16 Slot Wall Fan Winding Data.

Wall fan 16 slot 2800 rpm

Wall Fan Winding Data:- Wall fan 16 slot 1400 rpm high speed motor coil winding data 16 slot table fan winding data pdf 16 slot table fan winding data 3 speed table fan winding data motor winding data

ECO PLUS 16 INCH Wall fan 16 slot 1400 rpm high speed motor coil ECO PLUS 16 INCH WALL MOUNT FAN 

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16 Slot Wall Fan Winding Data.

The Motor Winding data for a 16-slot wall fan motor, I’ll outline the general parameters typically required for winding such a motor:

  1. Number of Slots: 16
  2. Number of Phases: Usually single-phase or three-phase
  3. Coil Winding Type: Concentric or lap winding, depending on design specifications
  4. Wall Fan Coil Pitch: Determined based on the number of slots and phases to minimize harmonic content
  5. Motor Wire Gauge: Depends on the motor’s power rating and design requirements
  6. Coil Turns per Coil: Calculated based on wire gauge, slot count, and desired motor characteristics (e.g., torque, efficiency)
  7. Winding Connection Diagram: Provides the layout and connections of coils within the stator slots
  8. Winding Direction: Determines the direction of current flow in each coil to generate the desired magnetic field

For precise Motor winding data tailored to your motor’s specifications, including wire gauge, turns per coil, winding diagram, and other details, it’s best to consult the motor’s design documentation or seek assistance from a professional motor designer or manufacturer.

Wall Fan Running Winding Data

  • Core length             =   1 inch
  • Inner Diameter     =   1 inch   6 soot
  • Outer Diameter    =   3 inch
  • Capacitor = 1.5 Uf
  • Pole = 4 Pole
  • Rpm = 1400
  • Slot=16 
  • Running Pitch 1=4 
  • Running Winding Turn = 650
  •  Running Swg Wire Number =36 Number (Copper-Wire)

16 Slot Wall Fan Motor Running Winding Data
16 Slot Wall Fan Running Winding Data
Coil PitchRunning Coil TurnsWire Number Wire TypeMotorCoilWindingData.ComConnection
1-465036 NumberCopper WireCopyright Content1-4 Normal

16 Slot Wall Fan Motor Running Winding Data With 37 Number Copper Wire
16 Slot Wall Fan Running Winding Data
Coil PitchRunning Coil TurnsWire Number Wire TypeMotorCoilWindingData.ComConnection
1-473037 NumberCopper WireCopyright Content1-4 Normal

Wall Fan Starting Winding Data Here. 

  • Staring Coil-Pitch  = 1-4
  • Staring Coil-Turns  = 600 Turn
  • SWG Wire Number = 36 Number (Copper-Wire)
  • Starting swg=36
  • Connection = Normal
16 Slot Wall Fan Motor Starting Winding Data
16 Slot Wall Fan Winding Data
Coil PitchRunning Coil TurnsWire Number Wire TypeMotorCoilWindingData.ComConnection
1-4600 Turns36 NumberCopper WireCopyright Content1-4 Normal

16 Slot Wall Fan Motor Running Winding Data With 37 Number Copper Wire
16 Slot Wall Fan Starting Winding Data
Coil PitchRunning Coil TurnsWire Number Wire TypeMotorCoilWindingData.ComConnection
1-467037 NumberCopper WireCopyright Content1-4 Normal

All Types Motor Winding Tools Here
All Types Motor Winding Tools Here

16 Slot Wall Fan Motor Winding Video

16 Slot Wall Fan Motor Winding Video

What is winding data for a 16-slot wall fan motor?

Winding data typically includes parameters such as the number of slots, number of phases, coil type, coil pitch, wire gauge, turns per coil, winding diagram, and winding direction.

How many phases does a 16-slot wall fan motor usually have?

It can be either single-phase or three-phase, depending on the motor’s design and application requirements.

What is Wall Fan Coil Pitch, and why is it important?

Coil pitch refers to the distance between the starting points of adjacent coils in the same phase. It’s crucial for minimising harmonic content and optimising motor performance.

How do I determine the wire gauge for winding the motor?

Wire gauge selection depends on factors like the motor’s power rating, operating conditions, and design constraints. It’s often calculated based on current-carrying capacity and space available in the slots.

What is the significance of the winding diagram?

The winding diagram illustrates the layout and connections of coils within the stator slots, providing a visual guide for winding the motor correctly.

How many turns per coil are required for a 16-slot wall fan motor?

The number of turns per coil is determined based on factors such as wire gauge, slot count, desired motor characteristics Like, torque, efficiency and winding configuration.

Where can I find precise winding data for my motor’s specifications?

You can refer to the motor’s design documentation provided by the manufacturer or consult with a professional motor designer or engineer for tailored winding data.

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