Q2AA13200HBP00 Sanyo Denki
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The Sanyo Denki Q2AA13200HBP00 is a medium-inertia servo motor and a member of the Q SANMOTION Servo Motors series. It has a rated output of 2.0 kW, features a flange size of 130mm, and operates with a 90V holding brake. The motor supports a supply voltage of 200V and can reach a maximum rotation speed between 3000 and 3500 min-1.
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Product Description:
Sanyo Denki manufactures the Q2AA13200HBP00 as part of the Q SANMOTION Servo Motors series. This servo motor fits into the Q Series motion platform and provides closed-loop rotary actuation for equipment that requires repeatable positioning and velocity profiles in automated assembly lines and CNC machinery. By combining a shaft-mounted absolute sensor with an electromechanical brake, the motor converts electrical energy into controlled torque and relays rotor angle data so a drive controller can maintain tight speed and position loops.
The motor delivers 2.0 kW of continuous mechanical output, allowing it to supply two kilowatts of shaft power under rated operating conditions. Its stator is wound for 200 V supplies, so it connects to compatible servo drives that provide the required line-to-line voltage. A 130 mm square flange provides the mounting interface and supports installation within compatible frames of the same size. The operating speed range extends from 3000 to 3500 rpm, with the available speed depending on the connected load and duty cycle. Dynamic response is influenced by the medium-inertia rotor, which balances overshoot control with tolerance for load changes during acceleration.
Position holding is assisted by a 90 V brake, which engages when electrical power is removed and helps prevent vertical or cantilevered loads from drifting. Rotor position and multi-turn data are detected by the PA035C encoder. This reduced-wiring absolute sensor carries power and serial feedback through a single hybrid cable, reducing the number of cabinet terminations. The allowable ambient temperature ranges from 0 to 40 °C, supporting operation in typical plant environments without additional cabinet cooling. The motor can also operate at up to 90% relative humidity when condensation is prevented, protecting normal feedback and braking functions under humid conditions.