MOVIMOT® flexible field distributor

MOVIMOT® flexible offers you a great deal of freedom when it comes to lean production automation. This decentralized frequency inverter takes automation from the central control cabinet into the field – exactly where you need to automate your drive technology.

For mounting the inverter away from the motor

MOVIMOT® flexible decentralized inverter
MOVIMOT® flexible

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MOVIMOT® flexible decentralized inverter

MOVIMOT® flexible decentralized inverter

We have based the further development of our decentralized product portfolio on our MOVI‑C® modular automation system. MOVIMOT ® flexible enables the decentralized inverter to be installed close to the motor in your system. With MOVIMOT® flexible, it's up to you whether you opt for a synchronous or asynchronous motor.

MOVIMOT® flexible is now available in two versions . Unlike the MMF1. variant, the MMF3. can be equipped with additional options such as a load disconnector (with or without integrated line protection), an M12 engineering interface or keypad mounting. A key switch with feedback contact can also be integrated.

The current configuration of the decentralized inverter (size 1) can supply nominal output currents of 2.0, 2.5 and 3.2 A as well as 4.0 and 5.5 A for 0.55 – 3.0 kW performance classes (depending on motor type). Additional performance classes are in the pipeline.

Simple connection

Digital motor integration means you need just one single cable to connect MOVIMOT® flexible to the drive. The intelligent, digital connection using a standardized hybrid cable enables you to supply power and also transmit data between the decentralized frequency inverter and motor. As long as the motor is equipped with the MOVILINK® DDI digital data interface, electronic nameplate information and brake/diagnostic data are transmitted directly to the inverter for easy startup.

Configure your individual product

  • Detailed information about your individual product
  • CAD data and documentation for your configuration
Configure product now

Your benefits

  • Consistency

    The uniform MOVI-C® portfolio makes it very easy to decide between control cabinet and decentralized installation.
  • Modular diversity

    You can use the MOVIMOT® flexible decentralized inverter to control any type of motor.
  • Simple installation

    Digital motor integration and a single-cable solution make life easy.
  • Wide range of options

    The perfect solution for every requirement.
  • Reduced supply infrastructure

    An overload capacity of up to 300% of IN.

Characteristics

  • Motor types
    • Can be combined with synchronous/asynchronous drives (with/without encoder) from SEW‑EURODRIVE and third-party motors
  • Control modes
    • V/f: highly robust for asynchronous motors without encoders
    • VFCPLUS : extremely versatile for asynchronous motors with and without encoders
    • CFC: highly dynamic for asynchronous and synchronous motors with encoders
    • ELSM® : highly efficient for synchronous motors without encoders
  • Overload capacity
    • Up to 300%
    • Prevents oversizing in static operation
    • Reduces installed size of necessary supply infrastructure
    • Integrated overload protection device
  • Control variants
    • DFC – Direct Fieldbus Control (PROFINET, EtherNet/IPTM , Modbus TCP, POWERLINK)
    • DSI – Direct System Bus Control (EtherCAT® / SBusPLUS )
    • DBC – Direct Binary Communication
    • DAC – Direct AS Interface Communication
  • MOVILINK® DDI digital motor integration
    • High-performance digital data connection using just one standardized hybrid cable for data connection and power supply between DDI interface and inverter:
    • /DI features an integrated DDI interface for connecting the temperature sensor
    • /CO features data connection using a coaxial cable with DDI interface on the motor (motor temperature, motor encoder signal, electronic nameplate)
  • DynaStop® option
    • DynaStop® electrodynamic retarding function (/DSP)
  • Brake control option
    • Integrated HV brake control for 120 V, 230 V and 400 V
    • Third-party brake control
    • In preparation: 24 V brake control
  • Certifications
    • CE (Europe)
    • UkrSEPRO (Ukraine)
    • RMC (Australia)
    • EAC (Russia, Belarus and Kazakhstan)
    • In preparation:
      • UL approval (USA and Canada)
  • Energy efficiency
    • Increased energy efficiency due to integrated standby operation and flux optimization
  • Weight
    • MMF1.: 4 – 4.5 kg*
    • MMF3.: 5 – 5.5 kg*
    • * Depending on inverter's drive electronics
  • Degree of protection
    • IP65 to EN 60529
  • Ambient temperature
    • -25 °C to +60 °C (reduction in performance from 40 °C)

Technical data

MOVIMOT® flexible decentralized inverter

Close table
  Series/design
  MMF1.   MMF3.  
Size* Size 1 Size 1E Size 1 Size 1E
Weight kg 3.5 4 5 5.5
Nominal output current A 2 – 3.2 4 – 5.5 2 – 3.2 4 – 5.5
Nominal power kW**1 0.55 – 1.1 1.5 – 2.2 0.55 – 1.1 1.5 – 2.2
Connection voltage V 3 × AC 380 V – 500 V
We have stored a table for you here.

* Others in preparation (up to 16 A / 7.5 kW)

**1 In conjunction with asynchronous motors

Functional safety

  • Integrated STO (Safe Torque Off) safety function to IEC 61800-5-2
  • Safety Integrity Level 3 to EN 61800-5-2:2017 and EN 61508:2010
  • PL e to EN ISO 13849-1:2015
  • PROFIsafe
  • In preparation: FSoE and CIP Safety

Areas of application

From dynamic materials handling technology with speed-controlled axes all the way through to positioning tasks

  • Horizontal and vertical intralogistics conveyor systems such as airport carousels and parcel logistics
  • Food and beverage industry
  • Automotive industry

Tobias Nittel, product manager for decentralized drive technology at SEW‑EURODRIVE:

"The MOVI‑C® modular automation system gives customers the option to implement their application both with inverters in a control cabinet and with drive electronics that are either located close to the motor or integrated into it. What's more, they can do so without noticing any differences in terms of project planning, handling and performance. An essential part of the platform is the digital motor integration. This supports automatic drive train startup and also ensures that various sensor signals can be transmitted from the motor to the electronics without requiring any additional installation work."

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