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Part Number:

Q2AA2211KVXD22

Manufacturer: Sanyo Denki
Series: Q SANMOTION Servo Motors

Current response time:

4 Minutes

22 Seconds

  • Rated 4.5 (33 total ratings)
  • Straightforward Pricing: No Rush Fees, No Credit Card Fees
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Repair Options Available

The Q2AA2211KVXD22 servo motor delivers a rated torque of approximately 0.637 N·m, a peak torque of approximately 2.05 N·m, and operates at a rated current of approximately 1.6 Arms. Part of the Q SANMOTION Servo Motors series by Sanyo Denki, it features a rotor inertia of approximately 0.25×10⁻⁴ kg·m² and a torque constant of approximately 0.435 N·m/Arms.

Call for Availability
Part Number:

Q2AA2211KVXD22

Manufacturer: Sanyo Denki
Series: Q SANMOTION Servo Motors

Current response time:

5 Minutes

17 Seconds

  • Rated 4.5 (33 total ratings)
  • Straightforward Pricing: No Rush Fees, No Credit Card Fees
Free Ground Shipping
Worldwide Delivery
Repair Options Available

The Q2AA2211KVXD22 servo motor delivers a rated torque of approximately 0.637 N·m, a peak torque of approximately 2.05 N·m, and operates at a rated current of approximately 1.6 Arms. Part of the Q SANMOTION Servo Motors series by Sanyo Denki, it features a rotor inertia of approximately 0.25×10⁻⁴ kg·m² and a torque constant of approximately 0.435 N·m/Arms.

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Product Description

The Q2AA2211KVXD22 is an AC servo motor belonging from Sanyo Denki’s SANMOTION Q series. It is designed for high-torque and precision needs. The Q2AA2 servo motor has a rated current of 42 Arms and the looked rotor current during continuous running is 48 Arms. It operates in an ambient temperature up to 50 °C and humidity 90%.

The Q2AA2211KVXD22 servo motor has a 220 mm nominal size of a flat shaft flange. It has a speed of revolution 2000 per minute. It includes a high-resolution absolute encoder PA035M with incremental signal functionality. It has a high-resolution absolute encoder PA035M with incremental signal. The encoder has a resolution of 131072 pulses per revolution. The Q2AA2 servo motor's torque constant is 1.69 Nm per Arms and the induced voltage constant is 45.1 mV per min⁻¹. The armature resistance per-phase is 0.015 Ohms for minimal energy loss as well as the inertia of the rotor is 186×10⁴ kgm². The Q2AA2 servo motor is equipped with an A-type 1/3 gear for direct integration into geared systems. It has a rated power of 11 kW and does not come with a holding brake. The Q2AA2 servo motor has electrical time constant 0.33 milli seconds as well as the mechanical time constant of 4.2 milli seconds. It operates on a 200V power supply and is CE marked for standard compliance. It can support a peak current up to 130 Arms.

The Q2AA2211KVXD22 servo motor weighs 11 kilo grams with the encoder and meets IP67 protection standards to make it suitable for harsh environments. It offers consistent performance in automated systems that require precision, reliability and high torque output. The Q2AA2 servo motor has a 70 Nm rating, a 80 Nm stall torque and an instantaneous maximum stall torque of 176 Nm.

Q2AA2211KVXD22 Technical Specifications

Rated Voltage: 200V
Voltage Constant (per Phase): Approximately 15.18 mV/min
Phase Resistance: Approximately 3.24 Ω
Rated Power Rate: Approximately 16.2 kW/s
Rotor Inertia (including Wiring): Approximately 0.25×10⁻⁴ kg·m²
Aluminum Plate Dimensions: t6×305 mm
Gear type: A-type 1/3 gear
Rated Speed: 3000 min⁻¹
Rated Torque: Approximately 0.637 N·m
Continuous Stall Torque: Approximately 0.686 N·m
Peak Torque: Approximately 2.05 N·m
Rated Current: Approximately 1.6 Arms
Continuous Stall Current: Approximately 1.7 Arms
Peak Current: Approximately 5.9 Arms
Torque Constant: Approximately 0.435 N·m/Arms

Frequently Asked Questions about Q2AA2211KVXD22


Q: How does the 131072 ppr encoder in the Q2AA2211KVXD22 improve performance?

A: The high-resolution encoder allows ultra-precise position feedback, crucial for synchronized multi-axis applications and motion profiling in automated systems.

Q: Why is the rotor inertia of 186×10⁻⁴ kgm² important in Q2AA2211KVXD22?

A: This medium rotor inertia helps maintain stable speed control during load fluctuations, improving servo system responsiveness.

Q: What is the benefit of the 0.015 Ohm armature resistance in Q2AA2211KVXD22?

A: Lower resistance minimizes copper losses, contributing to reduced heat generation and higher system efficiency.

Q: Why is there no holding brake included in Q2AA2211KVXD22?

A: It is optimized for systems where dynamic braking or external holding mechanisms are used, reducing motor size and weight.

Q: What role does the A-type 1/3 gear play in the Q2AA2211KVXD22 servo motor?

A: This gear configuration facilitates seamless integration into geared drive systems, enhancing torque transmission efficiency.

Internal Product Review

  • ‘‘The Q2AA2211KVXD22 servo motor stands out with its 220 mm flange size, 4.2 ms mechanical time constant, and rotor inertia of 186×10⁻⁴ kgm². Its 2000 RPM operational speed ensures dynamic motion control. Without a holding brake, it's optimal for direct-driven applications. Great for automation requiring responsiveness.’’

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