PY0A100E0XXYPH0 Sanyo Denki
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The Sanyo Denki PY0A100E0XXYPH0 is a servo amplifier from the PY Super BL Servo Amplifiers series with a 100 Amp capacity and supports AC 200V voltage class. It operates using convection cooling and offers separate main and control power. This amplifier supports RS-485/422A half-duplex serial communication at up to 4 Mbps and can operate in position, velocity, and torque modes.
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Product Description:
The PY0A100E0XXYPH0 is a servo amplifier supplied by Sanyo Denki within the PY Super BL Servo Amplifiers series. This unit drives brushless servomotors in factory automation by converting fixed-frequency mains power into a controlled three-phase output that regulates torque, velocity, and position. As an interface between motion controllers and motor windings, the amplifier delivers commanded current while monitoring feedback to maintain precise axis control. Its regulated output allows connected motors to respond accurately to changing motion commands during automated production cycles.
The amplifier can furnish a peak output current of 100 A, which is the maximum short-duration current available for motor excitation. It is rated for the 200 V AC class, so the power stage connects to 200-volt industrial mains while its control section is powered separately to limit conducted noise. Heat is removed solely by natural convection, eliminating the need for external fans and making panel airflow the primary thermal path. Command and diagnostic data move over an RS-485/422A half-duplex link at speeds of up to 4 Mbps, supporting daisy-chained networks with minimal cabling. The amplifier offers three selectable control modes: position, velocity, and torque. These modes allow the same unit to operate with indexing, speed-regulated, or force-regulated axes.
The recommended mounting orientation is vertical, and the housing has a height of 225 mm. Natural airflow requires a side clearance of 10 mm and a top clearance of 50 mm, so the cabinet must preserve these gaps beside and above the heat sink fins. The amplifier tolerates ambient relative humidity of up to 90% without condensation, which helps prevent moisture from collecting on internal electrical components. It also withstands shocks of up to 2 g, providing resistance to brief mechanical impacts during operation or transport. The vertical position keeps the convection path aligned with the heat sink and allows rising warm air to leave the housing without fan assistance.
