Suzuki GN-18 Motorcycle magneto stator Coil For Grade 18 pure copper Coil Scooter tricycle Engine Accessories Coil

Product Introduction

Suzuki GN-18 Motorcycle magneto stator Coil For Grade 18 pure copper Coil

Scooter tricycle Engine Accessories Magnetic Coil.

The stator coil of a magnetic motor is mainly responsible for generating

induced electromotive force and current through the principle of

electromagnetic induction when the rotor of the magnetic motor rotates.

These currents are used for different purposes, such as ignition, lighting, and

charging the battery.
A magnetic motor consists of two parts: a rotor and a stator. The stator coil is

usually fixedly installed on the outside or inside of the crankcase, consisting

of multiple sets of windings (such as three-phase charging windings), each

with a set of leads externally. When the rotor (usually made of permanent

magnets) rotates, its magnetic field passes through the stator coil,

generating induced current inside the stator coil.

Characteristics of Suzuki GN series motorcycle magnetic motor stator coil
Adaptability: The magnetic motor stator coil of Suzuki GN series motorcycles

is customized according to the specific design and technical requirements of

the series models to ensure perfect matching with the overall electrical

system of the vehicle.
Durability: As one of the key components on motorcycles, the stator coil of

the magneto needs to have high durability to withstand the vibration and

temperature changes of the motorcycle under various working conditions.
Maintainability: Although the stator coil of a magnetic motor is relatively

reliable under normal use, it may also experience wear or failure after

prolonged use. Therefore, regular maintenance and inspection of the

magneto system are crucial to ensure the normal operation of the motorcycle.

matters needing attention
When purchasing or replacing the magnetic motor stator coil of Suzuki GN

series motorcycles, make sure to choose a product that matches the original

model number to avoid electrical failures caused by mismatches.
When carrying out any maintenance or replacement work related to the

magneto system, the power supply should be disconnected and relevant

safety operating procedures should be followed to avoid dangerous situations

such as electric shock.

To check the wear level of the magnetic motor stator coils on Suzuki GN series

motorcycles (including models that may be referred to as GN-18, although this

may be a non-standard model), the following steps can be taken:
1. External observation
Visual inspection: Firstly, disconnect the power supply and ensure that the

motorcycle is in a safe state. Then, carefully observe whether there are obvious

physical damages on the exterior of the stator coil of the magnetic motor, such

as scratches, cracks, burnt marks, or corrosion. These signs may indicate that

the coil has been worn or damaged.
2. Resistance measurement
Using a multimeter: Next, you can use a multimeter to measure the resistance

value of the stator coil of the magnetic motor. Under normal circumstances, the

resistance value of the stator coil should be within the range specified by the

manufacturer. If the resistance value deviates from the normal range, it may

indicate problems such as open circuit, short circuit, or poor contact inside the

coil.
Attention: Before measurement, ensure that the multimeter is correctly set to

the resistance measurement position and disconnect all circuits connected to

the stator coil.
3. Performance testing
Simulation test: For maintenance personnel with conditions, they can observe

the working condition of the magnetic motor stator coil under specific conditions

by simulating the operation of the engine. For example, the voltage and current

generated by the coil at different speeds can be measured to evaluate its

performance stability.
Professional equipment: By using professional electrical testing equipment such

as oscilloscopes or signal generators, the performance and waveform

characteristics of stator coils can be analyzed more accurately.
4. Disassembly and inspection
Disassembling the magnetic motor: If the above methods cannot determine the

degree of wear of the stator coil, or if more serious faults are suspected inside

the coil, it may be necessary to disassemble the magnetic motor for a more

detailed inspection.
Attention: Disassembling the magnetic motor requires professional skills and

tools, and should follow the manufacturer's maintenance manual or guidance

instructions. Non professionals should not attempt to disassemble on their

own to avoid further damage or safety hazards.

Product Paramenters

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