These innovative technologies will transform the large-scale development business of commutator manufacturers within 5 to 10 years.

Trans's early applications involved industries such as electrical engineering, instrumentation, chemical glass coke research, hydraulic presses, and instrumentation.

The early applications of Trans involve industries such as electrical engineering, metallurgy, chemical glass coke and oiling, counterfeit recovery, coal coke, food, medicine, electroplating, chemistry, powder spraying, pigments, additives, and powder making, additives, etc.

The rated drop in distance between ns and the connected carbon brush cannot exceed 1 mm, nor can it exceed 1 mm.

Adopting new high-speed motors and nanotechnology, integrated with mechanical loads, brushless+brushless motor drive, without wear, lightning protection, anti-corrosion, radiation protection, and more convenient maintenance.

The advantage of brushless motors is that the rotor is under external pressure and only the brushes that are more than 15 mm away from the mechanical part of the collector contact.

Three types of DC motor controllers with good brushes and commutators for brushless DC motors. Your company's brushless DC frequency conversion eliminates the need for slip rings.

Smooth operation without generating vibration and noise. Stepper motors have a longer lifespan in reducing capacity compared to brush motors.

Smooth operation, low noise of brushless motor. Brushless motors remove the brushes, and the most direct change is the absence of the noise generated by the operation of brushless motors.

Long service life, the service life of brushless motors can be improved. The brushless motor structure includes the rotor and stator, and the power range of the brushless motor is 07-12KW; The power range of brushless motors is 3-8KW.

Long service life; The stator of a brushless motor is highly reliable due to the use of components such as springs and grease.

High efficiency. The efficiency of brushless motors is usually 3% -5% higher than that of brushless motors, and the overall operating efficiency is as high as 90%.

The above are the advantages of brushless motors, which are widely used in industrial automation, home and other fields. Brushless motors can achieve automatic control, such as washing machine motors, smart homes, and so on.

Brushless motors can achieve forward and reverse rotation, which can be reversed in different situations without excessive commutation. The motor efficiency is 7% -8% higher than the required, and the actual operating efficiency is only increased by more than 2%.

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