Description
The MPL-A430H-HJ72AA is a compact, high-performance brushless servo motor from Allen-Bradley’s MP-Series. Designed for applications requiring precision, speed, and responsiveness, it features a 115 mm frame and 3500 RPM rated speed for dynamic motion control.
Technical Specifications
|
Condition
|
New/Never Used Surplus
|
| Brand |
Allen-Bradley
|
| Category |
|
| Part Number |
MPL-A430H-HJ72AA
|
| Subcatecory |
|
| Series |
MP |
| Product Family |
MP Series Low Inertia servo motors |
| Series Type |
Low Inertia |
| Voltage |
200 V |
| Continuous Stall Torque |
6.21 N-m |
| Frame Size |
4 = 115 mm |
| Continuous Current (0-pk) |
12.2 A |
| Magnetic Stack Length |
3 in. |
| Rated Power |
1.8 kW |
| Rated Speed |
3500 rpm |
| Maximum operating speed |
5000 rpm |
| Brake |
No Brake |
| Encoder |
2000 Line count encoder |
| Mounting Flange |
IEC Metric |
Information About MPL-A430H-HJ72AA
The MPL-A430H-HJ72AA is a 200V class Low Inertia AC Synchronous Brushless Servo Motor, part of Allen-Bradley's MP-Series. Engineered for high-torque and high-speed requirements, this servo motor features a frame size of 115 mm and a magnet stack length of 76.2 mm (3 inches). This model delivers continuous stall torque of 6.21 N·m and supports a continuous current of 12.2 A (0-pk). With its right-angle circular DIN (SpeedTec) connector, the motor supports a 180-degree rotatable design for flexibility in cable routing.
Key Features:
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Low Inertia Design: Optimized for dynamic, high-speed motion control
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Integral Encoder: 2000-line incremental encoder for precise feedback
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Right-Angle DIN Connector: Rotatable 180° SpeedTec DIN for versatile mounting
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Continuous Stall Torque: 6.21 N·m for robust operation
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High-Speed Operation: Rated for 3500 RPM
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Compact Frame: 115 mm frame with 3-inch magnet stack
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Reliable Power Delivery: Supports continuous current of 12.2 A and rated power of 1.8 kW
The MPL-A430H-HJ72AA servo motor is a powerful and compact solution designed to deliver responsive and reliable motion control in industrial automation systems.