Brand Name: Volcano Electric

Model Type: VOL-WSRS130 M

Type: Brushless DC Motor

Outer diameter of Stator: 122mm

Inner diameter of Stator: 80mm

Tooth width: 12.5mm

Number of slots: 12

Poles: 8 poles or 10 poles

Multi strands: 1pp, 2pp, 4pp

Power: 375W~3000W

Speed: 500~5000RPM

Insulation Class: Class F

Wire: 100% Copper Coil

Certification: CE,UL,ROHS

Place of Origin: Ningbo, Zhejiang, China (Mainland)

Standard: IEC or Custom

Application: servo motor, robotics, boat screw, brushless motor design

Product Description

Regarding the item of VOL-WSRS130 M, it could be designed into 12 slots, 8 poles or 10 poles. Along with the 1pp, 2pp or 4pp,

you could make the winding way into different types as your requirement.

 
The stator is the stationary part of a rotary system, found in electric generators, electric motors, sirens, mud motors or biological rotors.

In an electric motor, the stator provides a rotating magnetic field that drives the rotating armature; in a generator, the stator converts the

rotating magnetic field to electric current. In fluid powered devices, the stator guides the flow of fluid to or from the rotating part of the system..

Regarding the coil winding, we use the automatic machine to do, it will save the cost and bring your much more benefit. The poles of this

components are always 8 poles or 10 poles, but OEM is always fine.

We insist that quality and honesty come first.

Multi strands showing

Motor construction

Brushless dc motor also have the stator and rotor same like the common dc motor, but it cancel the brushes. The stator used by silicon steel

sheet and the rotor make by permanent magnet. It can be 2 poles to 8 poles just as you wish. Different with the brushes dc motor, the commutation

of the BLDC motor is electronically controlled. We will use the hall sensors to do it. Also can use the magnetic encoder.

Specifications

Detailed Images

THE PICTURE SHOWS THE DIMENSIONAL STATOR

*WE CAN MAKE ACCORDING TO YOUR REQUIRMENT

Winding stator and rotor list

Advantage of our single tooth winding stator and rotor

l Reduce eddy current 

l Lower noise 

l Cools the stator core 

l Reduces hysteresis loss 

l Higher coil filling achievable. We can control 90% for High voltage, while 80% for low voltage 

l Various stamping tools available to save initial design

l Large material savings compared to one piece stator

l Various grade of magnet

l Better magnetic properties, low demagnetization rate, and high magnetic consistence.

l Multi-poles ring magnet: more stable & stronger magnetic flux to lower motor space and improve performance and lower spacer.

Designed experiences for winding stator and rotor,

For customized DC Motors, please contact our technician. Ordinary, we have to know the following information to get a professional proposal:

Ø Brushed or Brushless Customer preference

Ø Output power (W) Horsepower/watts/torque rated at full load speed

Ø Voltage (V) i.e 12v DC …….. 220v AC

Ø Motor speed (RPM ) Revolutions per minute of the shaft at full load Voltage

Ø Application e.g. traction, air condition, etc.

Ø Duty  Most motors are rated continuous. Some applications however may use motors designed for intermittent duty

Ø Configuration/Frame Our products are according to IEC standard, we also can customize the flange and shaft according to the customer drawing

Ø Controller function e.g. forward/reverse, variable speed,

acceleration profile, etc.

1 - Motor has been running then fails to start,what to do?
Likely cause: Fuse or circuit breaker is tripped. 

What to do: Replace the fuse or reset the breaker.

Likely cause: Armature is shorted. Motor may make a humming noise and the circuit breaker or fuse will trip.
What to do: Disassemble motor and inspect the armature for a burnt coil. Inspect the commutator for burnt bars. If this condition exists, the motor needs to be replaced.

Likely cause: The brushes may be worn down too far and no longer make contact with the commutator.
What to do: Check the brushes to make sure that they are still making contact with the commutator. Contact manufacturer for brushes.

Likely cause: Controller may be defective.
What to do: Verify voltage is coming out of the controller.

2 - On initial installation, motor fails to start up,what to do?
Likely cause: Motor is incorrectly wired
What to do: Verify that the motor is wired correctly.

Likely cause: No output power from controller.
What to do: Measure voltage coming from the controller.

Likely cause: Motor is damaged and the armature is rubbing against the magnets.
What to do: Disassemble motor and see if the armature can be realigned by reassembly. Motor may have to be replaced.

3 - Motor takes too long to accelerate,what to do?
Likely cause: Motor controller not properly set.
What to do: Adjust the acceleration trim pot of the controller.

Likely cause: Brushes are worn.
What to do: Verify brush length.

Likely cause: Bearings may be defective.
What to do: Inspect bearings. Noisy or rough bearings should be replaced.

4 - Motor runs in the wrong direction,what to do?
Likely cause: Incorrect wiring
What to do: Interchange the two motor leads.

5 - Motor runs OK but has a clicking noise,what to do?
Likely cause: Suspect a burr on the commutator.
What to do: Remove burr from commutator using a commutator stone.