Armature Control DC Motor
Armature control of DC motors is a method of controlling the speed of a motor by varying the armature current.
2024-08-02
Choosing a motor for milling machines
Selecting the ideal motor for a milling machine requires a comprehensive evaluation of multiple key parameters to ensure the machine can run efficiently and reliably in the long term.
2024-08-01
Field Controlled DC Motor
Field control of DC motors controls the motor speed by changing the current in the excitation winding. Unlike armature control, field control method changes the magnetic field intensity, thereby affecting the motor's torque and speed.
2024-07-31
Calculate Stall Torque of a DC Motor
Calculating the stall torque of a DC motor is a fundamental aspect of motor selection and system design.
2024-07-30
DC Motor Voltage Drop
Understanding the phenomenon of voltage drop in DC motors is crucial for ensuring their efficient operation and longevity.
2024-07-29
Stepper Motor Position Control
Stepper motor position control is a critical aspect of numerous industries that rely on precise positioning.
2024-07-29
Stepper Motor Velocity Analysis
Understanding the velocity characteristics of stepper motors is essential for optimizing their performance and achieving accurate motion control.
2024-07-26
Introduction to Torque and Speed Characteristics of BLDC Motor
By optimizing the torque and speed characteristics of BLDC motors, you can achieve efficient, reliable and precise motor control, thereby improving performance and productivity.
2024-07-25
Servomotor Control with PWM
In the area of precision motion control, especially in robotics and automation systems, the servomotor stands out as a workhorse due to its ability to be accur
2024-07-24
Wiring the AC Gear Motor
By understanding the motor wiring diagram, following a structured connection method, and observing safety regulations, you can ensure successful installation and operation of your AC gear motor.
2024-07-23
The Remote Control of Servo Motor
Servo motor remote control technology can remotely control angular or linear position, velocity and acceleration, and can operate many wireless devices.
2024-07-22
Stepper Motor Microstepping Calculation
Micro-step calculation of stepper motors helps achieve fine motion control, although it has certain limitations, it is still an effective solution.
2024-07-19
Hypoid vs. Worm Gears
The choice between hypoid and worm gears is dictated by the specific requirements of the application, including space constraints, efficiency needs, torque requirements, and cost considerations.
2024-07-18
Drive Methods for Stepper Motors
The choice of drive method plays a crucial role in optimizing a stepper motor's performance for a particular application, balancing factors such as torque, resolution, and cost.
2024-07-17
2-Phase vs. 5-Phase Stepper Motors
Both 2-phase and 5-phase stepper motors have certain advantages, which can meet different applications and requirements.
2024-07-16
NEMA Size Introduction
NEMA is the standard designated by the National Electrical Manufacturers Association, and the NEMA frame size specifies the frame dimensions of electric motors.
2024-07-15
Introduction to CNC kit
A CNC kit encompasses all the essential components required to assemble or upgrade a CNC machine, tailored for tasks ranging from cutting and drilling to engraving and sculpting different materials.
2024-07-11
Ball Bearing in Spindle
The selection of bearings is crucial for the performance of machine tools. High-quality bearings with higher durability and stability can effectively reduce friction and wear, extending the service life of machine tools.
2024-07-10
Holding Torque on DC Motor
Holding torque is a critical parameter that determines the ability of a DC motor to maintain a fixed position when energized but not in motion.
2024-07-09
BLDC motor hall sensor
Hall sensors can provide precise rotor position feedback, which helps in the efficient, reliable, and high-precision operation of BLDC motors.
2024-07-08
DC Electric Motor
Servo Motor
Stepper Motor