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22F-D8P7N103

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Allen-Bradley 22F-D8P7N103 is an 8.7 A fan-cooled PowerFlex 4M for 3.7 kW motor duties, using a no-filter, no-brake N103 configuration.
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Technical specifications for 22F-D8P7N103

  • Manufacturer:
    Allen-Bradley
  • Part Number:
    22F-D8P7N103
  • Product Family:
    PowerFlex
  • Product Type:
    PowerFlex 4M AC Drive
  • Stock:
    1
  • Input:
    380–480 V AC, three phase
  • Output current:
    8.7 A
  • Motor rating:
    3.7 kW / 5 HP
  • Frame:
    B
  • Enclosure:
    IP20, NEMA/UL Type Open
  • Cooling:
    Fan
  • EMC filter:
    Not included
  • Brake IGBT:
    Not included
  • Weight:
    2.1 kg
  • Estimated shipping dimensions:
    10 × 17.4 × 13.6 cm
  • Tariff Code:
    Please confirm the destination before shipping
  • Country of origin:
    USA
  • Place of shipment:
    Xiamen,Fujian,China
By purchasing this item, you agree to the Terms & Conditions, ApterPower is not an authorized distributor for listed manufacturers or tradenames and therefore the manufacturer's warranty does not apply. All our products come with ApterPower's 1-year warranty.

More Information

Overview Manuals Branch Coordination EMC Boundary Stop Planning Product Applications

Features:

  • Group high rating: 8.7 A output for 3.7 kW / 5 HP duty
  • Protection row: official data lists a 15 A fuse entry
  • Catalog boundary: N103 supplies neither EMC filter nor brake IGBT
The highest current in this 22F batch brings branch coordination forward as a selection task rather than a routine panel detail.

The suffix also defines two absences—filter and brake IGBT—that directly affect emission planning and stopping-energy design.

Cooling, protection, and stop testing should therefore be reviewed as one installation package before the serial or analog control loop is released.

Apter Power can review 22F-D8P7N103 protection scope, official documents, exact-label condition, and quotation requirements.
22F-D8P7N103 Manuals, Datasheets, Links Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
  • Official row: start from the published 15 A fuse entry
  • Fault level: confirm the actual source and protective-device ratings
  • Complete branch: review disconnect, conductors, grounding, and local code
  • N103 identity: no EMC filter is included
  • Site requirement: resolve conducted-emission obligations from the installation
  • Grounding: maintain the official protective-earth and cable practices
  • No brake IGBT: do not promise resistor braking from this configuration
  • Energy review: compare inertia and stop time with DC-bus behavior
  • Acceptance: prove the approved stop mode under the worst normal load
  • 3.7 kW machines: control a matched 5 HP motor within the documented duty
  • Protected panels: coordinate the exact branch row with the site supply
  • Serial or analog control: apply supported reference and communication arrangements
Description
Panel power and heat become more prominent at 22F-D8P7N103, the 8.7 A PowerFlex 4M configuration for 3.7 kW / 5 HP motors. It is the highest-current 380–480 V model in this requested 22F group and uses a fan-cooled Frame B enclosure.

The N103 identity means 22F-D8P7N103 is supplied without an integral EMC filter or brake IGBT. Those catalog boundaries separate the motor-control function from panel-level emission control and from any separately engineered solution for regenerative stopping.

Within those limits, 22F-D8P7N103 provides the fixed keypad, programmable inputs, analog reference options, and integral RS485 (DSI) associated with the PowerFlex 4M platform. It suits compact machinery where a 5 HP load needs local setup plus a supported wired or serial command path.
Alternative Names
Allen-Bradley 22F-D8P7N103 Rockwell Automation 22F-D8P7N103 22F D8P7 N103 22FD8P7N103 PowerFlex 4M 3.7 kW drive PowerFlex 4M 5 HP drive
Technical notes
Rockwell Automation’s coordination data assigns 22F-D8P7N103 a 15 A fuse entry for the documented drive branch. That value is not a universal substitute for a site short-circuit study or local code selection. Retain a protective-device arrangement whose voltage, fault rating, and coordination match the actual supply before energization.
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FAQS

The following is a list of questions commonly asked by our customers. Please contact us if you have a question about our process that is not answered below.
When 22F-D8P7N103 runs hotter than expected, which display provides a direct diagnostic starting point?
d022 reports drive temperature and is more informative than fan sound alone. Compare it under representative load with cabinet ambient and airflow before changing carrier frequency or replacing hardware.
During a compliance review, can the online certification list alone approve 22F-D8P7N103?
No. Rockwell notes that certifications can vary by unit and time period. Match the delivered nameplate and unit-specific documentation to the required mark before acceptance.
The speed is wrong but the 4–20 mA source appears healthy; what can d021 show on 22F-D8P7N103?
d021 displays the current input percentage before frequency scaling. A correct percentage shifts the diagnosis to configuration, while an incorrect one keeps the investigation in the field loop or source.
What should maintenance retain before resetting a recurring fault on 22F-D8P7N103?
Preserve d007–d009 together with output current, frequency, drive temperature, command source, and load state. That snapshot keeps the operating context that a reset removes.
After a 5 HP motor replacement, can 22F-D8P7N103 keep the former electronic-overload setting?
Not automatically. The overload value must follow the installed motor's verified nameplate current and the documented adjustment range, not the previous motor or the drive's 8.7 A output rating. Stop commissioning if the required setting is outside that boundary.
A multi-drive RS485 network becomes intermittent after 22F-D8P7N103 is added; what should be resolved first?
Start with duplicate node addressing, then align data rate and format. Power-cycle after a format change and observe the configured communication-loss behavior before returning the node to service.