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Allen-Bradley H-4050-P-H04AA

The Allen-Bradley H-4050-P-H04AA is a sophisticated brushless servo motor from the H Series. It is a high-precision, low-inertia motor tailored for demanding industrial applications. Its combination of high encoder resolution, robust construction, and advanced magnetic technology makes it an ideal choice for applications requiring precise control and reliability.

Technical Specifications:

The Allen-Bradley H-4050-P-H00AA operates with a voltage input of 230V AC RMS. It can achieve a maximum speed of 4000 RPM, making it suitable for dynamic and demanding tasks.

This motor operates efficiently within an ambient temperature range of 0 to 40 degrees Celsius. It can withstand relative humidity levels of 5% to 95% in non-condensing environments, ensuring reliable performance under varying conditions.

A notable feature of the Allen-Bradley H-4050-P-H00AA is its 4050 frame size, which is complemented by a 2000-line optical encoder. This high encoder line count ensures exceptional accuracy and control in motion applications. The motor is equipped with a standard flange, providing easy integration into existing systems.

This servo motor offers smooth and stable operation with a damping value of 0.045 Nm per krpm and a friction torque of 0.068 Nm. Additionally, it is built with six poles, enhancing its efficiency and torque capabilities.

Configuration of motor:

The configuration of the Allen-Bradley H-4050-P-H04AA is a meticulous process that ensures optimal performance and integration within industrial systems. To begin with, the motor should be mounted securely using its standard flange, ensuring that the alignment is precise to prevent any operational issues.

The motors electrical connections must be carefully handled, with attention to the phase-to-phase connections and the appropriate wiring of the 24 VDC brake, if applicable. The motors optical encoder, featuring a 2000-line count, must be calibrated correctly to ensure accurate feedback and precise control over the motors position and speed.

Operation and safety precautions:

Operating the Allen-Bradley H-4050-P-H04AA involves adhering to strict guidelines to maintain safety and efficiency. Regular monitoring of these environmental conditions is necessary to prevent overheating and moisture-related damage.

During operation, it is essential to ensure that the motors load does not exceed its designed capacity, as this could lead to excessive wear or mechanical failure. The six-pole design of the motor enhances its efficiency, allowing it to deliver high torque with minimal energy loss.

Periodic maintenance checks should be conducted to inspect the motors physical condition, electrical connections, and encoder functionality. To safeguard the motor and associated equipment, it is imperative to implement appropriate protective measures.

Operators should be trained to handle the motor and its controls, understanding the potential hazards and the importance of adhering to operational protocols. In the event of any anomalies or malfunctions, immediate action should be taken to diagnose and resolve the issue, preventing further damage or downtime.

Frequently Asked Questions:

What is the weight of the Allen-Bradley H-4050-P-H04AA?

The Allen-Bradley H-4050-P-H04AA weighs 9.6 kilograms. This weight makes it robust for industrial use while still manageable for installation and maintenance.

What is the ambient storage temperature range for the Allen-Bradley H-4050-P-H04AA?

The Allen-Bradley H-4050-P-H04AA is designed to operate within a wide ambient storage temperature range of -30 to 70 degrees Celsius, providing flexibility in various operational environments.

How does the winding inductance of the Allen-Bradley H-4050-P-H04AA enhance its performance?

The winding inductance of 3.3 mH phase-to-phase further enhances the electrical performance of the Allen-Bradley H-4050-P-H04AA, ensuring efficient energy use and stable operation.

Product Specifications Table