GAM2A4015V0CRK1
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The GAM2A4015V0CRK1 is a compact AC servo motor weighing 0.69 kilograms, featuring a straight output shaft and IP67 protection. Manufactured by Sanyo Denki as part of the G SANMOTION AC Servo Motors series, it offers a rated output of 0.15kW and a 23-bit battery-less absolute encoder with a holding brake.
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Product Description:
The GAM2A4015V0CRK1 is a servo motor which is the construction of Sanyo Denki. It is energy efficient and delivers smooth and responsive operation in varying load conditions in the industrial automation field.
The GAM2A4015V0CRK1 Servo Motor rated power rate is 24kW/s which shows its energy capacity with a brake system and its high value means it can support heavier loads and faster speeds for specific applications. Its mass with the brake system is 0.69 kg which is relevant in systems where weight and size are critical factors, such as robotics or aerospace. This servo motor is designed to operate efficiently which minimizes energy waste. The model draws less power to achieve the desired performance which makes it cost-effective and more environmentally friendly. The encoder inertia of this module is 0.0946 × 10⁻⁴ kgm which represents the resistance of the motor’s rotor to changes in its speed. The motor is more resistant to sudden changes in speed with this higher rotor inertia. This model is able to quickly and accurately follow changes in the control signals which allows for high-speed, precise adjustments. Its ability to maintain consistent speed even when the load changes makes it vital in applications that need to ensure the motor doesn’t slow down or fluctuate with load changes.
The GAM2A4015V0CRK1 servo motor uses permanent magnets to create the magnetic field needed for operation, which results in more efficient operation, smaller size and potentially less maintenance. It maintains consistent power because of its capability to provide a stable and precise amount of torque. It reduces static friction thrust by 70% for smoother motor driving. This feature ensures less wear and tear, quieter performance, and better responsiveness, especially at low speeds or when starting the motor.
Frequently Asked Questions about GAM2A4015V0CRK1:
Q: Why is the permanent magnet excitation system used in the GAM2A4015V0CRK1 Servo Motor?
A: The permanent magnet system ensures higher efficiency and reduced energy loss. It also allows for a compact motor design, reducing the need for maintenance.
Q: How does reduced static friction thrust improve motor performance?
A: Reduced static friction thrust by 70% ensures smoother motor startup and operation. This leads to less wear and tear and improved responsiveness at low speeds.
Q: What role does the encoder inertia play in the GAM2A4015V0CRK1 Servo Motor?
A: The encoder inertia helps the motor quickly respond to control signals. This feature improves speed and accuracy, especially during rapid load changes.
Q: How does the GAM2A4015V0CRK1 Servo Motor maintain high torque accuracy?
A: Consistent torque output is ensured by advanced control technology. It provides precise control, maintaining torque stability across various load conditions.
Q: Why is the rotor inertia of the GAM2A4015V0CRK1 Servo Motor higher with the brake?
A: A higher rotor inertia with the brake increases resistance to speed changes, enhancing stability and performance under varying load conditions.
