PY2A030A2LP1P01 Sanyo Denki
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The Sanyo Denki PY2A030A2LP1P01 is a 3-phase servo amplifier from the PY Super BL Servo Amplifiers series with a 30 A amplifier capacity and 200 VAC input. It features a built-in dynamic brake, supports position control interface, and uses an incremental encoder with a sensor resolution of 2000 P/R. The amplifier measures 70 mm wide, 130 mm deep, 198 mm high, and weighs 2.0 kg.
Internal Product Review
The PY2A030A2LP1P01 is a capable Sanyo Denki servo amplifier designed for 200 VAC input and 3-phase main circuit operation. Built-in dynamic brake and 400 Hz frequency characteristics support responsive motion handling and stable drive behavior. A 30 A amplifier capacity and 1:5000 velocity control range make the unit a strong choice for precise servo control.
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Product Description:
The PY2A030A2LP1P01 is a servo amplifier manufactured by Sanyo Denki for the PY Super BL Servo Amplifiers series. Designed for axis modules that require precise motion, the unit converts three-phase power into controlled current for a matched motor while exchanging position data with the machine controller through its position control interface. By regulating torque, speed, and displacement in a closed loop, the amplifier supports incremental encoder feedback and fits within compact industrial automation systems.
The main circuit is rated for a continuous output of 30 A and accepts a 200 VAC supply. A three-phase input balances the electrical load across the facility power supply. An integrated dynamic brake dissipates kinetic energy during emergency stops, but the amplifier does not include a regeneration resistor; an external braking resistor may therefore be required for repetitive, high-energy deceleration. The control loop tracks reference changes up to 400 Hz, providing responsive operation as motion commands change. Velocity can be adjusted across a range of 1:5000, allowing fine low-speed commands without sacrificing high-speed response. Position information is read from an incremental encoder with a resolution of 2000 pulses per revolution, and the amplifier reproduces actual velocity through a 0.5 V monitor output for diagnostic use.
The chassis measures 70 mm in width, 130 mm in depth, and 198 mm in height, allowing the amplifier to fit into compact control cabinets. With a mass of 2.0 kg, the unit can be panel-mounted without heavy support hardware. The amplifier does not provide a ready output line, so the machine control system must obtain drive status from other available signals. Its narrow chassis reduces the amount of horizontal panel space required while leaving sufficient depth for the power and control electronics.
