GAM2A4010F0CRK1
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The GAM2A4010F0CRK1 is a rotary servo motor with medium inertia and a rated torque of 0.318 Nm. Manufactured by Sanyo Denki, it belongs to the G SANMOTION AC Servo Motors series and features a flange size of 40mm. This motor achieves a maximum speed of 6500 min-1 and comes with a 23-bit battery-less absolute encoder.
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Product Description:
The GAM2A4010F0CNK2 Servo Motor product of Sanyo Denki is used for industrial automation tasks where optimum torque level is required at low speed, as well as quick acceleration and durability.
The GAM2A4010F0CNK2 servo motor consumes 1.20 Arms rated armature current under rated conditions which indicates the steady state current the motor requires. The maximum current the motor can handle continuously at stall is 1.20 Arms without overheating. It can handle 4.3 Arms current for short bursts when needed for high torque at startup or rapid acceleration. The phase resistance of this module is 8.0 Ω which affects power loss and efficiency. This motor produces 0.441 N·m of torque per ampere of current which defines the relationship between the armature current and the torque output. This model is optimized to deliver significant torque even at low RPMs which makes it suitable for applications requiring smooth, precise motion control. The rotor inertia of this module is 0.0876 × 10⁻⁴ kg·m² which means it can accelerate and decelerate quickly, essential for dynamic applications. It is designed to be stable under load that reduces vibrations and improves precision. It can be used in environments where cutting fluids or lubricants are present, such as CNC machining.
The GAM2A4010F0CNK2 servo motor has a compact design which is beneficial in applications where mounting space is limited. This module is best designed to function up to 2000 meters above sea level, however, at altitudes above 1000m, performance may decrease due to lower air density affecting cooling. This model maintains position feedback even after power loss that eliminates the need for re-homing which makes it ideal for automation and robotics. It can withstand high voltages without breakdown that ensures electrical safety and durability.
Frequently Asked Questions about GAM2A4010F0CRK1:
Q: How does the battery-less absolute encoder in GAM2A4010F0CNK2 improve positioning accuracy?
A: The battery-less absolute encoder eliminates the need for a backup power source while ensuring precise position tracking even after power loss. This feature enhances long-term reliability in automation systems.
Q: Why is the rotor inertia of 0.0876 × 10⁻⁴ kg·m² important for GAM2A4010F0CNK2?
A: The low rotor inertia allows for quick acceleration and deceleration, making it ideal for high-speed, dynamic applications. It improves response time in automation processes.
Q: How does the GAM2A4010F0CNK2 servo motor ensure operational stability in high-load applications?
A: Its high rigidity and optimized structure minimize vibration and noise, improving precision. This makes it suitable for high-torque industrial applications requiring stability under varying loads.
Q: What is the advantage of GAM2A4010F0CNK2’s high torque at low speeds?
A: The motor delivers consistent torque even at low RPMs, ensuring smooth motion control. This is crucial for robotic arms and CNC machines needing precise movement.
Q: Why is the GAM2A4010F0CNK2 servo motor designed with a dielectric strength of 1500 VAC?
A: A 1500 VAC dielectric strength enhances electrical insulation, preventing voltage breakdown. This feature increases operational safety in high-voltage industrial environments.
