Universal Pulse K1 Series Servo Drives 0.2kW
Inquire NowDescription
The Universal Pulse K1 Series Servo Drives 0.2kW is a powerhouse of intelligent motion control. Designed for high performance, it features a robust internal position mode that enables continuous multi-path planning, allowing for precise motion control. This servo drive supports up to 32 data sets for planning, with each set customizable to the required number of pulses or angles. The internal position mode also includes settings for speed, acceleration, deceleration, and emergency deceleration, ensuring optimal performance under various conditions.
With advanced features such as automatic load inertial property determination, users can set optimal gains, significantly reducing system commissioning time. Stability is enhanced through mechanical resonance frequency analysis, which comes equipped with two sets of trap filters that are adjustable within a frequency range of 50 to 5000 Hz. This effectively mitigates low-frequency resonance and vibrations, with customizable settings for vibration frequency and damping from 1 to 100 Hz.
The Universal Pulse K1 Series also excels in multifunctionality. Its frictional torque compensation significantly diminishes the impact of static friction during mechanical commutation, thereby improving command-following performance at lower speeds. Additionally, it supports a multibus configuration via CANopen, enhancing its versatility for various applications.
Ease of operation is a key benefit of this servo drive. It is compatible with debugging software, enabling users to conduct mechanical characteristics analysis, parameter settings, and real-time monitoring with intuitive simplicity.
Specifications
| Attribute | Details |
|---|---|
| Power Rating | 0.2 kW |
| Position Planning Capability | Up to 32 data sets |
| Adjustable Frequency | 50 – 5000 Hz |
| Vibration Frequency | 1 – 100 Hz |
| Multibus Support | CANopen |
Additional Information
- Intelligent continuous multi-path planning for superior motion control.
- Automatic load inertial property determination for optimal gain settings.
- Mechanical resonance frequency analysis with adjustable trap filters.
- Frictional torque compensation for improved low-speed performance.
- User-friendly debugging software compatibility for easy operation.
