Features:
- Rating step: 13 A output for the documented 5.5 kW / 7.5 HP application
- Control choice: multiple official motor-control modes support different load behavior
- Frame identity: Frame C separates this unit from the lower-power Frame B configuration
The exact row is intended for a motor and load profile that fit the 13 A boundary, not merely a familiar horsepower label.
Mode selection changes the required motor data, autotune work, and feedback expectations, so it belongs in the commissioning plan before parameters are transferred.
Mechanical installation and the safety circuit can then be validated against the Frame C arrangement without treating the shared PowerFlex 525 name as equivalence.
Apter Power can coordinate 25B-D013N104 quotation, official documentation, exact-rating review, and motor-control sourcing support.
25B-D013N104 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.
- Mode selection: choose V/Hz, SVC, or another documented mode from the machine requirement
- Motor record: enter only verified nameplate and autotune data
- Feedback boundary: use closed-loop operation only with the required supported feedback arrangement
- Frame C: plan cabinet space around the documented 10.9 × 22.0 × 18.4 cm envelope
- Ambient limit: apply the published temperature and derating rules
- Zero stacking: use only under the official 45 °C condition and enclosure design
- STO role: integrate the embedded input as one part of the complete safety system
- Isolation: retain a compliant disconnect and lockout procedure
- Validation: verify the safety function after wiring or parameter changes
- Machine speed control: operate a matched 5.5 kW / 7.5 HP motor within the official duty
- Energy-focused control: apply documented Economizer SVC where the load and commissioning plan support it
- Connected equipment: use embedded EtherNet/IP in a supported machine architecture