected.
Adjusting damping parameters to smooth measured values and reduce noise.
Setting delays to manage temporary signal losses or disturbances without triggering a fault state.
Procedure to restore the device to its original default factory configuration.
How to change the selected probe type if the application requires it.
Updating the rod length parameter if it has been changed or needs correction.
Changing the medium selection in the device settings if the application medium is updated.
Defining the specific level or error state to be simulated for testing purposes.
Setting the time period for which the simulation will run.
Activating or deactivating the simulation mode to test device responses.
Operational guidelines and specific considerations for using the sensor with a single probe.
Operational guidelines and specific considerations for using the sensor with a coaxial probe.
Procedures to verify the correct operation and output signals after setup.
Method to briefly view the currently configured parameters on the device display.
Troubleshooting guide for identifying and resolving common error codes and messages.
Specifies the configurable ranges for key parameters like rod length and switching limits.
Best practices for error-free parameter configuration via IO-Link, including rod length and medium selection.
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