C-DSD7048T35FH-01

The C-DSD7048T35FH-01 actuation motor is a voltage-controlled, brushless direct current motor (BLDC). By varying the voltage across the motor, one can control its speed, acceleration, and direction of rotation. This motor is equipped with an internal electromagnetic field controller, allowing the motor to be operated without needing an external controller device.

The C-DSD7048T35FH-01 actuation motor is typically used in applications such as robotics and automation. Its high power and torque-to-inertia ratio, combined with its accurate and fast operation, make it suitable for dynamic motion control. It is also commonly used for precision positioning applications such as industrial computer numerical control (CNC) machines.

The C-DSD7048T35FH-01 also provides a variety of features for enhanced performance. Its overload protection and control mode feedback are designed to minimise thermal losses in the motor. Its adjustable speed control allows it to be optimised for different application requirements. Its low-noise operation makes it ideal for applications that require quiet operation.

The C-DSD7048T35FH-01 operates using a three-phase configuration. Its stator is made up of three concentric coils, which generate an electromagnetic field when energized. This field interacts with the motor\'s rotor magnets, causing the rotor to rotate. The speed of rotation is determined by the frequency of the current applied to the stator coils. By controlling the frequency and voltage of the applied current, the speed and direction of the motor can be precisely controlled.

The C-DSD7048T35FH-01 actuation motor is also capable of regenerative braking. When the motor\'s speed is reduce, the stator coils will generate an opposing field, which will generate electricity and act as a regenerative brake. This feature allows for greater energy efficiency, improved safety, and increased motor life.

The C-DSD7048T35FH-01 is a powerful and versatile motor, making it suitable for a variety of applications. Its high-torque-to-inertia ratio and accurate motion control make it ideal for robotics and automation applications, while its adjustable speed control and regenerative braking capability make it suitable for larger industrial applications. Its low-noise operation also makes it suitable for noise-sensitive applications.