SANYO DENKI P30B04010PCKST Servo Motors

Enables fine adjustment of motor position, speed, and acceleration with high-precision control capabilities.

Offers multiple control modes and functional options, ensuring good versatility and compatibility to work with various types of servo motors and controllers.

Features an effective heat dissipation design, maintaining stable temperature during long-term high-load operation for excellent thermal management.

Provides a user-friendly interface with simple installation steps, making it easy to use.

Rated output: 100W.

Maximum speed: 4500 rpm under 100V AC voltage.

Brake type: 24V DC brake.

Sensor type: K-type.

First, check if the power supply and motor wiring are in good contact.

Then, verify whether the motor is in the normal position of the transmission device. If not, adjust the motor position.

If the motor is continuously powered but does not start, it may indicate an internal fault, requiring the replacement of the servo motor.

Usually caused by incorrect setting of motor parameters.

Try resetting the parameters. Increase the speed one by one while keeping the motor load unchanged until the normal operating requirement is met.

May be due to damage to the internal gears of the motor, leading to poor gear meshing.

In this case, replace the gears and perform calibration and upgrading.

Sanyo servo drives may trigger alarms such as overcurrent (AL21 RL21), overload (AL41 RL41), and overheat (AL51 RL51).

In 3C product automated production lines, this motor can drive conveyor belts to precisely control their operating speed, ensuring smooth and accurate product transmission between processes.

It can also be used for assembly robotic arms, enabling them to precisely grasp and place components, improving assembly accuracy and production efficiency.

In collaborative robots, the P30B04010PCKST serves as a joint drive motor. For example, in some lightweight collaborative robots, it accurately controls the rotation angle and speed of joints, allowing the robot to flexibly perform various complex actions. In electronic component sorting operations, the robot can quickly and accurately sort different specifications of electronic components with the precise control of this motor.

During semiconductor manufacturing, wafer transportation requires extremely high precision. This motor drives the wafer transportation device, accurately controlling the position and movement speed of wafers to ensure they are not damaged during transportation, meeting the high-precision requirements of semiconductor manufacturing.

In small CNC machine tools, the P30B04010PCKST precisely controls the position and speed of cutting tools. By receiving instructions from the controller, the motor quickly and accurately adjusts the tool's movement trajectory, ensuring machining precision and quality for high-precision part processing.

In automatic packaging machines for food, pharmaceuticals, and other industries, this motor controls the conveying of packaging materials and the execution of packaging actions. For example, it precisely controls the feeding length of packaging films to ensure accurate packaging sizes, or drives sealing devices to achieve precise sealing operations, improving packaging efficiency and quality.