Allen Bradley 2090-CFBM7DF-CEAF60 Servo Feedback Cable
Allen Bradley 2090-CFBM7DF-CEAF60 Servo Feedback Cable
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Brand:Allen Bradley PLC Item No.:2090-CFBM7DF-CEAF60 Product Origin:USA Product Dimensions:Cable Length: 60 meters Product Weight:Shipping Weight: 3 kg Payment:T/T, Western Union, Credit Card Goods_stock:15 Shipping Port:Xiamen, China Lead Time:1-3 Days Condition:Brand New And Original Warranty:1 Year Certificate:COO
The Allen-Bradley 2090-CFBM7DF-CEAF60 servo feedback cable is part of the Kinetix motion cable family engineered for high-performance industrial automation. It ensures reliable transmission of motor feedback signals between servo motors and drives, enabling accurate closed-loop control in demanding motion applications.
With a 60-meter length capability, it is particularly suited for large-scale machine layouts where drives and motors are physically separated. Its robust shielding and industrial-grade construction make it suitable for environments with high electrical noise and mechanical stress.
Technical Specifications
Parameter
Specification
Model
2090-CFBM7DF-CEAF60
Cable Type
Servo Feedback Cable
Function
Motor feedback only
Signal Type
SIN/COS / Resolver feedback
Connector Type
SpeedTec DIN (motor end) + flying lead (drive end)
Cable Length
60 m
Flex Type
Standard / Continuous-flex (variant dependent)
Shielding
Industrial EMI shielding
Voltage Rating
Up to 600 V (insulation rating)
Operating Use
Industrial motion control systems
Dimensions
Varies by installation routing
Weight
Approx. 3 kg (shipping weight, varies by supplier)
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Model
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2090-CFBM7DF-CEAA60
Kinetix Servo Feedback Cable 60 m Variant
Applications
• Servo motion control systems in CNC machinery requiring long-distance encoder feedback transmission up to 60 meters.
• Kinetix-based automation platforms used in high-speed packaging, robotics, and assembly systems.
• Industrial motion systems where precise SIN/COS or resolver feedback is required for closed-loop control.
• Large factory automation layouts where motors are installed far from servo drives in centralized cabinets.
• Multi-axis motion systems requiring synchronized feedback signals across distributed servo networks.
• Heavy-duty production lines where vibration resistance and signal stability are critical for uptime.
Key Advantages
• Designed specifically for Kinetix servo systems ensuring full compatibility with Allen-Bradley motion platforms.
• Supports high-resolution SIN/COS or resolver feedback for precise motor position control.
• Maintains stable signal transmission over long cable runs up to 60 meters without degradation.
• Industrial-grade shielding improves resistance to EMI and electrical noise in harsh environments.
• Flexible mechanical design suitable for dynamic motion applications and cable routing in machines.
• SpeedTec DIN connector system enables secure, fast, and vibration-resistant connection.
Technical FAQs
Q1: What type of feedback signals does this cable support?
It supports SIN/COS high-resolution and resolver-based motor feedback signals.
Q2: Is this cable compatible with all Kinetix drives?
It is designed for compatible Kinetix servo drive and MP-Series motor configurations.
Q3: Can it be used for power transmission?
No, this is a feedback-only cable and does not carry motor power.
Q4: What is the maximum supported cable length?
This specific model supports up to 60 meters.
Q5: Is the cable suitable for continuous motion applications?
Yes, it is designed for industrial motion environments with vibration and movement.
Q6: Does it include shielding against EMI?
Yes, it features industrial shielding to reduce electromagnetic interference.
Q7: What connector type is used?
It uses a SpeedTec DIN connector on the motor end with drive-end flying leads.
Q8: Can it be used outdoors?
It is intended for industrial indoor environments unless properly protected.
Q9: Is this a flexible or standard cable type?
It is available in continuous-flex or standard versions depending on configuration.
Q10: What happens if cable length exceeds specifications?
Signal integrity may degrade, leading to encoder communication faults.
