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Specifies the device's intended application in MV grids with different neutral point configurations.
Lists operational capabilities, connector types, control modes, automatic functions, and protections.
Details device capabilities, supported accessories, and their functions.
Describes the physical front panel components including display, keyboard, and LEDs.
Explains the function of each key on the device's control keyboard.
Details the meaning and color of the predefined signal diodes on the front panel.
Explains the main window structure and its elements.
Guides navigation through the device's menu structure using specific keys.
Describes how to configure and view the bay schematic representation.
Explains the configuration and meaning of signal LEDs on the device.
Details how to view and filter recorded events and their characteristics.
Explains how to access and view device measurements, including their status flags.
Describes how to view alarms and cancel their signaling.
Explains the different control modes (Local, Remote, Autonomous).
Details the four available control modes and the procedure for their selection.
Describes defining and using custom commands to activate logic functions.
Explains how to view and operate switches through the interface.
Covers device management functions like settings, supervision, and configuration.
Details how to select active bay type, settings, and edit parameters.
Provides a method for editing monolists, multilists, and number parameters.
Focuses on user management, access levels, and permissions.
Explains how the User Manager controls access and identifies users with different privileges.
Covers configuring communication, user interface, and date/time settings.
Details the configuration of transmission parameters for communication ports.
Explains how to modify device appearance, language, and display blanking time.
Describes how to set and manage the device's date and time, including automatic time changes.
Displays device hardware and software identification parameters.
Lists and describes optional extension modules like fault recorders and power quality analyzers.
Explains a circuit protecting against current faults when the device is unpowered.
Details the application for recording analog and digital signals at high sampling frequencies.
Describes the application for recording slowly changing signals and motor start-up sequences.
Explains the application for energy quality analysis and harmonic content assessment.
Details the system log, storing information on logins, set point changes, and user commands.
Describes the UPS system maintaining functionality during power failures.
Explains the RPS solution for ensuring reliable operation via two independent power supplies.
Covers diagnostic functions like self-checks, manual algorithm checks, and breaker diagnostics.
Details the self-check process for voltages, memory, communication, and set points.
Explains how to check algorithm correctness using simulated measurement values.
Describes determining circuit breaker parameters during normal exploitation without disconnection.
Covers various autotest functions for ensuring device integrity and performance.
Monitors the cumulated current for each phase, indicating breaker wear.
Checks continuity of control lines and auxiliary voltage for breaker coils.
Tests cable insulation using external high voltage, verifying generator operation.
Verifies protection and automation functions using external testers and signal generators.
Explains RS-485 connection types (Type I/II, 2-wire/4-wire) and wiring for data transmission.
Details wiring configurations for two RS-485 communication ports, including Type I/II.
Describes the optional Ethernet module supporting MODBUS-TCP and IEC 61850 protocols.
Explains the connection of optical signals via ST plugs, emphasizing Tx/Rx matching and socket care.
Provides recommendations for device maintenance, periodic inspections, and repair procedures.
Details conditions for storing and transporting the device to prevent damage.
Guides on the proper installation location and cable length limitations for the device.
Outlines environmentally sound disposal methods for decommissioned devices.
Explains the guarantee period, conditions, and what voids the warranty.
Lists the services offered, including inspections, commissioning, configuration, and training.
| Brand | ITR |
|---|---|
| Model | MUPASZ 710 plus |
| Category | Control Unit |
| Language | English |