Q2AA13150HCS0JM Sanyo Denki
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The Sanyo Denki Q2AA13150HCS0JM is a medium-inertia servo motor in the Q SANMOTION Servo Motors series with a flange size of 130mm and a rated output of 1.5kW. It uses a 200V supply voltage and operates at a maximum rotation speed between 3000 and 3500 min-1. This model features a 24V holding brake and supports a reduced wiring incremental encoder sensor.
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Product Description:
The Q2AA13150HCS0JM is a servo motor manufactured by Sanyo Denki and supplied as part of the Q SANMOTION Servo Motors series. As part of the Q Series platform, this motor drives motion axes in packaging machines, pick-and-place heads, and other automated stations that require closed-loop positioning. Its integrated incremental encoder provides feedback to the connected amplifier, supporting rapid starts, precise stops, and consistent velocity within a compact footprint. The motor can therefore support positioning and speed-control tasks in machinery where repeatable movement and responsive axis control are required.
The motor has a square frame with a 130 mm flange, allowing direct mounting to gearboxes or mechanical brackets that use the corresponding industrial pattern. Its stator is wound for a 200 V supply, matching standard three-phase servo amplifiers in the 200 V class. The unit delivers a continuous rated shaft power of 1.5 kW. Its peak mechanical speed ranges from 3000 to 3500 rpm, providing flexibility when selecting a pulley or gearbox ratio without exceeding the permitted rotor speed. A factory-installed 24 V brake holds the load whenever power is removed, helping prevent vertical or suspended axes from drifting. Position data is supplied by a reduced-wiring incremental encoder that can be paired with PP031, PP038, or PP062 sensor models. This encoder arrangement reduces cable bulk and simplifies routing between the motor and compatible servo amplifier.
Continuous operation is permitted at an ambient temperature of 0 to 40 °C. The motor remains functional at a relative humidity of up to 90%, provided that condensation does not occur. The rotor and stator combination forms a medium-inertia system, allowing acceleration profiles to balance dynamic response with load matching during moderately demanding operating cycles. This inertia level is suitable for axes that need controlled acceleration without the highly sensitive response of a low-inertia rotor. Compliance with CE and UL requirements supports use in machinery intended for European and North American markets. The permitted temperature and humidity ranges should be maintained around the installed motor to preserve stable operation.
