Q3AA18200BXZTA Sanyo Denki
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The Sanyo Denki Q3AA18200BXZTA is part of the Q SANMOTION Servo Motors series and has a 180mm flange size. This servo motor operates at a supply voltage of 200V and delivers a rated output of 2.0kW. It has a maximum rotation speed of 2000 min-1 and works within an operating temperature range of 0 to 40°C.
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Product Description:
The Q3AA18200BXZTA is a servo motor built by Sanyo Denki for the Q SANMOTION Servo Motors series. As a rotary actuator, it converts electrical power into controlled mechanical motion so machine tools, packaging stations, and material-handling axes can achieve repeatable positioning and speed profiles. The motor belongs to the manufacturer’s Q platform, which targets applications that need compact power density and direct coupling to precision drive amplifiers.
The mechanical interface uses a 180 mm square flange, allowing the unit to bolt directly to gearboxes or frames that share the same IEC footprint. A continuous power rating of 2.0 kW indicates how much shaft power the motor can supply under nominal conditions without overheating. The electrical connection is designed for a 200 V drive bus, so common three-phase factory power can energize the winding through a matched amplifier. Dynamic processes benefit from a maximum rotor speed of 2000 rpm, enabling moderate-speed indexing without excessive vibration. The unit is supplied without a holding brake, which reduces overall mass and eliminates the need for brake maintenance. Applications that require power-off load retention must use an external brake or another mechanical holding device.
The winding insulation and lubricants tolerate an ambient temperature range of 0 to 40 °C, so enclosure cooling or derating is unnecessary on typical shop floors within this range. Seals and surface treatments allow continuous exposure to relative humidity of up to 90% without condensation, supporting operation in washdown zones when the motor is paired with a protected connector. The Q Series design supports consistent torque production over long duty cycles under these operating conditions. Suitable ventilation should maintain the permitted temperature around the housing, particularly when the motor runs continuously near its rated output. Condensation must be prevented because moisture accumulation can affect electrical insulation and connector performance.
