The part number 2090-CSWM1DF-14AA33 is a Kinetix Single Cable from Rockwell Automation, specifically designed for the K5500 servo drives. This cable is used for single motor power and feedback applications and features a standard, non-flexible design. It has a 14 AWG wire gauge and a length of 33 meters. The cable is designed with a flying lead and lead preparation that is specifically designed for the K5500 servo drives, eliminating the need for on-site lead preparation.
Technical Specifications
- Cable Style: Standard, Non-flex
- Cable Type: Single Motor Power Only
- Drive-end Connector Type: DF Single Cable for K5500
- Motor-end Connector Type: Single SpeedTec DIN Connector
- Wire Gauge Size (AWG): 14 AWG
- Length: 33 meters
Alarm/Error Codes
No specific alarm or error codes are mentioned in the provided documentation for this part number. It is likely that any issues with the cable would be related to physical damage or improper installation rather than specific error codes.
User Manuals
The user manual for this part number is not explicitly mentioned in our research. However, Rockwell Automation typically provides detailed documentation and user manuals for their products, which can be accessed through their official website or through the manufacturer's support resources.
Troubleshooting
Troubleshooting for this cable would likely involve checking for physical damage or improper installation. If issues persist, it may be necessary to consult the user manual or contact Rockwell Automation's technical support for further assistance.
Programming
This cable does not require programming as it is a physical component used for connecting a motor to a servo drive. Any programming necessary for the motor or drive would need to be done through the drive's control system or programming software.
Installation
The installation of this cable is straightforward and involves connecting the drive-end of the cable to the K5500 servo drive and the motor-end to the motor. The cable should be secured properly to prevent damage or disconnection during operation.
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