Q1AA06040DXP42M
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The Q1AA06040DXP42M is a high-performance servo motor with a rated output of 0.4 kW and a peak torque of 3.82 N·m. Manufactured by Sanyo Denki for the Q SANMOTION Servo Motors series, it achieves a rated speed of 3000 min⁻¹. The torque constant is 0.510 N·m/A, and it features an inertia of 0.247 × 10⁻⁴ kg·m².
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Product Description:
The Q1AA06040DXP42M Servo Motor Sanyo Denki> is an efficient motor control solution for industrial automation tasks. It comes under the series of the < and includes advanced features essential for high load conditions.
The Q1AA06040DXP42M servo motor draws the highest current of 10.5 A during peak load conditions which determines its ability to handle short bursts of high torque. Its mounting style is flange type which means it follows a common design for easy installation in compatible systems. It complies with CE (European Conformity) and UL (Underwriters Laboratories) standards which ensure it meets safety and performance regulations. This size of the flange angle is 60 mm which affects how the motor is physically installed in machinery. It is able to achieve highest rotational speed of 5000 min⁻¹ which makes it suitable for high speed applications. It uses an absolute encoder, which retains position data even after power loss and its wire saving feature reduces wiring complexity and start stop synchronization enhances position accuracy. This model needs 200 volts to operate effectively. It is capable of generating 3.82 newton meters of torque in short bursts which is important for overcoming inertia and handling sudden load changes.
The Q1AA06040DXP42M servo motor comes with a rated power of 400 watts which indicates it is highly capable to perform mechanical work efficiently in applications that require moderate power. It does not include a holding brake which means it will not remain locked in position when powered off. It is a low inertia motor which means it accelerates and decelerates quickly which makes it ideal for high speed, precise movements in dynamic applications such as robotics and CNC machines.
Frequently Asked Questions about Q1AA06040DXP42M:
Q: How does the low inertia of the Q1AA06040DXP42M Servo Motor improve performance?
A: The low inertia allows rapid acceleration and deceleration, reducing response time for precise motion control. This makes it ideal for high-speed applications like CNC machines and robotics.
Q: Why does the Q1AA06040DXP42M Servo Motor use an absolute encoder instead of an incremental encoder?
A: An absolute encoder retains position data even after power loss, ensuring accurate positioning without recalibration. This improves operational efficiency in automation systems requiring precise synchronization.
Q: How does the wire-saving feature in the Q1AA06040DXP42M Servo Motor benefit installation?
A: The wire-saving technology reduces the number of required connections, simplifying wiring complexity. This enhances system reliability and reduces installation and maintenance costs.
Q: What advantage does a maximum rotational speed of 5000 min⁻¹ offer for industrial applications?
A: A high-speed capability of 5000 min⁻¹ allows faster machining, cutting, and robotic movements. This is crucial in industries requiring precision with minimal cycle times.
Q: How does the Q1AA06040DXP42M Servo Motor handle sudden load changes with its peak torque of 3.82 Nm?
A: The motor delivers short bursts of high torque to overcome inertia and sudden load variations. This ensures smooth operation in applications demanding quick adjustments.
