Document Outline

• 1 Important Notes
  • Safety and warning instructions
  • Other applicable documents
  • Intended usage
  • Site of operation
  • Waste disposal
• 2 Safety Notes
• 3 Unit Design
  • 3.1 MOVIMOT® inverter (standard design)
  • 3.2 Unit designations (MOVIMOT® standard design)
    • Sample motor nameplate
    • Sample inverter nameplate
    • Device identification
    • "Mounting close to motor" design with option P2.A
  • 3.3 MOVIMOT® inverter (with integrated AS-Interface)
  • 3.4 Unit designations (MOVIMOT® with integrated AS-Interface)
    • Sample motor nameplate
    • Sample inverter nameplate
    • Device identification
    • "Mounting close to the motor" design with option P2.A
• 4 Mechanical Installation
  • 4.1 MOVIMOT® gearmotor
    • Before you begin
    • Mounting MOVIMOT®
    • Installation in damp areas or in the open
  • 4.2 Modular terminal box
    • Turning the terminal box
  • 4.3 Mounting MOVIMOT® inverter with option P2.A close to the motor
  • 4.4 Option MLU..A / MLG..A / MLK11A
    • Scope of delivery
    • Installation
  • 4.5 MBG11A option
  • 4.6 MWA21A option
  • 4.7 URM option
• 5 Electrical Installation of MOVIMOT® Standard Design
  • 5.1 Installation instructions
    • Connecting supply system leads
    • Installation at 1000 meters above sea level (msl)
    • Connecting 24VDC supply
    • Conventional control (via binary commands)
    • Control via RS485 interface
    • Protection devices
    • UL compliant installation
  • 5.2 Connection of MOVIMOT® basic unit
  • 5.3 MOVIMOT® plug connectors
    • AVT1, ASA3 plug connectors
    • Plug connector AMA6
  • 5.4 Connection MOVIMOT® options
    • Connection of MLU11A option
    • Connection of MLG11A option
    • Connection of MBG11A option
    • Connection of MLK11A option
    • Connection of MWA21A option
    • Connection of URM option
    • Connection of MDG11A option
  • 5.5 Connection RS-485 bus master
  • 5.6 Connection between MOVIMOT® and motor mounting close to the motor
    • Hybrid cable design A
    • Hybrid cable design B
• 6 Electrical Installation with Integrated AS-Interface
  • 6.1 Installation instructions
    • Connecting supply system leads
    • Installation at 1000 meters above sea level (msl)
    • Protection devices
    • UL compliant installation
  • 6.2 Connection options with integrated AS-Interface
    • Mains and control
  • 6.3 Connection of MOVIMOT® MM../AVSK (connection option A)
  • 6.4 Connection of MOVIMOT® MM../AZSK (connection option B)
  • 6.5 Connection of MOVIMOT® MM../AND3/AZSK (connection option C)
  • 6.6 Connection of URM option
  • 6.7 Connection between MOVIMOT® and motor mounting close to the motor
    • Hybrid cable design A
    • Hybrid cable design B
• 7 Startup of Standard Design
  • 7.1 Important startup instructions
  • 7.2 Description of the controls
    • Setpoint potentiometer f1
    • Setpoint switch f2
    • Switch t1
    • DIP switches S1 and S2
  • 7.3 Description of the DIP switches S1
    • DIP switches     S1/1-S1/4
    • DIP switches     S1/5
    • DIP switches     S1/6
    • DIP switches     S1/7
    • DIP switches     S1/8
  • 7.4 Description of the DIP switches S2
    • DIP switches     S2/1
    • DIP switches     S2/2
    • DIP switches     S2/3
    • DIP switches     S2/4
    • DIP switches     S2/5 to S2/8
  • 7.5 Selectable special functions MM..C-503-00
    • Overview of selectable special functions
    • Special function 1
    • Special function 2
    • Special function 3
    • Special function 4
    • Special function 5
    • Special function 6
    • Special function 7
    • Special function 8
    • Special function 9
    • Special function 10
    • Special function 11
    • Special function 12
    • Use of relay output with special functions 7, 9 and 12
  • 7.6 Startup with binary control (control via terminals)
    • Inverter response according to the terminal level
  • 7.7 Startup with options MBG11A or MLG11A
    • Operating options MBG11A and MLG11A
  • 7.8 Startup with MWA21A option (speed control module)
    • Control
    • Setpoint stop function:
  • 7.9 Startup with external AS-i binary slave MLK11A
    • Data from ASi master to MLK11A
    • Data from MLK11A to ASi master
    • LED display
    • Assigning slave address via hand- held programming device
  • 7.10 Additional information for mounting close to the motor
    • Checking the method of connection for the connected motor
    • Motor protection and direction of rotation enable
    • DIP switch
    • Braking resistor
    • Mounting of the MOVIMOT® inverter in the field distributor
• 8 Startup with Integrated AS-Interface
  • 8.1 Important startup instructions
  • 8.2 Description of the controls
    • Setpoint potentiometer f1
    • Setpoint switch f2
    • Switch t1
    • DIP switches S3 and S4
  • 8.3 Description of the DIP switches S3
    • DIP switch S3/1
    • DIP switch S3/2
    • DIP switch S3/3
    • DIP switch S3/4
    • DIP switch S3/5
    • DIP switch S3/6
  • 8.4 Description of the DIP switches S4
    • DIP switch S4/1
    • DIP switch S4/2
    • DIP switches     S4/3 to S4/6
  • 8.5 Selectable special functions MM..C-503-30
    • Overview of selectable special functions
    • Special function 1
    • Special function 2
    • Special function 3
    • Special function 6
    • Special function 7
    • Special function 8
    • Special function 10
    • Special function 11
  • 8.6 Startup procedure
    • Assigning the slave address
    • Selecting the 24V supply via switch S5
    • Data from ASiMaster Æ MOVIMOT®
    • Data from MOVIMOT® Æ AS-i master
    • Setpoint scaling via parameter bits
  • 8.7 Advanced startup with MOVITOOLS
    • Diagnostic interface
    • "Scaling factors" window
    • "Manual mode" window
  • 8.8 Additional information for mounting close to the motor
    • Checking the method of connection for the connected motor
    • Motor protection
    • DIP switch
    • Braking resistor
• 9 Startup with Communications Interface / Fieldbus
  • 9.1 Startup procedure
  • 9.2 Coding of process data
    • Two process data words
    • Three process data words
    • Process output data
    • Process input data
  • 9.3 Function with RS-485 master
    • Message structure
    • Start pause (idle) and start character (start delimiter)
    • Address (ADR)
    • Group address
    • User data type (TYPE)
    • Timeout monitoring
    • Block check character BCC
    • Message processing in the MOVILINK® master
    • Sample message
• 10 Diagnostics
  • 10.1 Diagnostics of MOVIMOT® standard design
    • Status LED
    • Table of faults
    • Diagnostics via MDG11A option
  • 10.2 Diagnostics of MOVIMOT® with integrated AS-Interface
    • Status LED
    • Table of faults
    • AS-i diagnostics via diagnostic interface
  • 10.3 Important service information
• 11 Inspection and Maintenance
  • 11.1 Inspection and maintenance periods
  • 11.2 Inspection and maintenance work on the motor
    • Inspecting the motor
  • 11.3 Inspection and maintenance work on the brake
    • Inspecting the brake, adjusting the working air gap
    • Installing a new brake disk
    • Changing the braking torque
  • 11.4 Permitted ball bearing types
  • 11.5 Working air gap, braking torque, brake
• 12 Technical Data of Standard Design
  • 12.1 IEC design with connection voltages 380...500 VAC
  • 12.2 UL design with connection voltages 380500 VAC
  • 12.3 Technical data of options
    • MLU11A
    • MLG11A
    • MBG11A
    • MWA21A
    • MDG11A
    • BGM brake rectifier
    • URM voltage relay
  • 12.4 Integrated RS-485 interface
  • 12.5 Assignment of internal braking resistors
  • 12.6 Assignment of external braking resistors
  • 12.7 Resistance and assignment of the brake coil
• 13 Technical Data with Integrated AS-Interface
  • 13.1 IEC design with connection voltages 380...500 VAC
  • 13.2 Assignment of internal braking resistors
  • 13.3 Assignment of external braking resistors
  • 13.4 Resistance and assignment of the brake coil
  • 13.5 URM voltage relay
    • Index of Changes
    • Index