The part number 2090-CSWM1DE-14AA30 is a product from Rockwell Automation, specifically designed for the Kinetix 5500 motor power and feedback cable system. It is a single cable that supports both power and feedback signals, with a 14 AWG wire gauge and a TPE (thermoplastic elastomer) jacket. The cable is designed to be non-flexible and is 30 meters long. It features a single speedTec DIN connector at the motor end and a flying lead at the drive end, optimized for the K5500 motor.
Technical Specifications
- Construction: The cable has an outer diameter of approximately 17 mm, with a core color of green/yellow. It is 30 meters long and has a drive-end connector type of flying lead, optimized for the K5500 motor.
- Electrical: The cable supports a nominal voltage of 1000 V and has an AWG size of 14. It is designed for single motor power and feedback, with a cable description of a 1000V hybrid cable with four power and two feedback (digital communication) conductors.
- Mechanical: The cable has a nominal cross-section conductor of 2.08 mm², which is equivalent to 4.1 kcmil. It is designed to be non-flexible, with a weight of approximately 0.185 kg/m. The twisted cores are not present in this cable.
- Environmental: The maximum conductor temperature for this cable is 105°C.
Documentation
The documentation for this product includes technical data, which can be found in the Literature Library results. The publication number for the technical data is KNX-TD004.
Installation and Troubleshooting
The installation and troubleshooting of this cable are detailed in the Kinetix 2090 Power and Feedback Cables Installation Instructions document. This document provides detailed information on the installation of the cable, including the securement of the continuous-flexing area and the connection of the cable to the motor or shield clamp.
Programming
The programming of this cable is not directly applicable, as it is a physical component designed for connecting motors to drives. However, the programming of the drive and motor control systems that use this cable would be necessary for proper operation. This would typically involve configuring the drive and motor settings, as well as setting up the communication protocols for the feedback signals.
User Manual
The user manual for this product is not explicitly mentioned in our research. However, the technical data and installation instructions provided should be sufficient for users to understand the proper use and installation of the cable.
Alarm and Error Codes
The alarm and error codes for this product are not explicitly mentioned in our research. However, the technical data and installation instructions provided should be sufficient for users to understand the proper use and installation of the cable, which would help prevent errors and alarms.
Troubleshooting
Troubleshooting for this product would involve identifying and resolving issues related to the installation and connection of the cable. This could include ensuring the cable is properly secured, checking for damage or wear, and verifying the correct connection of the motor and drive ends. The technical data and installation instructions provided should be consulted for detailed troubleshooting procedures.
Programming and Installation
The programming and installation of this cable are detailed in the Kinetix 2090 Power and Feedback Cables Installation Instructions document. This document provides detailed information on the installation of the cable, including the securement of the continuous-flexing area and the connection of the cable to the motor or shield clamp. The programming of the drive and motor control systems that use this cable would be necessary for proper operation, involving configuring the drive and motor settings, as well as setting up the communication protocols for the feedback signals.
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