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General| Protection class | IP20 |
|---|---|
| Encoder feedback | Yes |
| Dynamic response | High dynamic response |
| Power range | 0.1 kW to 7 kW |
| Control method | Servo control |
| Communication interface | PROFIBUS, PROFINET |
| Supply voltage | 3-phase 380V to 480V AC |
| Output frequency | 0 Hz to 550 Hz |
| Control mode | Position control, speed control, torque control |
| Safety Integrated | STO, SS1 |
| Input voltage | 3-phase 380V to 480V AC |
| Control type | Vector control |
| Integration | TIA Portal |
Provides general safety instructions for operating electrical devices and handling power drive systems.
Provides an overview of the SINAMICS S210 servo drive system components and their interconnections.
Describes the SIMOTICS S-1FK2 motor, its dynamic versions, power range, degree of protection, and cooling.
Details the SINAMICS S210 converter, its compact design, and intended use with 1FK2 motors.
Details EMC-compliant installation requirements for reliable and disturbance-free operation.
Compares safety functions to standard drive functions, highlighting lower error rates and suitability for safety-related applications.
Describes the basic functions integrated in the converter: STO, SBC, and SS1.
Provides crucial safety instructions, including warnings about thermal damage to temperature-sensitive parts.
Details the process of installing the motor, including checklists, mounting instructions, and fitting output elements.
Covers the installation conditions and dimension drawings for the converter.
Explains cable lengths and connection procedures for the motor and converter.
Covers accessing the web server, preparing the system, and understanding interfaces and connection types.
Guides through the initial login process, including assigning an administrator password and password reset.
Details user accounts, access rights, and the login/logout process for the web server.
Outlines the steps for commissioning the drive, including assigning the drive name.
Explains how to perform One Button Tuning for optimal controller settings.
Describes how to use the control panel for drive control and monitoring during commissioning.
Provides detailed technical data for the motor, including features, power range, cooling, and protection.
Explains the message structure and meaning of letters (A, F, N, C) used in faults and alarms.
Provides a detailed list of faults and alarms with message values, drive objects, reactions, acknowledgments, causes, and remedies.
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