Q2AA18750LBF34

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The Sanyo Denki Q2AA18750LBF34, part of the Q SANMOTION Servo Motors series, delivers a rated output power of approximately 7.5 kW. This servo motor features a rated torque of 48 N·m, a peak torque reaching up to 125 N·m, and a rated rotation speed of 1500 min⁻¹. Additionally, it boasts an inertia of around 52×10⁻⁴ kg·m².

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Product Description:

The Q2AA18750LBF34 is a SANMOTION Q2 medium-inertia servo motor developed by Sanyo Denki for use in industrial motion control. The Q2AA18 AC servo motor has a rating of 1500 revolutions per minute at a nominal speed and has a maximum at 2000 revolutions per minute.

The Q2AA18750LBF34 AC servo motor comes fitted with a PA035C encoder with a high resolution of 131072 counts per revolution. This encoder improves position accuracy and reduces wiring complexity. The Q2AA18 AC servo motor has a specified rotor inertia of 95×10⁻⁴ kg·m² with a 90V electromagnetic brake that produces a holding torque of 90 Nm. This brake requires 2 A to engage and adds 6×10⁻⁴ kg·m² to the overall inertia of the system. The Q2AA18 AC servo motor has a internal winding resistance of 0.240 Ohms. Its rated power is 7.5 kilowatts and delivers a rated torque of 48 Newton-meters and a peak torque of up to 135 Newton-meters. The torque constant is rated at 1.03 Newton-meters per Ampere while the voltage constant is 240 millivolts per revolution per minute. The Q2AA18 AC servo motor is driven by a 200V AC supply as well as draws a rating of 52 Arms as a current. The peak armature current of the Q2AA18 AC servo motor is 155 Arms.

The Q2AA18750LBF34 AC servo motor has a flange size of 180 mm and includes IP67 protection from dust and water. Its construction minimizes vibration and ensures smooth rotational movement. The Q2AA18 AC servo motor operates within a temperature range of 0 to 40°C and supports up to 90% RH. The total mass of Q2AA18 AC servo motor with the brake and sensor is 40 kilo grams. The integrated brake system provides secure holding even when the power is off.

Continuous Stall Current
Around 60 A
Continuous Stall Torque
Approximately 55 N·m
Inertia (including Wiring)
Around 52 ×10⁻⁴ kg·m²
Maximum Rotation Speed
3000–4500 min⁻¹
Mounting Aluminum Plate
Standard dimensions such as t20×540 mm
Peak Current
Approximately 155 A
Peak Torque
Up to about 125 N·m
Phase Resistance
Approximately 0.021 Ω
Rated Current
Approximately 55 A
Rated Output Power
Approximately 7.5 kW
Rated Power Rate (qr)
Approximately 443 kW/s
Rated Rotation Speed
1500 min⁻¹
Rated Torque
Approximately 48 N·m
Torque Constant (kt)
Roughly 0.91 N·m/A
Voltage Constant (ke)
About 31.7 mV/(min⁻¹) per phase

Frequently Asked Questions about Q2AA18750LBF34:

Q: Why is a PA035C encoder with 131072 CPR used in Q2AA18750LBF34?

A: The high-resolution encoder significantly improves positioning accuracy and helps in ultra-precise control for advanced automation systems.

Q: Why is IP67 protection important for the Q2AA18750LBF34 servo motor?

A: IP67 ensures the motor resists water and dust intrusion, making it suitable for harsh or washdown industrial environments.

Q: What advantage does the 180 mm flange provide in the Q2AA18750LBF34 model?

A: The large flange size increases mounting stability and supports better torque transfer in demanding mechanical assemblies.

Q: How does the motor's winding resistance of 0.240 Ohms affect performance?

A: Lower resistance reduces energy losses and heating, allowing for improved efficiency and longer operational life.

Q: What is the significance of the voltage constant being 240 mV/rpm in Q2AA18750LBF34?

A: It indicates the back EMF generation rate, which helps in precise speed control during regenerative braking or dynamic conditions.


Internal Product Review

  • ‘‘The Q2AA18750LBF34 AC servo motor excels in precision and torque output, featuring a high-resolution PA035C encoder and 48 Nm rated torque. Its 90V brake ensures stable load holding in power-off states. Ideal for heavy-duty automation requiring high-speed accuracy and robust durability.’’

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