PY0A015E0XXXP00
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The PY0A015E0XXXP00 is a servo amplifier with a 1500W rated output and 16.1 kg weight. Manufactured by Sanyo Denki, it is part of the PY Super BL Servo Amplifiers series, offering a rated revolution speed of 2000 rpm. It delivers a continuous stall torque of 8.8 N·m and features a torque constant of 1.34 N·m/Arms.
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Product Description:
Sanyo Denki makes the PY0A015E0XXXP00, which is a servo amplifier. It is made so that motors in industrial automation systems can be precisely controlled. It works with a maximum current of 15A and doesn't have any cooling fins built in. The amplifier can be mounted in two different ways: standard mounting, which has dimensions of 225 mm (A) by 25 mm (C); and front surface mounting, where size B is greater than 205 mm but keeps dimensions A and C the same.
PY0A015E0XXXP00 servo amplifier loses 19 W of power in total. There are eight AWG wires that connect the motor power (U, V, W) to the bus power (R, S, T). There are 16 AWG wires needed for the control power (r, t) and 14 AWG wires needed for the recovery resistor (P). There are 28 AWG wires connecting the encoder (CN2) and control (CN1) connections. Motor types P30B04010D and P50N05020D, which have capacities of 0.3 kVA and 0.8 kVA, can work with the amplifier. The bus circuit capacity for the P50N05020D model will be announced later. It can handle 18 A of inrush current for 600 ms and 40 A for 1 ms. The control circuit needs 40 VA of power and 0.2 A of current.
The PY0A015E0XXXP00 servo amplifier can also work with the P20B13500D motor type. This model needs a bus circuit current of 24.0 A and can handle 8.3 kVA. The renewal unit is 80 mm long, 250 mm wide, and 40 mm high. For dynamic brake constants, t₀ is set to 0.0240 seconds and Jₘ is set to 12.58 × 10⁻⁴ kg·m². The amplifier is designed to work well with industrial automation systems, offering motor control options that are reliable and effective.
Frequently Asked Questions about PY0A015E0XXXP00:
Q: Why does PY0A015E0XXXP00 use 28 AWG wiring?
A: 28 AWG is used for CN1 and CN2 connections to support low-power signal lines and minimize space in connector terminals.
Q: How does PY0A015E0XXXP00 handle power dissipation?
A: It separates dissipation across the PCB and heatsink. This ensures thermal balance with 150 W on PCB and 110 W on heatsink.
Q: Why is PY0A015E0XXXP00 rated at 15A current?
A: 15A supports the stable operation of mid-range servo motors and matches motor models like P30B04010D for consistent torque output.
Q: Does PY0A015E0XXXP00 require 8 AWG wiring terminals?
A: Yes, 8 AWG is required for motor and bus power terminals. It ensures safe current handling and minimizes voltage drop.
Q: How do PY0A015E0XXXP00 dynamic brake constants work?
A: t₀, α, and β values define brake timing and torque decay. These help protect motor systems during fast stop operations.
