The part number 2090-CSWM1DF-14AA15 is a cable designed for use in industrial applications, particularly in motion control systems. It is a part of the 2090-Series Single Motor Cables from Rockwell Automation, which includes a range of cables for various motor applications.
Technical Specifications
- Construction: The cable has an outer diameter of approximately 17 mm and a core color of green/yellow. It is 10 meters long and features a drive-end connector type optimized for the Kinetix 5500 motor system.
- Electrical: The cable is designed for use with a nominal voltage of 1000 volts and has an AWG size of 14. It is a single motor power only cable, meaning it carries power but not feedback or brake signals.
- Mechanical: The cable has a nominal cross-section conductor of 2.08 mm² and a nominal cross-section conductor in AWG of 4.1 kcmil. It is a standard, non-flexible cable with a static bend radius of 7 times the cable diameter. The cable features a low capacitance design to maximize system power density and is designed for use in high-speed applications.
- Environmental: The maximum conductor temperature for this cable is 105°C.
Documentation
The documentation for this product includes technical data sheets and installation instructions. The technical data sheet provides detailed specifications for the cable, including its electrical, mechanical, and environmental characteristics. The installation instructions guide users through the process of installing the cable in their systems.
Troubleshooting and Programming
Troubleshooting and programming for this cable are typically handled through the motor control system's software and hardware. The cable itself does not have specific troubleshooting or programming requirements, as it is a passive component that simply carries electrical signals. Any issues with the cable would likely be related to physical damage or improper installation, which would need to be addressed through standard troubleshooting procedures.
Installation
The installation of this cable is straightforward and typically involves connecting the drive-end connector to the motor and the motor-end connector to the motor control system. The cable should be secured properly to prevent damage or tangling during use. It is recommended to follow the installation instructions provided by Rockwell Automation for specific guidance on installing this cable in a particular system.
User Manual
The user manual for this product is typically provided by Rockwell Automation and includes detailed instructions for installation, operation, and maintenance of the cable. The manual would cover topics such as cable selection, installation procedures, and troubleshooting guidelines.
Alarm/Error Codes
This cable does not generate alarm or error codes on its own. Any issues with the cable would likely be detected by the motor control system or other connected components, which would then generate alarms or errors based on their own diagnostic capabilities.
Key Sectors
- Technical Specifications: The technical specifications for this cable include details on its construction, electrical, mechanical, and environmental characteristics, which are essential for selecting the appropriate cable for a specific application.
- Alarm/Error Codes: The cable does not generate alarm or error codes on its own, but any issues with the cable would likely be detected by the motor control system or other connected components, which would then generate alarms or errors based on their own diagnostic capabilities.
- User Manuals: The user manual for this product is typically provided by Rockwell Automation and includes detailed instructions for installation, operation, and maintenance of the cable.
- Troubleshooting: Troubleshooting for this cable is typically handled through the motor control system's software and hardware. The cable itself does not have specific troubleshooting requirements, as it is a passive component that simply carries electrical signals.
- Programming: Programming for this cable is typically handled through the motor control system's software and hardware. The cable itself does not have specific programming requirements, as it is a passive component that simply carries electrical signals.
- Installation: The installation of this cable is straightforward and typically involves connecting the drive-end connector to the motor and the motor-end connector to the motor control system.