PY2A015E0XXYPH2
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The PY2A015E0XXYPH2 servo amplifier delivers a rated output of 1000 W and a rated revolution speed of 3000 rpm. Manufactured by Sanyo Denki, it is part of the PY Super BL Servo Amplifiers series and weighs 5.3 kg. It boasts a maximum revolution speed of 4500 rpm and 3.19 N·m rated torque.
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Product Description:
Sanyo Denki built the PY2A015E0XXYPH2 variant from the PY Super BL Servo Amplifiers range. This servo amplifier offers an output of 1000 W which serves as an excellent base for power precision control. It also features an armature induced voltage constant of 18.6 mV/min⁻¹ (or 18.6 V/krpm). This assures that voltage induced is proportional to motor speed. Moreover, the electrical phase armature resistance is also measured at 0.51 Ω for effective electrical loss minimization and efficiency maximization.
The electrical time constant of the device is 11 msec, ensuring rapid response to control inputs. It weighs 5.3 kg, a balance between portability and structural rigidity and has an inertia of 1.55 × 10⁻⁴ kg·m² (or 1.58 g·cm·s²) that helps in maintaining precise motion control. The rated revolution speed is 3000 rpm, while the maximum revolution speed reaches 4500 rpm. The rated torque is 3.19 Nm (32.5 kgcm) and under continuous stall conditions, the motor delivers 3.92 Nm (40 kgcm).
In addition, the performance of Sanyo Denki made PY2A015E0XXYPH2 module is defined by an instantaneous maximum stall torque of 10.3 Nm (105 kgcm) which equipped the unit to handle sudden load peaks. The rated armature current is 6.9 Arms and further increases to 8.0 Arms during continuous stall, and peaking at 23.2 Arms instantaneously. These current specifications support the necessary torque output under various conditions. The torque constant is 0.53 Nm/Arms (5.4 kgcm/Arms). This servo amplifier operates within an ambient temperature range of 0°C to 50°C, and it achieves an overall efficiency of 90%. The drive’s physical dimensions are 150 mm x 120 mm x 90 mm with a CANopen communication support is available with the unit.
Frequently Asked Questions about PY2A015E0XXYPH2:
Q: How does a 1000 W rated output benefit the PY2A015E0XXYPH2?
A: A 1000 W output ensures the unit provides sufficient power for high-precision servo tasks. It supports demanding operations while maintaining consistent performance.
Q: Why is the induced voltage constant of 18.6 V/krpm important?
A: This constant ensures that voltage scales accurately with PY2A015E0XXYPH2 speed, providing predictable performance. It is essential for applications requiring precise control.
Q: How does the phase armature resistance of 0.51 Ω affect performance?
A: A low armature resistance minimizes power losses and improves efficiency. This contributes to reliable operation under high load conditions.
Q: What role does the electrical time constant of play in its design?
A: A short electrical time constant allows for rapid response to control signals. The PY2A015E0XXYPH2 is crucial for achieving fast dynamic performance in servo systems.
Q: How does the rated revolution speed of 3000 rpm of this unit influence industrial applications?
A: This speed provides a stable baseline for continuous operation. The PY2A015E0XXYPH2 amplifier is ideal for applications where consistent motion is required.
