The part number 2090-CPBM7E7-10AF15 is a cable designed for use in industrial applications, specifically for motor power and brake systems. It is a continuous-flex cable, meaning it can withstand repeated bending without damage, and is suitable for use in applications where the cable needs to be flexed or bent around corners or through tight spaces.
Technical Specifications
The cable is designed with a 10 AWG power conductor and an 18 AWG brake conductor, which are insulated with industrial-grade thermoplastic elastomer (TPE) and have an orange jacket. It is 15 meters long and has a SpeedTec DIN 940 connector at the motor end and flying leads at the drive end. The cable is rated for 600V and is UL listed to TC-ER requirements.
Certifications
The product is certified by the Eurasion Economic Community as of 2024-05-09.
Documentation
For detailed product specifications, please refer to the product catalog. Technical data is available under publication number KNX-TD004.
User Manuals
The user manual for the 2090-Series motor cables is available in the publication "Kinetix 2090 Power and Feedback Cables - Rockwell Automation" (Publication 2090-IN050D-EN-P - July 2021). This manual provides detailed information on installation, troubleshooting, and maintenance of the cables.
Troubleshooting
Troubleshooting for the 2090-Series motor cables is covered in the user manual and involves checking for proper installation, ensuring the correct cable is used for the specific application, and verifying that the cable is not damaged or worn out. If issues persist, it is recommended to consult the technical support resources provided by Rockwell Automation.
Programming
The 2090-Series motor cables do not require programming as they are designed for use in motor power and brake systems. The programming of the motor control systems is typically handled by the control system or the motor control unit, not by the cable itself.
Installation
The installation of the 2090-Series motor cables is covered in the user manual. It involves ensuring the correct cable is used for the specific application, following proper installation procedures to prevent damage or wear, and verifying that the cable is securely connected to the motor and drive ends.
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