PYRA030E0XXYP00 Sanyo Denki
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The PYRA030E0XXYP00 servo amplifier supports velocity, torque, or position control via parameter switching, has a rated armature current of 24.5 Arms, a motor inertia of 12.6×10⁻⁴ kg·m², and a continuous stall torque of 18.1 N•m. Part of the PY Super BL Servo Amplifiers by Sanyo Denki, it features a rated output of approximately 30 kW.
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Product Description:
The PYRA030E0XXYP00 Super BL Servo Amplifier is manufactured by Sanyo Denki. The device is designed for precise industrial automation and motion control applications. The unit provides efficient power control as well as high performance servo operation capabilities.
The PYRA030E0XXYP00 servo amplifier offers velocity, torque and position control. Parameter switching can be used to select control modes. Both the main and control circuits are operated from a 3 phase 200-230 VAC ±10% power supply at 50/60 Hz ±3 Hz. The rated output of the amplifier is approximately 30 kW and it is suitable for medium performance servo applications. The motor can revolve up to 4500 rpm and has a rated revolution speed of 3000 rpm. It has rated torque output of 15.7 N·m and a continuous stall torque of 18.1 N·m. The unit can provide high peak load conditions with an instantaneous maximum stall torque of 47.6 N·m. The rated armature current of PYRA030E0XXYP00 servo amplifier is 24.5 Arms and 26.9 Arms continuous stall and 77.0 Arms instantaneous peak. These ratings guarantee similar performance for different load demands. Efficient energy conversion is achieved due to the torque constant of 0.73 N·m/Arms and the induced voltage constant of 25.3 mV/min⁻¹.
The electrical and mechanical time constants of the PYRA030E0XXYP00 servo amplifier are 20 milliseconds and 0.50 milliseconds respectively and it provides fast system response. The specifications are such that there is quick feedback and accurate positioning. It also means that the design allows for seamless integration into automated systems which require a constant speed and torque. This amplifier is capable of meeting the requirements of motion control tasks with enhanced thermal handling and motor precision feedback. It guarantees stable operation in production and assembly lines under dynamic load conditions.
