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Mabuchi RS-385PH-16140 DC24V 7560RPM Dual Shaft Carbon Brush DC Motor for DIY
Mabuchi RS-385PH-16140 DC24V 7560RPM Dual Shaft Carbon Brush DC Motor for DIY
Mabuchi RS-385PH-16140 DC24V 7560RPM Dual Shaft Carbon Brush DC Motor for DIY
Mabuchi RS-385PH-16140 DC24V 7560RPM Dual Shaft Carbon Brush DC Motor for DIY
Mabuchi RS-385PH-16140 DC24V 7560RPM Dual Shaft Carbon Brush DC Motor for DIY
Mabuchi RS-385PH-16140 DC24V 7560RPM Dual Shaft Carbon Brush DC Motor for DIY

Mabuchi RS-385PH-16140 DC24V 7560RPM Dual Shaft Carbon Brush DC Motor for DIY

$ 1.92

  • AC Frequency Rating: 50 Hz
  • AC Motor Type: Induction/Asynchronous
  • AC Phase: Single Phase
  • Brand: Mabuchi
  • Country/Region of Manufacture: Unknown
  • Current Type: DC
  • DC Stator/Winding Type: Permanent Magnet
  • Enclosure Type: Open
  • IEC Frame Size: 00
  • MPN: Does Not Apply
  • Model: RS-385PH-16140
  • NEMA Frame Suffix: A
  • Nominal Rated Input Voltage: 9 V, 12 V, 24 V
  • Rated Load (HP): 1/2
  • Reversible/Non-Reversible: Non-Reversible
  • Service Factor: 00
  • Shaft Diameter: 2.3MM
  • Special Motor Construction: Brake Motor
  • Type: 00
  • UPC: Does not apply
  • gtin13: Does not apply

Description

Mabuchi RS-385PH-16140 DC24V 7560RPM Dual Shaft Carbon Brush DC Motor for DIY Specification: Motor diameter: 27.7 MM Motor length: 37.6 MM Motor shaft diameter: 2.3 MM Length of output shaft: front axle 10.5 MM, rear axle 10.6 MM Weight: 87.5 grams Voltage: DC24V Current: 65 MA Speed: 7560 rpm 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.