

1326-CCUT-L-030 | Allen-Bradley Cable Resolver
- Regular price
- $1,999.00
- Sale price
- $1,999.00
- Regular price
-
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Product Description P/N: 1326-CCUT-L-030
Description
The 1326-CCUT-L-030 is a resolver feedback cable designed for use with Allen-Bradley 1326 series servo motors and resolvers.
Technical Specifications
Condition | New/Never Used Surplus |
---|---|
Brand | Allen-Bradley |
Category | Servo Products |
Part Number | 1326-CCUT-L-030 |
Subcategory | Servo Cable and Accessory |
Voltage |
460 Volts AC
|
Application |
Standard and Flex-rated
|
Shielding |
Braided Shield Wire |
Connection Type | Local and Remote In-line Connection |
Ingress Rating |
IP67 |
Cable Lenght | 30 meters |
Bend Radius | 101.6 millimeters |
Number of Wires | 10 |
Weight | 14.00 lbs |
Information About 1326-CCUT-L-030
The Allen-Bradley 1326-CCUT-L-030 is a feedback cable resolver designed for motion control systems that require high precision and reliability. It is part of Allen-Bradley’s family of feedback cables, which are engineered to ensure accurate signal transmission in demanding industrial environments, particularly in applications involving servo motors and resolvers.
Key Features:
- Accurate Feedback Transmission:
The 1326-CCUT-L-030 cable resolver plays a crucial role in transmitting resolver signals, which are essential for precise position and speed feedback in motion control systems. It helps maintain the accuracy of automated processes by ensuring clean, noise-resistant signal communication between the motor and the controller. - Robust Construction:
Engineered to endure the challenging conditions of industrial automation, the cable features durable construction with high-quality shielding that resists electromagnetic interference (EMI). This ensures consistent performance even in environments with high electrical noise. - Length and Flexibility:
The cable has a standard length of 30 feet (approximately 9.14 meters), making it suitable for flexible integration into a wide range of machine layouts and control cabinet configurations. This length ensures that it can accommodate various mechanical setups and distance requirements in industrial installations. - Industrial Compatibility:
The 1326-CCUT-L-030 is designed to work seamlessly with Allen-Bradley 1326 series servo motors and compatible resolvers, ensuring that it meets the rigorous standards of industrial automation systems. - High Reliability:
This resolver feedback cable is built to provide reliable, long-term performance in continuous-duty applications. It minimizes downtime and supports efficient operation of automated machinery by delivering consistent, high-integrity feedback signals. - Versatile Application:
Ideal for use in applications such as motor control, CNC machinery, packaging equipment, and robotics, the 1326-CCUT-L-030 feedback cable resolver helps ensure smooth and precise control of motor-driven processes.
The Allen-Bradley 1326-CCUT-L-030 is a vital component in industrial motion control systems, offering dependable performance, robust construction, and precise feedback signal transmission to enhance the efficiency and reliability of automation processes.
Description
The 1326-CCUT-L-030 is a resolver feedback cable designed for use with Allen-Bradley 1326 series servo motors and resolvers.
Technical Specifications
Condition | New/Never Used Surplus |
---|---|
Brand | Allen-Bradley |
Category | Servo Products |
Part Number | 1326-CCUT-L-030 |
Subcategory | Servo Cable and Accessory |
Voltage |
460 Volts AC
|
Application |
Standard and Flex-rated
|
Shielding |
Braided Shield Wire |
Connection Type | Local and Remote In-line Connection |
Ingress Rating |
IP67 |
Cable Lenght | 30 meters |
Bend Radius | 101.6 millimeters |
Number of Wires | 10 |
Weight | 14.00 lbs |
Information About 1326-CCUT-L-030
The Allen-Bradley 1326-CCUT-L-030 is a feedback cable resolver designed for motion control systems that require high precision and reliability. It is part of Allen-Bradley’s family of feedback cables, which are engineered to ensure accurate signal transmission in demanding industrial environments, particularly in applications involving servo motors and resolvers.
Key Features:
- Accurate Feedback Transmission:
The 1326-CCUT-L-030 cable resolver plays a crucial role in transmitting resolver signals, which are essential for precise position and speed feedback in motion control systems. It helps maintain the accuracy of automated processes by ensuring clean, noise-resistant signal communication between the motor and the controller. - Robust Construction:
Engineered to endure the challenging conditions of industrial automation, the cable features durable construction with high-quality shielding that resists electromagnetic interference (EMI). This ensures consistent performance even in environments with high electrical noise. - Length and Flexibility:
The cable has a standard length of 30 feet (approximately 9.14 meters), making it suitable for flexible integration into a wide range of machine layouts and control cabinet configurations. This length ensures that it can accommodate various mechanical setups and distance requirements in industrial installations. - Industrial Compatibility:
The 1326-CCUT-L-030 is designed to work seamlessly with Allen-Bradley 1326 series servo motors and compatible resolvers, ensuring that it meets the rigorous standards of industrial automation systems. - High Reliability:
This resolver feedback cable is built to provide reliable, long-term performance in continuous-duty applications. It minimizes downtime and supports efficient operation of automated machinery by delivering consistent, high-integrity feedback signals. - Versatile Application:
Ideal for use in applications such as motor control, CNC machinery, packaging equipment, and robotics, the 1326-CCUT-L-030 feedback cable resolver helps ensure smooth and precise control of motor-driven processes.
The Allen-Bradley 1326-CCUT-L-030 is a vital component in industrial motion control systems, offering dependable performance, robust construction, and precise feedback signal transmission to enhance the efficiency and reliability of automation processes.
