Q1AA07075DXS00M
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The Sanyo Denki Q1AA07075DXS00M, part of the Q SANMOTION Servo Motors series, features self-cooling and a robust IP67 protection rating. It offers a rated output power of 0.75 kW and a peak torque of 7.16 N·m. The servo motor's rated current is 4.3 Arms and its inertia, including wiring, is 0.636 ×10⁻⁴ kg·m².
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Product Description:
The Q1AA07075DXS00M Servo Motor exists as an industrial product from Sanyo Denki. This industrial automation device lies in the Q SANMOTION series of Sanyo Denki. The torque constant function of this device stands at 0.613 newton meters per ampere. The motor has a rated value of 2.38 newton meters for continuous stall torque.
The Q1AA07075DXS00M servomotor operates at a speed of 3000 revolutions per minute throughout its rated performance mode. The motor operates at steady rotation when used under its rated operating environment. This motor relies on self-cooling without needing external fan components for cooling mechanisms. The measured phase resistance of the motor amounts to 0.633 ohms. The motor output reaches 0.75 kilowatts according to its rating. This design supports the transfer of controlled power in space-constrained systems. The defined operating current strength for this device equals 4.3 amps RMS. According to its rating, the Q1AA07075DXS00M servomotor operates with IP67 protection against environmental elements. The motor generates 15.0 amps RMS as its highest output current. The maximum power bursts occur when extra torque is necessary. The motor functions at a constant voltage level of 21.4 volts per minute¹. The back electromotive force occurs during motor operation according to this value. The calculated inertia value combined with wiring is 0.636 ×10⁻⁴ kilogram meter squared.
The low inertia of Q1AA07075DXS00M servomotor allows fast motion changes between acceleration and deceleration. The motor reaches its top operational speed when reaching 5000 revolutions per minute. The maximum torque capacity of the unit reaches 7.16 newton meters. The device offers rapid torque capabilities that support start-stop sequences efficiently. A continuous stall current reaches 4.3 Amp RMS. The rated current corresponds to the permanent safe operation requirements. The rated torque reaches a value of 2.38 newton meters.
Frequently Asked Questions about Q1AA07075DXS00M:
Q: Why is low inertia used in Q1AA07075DXS00M?
A: Low inertia in Q1AA07075DXS00M enables rapid speed changes and reduces delay between acceleration and deceleration cycles.
Q: How does self-cooling benefit Q1AA07075DXS00M motor?
A: Q1AA07075DXS00M uses self-cooling to minimize size and eliminate dependence on external fans, supporting integrated system design.
Q: What ensures acceleration smoothness in Q1AA07075DXS00M?
A: Q1AA07075DXS00M achieves acceleration smoothness through rotor balancing and low inertia alignment across load shifts.
Q: How does Q1AA07075DXS00M maintain peak torque response?
A: Q1AA07075DXS00M delivers rapid torque boosts using short-duration high-current bursts managed by internal control algorithms.
Q: What makes Q1AA07075DXS00M suitable for tight spaces?
A: Q1AA07075DXS00M's compact design and efficient heat management allow easy integration in constrained or embedded machine environments.
