The i700 cabinet servo inverter is suitable for dynamic motion control and multi-axis applications. The interconnected system of single or double axis devices, in combination with the appropriate supplier and our controllers, is the right choice for automation applications.

Our controllers, such as the c520, can be used to conveniently solve almost all control tasks for coordinated movement of multiple axes with high dynamics. Thus, modern and modular machine controls can be implemented based on our software modules..

The i950 cabinet servo inverter can be used as a power extension of the i700 cabinet servo inverter in the range from 22 to 110 kW.

Highlights

  • Integrated DC-bus connection
  • Small overall width from 50 mm for the double axis
  • Axis modules capable of multiple overloads for peak output currents between 5 and 64 A, double axes up to 32 A
  • Autotuning function for quick and easy controller adjustment
  • "Safe Torque Off (STO)" safety function

Technical data and features (axis modules)

Technical data
Single axis: 0.75 ... 15 kW
Double axis: 0.75 ... 7.5 kW
Connections
DC supply range: 260 ... 775 V
(central mains connection via supply modules)
2x digital input
Holding brake control
Motor temperature monitoring
Resolver/multi-encoder input for feedback (motor)
Communication
EtherCAT

Technical data and features (supply modules)

Technical data
Output voltage: DC
Rated DC-bus current: 30 A and 60 A
Connections
3 AC 230 V
3 AC 400 V
3 AC 480 V
Brake resistor
3 x digital input (permanently assigned)
2 x digital output (permanently assigned)
EC-Dual-Use-Regulation

Configure product

Product support

Documentation: Project planning

  • EPLAN P8 macros EPLAN library i700 servo inverters
    Date
    27.11.2020

  • Catalogue Controller based Automation with Servo Inverter i700
    Date
    03.03.2022
  • Catalogue Servo Inverters Control Cabinet Mounting
    Date
    03.03.2022

Documentation: Commissioning and operation

  • Hardware manual E70ACxS i700 cabinet servo inverter
    Date
    03.03.2022

  • Communication manual EtherCAT Controller-based Automation
    Date
    03.12.2020

  • Reference manual E70ACxS i700 cabinet servo inverter
    Date
    03.03.2022

Documentation: Approvals and certificates

  • Declaration EC Conformity i700
    Date
    21.05.2021
  • Declaration EC Conformity Safety_i700_SOA
    Date
    11.03.2021
  • Erklärung EAC EAC Inverter_B04996-19
    Date
    30.03.2021
  • Erklärung EAC EAC Inverter_B06729-20
    Date
    12.05.2021
  • Declaration Lenze CCC negative declaration
    Date
    13.05.2021
  • Declaration Lenze Energy Efficiency Certificate Servo Drives
    Date
    11.08.2020
  • Declaration Lenze PWIS_LABS Declaration
    Date
    13.05.2021
  • Declaration Lenze REACH declaration
    Date
    09.05.2022
  • Declaration Lenze WEEE declaration
    Date
    13.05.2021
  • Declaration UL CoC UL-listed E70ACP E70ACM
    Date
    05.03.2021
  • Declaration UL CoC UL-listed i700
    Date
    05.03.2021
  • Zertifikat Sicherheitstechnik Characteristic values i700_E70ACMSxxxxxxAxxxx
    Date
    25.05.2021
  • Certificate Safety engineering EC Type-Examination i700_E70ACMxAx
    Date
    22.10.2021
  • Certificate Safety engineering EC Type-Examination i700_Revision Release List
    Date
    05.01.2022
  • Certificate Safety engineering Lenze Sistema Library 08-2019
    Date
    04.09.2019
  • Certificate Safety engineering Lenze VDMA66413 Database 08-2019
    Date
    05.01.2022
  • Zertifikat UkrSEPRO UkrSepro_Inverter
    Date
    12.10.2017