To Next PageTo Next PageWhy Emerson Servo Drives show High DC Bus?
Emerson Servo Drives may show a High DC Bus error due to an open external shunt fuse, a high AC line condition, or an application needing an external shunt (like a large load with rapid deceleration). Use Button or Input.
Why Emerson Servo Drives show Low DC Bus?
Emerson Servo Drives may show a Low DC Bus error because of a reduction or loss of AC power. Use Button or Input.
How to fix Emerson Epsilon Eb-202 Servo Drives Drive Overtemp?
To address a Drive Overtemp issue in Emerson Servo Drives, cool down the drive and cycle the power.
General| Power Rating | 0.4 kW |
|---|---|
| Control Mode | Position, Speed, Torque |
| Communication Interface | RS-485 |
| Input Voltage | 200-240V AC |
| Protection Features | Overcurrent, Overvoltage, Undervoltage, Overtemperature |
Describes the Epsilon drives, their features, and ease of use.
Lists key technical capabilities and design elements of the Epsilon drives.
Explains the structure and content of the installation manual.
Lists related manuals and documentation for further information.
Outlines the safety issues to address when using the product.
Details critical safety measures for installation and operation.
Specifies requirements for product enclosure to prevent contamination and unauthorized access.
Emphasizes careful consideration of drive settings and configuration changes.
Discusses compliance with EU directives and risk assessment for safety-critical applications.
Introduces the process of installing the drive, motor, and cables.
Covers essential precautions like grounding and emergency stop circuits.
Guides on meeting EMC legislation and reducing electromagnetic interference.
Explains methods to improve noise immunity and reduce emissions via grounding.
Lists recommended AC line filters for EMERSON Motion Control compliance testing.
Details how to ground cable shields at the enclosure wall for EMC compliance.
Provides guidance on mounting and cooling based on environmental factors.
Offers general advice on routing, labeling, and protecting wires and cables.
Covers drive and motor mounting procedures and spacing requirements.
Details typical system grounding diagrams and electrical connections.
Specifies AC power connection requirements for single and three-phase drives.
Provides guidance on selecting appropriate transformer KVA ratings for applications.
Details recommended fuses and wire gauges for AC power connections.
Explains safe procedures for connecting and disconnecting AC power.
Describes how to use an APS to retain motor position during power loss.
Details connections for stator, encoder, and brake for motors.
Explains connections for encoder feedback using CFCS cable.
Describes wiring for motor brake connections using MS style connectors.
Covers optically isolated inputs and outputs and drive enable functions.
Details signal availability and connections via the 44-pin Command Connector.
Explains differences and uses of CMDO, CMDX, and CDRO cables.
Illustrates differential and single-ended analog command signal connections.
Describes how Epsilon drive encoder outputs meet RS-422 specifications.
Details wiring for pulse mode using differential inputs.
Details wiring for pulse mode using single-ended inputs.
Explains serial interface options (RS-232C, RS-485) for drive communication.
Describes the Modbus RTU protocol slave configuration for the drive.
Covers RS-485 option for connecting multiple drives in a network.
Introduces troubleshooting guidelines and hints for Epsilon drives.
Explains how the drive's front display shows status and fault codes.
Lists diagnostic and fault detection circuits and their reset procedures.
Details the two 8-bit real-time analog outputs for diagnostics.
Describes the 'Drive Faults Detected' dialog box and its options.
Explains methods to clear drive faults, including power cycling.
Describes procedures to restart the drive via cycling power or menu command.
Allows customization to monitor selected drive parameters in real-time.
Enables viewing parameters by category, with options to clear, save, or restore selections.
Displays a predefined window to monitor three motor parameters for accuracy.
Describes the interface for accessing drive signals and mounting hardware.
Details the interface for digital input/output signals that mounts directly to the drive.
Introduces drive/motor specifications and cable diagrams.
Lists key electrical and operational specifications for Epsilon drives.
Provides detailed performance data for drive-motor pairings.
Details holding torque, inertia, and engagement times for motor brakes.
Lists weights for various motor models, with and without brakes.
Specifies maximum radial and axial load limits for motors.
Lists IP ratings for various motors and cables.
Details density, output type, frequency, and power for encoders.
Explains typical power losses for drive/motor combinations.
Provides speed-torque characteristics for motor combinations.
Shows physical dimensions for Epsilon drive models.
Provides mounting dimensions for MG motors.
Details dimensions for NT motors (English Face).
Provides dimensions for NTM-207 motors with a metric face.
Details dimensions for NTE-212 motors.
Illustrates signal mapping for various drive cables.
Lists contact details for suppliers of components like filters and grommets.
