PY0A100A0R92S00 Sanyo Denki
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The Sanyo Denki PY0A100A0R92S00 is part of the PY Super BL Servo Amplifiers series and has a mass of 6.0 kg. It features a main supply capacity of 5.9 kVA and operates with a 3-phase input. The servo amplifier supports a maximum external regeneration power of 3000 W and has a frequency response of 400 Hz.
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Product Description:
The PY0A100A0R92S00 servo amplifier is produced by Sanyo Denki for the PY Super BL Servo Amplifiers series. In an automation cell, it converts three-phase mains power and low-level velocity commands into regulated current for a matched Super BL motor, closing the torque loop and protecting the motor through built-in regenerative circuitry. The unit acts as the interface between a motion controller and the mechanical axis by supplying drive power, sensing rotor position, and dissipating excess energy during deceleration. These functions support controlled acceleration, steady operation, and rapid stopping in automated machinery.
The drive draws up to 5.9 kVA of apparent power while limiting auxiliary supply inrush current to 40 A. A frequency response of 400 Hz allows the amplifier to follow high-speed command changes within its 1:5000 velocity control range. Position data from the motor encoder is read at a resolution of 6000 P/R, and the associated monitor output scales this speed feedback to 2.0 V ±10%. The command input is ±2.0 VDC, making it compatible with many PLC analog modules, while a 2.0 V ±20% signal is provided for current monitoring. The internal electronics require only 40 VA, which reduces the load placed on the panel transformer. A 10 Ω resistor is embedded in the amplifier to dissipate braking energy generated as the connected motor decelerates.
During rapid stops, the built-in brake can absorb 90 W of regenerated power. An external resistor port increases the available dissipation capacity to 3000 W for loads with substantial inertia or demanding deceleration cycles. Main circuit charging is controlled by a 20 A inrush limit that helps protect upstream fuses and other supply components. The enclosure weighs 6.0 kg, making its mass manageable for vertical mounting in an industrial control cabinet. The amplifier can continue operating in relative humidity levels up to 90%, provided condensation does not form inside the enclosure. Adequate cabinet ventilation and secure mounting help preserve stable thermal performance during repeated acceleration and braking cycles.
