Allen-Bradley Y-2012-2-H04AA Industrial Automation Co.

Allen-Bradley Y-2012-2-H04AA

The Allen-Bradley Y-2012-2-H04AA is a brushless servo motor from the Y-Series, renowned for its reliability and high performance in industrial applications. This motor, with its sturdy 2012 frame size, excels in various motion control tasks.

Technical Features:

The Allen-Bradley Y-2012-2-H04AA motor is built for a 230V AC power supply, featuring a winding Ke designator that ensures optimal performance within its voltage range. This design supports efficient and consistent power delivery, which is essential for varied industrial applications.

A key feature of this motor is its thermal resistance, rated at 1.3 C/Watt. This rating highlights the motor’s ability to manage heat dissipation during operation, which is crucial for preventing overheating and extending the motor’s lifespan.

With a maximum operating speed of 4500 RPM, the Y-2012-2-H04AA motor excels in tasks requiring rapid movement and precise control. It’s designed with eight poles to balance performance and efficiency, providing stable and consistent torque output necessary for smooth and precise operations. Equipped with an optical encoder with a standard line count of 2000, this motor delivers precise position feedback by generating consistent pulses per revolution.

The motor boasts robust performance, offering a continuous stall torque of 1.4 N-m (12 lb-in) and a peak stall torque of 3.8 N-m (33.7 lb-in), making it ideal for demanding applications requiring significant power and precision. This model is compatible with 2094-ACxx-Mxx-S or 2094-AMxx-S drives, which utilize incremental feedback types. The Allen-Bradley Y-2012-2-H04AA uses the 2090-UXNFBY-Sxx motor feedback cable with a pre-molded connector for reliable feedback transmission.

Ambient Conditions:

The Allen-Bradley Y-2012-2-H04AA motor is engineered for efficient operation within specific ambient conditions, ensuring optimal performance and longevity. It is designed to function effectively in the typical temperature ranges of industrial environments, maintaining reliability even under varying thermal conditions.

Humidity significantly affects the motor’s operation. While the Allen-Bradley Y-2012-2-H04AA is designed to withstand standard industrial humidity levels, it is crucial to avoid excessive moisture exposure to prevent corrosion and electrical issues.

Installation and Safety Guidelines:

Proper installation of the Allen-Bradley Y-2012-2-H04AA motor is essential for safe and efficient operation. Following the installation instructions meticulously is imperative. The motor must be securely mounted before operation, as running an improperly mounted motor can result in severe damage and operational failures.

After mounting the motor, connect all necessary power and data cables. A drip loop in the cables is advisable to direct any liquids away from the downward-facing connectors. This precaution helps prevent liquid ingress, avoiding electrical short circuits and connector damage, thereby ensuring the motor’s longevity and reliability.

Frequently Asked Questions:

What is the maximum radial load that the Allen-Bradley Y-2012-2-H04AA can withstand?

The Y-2012-2-H04AA motor can handle a maximum radial load of 25 kg. This capability is essential for applications where the motor must support significant lateral forces, ensuring reliable performance and durability in demanding environments.

What is the rated output power of the Y-2012-2-H04AA?

The rated output power of the Y-2012-2-H04AA motor is 0.51 kW. This power rating allows the motor to deliver consistent and efficient performance for various industrial tasks, providing the necessary power for moderate to high-load applications.

Does the Y-2012-2-H04AA motor include a braking option?

Yes, the Allen-Bradley Y-2012-2-H04AA motor comes with a 24V DC brake option. This feature is crucial for applications requiring rapid and precise stopping, enhancing safety and control by enabling quick stops and preventing unintended movements in emergencies.

Product Specifications Table