Q1AA13500DXP0EM
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The Sanyo Denki Q1AA13500DXP0EM is part of the Q SANMOTION Servo Motors series, delivering a rated output of 5 kW and a rated speed of 3000 min⁻¹. It offers a peak torque of 47.6 N·m and a continuous stall torque of 18.1 N·m. The motor's inertia is 8.47×10⁻⁴ kg·m² and its torque constant is 0.724 N·m/Arms.
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Product Description:
The Q1AA13500DXP0EM Servo Motor delivers high torque performance and fast response. This Sanyo Denki manufactured motor is designed for precision motion systems. It ensures stable operation with advanced thermal management and high armature current ratings.
The Q1AA13500DXP0EM servo motor features a rated output of 5 kW and operates at a rated rotation speed of 3000 min⁻¹. It provides a rated armature current of 25.8 Arms and a continuous stall armature current of 27.5 Arms. The continuous stall torque of this servo motor is 18.1 Nm while the instantaneous maximum stall torque reaches 47.6 Nm. The induced voltage constant value for this motor is specified at 25.3 mV/min⁻¹. The rated power rate is 291 kW/s that contributes to its rapid acceleration characteristics. The per phase armature resistance is measured at 0.0461 Ω to supports efficient current flow with minimal losses. The electrical time constant of this servo motor is 20.8 ms. The mechanical time constant value is rated at 0.22 ms that indicates fast dynamic performance. These features enable the motor to handle rapid load changes with minimal delay that is ideal for high speed precision controlled systems.
The Q1AA13500DXP0EM servo motor operates reliably within ambient temperatures of 0 to + 40 °C and can withstand relative humidity up to 90 % without condensation. The integrated high resolution absolute encoder in this Q SANMOTION servo motor provides 17 bit resolution that is equivalent to 131,072 discrete positions per revolution. This enables precise angular position feedback that significantly enhances control accuracy in applications requiring fine motion profiling, tight position holding or smooth interpolation. The encoder operates without the need for homing sequences and retains absolute position data on power cycle.
Frequently Asked Questions about Q1AA13500DXP0EM:
Q: Can the Q1AA13500DXP0EM servo motor handle high stall loads during continuous operations?
A: Yes, the Q1AA13500DXP0EM motor delivers a continuous stall torque of 18.1 Nm. It also sustains a continuous stall armature current of 27.5 Arms for stable torque output.
Q: How quickly can the Q1AA13500DXP0EM servo motor respond to dynamic load changes?
A: It features a mechanical time constant of 0.22 ms that ensures rapid torque adjustments. This motor achieves fast acceleration with a rated power rate of 291 kW/s.
Q: Does the Q1AA13500DXP0EM motor maintain efficiency during extended high current use?
A: Yes, it supports a rated armature current of 25.8 Arms with low per phase resistance of 0.0461 Ω. This helps minimize power loss under load.
Q: How precise is the position control on the Q1AA13500DXP0EM servo motor?
A: It uses a high resolution 17 bit absolute encoder offering 131072 discrete positions per revolution. It provides position retention even after power cycle without homing.
Q: Can the Q1AA13500DXP0EM servo motor perform reliably in harsh ambient environments?
A: This motor functions within 0 to +40 °C and up to 90 percent relative humidity without condensation. It ensures stable operation under temperature and moisture exposure.
