-40%

Nidec 22H709T100 DC14.4V 3-Phase 8-Wire-холл двойной вал бесколлекторный электродвигатель

$ 6.81

  • AC Frequency Rating: 50/60 Hz
  • AC Motor Type: Synchronous
  • AC Phase: Three Phase
  • Brand: NIDEC
  • Country/Region of Manufacture: Unknown
  • Current Type: DC
  • Custom Bundle: No
  • DC Stator/Winding Type: Permanent Magnet
  • IEC Frame Size: 71
  • MPN: Does Not Apply
  • Model: 22H709T100
  • Modified Item: No
  • NEMA Frame Suffix: A
  • Nominal Rated Input Voltage: 14.4V
  • Power Source: DC
  • Rated Load (HP): 1/2
  • Reversible/Non-Reversible: Non-Reversible
  • Service Factor: SPL
  • Shaft Diameter: 4MM
  • Special Motor Construction: Brake Motor
  • Type: Motor
  • UPC: Does not apply
  • gtin13: Does not apply
  • Состояние товара: New – Open box

Description

NIDEC 22H709T100 DC14.4V 3-Phase 8-Wire Hall Double Shaft Brushless Motor Description: (Nidec) inner rotor brushless motor, 3-phase 8-wire with Hall drive plate, inner rotor with rare earth medium and strong magnetism, front and rear double ball bearings, rated voltage is DC14.4V, applicable voltage is DC12V-18V, Nidec brushless motor of Japan, large brand, stable quality, good dynamic balance accuracy Voltage: DC12V Maximum speed: 5800 RPM No-load current: 0.33 A Voltage (rated): DC14.4V Maximum speed: 7000 RPM No-load current: 0.35 A Voltage: DC18V Maximum speed: 8800 RPM No-load current: 0.38 A Motor weight: 204 g Package Include: Motor x 1 Payment * Only Paypal is accepted as payment. * Must ship to a confirmed address, otherwise payment will be refunded and I will alert you to the cancellation. * Immediate Payment is required. Terms * Returns are accepted only if the package has not been opened or damaged and the item is returned before 14 days or delivery. * Buyer pays return shipping. Feedback My ability to succeed is up to offering the best customer service possible and earning top feedback and star ratings. Please contact me with any issue before leaving feedback and I will do everything possible to assure the optimal outcome.