ECS servo inverters

Make multi-axis applications highly dynamic

ECS series servo inverters for controlled, dynamic motion. Output current: 2 to 20 A (1.1 to 13.8 kW).

Particularly suitable for: removal devices or gantry systems in the field of robotics, filling systems in the packaging industry.

Advantages:

Connections: start/stop, analog input, freely programmable digital inputs and outputs (4/1)
Communication: CANopen, DeviceNet, EtherCAT, INTERBUS, PROFIBUS
Axis modules capable of multiple overloads for peak output currents between 4 and 64 A
Device versions based on functions
STO safety function

Lenze in Nederland - Sales

: +31 73 64 56 50 0

sales.nl@lenze.com

Lenze in Nederland - Sales Support Orders, Spares & Logistics

: +31 73 64 56 50 0

orders.nl@lenze.com

Downloads

Flyer Product lifecycle management

Product support

Documentation: Project planing

EPLAN P8 macros EPLAN library ECS servo inverters
- DE
- EN
Date

28.06.2019

Catalogue Servo Drives 9300 ECS
- DE
- FR
- EN
Date

11.12.2017

Documentation: Commissioning and operation

Operating instructions ECSxA Axis Application (V9.x)
- DE
- EN
Date

26.01.2017
Operating instructions ECSxE Power supply
- DE
- EN
Date

20.07.2015
Operating instructions ECSxK Capacitor
- DE
- FR
- EN
Date

19.11.2016
Operating instructions ECSxM Axis Motion
- DE
- EN
Date

19.11.2016
Operating instructions ECSxP Axis Posi and Shaft
- DE
- EN
Date

19.11.2016
Operating instructions ECSxS Axis Speed and Torque
- DE
- EN
Date

19.11.2016

Communication manual EMF2133IB PROFIBUS-DP AIF module
- DE
- EN
- FR
Date

17.07.2019
Communication manual EMF2178IB CANopen AIF module
- DE
- EN
Date

17.07.2019
Communication manual EMF2179IB DeviceNet AIF module
- DE
- EN
Date

17.07.2019
Communication manual EMF2180IB_EthernetCAN
- DE
- EN
Date

17.07.2019
Communication manual EMF2181IB_ModemCAN
- DE
- EN
Date

17.07.2019
Communication manual EMF2191IB POWERLINK AIF module
- DE
- EN
Date

27.08.2019
Communication manual EMF2192IB EtherCAT AIF module
- DE
- EN
Date

17.07.2019

Mounting instructions ECSCE Power supply cold plate
- DE
- FR
- EN
Date

08.07.2015
Mounting instructions ECSCK Capacitor cold plate
- DE
- FR
- EN
Date

19.11.2016
Mounting instructions ECSCx Axis cold plate
- DE
- FR
- EN
Date

20.05.2015
Mounting instructions ECSDE Power supply push-through
- DE
- FR
- EN
Date

08.07.2015
Mounting instructions ECSDK Capacitor push-through
- DE
- FR
- EN
Date

19.11.2016
Mounting instructions ECSDx Axis push-through
- DE
- FR
- EN
Date

09.06.2015
Mounting instructions ECSEE Power supply panel-mounted
- DE
- FR
- EN
Date

08.07.2015
Mounting instructions ECSEK Capacitor panel-mounted
- DE
- FR
- EN
Date

09.06.2015
Mounting instructions ECSEx Axis panel-mounted
- DE
- FR
- EN
Date

09.06.2015

Documentation: Approvals and certificates

Certificate Safety engineering Characteristic values ECSx
- EN
Date

10.04.2019
Declaration EC Conformity ECS
- DE
- EN
Date

21.05.2021
Declaration EC Conformity Safety_Servo ECS
- DE
- PT
- ES
- FR
- EN
- IT
Date

25.05.2021
Erklärung EAC EAC Inverter_B06729-20
- RU
Date

12.05.2021
Erklärung EAC EAC Inverter_В05675-19
- RU
Date

30.03.2021
Declaration Lenze CCC negative declaration
- DE
- EN
- US
- ZH
Date

13.05.2021
Declaration Lenze Energy Efficiency Certificate Servo Drives
- DE
- EN
Date

11.08.2020
Declaration Lenze PWIS_LABS Declaration
- DE
- EN
- US
Date

13.05.2021
Declaration Lenze REACH declaration
- DE
- EN
- US
Date

13.05.2021
Declaration Lenze WEEE declaration
- DE
- EN
- US
Date

13.05.2021
Zertifikat Sicherheitstechnik EC Type-Examination ECSx
- DE
Date

25.05.2021
Certificate Safety engineering Lenze Sistema Library 08-2019
- DE
- EN
Date

04.09.2019
Certificate Safety engineering Lenze VDMA66413 Database 08-2019
- DE
- EN
Date

04.09.2019
Zertifikat UkrSEPRO UkrSepro_Inverter
- RU
Date

12.10.2017

Lenze in Nederland - Application Support & System Engineering

: +31 73 64 56 58 5 (24/7 helpline)

service.nl@lenze.com

Engineering tools

Product lifecycle 3

Current status

0: available
1: to be discontinued
2: discontinued
3: spare part
4: spare part (last call)

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