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3 Years
| Ask Lasest Price | |
| Brand Name : | Go-Gold |
| Model Number : | KG-BM1424HQF |
| Certification : | ISO |
| Price : | negotiation |
| Payment Terms : | L/C, T/T,paypal |
| Supply Ability : | 10000 pcs-30 days |
| Delivery Time : | 7days for samples |
Performance specifications
Voltage | 48V | Torque | 4mN.m |
Input power | 1200W | Rated speed | 2850RPM |
Drawings
Essential details
Warranty:3years
Place of Origin:Guangdong, China
Brand Name:Go-Gold
Model Number:KG-BM1424HQF
Usage:Medium and large tricycles
Type:Brushless Motor
Torque:4N.m
Construction:Permanent Magnet
Commutation:Brushless
Protect Feature:Totally Enclosed
Speed(RPM):2850RPM
Continuous Current(A):Customized
Efficiency:≥82%
Lead times:
| Quantity(pieces) | 1 - 1000 | 1001 - 10000 | >10000 |
| Lead time (days) | 15 | 30 | To be negotiated |
YPICAL APPLICATIONS
Brushless DC motors have the same electrical performance operating
(transfer function) characteristics as brush-commutated DC motors,
and can be used in the same applications. They provide high
starting torque, variable bi-directional speed operation, and
precision position and velocity servo loop capabilities. They can
also replace AC motors in spindle and rotary table drives where the
higher torque DC motor can drive the spindle directly, eliminating
the need for a belt and pulley.
BASIC COMPONENTS
A brushless motor system consists of four basic subassemblies:
1. A stator wound with electromagnetic coils which are connected in
single or poly-phase configurations.
2. A rotor consisting of an iron core and permanent magnet poles.
3. A rotor position sensor assembly providing rotor position to the required resolution.
4. Commutation logic and switching electronics to convert rotor
position information to the proper stator phase exctation.
STATOR
The stator for a brushless DC motor is a laminated steel core with coils of magnet wire embedded and connected in one, two or more phases so that by sequentially exciting these phase winding, a rotating electromagnetic field can be generated. Since both iron and copper losses in the brushless DC motor take place in the stator, generated heat is easily transferred to the surroundings. A motor with an inner rotor is better in this regard due to the larger stator area in contact with the mounting surfaces.
ROTORS
In all continuous rotation brushless DC motors, the permanent magnetic field is on the rotor. The windings supplying the rotating electromagnetic field are in the stator. The rotor can be designed inside of the stator, as in a conventional motor, or outside of the stator. The inner rotor design is generally used in incremental motion application where low inertia and fast response are required. The outer rotor configuration provides a more rigid structure for the permanent magnets and has higher inertia. It is used in high speed applications where a stiff structure is required to counter the centrifugal forces acting on the permanent magnets, in velocity loop applications where the additional rotor inertia is desired for velocity stabilization, or when the additional inertia is insignificant relative to the total inertia as in a memory disk drive.
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