The Allen-Bradley 2090-CSWM1DE-14AA20 is a cable designed for use in motor power applications, specifically for Kinetix 5500 and Kinetix 5700 servo drives. It is a hybrid cable with four power conductors and two feedback conductors, designed for digital communication. The cable is 20 meters long and has a 14 AWG wire gauge. It features a TPE (thermoplastic elastomer) jacket, which provides mechanical and chemical properties suitable for use in harsh environments.
Technical Specifications
- Construction: The cable has an outer diameter of approximately 17 mm, with a green/yellow core color. It is 20 meters long and has a drive-end connector type that includes flying leads with a factory-preinstalled connector kit optimized for Kinetix 5700.
- Electrical: The cable is rated for 1000 volts AC and has a 14 AWG wire size. It is designed for single motor power only and features 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 and a nominal cross-section conductor in AWG of 4.1 kcmil. It is designed as a standard, non-flexible cable with a weight of approximately 0.185 kg/m for the power wire. The cable does not have twisted cores and features a static bend radius of 7 times the cable diameter.
- Environmental: The cable is designed to operate in environments with a maximum conductor temperature of 105°C.
Documentation
The product documentation includes technical data sheets and other literature available through the Literature Library results. The technical data sheet, KNX-TD004, provides detailed specifications and technical information about the cable.
Troubleshooting and Installation
Troubleshooting and installation procedures for this cable are not explicitly detailed in the provided documentation. However, general guidelines for troubleshooting and installation of similar cables can be found in the technical data sheets and other literature provided by Rockwell Automation. It is recommended to consult these resources for specific guidance on the installation and troubleshooting of this cable.
Programming
The cable does not require programming as it is a physical component used for connecting motors to drives. Programming is typically done through the drive's control panel or software interface, which is not related to the cable itself.
Alarm/Error Codes
The cable does not generate alarm or error codes as it is a physical component and not a control system component. Any errors or alarms would typically be generated by the drive or control system, not the cable.
User Manual
The user manual for this cable is not explicitly provided in our research. However, the technical data sheet and other literature available through the Literature Library results can provide detailed information on the cable's specifications and usage.