PU0C015NM61P00U Sanyo Denki
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The PU0C015NM61P00U servo amplifier offers a rated power of 1.5 kW, compatibility with motors rated at approximately 6.1 Nm, input voltage of 200–230 VAC, and advanced protection features including overload safeguards. As part of the PU Super Servo Amplifiers by Sanyo Denki, it utilizes forced-air cooling and ensures high power conversion efficiency.
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Product Description:
The PU0C015NM61P00U is a compact servo amplifier in the PU range of Sanyo Denki general-purpose servo amplifiers. It is designed to efficiently convert command signals into precise electrical power to control servo motors, ensuring accurate speed and position regulation. This amplifier is used to enhance motor performance in automation applications such CNC machining, packaging and material handling. Its adaptability to various application demands makes it ideal for high-precision environments that require smooth and responsive motion control. The amplifier’s 15A capacity allows it to supply a steady and reliable power output to the connected servo motor. This ensures consistent motor performance, even under dynamic load changes.
The design of the PU0C015NM61P00U incorporates a programmable filter that allows users to fine-tune the system’s response to mechanical vibrations. Users can adjust the settings of the filter to control the vibration level on the load side, reducing unnecessary vibrations. This helps to minimize wear on mechanical components and enhance the accuracy of motion control. The amplifier also comes with a supporting function for servo tuning, which optimizes motor performance by automatically adjusting control parameters. This reduces the need for manual adjustments, improving motion accuracy in high-precision automation applications.
The PU0C015NM61P00U features a pulse resolution switchover that allows users to easily switch between different pulse resolutions for the connected servo motor. This makes it possible to adjust the number of pulses per revolution for fine-tune motion control. It also incorporates a normal/reverse switchover functionality, allowing users to easily switch between normal and reverse command modes. This provides greater flexibility in controlling the direction of the servo motor’s movement, making it suitable for applications where direction needs to be quickly reversed.
