Description
The Allen-Bradley MPL-A430P-HJ72AA is a high-performance, low-inertia brushless AC servo motor from the MP-Series. Designed for precise motion control in industrial automation systems, this motor operates on a 200V class power supply and features a 115 mm frame with a 3-inch magnetic stack.
Technical Specifications
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Condition
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New/Never Used Surplus
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| Brand |
Allen-Bradley |
|
Category
|
|
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Part Number
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MPL-A430P-HJ72AA
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| Subcatecory |
|
| Product Type |
Low-Inertia Servo Motor |
| Series |
MP |
| Series Type |
Low Inertia |
| Voltage Class |
200V |
| Frame Size |
115 mm |
| Magnetic Stack Length |
3 in. |
| Rated Speed |
5000 rpm |
| Feedback |
2000 Line Encoder |
| Shaft Key/Seal |
Shaft Key/No Shaft Seal |
| Connectors |
Circular DIN, Right Angle, 180 Rotatable |
| Brake |
No Brake |
| Mounting Flange |
IEC Metric |
Information About MPL-A430P-HJ72AA
The MPL-A430P-HJ72AA belongs to the MP-Series of servo motors by Allen-Bradley, known for their compact design, high torque density, and optimized performance in high-speed, low-inertia applications. This model features a keyed shaft (without a shaft seal) and right-angle, rotatable circular DIN connectors for flexible and secure connectivity. Its IEC metric mounting flange ensures compatibility with standard motor mounting systems.
Key Features:
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High-Speed Performance: Rated for 5000 RPM, supporting fast and precise motion control.
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Low-Inertia Design: Ideal for applications requiring quick acceleration and deceleration.
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2000-Line Encoder: Ensures reliable feedback for accurate position and speed control.
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Compact Frame: 115 mm frame size with 3-inch magnetic stack for high torque in a small package.
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Keyed Shaft Design: Provides secure mechanical coupling; no shaft seal included.
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Rotatable DIN Connectors: Circular, right-angle connectors for flexible cable management.
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No Brake Option: Suitable for systems that do not require dynamic holding torque.
The MPL-A430P-HJ72AA is ideal for machine builders and OEMs in packaging, assembly, and material handling applications that demand responsive, accurate motor control.
