PY0A150A0R62S03
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The PY0A150A0R62S03 servo amplifier features 3-phase operation, an air-cooled design, and a voltage rating of approximately 200-230 VAC. Part of the PY Super BL Servo Amplifiers series by Sanyo Denki, it incorporates built-in safeguards and is designed for panel-mounted installation to meet industrial standards.
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Product Description:
The PY0A150A0R62S03 servo drive is designed to provide optimal performance in demanding applications, with a focus on precision and reliability. Because it is well-built and uses little power, the drive is an excellent choice for industrial automation systems that need to control movements precisely and save energy.
A power bus (R, S, T) with a capacity of 8.3 kVA and 24.0 A is included in the PY0A150A0R62S03 servo drive, and it can handle current ratings up to 150A. With a 40 A inrush current lasting 1 ms, the control bus (r, t) runs at 40 VA and 0.2 A. Y, COM (P), H1, and H2 are the points of connection for the drive's integrated regenerative resistor power thermostat. A total of 260W is dissipated by the servo drive; 110W is given to the condenser and 150W to the printed circuit board. More than 197 mm in height, while the mounting cut-out height is 225 mm. Operating in non-condensing conditions with humidity levels between 20% and 90% is the drive's intended use. The air must not contain any particles that could cause an explosion, oil, corrosion, or toxicity. To lessen electrical interference, the signal (CN1, CN2) wires should be physically isolated from the bus circuit wires.
Operational stability and heat control were key concerns in the design of the PY0A150A0R62S03 servo drive. With a width of 75 mm, the cooling fin cut-out ensures efficient heat dispersion. Reliable launch performance is guaranteed by the drive's 18 A inrush current at 600 ms for the bus circuit. Disentangling the high-voltage bus circuit and low-voltage signal wire further improves the drive's dependability and decreases the possibility of interference. This feature emphasizes the drive's suitability for applications needing little interference and high precision.
Frequently Asked Questions about PY0A150A0R62S03:
Q: How does PY0A150A0R62S03 manage efficient heat dissipation effectively?
A: The driver uses cooling fins exceeding 197 mm in height and 142 mm in width for optimal heat dissipation. This maintains stable thermal conditions during continuous operation.
Q: Does PY0A150A0R62S03 handle high humidity environments reliably?
A: Yes, it reliably operates between 20% and 90% non-condensing humidity. This versatility allows deployment in varied environmental conditions without compromising accuracy.
Q: Why does PY0A150A0R62S03 have an 18A inrush current specification?
A: The 18A inrush current at 600ms ensures safe and consistent amplifier startup. It prevents initial surges from damaging system components.
Q: How does PY0A150A0R62S03 power thermostat enhance amplifier safety?
A: The integrated regenerative resistor power thermostat prevents overheating. It safeguards internal components by regulating temperature effectively.
Q: Does PY0A150A0R62S03 require specific air quality for operation?
A: Yes, the drive requires dust-free, oil-free, non-corrosive air quality conditions. This ensures long-term reliability and prevents contamination-related issues.
