|
|
|
|
Image is illustrative
|
Feedback Cable Kinetix®, f. MP medium Inertia motors, (M7) SpeedTec DIN (motor end) to premolded (drive end), green, standard non-flex, 30m, Allen-Bradley Code:
2090-CFBM7DD-CEAA30
Cena (indicative)
Manufacturer
:
|
Availability:
21 days
|
Weight:
4.75 kg/pc
|
|
|
|
|
|
Feedback Cable Kinetix®, f. MP medium Inertia motors, (M7) SpeedTec DIN (motor end) to premolded (drive end), green, standard non-flex, 30m, Allen-Bradley
|
Kinetix® Feedback Cable, Type: 2090 Series, Standard, Non-Flex, Conductor Size: 22 AWG, Connector: 1.1 IN Diameter (M7) SpeedTec DIN (Motor End) To Premolded (Drive End), Length: 30 M, Number Of Pins: 15, Color: Green, Cable Diameter: 0.38 IN, Voltage Rating: 600 V, Material: Industrial TPE
|
|
Specifications
- Item Name: Feedback Cable
- Type: 2090 Series, Standard, Non-Flex
- Sub Brand: Kinetix®
- Conductor Size: 22 AWG
- Connector: 1.1 IN Diameter (M7) SpeedTec DIN (Motor End) To Premolded (Drive End)
- Length: 30 M
- Number Of Pins: 15
- Color: Green
- Cable Diameter: 0.38 IN
- Voltage Rating: 600 V
- Material: Industrial TPE
Features
2090-Series motor/actuator cables with SpeedTec DIN connectors let OEMs and end-users standardize their machines on a common motor cable family. These cables, designed by Rockwell Automation for optimal performance with Allen-Bradley servo drives, servo motors, and linear actuators, offer best-in-class features and standards compliance. Innovative features, configuration options, and accessories provide machine builders with complete control of the cable requirements in their machines.
High-resolution or resolver applications
SpeedTec connection system yields 1/4-turn quick connections with positive metallic keying
DESINA compliant jacket coloring (green for feedback) for easy identification and separation of cables in a machine
Cables are included in the Rockwell Automation® servo system Declaration of Conformity (DoC)
Standards: KC certified, NFPA 79 compliant, UL listed
Applications: For use with MP-series medium inertia motors
|
|
|
|
|
