Universal K1 Pulse Servo Motor 1500W

Inquire Now

Description

The Universal K1 Pulse Servo Motor 1500W is engineered for precision and versatility in motion control applications. This intelligent servo motor boasts a powerful internal position mode that enables continuous multi-path planning, supporting up to 32 distinct data sets for customized motion control. Each data set can be tailored to specific pulse counts or angles, with settings for speed, acceleration, deceleration, and emergency deceleration, ensuring optimal performance for various tasks.

With advanced features such as automatic load inertial property determination, this servo motor reduces commissioning time significantly by achieving optimal gain settings. It also offers stability through mechanical resonance frequency analysis, equipped with two adjustable trap filters to effectively counter low-frequency resonance and mechanical vibration. Users can set vibration frequency and damping between 1 Hz and 100 Hz for enhanced operational stability.

The K1 Pulse Servo Motor excels in multifunctionality, incorporating frictional torque compensation to mitigate static friction during mechanical commutation and enhance command following performance at low speeds. The device supports a multibus system, including CANopen, making it adaptable to various communication protocols.

Ease of operation is another hallmark of this servo motor, as it includes support for debugging software, mechanical characteristic analysis, parameter setting, and monitoring functions, ensuring a user-friendly experience.

Specifications

Attribute Details
Power Output 1500W
Internal Positioning Supports up to 32 data sets
Frequency Range 50 ~ 5000 Hz
Vibration Frequency 1 ~ 100 Hz
Communication Protocols CANopen

Additional Information

  • Automatic load inertial mechanical property determination
  • Frictional torque compensation for improved low-speed performance
  • User-friendly debugging and monitoring software support

Product Inquiry Form

Thanks your message successfully submitted.