Power Cable Preassembled 6FX2002-5DA01-1BA0 6FX20025DA011BA0 6FX2OO2-5DAO1-1BAO 6FX2 002-5DA01-1BA0

6FX2002-5DA01-1BA0 | Siemens MOTION-CONNECT Power Cable — 10m / 11.3A / 4×1.5mm²+2×1mm² / SIMODRIVE 1FT5/1FT6 / Pre-Assembled Shielded

Pre-Assembled Power and Brake Cable for SIMODRIVE 1FT5/1FT6

The 6FX2002-5DA01-1BA0 is a pre-assembled servo motor connection cable from Siemens' 6FX2002 MOTION-CONNECT range — a combined power and brake cable for the SIMODRIVE 1FT5 and 1FT6 servo motor families. The cable delivers both the three-phase motor supply and the electromagnetic brake supply through a single, pre-terminated assembly, eliminating the need for separate power and brake cable runs from the drive cabinet to the motor.

At 10m and 11.3A rated current, the 6FX2002-5DA01-1BA0 covers medium-length servo axis cable runs in CNC machine tools and industrial drive systems where connector size 1 motors are installed.

Key Specifications

Overall Shielded Construction

The 6FX2002-5DA01-1BA0 carries an overall shield — a conductive layer beneath the outer mantle enclosing all conductors:

Interference containment: The power conductors carrying variable-frequency switching current generate electromagnetic emissions. The overall shield contains these emissions within the cable, reducing interference with adjacent encoder signal cables and electronic control equipment.

EMC compliance: Shielded cables are the prerequisite for SIMODRIVE 611 system installations to achieve compliance with CE machinery directive electromagnetic compatibility (EMC) requirements — unshielded motor power cables from the drive to the motor are not permitted in compliant installations.

Ground connection: The shield terminates at the drive cabinet's EMC earthing point — providing a low-impedance return path for shield currents and conducted interference.

Applications

SINUMERIK CNC machine tool servo axes: SIMODRIVE 611D or 611U axis drives with 1FT5 or 1FT6 servo motors on machining centres, turning centres, grinding machines, and other CNC machine tools.

Industrial automation drives: SIMODRIVE-based servo positioning systems for automated handling, transfer machines, and precision positioning equipment.

Machine tool retrofits: Replacement power cables for machines undergoing maintenance, drive system repair, or servo motor replacement — where the original factory cable requires replacement.

FAQ

Q1: What motors is the connector size 1 on 6FX2002-5DA01-1BA0 compatible with?

Connector size 1 corresponds to the SIMODRIVE/SIMOTICS standard flange connector for the lower current range of 1FT5 and 1FT6 servo motors — motors with continuous phase current up to approximately 12A at the motor connector. Confirm from the specific motor's nameplate or technical documentation that connector size 1 is the correct interface for the motor in the installation.

Q2: How does the 11.3A current rating relate to the conductor cross-section?

The 11.3A rating reflects the continuous current-carrying capacity of the 4×1.5mm² conductors in a trailing cable application — accounting for the cable's thermal rating, the shielded construction's reduced thermal dissipation, and the installation conditions (single cable in cable track). Confirm from the SIMODRIVE 611 motor documentation that the motor's rated current at the specific operating point does not exceed 11.3A continuous.

Q3: Can 6FX2002-5DA01-1BA0 be used in a fixed static installation as well as cable track?

Yes — a trailing-rated cable always meets the requirements of a static installation, and many engineers select trailing-type cables for static applications as well, for future flexibility. For cable track (drag chain) use, only trailing-type cables should be used. For purely static installations, either static or trailing type is acceptable.

Q4: What is the difference between 6FX2002-5DA01-1BA0 and the newer 6FX5002-5DA01-1BA0?

6FX2002-5DA01 is the earlier generation MOTION-CONNECT cable for SIMODRIVE 611 and older drive systems. 6FX5002-5DA01 is the newer generation for SINAMICS S120 and later drives. While the cable specifications (conductor cross-section, connector size, length) are similar, the connector interfaces and system compatibility differ between generations — always confirm the correct cable generation from the specific drive and motor combination's installation documentation.