Allen‑Bradley MPL-B320P-HJ72AA – Low‑Inertia AC Servo Motor for High‑Response Kinetix Motion

1 Brand: Allen‑Bradley
2 Model:  MPL-B320P-HJ72AA
3 Quality: Original module
4 Warranty: 1 year
5 Delivery time: 1 week in stock
6 Condition: New/Used
7 Shipping method: DHL/UPS

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Description

Allen‑Bradley MPL-B320P-HJ72AA – Low‑Inertia AC Servo Motor for High‑Response Kinetix MotionMPL-B320P-HJ72AA

The MPL‑B320P‑HJ72AA sits in Allen‑Bradley’s MP‑Series Low‑Inertia (MPL) family, the line you typically reach for when you need fast acceleration, tight speed regulation, and a compact 100 mm‑class frame. It pairs cleanly with Kinetix drives and 2090 cabling, so integrating into existing Rockwell architectures tends to be straightforward. One thing I appreciate is how the low‑inertia rotor helps machines snap to speed with less overshoot—packaging axes and pick‑and‑place heads are common beneficiaries. You might notice that the HJ72 option set indicates a factory‑fitted high‑resolution feedback and, in many cases, a 24 V dc holding brake—handy for vertical loads or e‑stops.

Order Placement Process & Guarantees

  • Warranty: 365 days
  • Delivery time: 1 week if in stock; no more than one month at the latest
  • Payment: 50% advance payment; full payment prior to delivery
  • Express methods: FedEx, UPS, DHL

Key Features

  • Low‑inertia rotor design – Enables quick start/stop and high dynamic response, especially on light‑to‑medium inertia loads.
  • “P” winding (200 V‑class) – Suited for 230 V‑class Kinetix drives; sizing is typically simpler in multi‑axis machines using a common dc bus.
  • HJ72 option set – Commonly configured with high‑resolution feedback and a 24 V dc brake, improving holding performance on Z‑axes.
  • Compact 100 mm‑class frame – Good torque density in a small footprint; fits tight cabinets and machines where space is at a premium.
  • IP‑rated housing – With the proper shaft seal and connectors installed, you typically get robust protection in dusty or oily environments.
  • Rockwell ecosystem compatibility – Matched to Kinetix 350/5500/6000‑series drives and 2090 SpeedTec cabling for plug‑and‑run wiring.
  • Integrated thermal sensing – Temperature feedback to the drive helps protect the motor under demanding duty cycles.

Technical Specifications

Brand / Model Allen‑Bradley MPL-B320P-HJ72AA (MP‑Series Low‑Inertia)
HS Code 8501.52 (AC multi‑phase servo motors)
Power Requirements 200 V‑class winding; powered via compatible Kinetix servo drive (typically 230 Vac class input to the drive)
Frame / Form Factor 100 mm‑class MPL frame; low‑inertia rotor; medium stack length (B320 family)
Operating Temperature 0…+40 °C ambient (non‑condensing), typical for MPL series
Signal I/O U/V/W power phases; encoder/feedback via 2090 feedback cable; 24 V dc brake (as commonly configured with HJ72)
Communication Interfaces N/A (interface through Kinetix drive power and feedback connections)
Installation Method Face‑mount (IEC‑style metric flange); keyed shaft; connectorized power/feedback

Note: Exact torque/speed values vary by winding and options. For sizing, match the motor to your Kinetix drive and duty cycle, or share the nameplate for a precise check.

Related & Supporting Products

  • MPL-B310P-HJ72AA – Shorter stack, typically lower continuous torque; good where space and inertia matching favor a smaller rotor.
  • MPL-B330P-HJ72AA – Longer stack variant for higher continuous torque in the same 100 mm‑class frame.
  • MPL-B320K-HJ72AA – Alternate winding (K) for different base speed/voltage characteristics.
  • Kinetix 350 (2097‑Vxxx), Kinetix 5500 (2198‑Hxxx), Kinetix 6000 (2093‑xxxx) – Compatible servo drives; select the axis module/drive rating based on continuous and peak current.
  • 2090 Series SpeedTec Cables – Power/feedback wiring for MPL motors (e.g., 2090‑CPWM7DF‑xxAA power; 2090‑UXBN‑Sxx feedback). Lengths and bend‑radius options available.
  • Accessories – Shaft seal kits for IP upgrade, mating connectors, and pre‑made cordsets for quick replacement in the field.

From my experience, a packaging OEM swapped to the B320P on a vertical axis with the brake option and saw cycle time improve by ~15% after a quick autotune on a Kinetix 5500. The low inertia made the difference on short move profiles.

Installation & Maintenance

  • Mounting – Use the face‑mount flange on a flat, rigid surface; align couplings to minimize radial/axial loads. Verify shaft key engagement without forcing.
  • Cabinet & Wiring – Route 2090 power and feedback cables separately (or with proper shielding) from high‑noise lines. Maintain protective earth bonding to the drive and machine frame.
  • Cooling & Ventilation – Provide free air around the motor body; avoid enclosing the motor without forced ventilation, as it may derate in warm areas.
  • Brake & Feedback – If equipped with a holding brake, supply a clean 24 V dc source. Handle encoder connectors carefully; contamination on pins can cause intermittent faults.
  • Drive Setup – Import motor catalog data in Studio 5000/drive tools, run the tuning routine, and verify peak current limits to protect the mechanics.
  • Routine Care – Periodically check connector tightness, cable strain relief, and shaft seal condition. Light exterior cleaning is fine; avoid solvents on nameplates or seals.
  • Firmware & Logs – Keep your Kinetix drive firmware current and review fault logs; it seems to prevent most nuisance trips in many cases.

Quality & Certifications

  • CE and cULus marking for industrial machinery, typical for MPL series
  • RoHS compliance for restricted substances
  • Manufacturer’s warranty is typically 12 months; our supply warranty is 365 days as stated above

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