Siemens SINAMICS G220 - Page 8

6.2.2 Weight, braking resistor in degree of protection IP21 ........................................................ 141
6.2.3 Dimensions, braking resistor in degree of protection IP21 ................................................. 142
6.2.4 Minimum clearances, braking resistor in degree of protection IP21 ................................... 143
6.2.5 Installation, braking resistor in degree of protection IP21.................................................. 144
6.2.6 Weight, braking resistor in degree of protection IP54 ........................................................ 145
6.2.7 Dimensions, braking resistor in degree of protection IP54 ................................................. 146
6.2.8 Minimum clearances, braking resistor in degree of protection IP54 ................................... 147
6.2.9 Installation, braking resistor in degree of protection IP54.................................................. 149
6.3 Attaching the label for the North American market........................................................... 150
7 Connecting ........................................................................................................................................ 151
7.1 Line system, motor and braking resistor ........................................................................... 151
7.1.1 Connection overview, converter in degree of protection IP20............................................ 151
7.1.2 Connection, converter in degree of protection IP20, 3 AC 200 ... 240 V............................. 153
7.1.3 Connection, converter in degree of protection IP20, 3 AC 380 ... 480 V/500 V ................... 155
7.1.4 Connecting an IP55 converter .......................................................................................... 157
7.1.4.1 Remove and install housing cover, converter with IP55 degree of protection ..................... 157
7.1.4.2 Access to the power connections up to frame size FSC...................................................... 159
7.1.4.3 Connection overview, converter in degree of protection IP55............................................ 160
7.1.4.4 Connection, converter in degree of protection IP55, 3 AC 200 ... 240 V............................. 162
7.1.4.5 Connection, converter in degree of protection IP55, 3 AC 380 ... 480 V/500 V ................... 164
7.1.5 Opening the ground connection of the integrated line 󹪝lter, degree of protection IP20...... 166
7.1.6 Opening the ground connection of the integrated line 󹪝lter, degree of protection IP55...... 167
7.1.7 Overcurrent protection and fault current protection.......................................................... 170
7.1.7.1 Overcurrent protection devices......................................................................................... 170
7.1.7.2 Overcurrent protection, 3AC200 ...240V ....................................................................... 171
7.1.7.3 Overcurrent protection, 3 AC 380 V … 415 V / 3 AC 440 V … 500 V ................................... 172
7.1.7.4 Residual current device (RCD)........................................................................................... 173
7.2 Interfaces for the controller.............................................................................................. 176
7.2.1 Overview of interfaces, converter in degree of protection IP20.......................................... 176
7.2.2 Overview of interfaces, converter in degree of protection IP55.......................................... 177
7.2.3 Requirements relating to the 󹪝eldbus cable, converter with degree of protection IP55....... 178
7.2.4 Connection example with internal supply voltage............................................................. 179
7.2.5 Connection example with external supply voltage ............................................................ 179
7.2.6 Control lines for terminal strip.......................................................................................... 180
7.2.7 Factory setting of the terminal strips ................................................................................ 181
7.2.8 Analog inputs as additional digital inputs ......................................................................... 182
7.2.9 Connection options for the fail-safe digital inputs ............................................................. 182
7.2.10 Connection options for the fail-safe digital output ............................................................ 186
7.2.11 Connecting the motor holding brake ................................................................................ 190
7.2.12 Connecting the temperature contact of the braking resistor.............................................. 192
7.2.13 Connecting the auxiliary contact of the repair switch........................................................ 193
7.2.14 Control lines for auxiliary contacts of the repair switch ..................................................... 194
7.2.15 Assignment of the PROFINET interface ............................................................................. 195
7.2.16 Overview of the interfaces at option module OM-SMT ...................................................... 196
7.2.17 Option module OM-SMT, X230......................................................................................... 196
7.2.18 Overview of the interfaces at option module OM-IIoT ....................................................... 199
7.2.19 Option module OM-IIoT, X128.......................................................................................... 199
7.2.20 Overview of the interfaces at option module OM-DQ........................................................ 201
7.2.21 Option module OM-DQ, X501 and X502........................................................................... 201
Table of contents
SINAMICS G220 converter
6 Operating Instructions, 04/2024, FW V6.2, A5E51781573B AB