AXIAL FLUX GENERATOR CUT-IN SPEED & LOAD-LINE - BLANK RFQ CHECKLIST
CustomAxialFlux · Model revision 2026-11-06
Source: /resources/axial-flux-generator-cut-in-speed
Planning checklist only. No tested hardware or thermal rating implied.
For current inputs and calculated load-line estimates use the live tool's RFQ export.

[ ] Project Name / NDA status / Target Prototype Delivery Schedule:
[ ] Generator Type: Coreless AFPM (Zero Cogging) / Laminated Slotted AFPM / SMC
[ ] Target DC Bus / Battery Voltage: [  ] 12V  [  ] 24V  [  ] 48V  [  ] 96V  [  ] 350V+
[ ] Minimum Useful Cut-In Charging Current Onset: [   ] A (e.g. 1A, 2.5A, 5A)
[ ] Maximum Continuous Operating Speed: [   ] RPM / Nominal Rated Speed: [   ] RPM
[ ] Prime Mover Aerodynamic / Shaft Torque Curve available: [ ] Yes  [ ] Pending Wind/Hydro Tunnel Test
[ ] Available Torque at Expected Cut-In Speed: [   ] N·m
[ ] Rectifier Topology: [ ] 3-Phase Silicon Bridge  [ ] Schottky Bridge  [ ] Active Synchronous MOSFET
[ ] Generator Stator Parameters (if existing design):
    - Back-EMF constant (Ke): [   ] V_LL,rms / 1000 RPM
    - Pole pairs: [   ] (total poles: [   ])
    - Phase resistance: [   ] Ohm (cold 20°C) / [   ] Ohm (hot)
    - Synchronous inductance: [   ] mH
    - Connection: [ ] Star (Wye)  [ ] Delta
[ ] Mechanical & Environmental Constraints:
    - Shaft diameter / Flange mounting standard:
    - Ingress Protection (IP rating):
    - Ambient operating temperature range:
[ ] Attach current live-tool export and 2D PDF / STEP files for drawing review.

Tool limits: Continuous-current 3-phase full-wave bridge approximation;
Excludes battery internal electrochemical impedance and rapid PWM switching harmonics.
Contact: inquiry@customaxialflux.com