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General| Product Type | Remote Radio Unit |
|---|---|
| Operating Voltage | -48 V DC |
| Mounting | Pole or wall mount |
| Operating Temperature | -40°C to +55°C |
| Frequency Bands | Multiple bands supported, varies by model |
| Technology | LTE |
| Output Power | Varies by model |
| Frequency Range | Depends on model |
| Weight | Varies by model |
| Dimensions | Varies by model |
| Interface | CPRI |
| Efficiency | Typically > 30% |
Manual for Kathrein RFID Reader Generation 3, English version.
Describes installation, configuration, and operation of the RFID reader.
Defines warning signs used in the manual.
Explains hazard levels associated with signal words like Warning, Caution, Notice, Tip.
Lists common symbols used for operating instructions and document references.
Specifies requirements for professional installers of UHF RFID readers.
Details requirements for using external antennas with RFID readers.
Emphasizes selecting the correct installation position and output power limits.
Provides essential safety guidelines for operating and installing RFID readers.
Outlines regulatory compliance for RFID readers in the US and Canada.
Describes the components and schematic structure of an RFID system.
Details the WIRA 70 PLS antenna and its polarisation switching capabilities.
Describes the SMSH 3030 antenna for smart shelf applications.
Details the functional specifications of the RRU 4xxx and ARU 3xxx series readers.
Lists the key features of the Kathrein RFID reader system.
Specifies the items included in the RRU 4xxx reader package.
Recommends Kathrein antenna types for UHF RFID applications.
Lists available antenna cables with specifications.
Details available antenna adapters for various connector types.
Provides options for mounting antennas.
Illustrates and labels the front panel connections and displays of the RRU 4000.
Illustrates and labels the rear panel connections of the RRU 4000.
Details the pin allocation for the 12-pin GPIO interface connector.
Describes the 4-pin power supply connector and approved units.
Details the M12, X-coded, 8-pin Ethernet connector.
Describes the buzzer function for booting and error indication.
Provides guidelines for choosing a suitable installation location for the reader.
Shows dimensional drawings of the reader's rear panel mounting holes.
Provides instructions for mounting the reader on a wall.
Provides instructions for mounting the reader on a wall or pole.
Details the physical and data link layers for UART communication.
Explains the Low Level Reader Protocol for RFID communication.
Describes Ethernet communication for Generation 2 and 3 readers.
Details how to connect digital inputs and outputs using the GPIO interface.
Provides instructions for connecting RFID antennas.
Explains the procedure for powering the reader on and off.
Describes the meaning of the PWR LED indicators for reader status.
Lists the minimum hardware and software requirements for ReaderStart.
Provides step-by-step instructions for installing the ReaderStart software.
Details network and IP address requirements for connecting the reader.
Explains methods for establishing a connection to the reader.
Describes the options available in the File menu of ReaderStart.
Allows selection of the user interface language.
Guides on how to update the reader's firmware.
Explains how to set the reader's internal clock.
Restores the reader to its factory default settings.
Configures the reader to synchronize time with an NTP server.
Allows modification of DNS server settings.
Shows software version and license information.
Displays detailed information about the reader's hardware and firmware.
Manages license keys and factory-set parameters.
Shows current error status messages from the reader.
Provides options to manage status messages: clear, show/hide, copy.
Establishes Ethernet connection to the reader via network or direct connection.
Guides on setting up a secure SSH connection with the reader.
Resets the reader and its Linux module to factory defaults.
Configures general communication settings for the Linux module.
Manages Ethernet network settings like IP address and subnet mask.
Configures Wi-Fi connection, including access points and security settings.
Configures GSM settings for mobile communication.
Selects and configures reader applications using pictograms.
Shows configured settings for the selected application.
Lists and describes various pre-defined applications for the reader.
Selects reading modes: Synchronous, Asynchronous, or Listen for event.
Controls the start, stop, and clear functions for tag reading.
Displays reading performance metrics like tags per second.
Configures reading options like memory bank, break, bulk reading, and data saving.
Optimizes tag detection speed by managing filtering.
Manages pre-selection of EPCs for optimized reading.
Activates receiver sensitivity optimization to reduce interference.
Shows spatial allocation of transponders for ARU-CSB-ELC antenna.
Shows real-time changes in LED color and RGB values.
Selects functions to be assigned to LEDs.
Adjusts LED brightness in real-time.
Deactivates an LED.
Activates an LED to be always on.
Sets LED flashing frequency.
Indicates RF presence at the antenna.
Indicates antenna errors.
Indicates when a tag is found.
Indicates successful tag operation.
Enables protocol control of LED on/off.
Shows KRAI antenna connection status.
Shows Wi-Fi connection status.
Shows GSM connection status.
Shows Bluetooth connection status.
Updates the number of detected tags.
Shows current, minimum, and maximum RSSI values.
Shows detailed RSSI information per antenna.
Configures input/output behavior, debounce, and inversion.
Tests input signals and controls output states.
Automates processes by creating and assigning action lists to inputs.
Selects and manages parameter sets for reader configuration.
Reads current settings of a selected parameter set.
Applies selected parameters.
Controls the transmission power on the port.
Sets the antenna gain.
Selects or deactivates antenna ports.
Selects country-specific communication standards.
Optimizes data rate and read reliability.
Selects channels for readers, especially in Europe.
Sets the default parameter set loaded on reader startup.
Copies parameter sets between different configurations.
Modifies reader settings using configuration IDs.
Configures filters to read specific tags based on defined data.
Configures filter settings for tag selection.
Selects the tag target session for filtering.
Selects the action for tag filtering.
Retrieves all tags present in the antenna field.
Sets the password for tag operations.
Allows changing the EPC of a tag.
Provides detailed access to tag data areas.
Allows writing data to selected tags or all tags.
Enables changing the password for tag operations.
Provides security mechanisms for tag data areas.
Deactivates a tag by setting a deactivation password.
Configures antenna polarisation settings.
Allows control and configuration of LEDs integrated in antennas.
Details jumper cable attenuation settings for smart shelf antennas.
Sets the antenna direction for specific applications.
Provides an overview of available applications and their descriptions.
Guides through the process of installing an application on the reader.
Visualizes tag phase and RSSI values to show relationships.
Shows qualitative frequency spectrum to identify interference.
Manages authentication keys for tags.
Provides functions for NXP UCODE DNA and Untraceable tags.
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