Need help?Do you have a question about the Eaton EMR-3MP0 and is the answer not in the manual?
General| Phase failure sensitivity | Yes |
|---|---|
| Width | 45 mm |
| Height | 90 mm |
| Rated operational voltage | 690 V AC |
| Rated control supply voltage Us | 24-230 V AC/DC |
| Mounting | DIN rail mount |
| Overload release | Yes |
| Type of electrical connection of main circuit | Screw connection |
| Type of electrical connection for auxiliary- and control circuit | Screw connection |
| Coil Voltage | 24-230 V AC/DC |
| Operate Time | < 30 ms |
| Electrical Life | 100, 000 operations |
| Mechanical Life | 10, 000, 000 operations |
| Insulation Resistance | > 100 MΩ |
| Auxiliary contacts | 1 NO + 1 NC |
| Contact Form | 1 NO + 1 NC |
Provides a diagram illustrating the EMR-3MP0's functions and connections.
Explains the device's modular structure, parameters, signals, and values.
Details how to set parameters at the HMI, including authorization and saving.
Explains how to adjust the functional range by deactivating unneeded functions.
Details security settings, access authorizations, and password management.
Describes access levels and authorization passwords for different device areas.
Covers security requirements for accessing the device via PowerPort-E and networks.
Procedure for resetting device to factory defaults or resetting all passwords.
Details collective and manual resets for latched signals like LEDs, outputs, and trips.
Overview of the parameter setting and evaluation software.
Instructions for installing and wiring the EMR-3MP0 device.
Details on how to properly ground the device for safety and functionality.
Illustrates typical CT circuits and motor control wiring connections.
Lists communication options, interfaces, and available protocols.
Specifics on the DI-4 X1 module, including grounding and digital input configuration.
Describes the standard TI and TI-MP cards for current measurement.
General guidelines and safety precautions for CT wiring.
Configuration and connection details for RS485 Modbus RTU communication.
Describes the USB interface for connecting to a PC for configuration.
Covers configuration of LEDs, digital inputs, and relay outputs.
Details LED configuration, including trigger signals, inversion, and colors.
Explains how to check digital input states and assign them to modules.
Details the configuration of relay outputs and their operating modes.
Explains how to program analog outputs for different ranges and parameters.
Defines how to select SCADA protocols based on hardware variants.
Covers TCP/IP configuration, IP addresses, subnet masks, and gateways.
Details Modbus protocol configuration, parameters, and hardware connection.
Covers Profibus configuration, hardware connection, and error handling.
Introduction to IEC 61850 substation automation and commissioning steps.
Procedure for exporting device-specific ICD files for substation configuration.
Procedure for exporting substation configuration description (SCD) files.
Details DNP protocol for SCADA communication and device planning.
Covers selection of SCADA protocols and DNP communication options.
Explains how to map inputs and outputs from the master's perspective.
Covers device time synchronization using IRIG-B, SNTP, Modbus, and DNP3.
Details IRIG-B terminal interface and recommended application.
Covers SNTP protocol for time synchronization, principle, and accuracy.
Details Modbus RTU hardware interface and recommended application.
Details Modbus TCP hardware interface and recommended application.
Details DNP hardware interface and recommended application.
Steps for activating SNTP time synchronization and IP address settings.
Details IRIG-B00X time code generator requirements and principle.
Steps to activate IRIG-B synchronization and select the IRIG-B type.
Describes the general protection module as a frame for other protection modules.
Covers permanent blocking and activation/delayed activation of protection functions.
Explains the core logic for motor start control and protective functions.
Details reasons and logic for blocking a motor start.
Explains how the device determines phase rotation and handles reversing settings.
Describes conditions for tripping the motor during the start phase.
Explains how the device reacts to operating-cycle current profiles.
Details timers that block protection functions until set delay expires.
Explains monitoring and control of motor starts based on cold starts, time between starts, and starts per hour.
Explains how protective functions can trip the motor or bypass a trip.
Sets a time interval for accelerating high-inertia loads, longer than locked-rotor time.
Function requiring report back contact input to confirm process start.
Enables or disables panic restart of a tripped motor without disabling protection.
Provides a thermal model to approximate thermal capacity used by the motor.
Settings for maximum allowable thermal limit curve and alarm curves.
Integral part of thermal model to protect motor failing to start or accelerate.
Sets current level for trip when no RTD stator temperature data is available.
Illustrates motor protection curves for various fault conditions.
Function to forestall JAM or thermal trip by signaling process to reduce loading.
Recognizes mechanical problems like broken drive gears via current increase.
Detects current reduction indicating malfunctions like blocked flow or broken drive shaft.
Covers the ANSI 50P protection function with definite time characteristic.
Calculates sequence currents and detects unbalance for trip initiation.
Detects and executes pickups/trips issued by other external devices.
Detects and executes pickups and trips issued by other external devices.
Provides temperature data using URTD module for tripping and alarming.
Provides backup protection if breaker fails during fault clearing.
Details breaker failure protection for devices with current measurement.
Records disturbance events and allows graphical analysis.
Collects compressed information about faults, including trip causes.
Logs information during motor start-up, including analog trends.
Explains programmable logic equations for inputs, outputs, and functions.
Details various check routines for supervising device operation.
Lists essential safety regulations before working on switchboards.
Guidelines for performing commissioning and protection tests.
Procedure for safely decommissioning the relay and removing it.
Overview of functions supporting device maintenance and commissioning.
Allows simulation of measuring quantities for commissioning and failure analysis.
Covers real-time clock and time synchronization tolerances.
Provides accuracy specifications for various protection elements.
Details high voltage, EMC, insulation, impulse, and resistance tests.
Covers fast transient, surge, ESD, radiated RF, and conducted RF immunity tests.
Details classification and test conditions for cold, heat, damp, and temp change.
Details vibration, shock, and earthquake test parameters.
To Next Page
