D-260-C-C

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The D-260-C-C is a universal electric actuator that is designed to provide linear motion resulting from torque produced by the motor in either push or pull applications. This actuator is capable of up to 750lbs of force/stroke and is suitable for a wide range of applications due to its streamlined design and heavy duty construction, including but not limited to automation of disk drives, medical imaging, and assembly control.

The D-260-C-C has three main parts – the motor, control, and actuator. The DC servo motor is the main component and provides torque to the actuation stroke. Speed, position, and torque of the motor can be adjusted and customized for precise motion control. The control part is designed to provide dynamic positioning feedback for accurate motion and can be integrated with external controllers such as PLCs and computers.

The actuator portion is a powerful linear actuator that can deliver up to 750lbs of force at adjustable speeds and responds quickly to the input from the controller. It is constructed out of heavy-duty materials and has precision-grooved machined rails and chrome-plated self-lubricating shafts that ensure smooth, low-wear operation over time. The robust construction and dynamic design of the D-260-C-C makes it suitable for a wide variety of applications in sectors that require control and precision.

The D-260-C-C actuator is well-suited for applications in automation, imaging, and assembly control. By attaching a mechanical arm and/or a gripper, the actuator can be used for automated tasks such as assembly line work. The actuator can also be used for medical imaging, as it can be set up to accurately maintain a precise position for imaging. In addition, the actuator is also suitable for controlling precise positioning of robot arms for pick-and-place operations.

In summary, the D-260-C-C is a well-designed and sturdy actuator system that offers adjustable speed, position, and torque. It has a wide range of applications in automation, imaging, and assembly control, making it an ideal choice for many settings. The actuator is constructed with precision-grooved machined rails and chrome-plated self-lubricating shafts to ensure smooth, low-wear operation over time, making it a worthy investment for many industrial and engineering purposes.

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