PY2A015K0XXVP14
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The Sanyo Denki PY2A015K0XXVP14 is part of the PY Super BL Servo Amplifiers series and operates on an AC200V supply voltage. This servo drive features an integrated drive electronics interface and supports a standard AC frequency of 50/60 Hz. It's a reliable addition to the PY2A015K series family.
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Product Description:
The PY2A015K0XXVP14 stands as a Servo Amplifier series produced by Sanyo Denki for industrial automation. The servo amplifier enables users to control all three parameters of velocity along with torque and position. This servo amplifier belongs to two operational categories, including IGBT PWM control and sine wave drive methods.
The PY2A015K0XXVP14 servo amplifier needs a main circuit power input of 3-phase. It supports 200 VAC to 230 VAC of input voltage while accepting a variation between +10% and -15%. The amplifier maintains an acceptance of 50/60 Hz within an allowable range of ± 3Hz. The control circuit of the servo amplifier needs identical power from a single-phase source that matches the voltage and frequency requirements. The servo amplifier performs its operations effectively under ambient temperature conditions between 0°C and 55°C. It tolerates temperatures ranging from -20 to +65°C for storage. The PY2A015K0XXVP14 servo amplifier needs to run and be kept stored within humidity below 90% RH so condensation does not form. This servo amplifier is designed to perform up to an elevation of 1000m above sea level and withstand vibrations up to 0.5G. The amplifier frequency ranges from 10-55Hz. This range is tested for two hours per axis (X, Y, Z direction) to check for product durability.
The PY2A015K0XXVP14 servo amplifier responds to a command voltage of DC2.0V for forward motor rotation at 1000 min-1. The amplifier provides an input impedance value of approximately 10 kΩ. The current input feature of the amplifier includes a command voltage of DC2.0V ±15% at the rated armature current. The shock resistance limit extends to 2G with a weight of 2.2 kg. The unit has an integrated tray power supply system that ensures both effective integration and minimum required space.
Frequently Asked Questions about PY2A015K0XXVP14:
Q: How does the shock resistance of 2G benefit the PY2A015K0XXVP14?
A: The 2G shock resistance ensures the servo amplifier can withstand vibrations, enhancing its durability and reliability in dynamic industrial environments. It makes the unit more robust in harsh conditions.
Q: What is the purpose of the 10 kΩ input impedance in the PY2A015K0XXVP14?
A: The 10 kΩ input impedance helps maintain stable operation and prevent power loss. This feature is crucial for precision control and efficiency.
Q: Why is a 3-phase power input necessary for the PY2A015K0XXVP14?
A: A 3-phase power input allows for better power distribution and stable performance, ensuring the servo amplifier operates at high efficiency and stability under industrial load conditions.
Q: What advantages does the 50/60 Hz acceptance provide for the PY2A015K0XXVP14?
A: The 50/60 Hz acceptance allows for compatibility with different power grid standards worldwide, ensuring flexible installation and consistent performance in varied industrial settings.
Q: What role does the 200-230 VAC input voltage play in the PY2A015K0XXVP14’s performance?
A: The 200-230 VAC input voltage ensures the unit is versatile, compatible with different industrial power sources while maintaining performance under voltage fluctuations within the allowed range.
