Q2AA13200HBP00
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The Sanyo Denki Q2AA13200HBP00 is part of the Q SANMOTION Servo Motors series and features an AC servo motor with a rated power of 1.32 kW. It boasts an encoder resolution of 4096 pulses/rev and a rated torque of 3.2 Nm. The motor operates within -10C to +55C and has an IP65 protection class.
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Product Description:
The Q2AA13200HBP00 AC Servo Motor is one of the products from Sanyo Denki Q SANMOTION series. This servo motor is an AC type that maintains precise motion control in Industrial automation. Controlled operation depends on its performance rating of 2000 rpm. The motor operates at a maximum speed of 3500 rpm to achieve high-speed operations.
The Q2AA13200HBP00 servo motor delivers 2 kW of power output to meet different application requirements. Efficient energy conversion takes place through a power rate of 78 kW/s. This device's controlled torque delivery function operates with a torque constant value of 0.822 Nm/Arms. A stable performance comes from an induced voltage constant of 29 mV/min⁻¹. The rotational force output reaches accurate levels at 9.55 Nm. The system can produce 12 Nm of torque to sustain operations without stopping. The motor maintains 16.3 Arms of stall armature current when used continuously. The Q2AA13200HBP00 servo motor displays a fast response because its electrical time constant reaches 14ms. Under diverse loading situations, the device performs with stability. The designed brake system enables users to achieve safe stopping along with controlled braking during specific demands. The motor operates optimally within temperatures between 0 to 40C. This AC servo motor achieves both high efficiency and durability during operation.
This Q2AA13200HBP00 servo motor ensures precise motion operation for automation system applications. The brake system of the motor incorporates a weight of 1.7 kg. The motor accepts an armature current input of 13.1 Arms for steady current flow. Users can benefit from the fast operation characteristics of this motor in different rapid-moving applications. Technically efficient power delivery guarantees controlled performance under challenging operating conditions. The electrical time constant helps the device rapidly respond to changing loads.
Frequently Asked Questions about Q2AA13200HBP00:
Q: Why does the Q2AA13200HBP00 motor have a 14ms electrical time constant?
A: The Q2AA13200HBP00 AC Servo Motor features a 14ms electrical time constant to ensure rapid response to load variations. This enhances performance in high-speed automation systems requiring precision adjustments.
Q: How does the brake system enhance motor safety in Q2AA13200HBP00?
A: The Q2AA13200HBP00 AC Servo Motor integrates a brake system for controlled stopping under demanding conditions. This prevents sudden halts, improving operational safety in automated systems.
Q: Why is 78 kW/s power rate important in Q2AA13200HBP00?
A: The Q2AA13200HBP00 AC Servo Motor converts energy efficiently with a 78 kW/s power rate, reducing power losses. This ensures stable performance and enhances durability in continuous operations.
Q: What role does the torque constant play in Q2AA13200HBP00?
A: The Q2AA13200HBP00 AC Servo Motor has a 0.822 Nm/Arms torque constant, ensuring precise torque output per ampere. This enhances motion control accuracy and system responsiveness.
Q: How does the induced voltage constant benefit Q2AA13200HBP00?
A: The Q2AA13200HBP00 AC Servo Motor utilizes a 29 mV/min⁻¹ induced voltage constant for optimized energy conversion. This results in lower heat generation and improved efficiency in industrial automation.
