NSN 6105-00-987-7935

Datasheet

• Product description
  

  Alternating Current Motor NSN 6105-00-987-7935.

• MPN or Model
  

  D215-12GP1

• Schedule B
  8501.52.4000 (Ac motors, multi-phase, exceeding 750 w but not exceeding 14.92 kw)
• NMF (National Motor Freight)
  062120 - Generators/motors/parts NOI
• Unit Weight (Est.)
  175 lb
• Overall Height
  14.062 inches
• Overall Length
  18.062 inches
• Overall Width
  13.156 inches
• Keyway Width
  0.2500 inches single end
• Keyway Depth
  0.1250 inches single end
• Shaft Diameter
  1.0000 inches single end
• Keyway Length
  2.1250 inches single end
• Shaft Rotation Direction
  Clockwise single end or counterclockwise single end
• Duty Cycle
  Continuous
• Inclosure Feature
  Dripproof-15 deg
• Winding Type
  Induction-squirrel cage
• Mounting Method
  Flange
• Mounting Facility Type And Quantity
  4 unthreaded hole
• Cooling Method
  Nonventilated
• Current Rating Method
  Load
• Inclosure Specificationification
  Mil-std-108
• Features Provided
  Vertical mounting position
• Power Rating
  5.0000 horsepower output
• Length Of Shaft From Housing
  2.250 inches single end
• Tempurature Rating
  50.0 operating degrees celsius
• Mounting Facility Circle Diameter
  10.000 inches
• Rotor Speed Rating In Rpm
  1800.0 single no load and 1725.0 single full load
• Current Rating In Amps
  6.580 single input
• Connection Type And Voltage Rating In Volts
  440.0 line to neutral single input
• Shaft End Characteristic
  A9 single style single end
• Phase
  Three input
• Frequency In Hertz
  60.0 input
• Test Data Document
  81349-mil-m-17060 specification (includes engineering type bulletins, brochures, etc., that reflect specification type data in specification format; excludes commercial catalogs, industry directories, and similar trade publications, reflecting general type data on certain environmental and performance requirements and test conditions that are shown as "typical", "average", "", etc.).
• Terminal Type And Quantity
  3 solder lug
• Reference Number Differentiating Characteristics
  As differentiated by navord od41152