PY0A050A0RA2S01
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No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
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In-Stock, Ships 3-5 Days
The PY0A050A0RA2S01 servo amplifier delivers a rated output power of approximately 0.50 kW, a rated voltage of around AC 200V, and employs vector control. Part of the PY Super BL Servo Amplifiers series by Sanyo Denki, it is air-cooled, rack-mounted, and equipped with comprehensive overload, short-circuit, and overheat protection features.
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Product Description:
Sanyo Denki developed the PY0A050A0RA2S01 Servo amplifier as a high-performance drive system that operates effectively and reliably for industrial automation. The reliable operating performance of these systems is based on precise engineering, which enables Sanyo Denki to meet the critical controlled operation and motion management requirements that are characteristic of industrial applications.
The back mounting technique of PY0A050A0RA2S01 Servo amplifier offers a minimal surface clearance of 67mm along with a rear panel possessing four M5 mounting screws. Additionally, a maximum rush current specification of 40A for the control circuit after Power ON, 18A for the main circuit within 600ms after Power ON, and a dynamic brake instantaneous resistance of 1800J is rated. The height of the mounting hole space is 225 millimeters, and the depth of the mounting panel is 237 millimeters simultaneously. In addition, these drives are designed to be readily incorporated into preexisting systems, and they come with improved capabilities for mounting both sides and the front of the device. The front mounting approach requires a minimum space of fifty millimeters at the top and bottom, in addition to ninety millimeters in front, in order to ensure enough ventilation.
Designed with durable construction, the PY0A050A0RA2S01 servo amplifier maximizes power and thermal efficiency. Additionally, the servo amplifier is equipped with a bottom-to-top airflow system, which provides excellent cooling efficiency. Because of the pattern of airflow, cooling can be accomplished in an effective manner. It is possible to quickly incorporate the unit into a variety of system configurations that call for discrete integration, thanks to the mounting flexibility of the unit. As a result of its capacity to maintain stability during rapid deceleration, the dynamic brake improves operational accuracy.
Frequently Asked Questions about PY0A050A0RA2S01:
Q: Do the airflow requirements of PY0A050A0RA2S01 improve cooling?
A: Yes, the bottom-to-top airflow prevents heat buildup. This enhances thermal management and maintains consistent operation.
Q: Why does the PY0A050A0RA2S01 have 40A rush current?
A: The 40A rush current supports fast power stabilization. It ensures efficient startup performance without voltage fluctuations.
Q: How does the PY0A050A0RA2S01 ensure stable deceleration?
A: The dynamic brake with 1800J resistance stabilizes stopping operations. It prevents sudden system halts that could impact performance.
Q: Why does the PY0A050A0RA2S01 require a 90mm front clearance?
A: A 90mm front clearance allows proper ventilation. It maintains optimal cooling efficiency for continuous operation.
Q: Does the PY0A050A0RA2S01 support high-precision applications?
A: Yes, it offers controlled deceleration and stable braking. This makes it suitable for applications that require accurate motion control.
