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General| Brand | SEW-Eurodrive |
|---|---|
| Model | MOVIMOT flexible MMF1 C/DSI Series |
| Category | DC Drives |
| Language | English |
Describes the product's identification and purpose as a decentralized frequency inverter.
Information about the document's purpose, scope, and intended audience.
Explains the grading and meaning of signal words and the structure of safety notes.
Specifies user responsibilities for compliance with safety notes and regulations.
Defines specialists and instructed persons responsible for work on the product.
Describes the product's intended use and restrictions, including compliance with directives.
Provides instructions and restrictions for safe installation and assembly of the product.
Details requirements and measures for safe electrical installation of the device.
Describes the components and features of the MOVIMOT® flexible MMF1. unit.
Describes the components and features of the MOVIMOT® flexible MMF3. unit.
Details possible cable entry configurations for MMF1. and MMF3. designs.
Illustrates possible positions for the device nameplate for MMF1. and MMF3.
Provides examples and explanations of device nameplates and type designations.
Shows the internal components of the connection box and electronics cover for MMF1.
Provides essential safety notes and warnings for mechanical installation.
Lists necessary tools and resources for the mechanical installation of the device.
Provides instructions for safely installing the device, including cover handling.
Shows the mounting dimensions for MMF1. and MMF3. units.
Specifies correct tightening torques for blanking plugs and cable glands.
Provides guidance on arranging and routing components for EMC-compliant installation.
Describes equipotential bonding requirements for electrical installations.
Details permitted voltage systems and guidelines for connecting supply system cables.
Illustrates a basic installation topology with connected drive units and interfaces.
Provides detailed terminal assignments for various connection points on the device.
Provides essential safety notes and information for successful device startup.
Explains the functions of DIP switches S1, S2, and S3 for device configuration.
Provides tables for selecting motors based on DIP switch settings for startup.
Outlines the segmented startup process using SEW-EURODRIVE's MOVISUITE® software.
Describes intuitive startup using the CBG21A keypad and its functions.
Explains startup using the CBG11A keypad, noting limitations with encoders.
Provides important notes and steps for disabling DynaStop® for startup.
Details the function and safety notes for the device's switch disconnector.
Explains how to use the Manual mode function within the MOVISUITE® software.
Describes how the drive unit handles voltage failures using motion energy for deceleration.
Provides functional description and notes on the DynaStop® electrodynamic retarding function.
Explains the behavior of DynaStop® when used with the STO safety function.
Describes how to evaluate fault messages using the MOVISUITE® software.
Details the inverter's responses to different fault conditions and events.
Lists fault messages and their corresponding parameterizable response options.
Explains the meaning of LED indicators for EtherCAT®/SBusPLUS and general LEDs.
Provides a standard fault table with descriptions, causes, and measures for troubleshooting.
Lists faults and troubleshooting steps specific to the CiA402 profile.
Provides notes and procedures for replacing device components like electronics covers or memory modules.
Explains how to read operating hours using MOVISUITE® for maintenance purposes.
Outlines recommended inspection and replacement intervals for the device.
Details preliminary work, connection cable checks, and gasket replacement procedures.
Provides general information and notes on product development and data.
Describes SEW-EURODRIVE's central configuration software for drive solutions.
Illustrates the drive selection procedure for a positioning drive.
Explains the factors and data needed for selecting the correct drive for a machine.
Provides guidance on selecting motors and inverters based on characteristic curves.
Details motor selection for asynchronous motors, considering mechanical resistance.
Explains dynamic use of speed range for asynchronous motors without encoders.
Discusses using asynchronous motors in CFC mode for higher dynamic properties.
Covers synchronous servomotors in CFC mode for high short-time overload capacity.
Details synchronous servomotors in ELSM® mode for dynamic speed range use.
Provides assignments of MOVIMOT® flexible motors to inverters for DR2S series.
Details the process of selecting an inverter based on output current and thermal monitoring.
Explains the criteria and procedures for selecting an appropriate braking resistor.
Lists conformity marks and compliance with relevant directives like CE and UL.
Presents detailed input and output specifications for the MOVIMOT® flexible electronics cover.
Details technical specifications for brake choppers and braking resistors.
Describes the functions, approvals, technical data, and dimension drawings of line chokes.
Lists available screw fittings, including cable glands and plug connectors.
Provides dimension drawings for MMF1. and MMF3. devices, with and without cooling fins.
Shows additional dimensions and configurations for plug connectors in the connection box.
Provides dimension drawings for mounting spacers for MMF1. and MMF3. devices.
Provides information on underlying standards and safety classes for electronics cover safety assessment.
Details MOVIMOT® flexible's safety technology and its compliance with safety requirements.
Defines Safe Torque Off (STO) as the safe state for safety-related operation.
Explains the drive unit's safety concept for performing the Safe Torque Off function.
Describes STO (Safe Torque Off) and SS1(c) (Safe Stop 1) drive safety functions.
Notes limitations and requirements for safety functions, especially regarding brakes and acceleration.
Lists mandatory requirements for installing and operating drive units in safety-related applications.
Provides general information and requirements for different connection variants for safety functions.
Presents characteristic values for safety integrity level and performance level.
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