72014COOLWHT

72014COOLWHT, the latest product of advanced DC motor technology, has gained some attention from the industry. This article will introduce the application field and working principle of 72014COOLWHT.

72014COOLWHT is a two-phase permanent magnet DC motor with oblique fluxes, suitable for wide range applications including dispensers, sewing machines, printers, CNC machinery, automotive and other industrial automation products. The motor has high efficiency and low current ripple.

To understand 72014COOLWHT’s working principle, it is important to first understand what happens during a DC motor commutation. When current is sent through the pair of coils, the torque generated causes the DC motor to turn. The current must be periodically switched from one coil to the other. This is called motor commutation, and the controller will ensure the switch is handled correctly.

72014COOL WHT uses innovative oblique permanent magnets, which provides a more dynamic torque output and simplified motor design. Owing to the oblique flux, the motor produces greater torque output over the entire speed range when compared with a traditional DC motor. Additionally, the motor requires a maximum of only 7 hall sensors, which allows for a more simple and less complex motor design.

72014COOLWHT is highly efficient due to its increased torque output, and its motor size and current ripple can also be reduced significantly. This makes the motor suitable for a wide range of applications, such as automotive and industrial automation applications.

In conclusion, 72014COOLWHT is a new DC motor with oblique permanent magnetization, which provides higher torque output and simplifies design. It is suitable for a range of applications, and is highly efficient with low current ripple. The motor is considered as a great alternative for the traditional DC motor and it will further advance the industry’s automation process.