Siemens SINAMICS SIMOTICS S200 PROFINET User Manual

13.4 Device disposal ................................................................................................................ 608
14 Technical data.................................................................................................................................... 609
14.1 Technical data of the converter ........................................................................................ 609
14.1.1 Permissible environmental conditions for the converter .................................................... 609
14.1.2 General technical data ..................................................................................................... 610
14.1.3 Speci󹪝c data of the 200 V converters................................................................................ 612
14.1.4 Speci󹪝c data of the 400 V converters................................................................................ 614
14.1.5 Ov
erload capacity ............................................................................................................ 616
14.1.6 Power derating as a function of the installation altitude and ambient temperature............ 617
14.1.7 Braking resistor................................................................................................................ 618
14.1.7.1 Internal braking resistor ................................................................................................... 618
14.1.7.2 External braking resistor................................................................................................... 618
14.2 Technical data of the motor.............................................................................................. 623
14.2.1 General technical data ..................................................................................................... 623
14.2.2 Permissible environmental conditions for the motor ......................................................... 624
14.2.3 Protection against electromagnetic 󹪝elds (motor) ............................................................. 626
14.2.4 Cooling............................................................................................................................ 626
14.2.5 Derating factors .............................................................................................................. 627
14.2.6 Degree of protection ....................................................................................................... 629
14.2.7 Balancing ........................................................................................................................ 631
14.2.8 Vibrational behavior ........................................................................................................ 631
14.2.9 Shaft extension................................................................................................................ 632
14.2.10 Radial eccentricity, concentricity, and axial eccentricity..................................................... 633
14.2.11 Axial and radial forces ...................................................................................................... 635
14.2.11.1 Permissible axial forces .................................................................................................... 635
14.2.11.2 Permissible radial forces................................................................................................... 636
14.2.12 Available encoders........................................................................................................... 641
14.2.13 Brake data ....................................................................................................................... 641
14.2.13.1 Overview of the 1FL2 holding brake................................................................................. 641
14.2.13.2 Technical data of the 1FL2 holding brake.......................................................................... 643
14.2.14 Technical data and characteristics of the 1FL2 .................................................................. 644
14.2.14.1 1FL2102-2AG connected to 1 AC 200 V/3 AC 220 V .......................................................... 644
14.2.14.2 1FL2102-4AG connected to 1 AC 200 V/3 AC 220 V .......................................................... 646
14.2.14.3 1FL2103-2AG connected to 1 AC 200 V/3 AC 220 V .......................................................... 647
14.2.14.4 1FL2103-4AG connected to 1 AC 200 V/3 AC 220 V .......................................................... 648
14.2.14.5 1FL2104-2AG connected to 1 AC 200 V/3 AC 220 V .......................................................... 649
14.2.14.6 1FL2104-4AG connected to 1 AC 200 V/3 AC 220 V .......................................................... 650
14.2.14.7 1FL2102-2AF connected to 3 AC 380 V/3 AC 400 V........................................................... 651
14.2.14.8 1FL2102-4AF connected to 3 AC 380 V/3 AC 400 V........................................................... 652
14.2.14.9 1FL2103-2AF connected to 3 AC 380 V/3 AC 400 V........................................................... 653
14.2.14.10 1FL2103-4AF connected to 3 AC 380 V/3 AC 400 V........................................................... 654
14.2.14.11 1FL2104-2AF connected to 3 AC 380 V/3 AC 400 V........................................................... 655
14.2.14.12 1FL2104-4AF connected to 3 AC 380 V/3 AC 400 V........................................................... 656
14.2.14.13 1FL2105-2AF connected to 3 AC 380 V/3 AC 400 V........................................................... 657
14.2.14.14 1FL2105-4AF connected to 3 AC 380 V/3 AC 400 V........................................................... 658
14.2.14.15 1FL2203-2AG connected to 1 AC 200 V/3 AC 220 V .......................................................... 659
14.2.14.16 1FL2203-4AG connected to 1 AC 200 V/3 AC 220 V .......................................................... 660
14.2.14.17 1FL2204-2AG connected to 1 AC 200 V/3 AC 220 V .......................................................... 661
14.2.14.18 1FL2204-4AG connected to 1 AC 200 V/3 AC 220 V .......................................................... 662
14.2.14.19 1FL2203-2AF connected to 3 AC 380 V/3 AC 400 V........................................................... 663
Table of contents
SINAMICS S200 PROFINET servo drive system with SIMOTICS S-1FL2
12 Operating Instructions, 11/2023, FW V6.3, A5E51646752B AB

Siemens SINAMICS SIMOTICS S200 PROFINET Specifications

General

Brand	Siemens
Model	SINAMICS SIMOTICS S200 PROFINET
Category	Servo Drives
Language	English