GAM2A6010F0CNK3
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The Sanyo Denki GAM2A6010F0CNK3 servo motor is part of the G SANMOTION AC Servo Motors series and features a medium inertia rotary design with a 60mm flange size. Offering a rated output of 0.10 kW and a rated torque of 0.318 N·m, this motor can achieve 3000 min-1 rated speed. It has an IP67 protection rating.
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Product Description:
The GAM2A6010F0CNK3 Servo Motor by Sanyo Denki is aligned with the series of G SANMOTION AC Servo Motors. It is highly versatile and offers fast and precise control, smoother operation and optimal efficiency in various demanding industrial automation applications.
The GAM2A6010F0CNK3 servo motor can operate in environments with high humidity that is up to 95% relative humidity but without condensation or freezing, which could damage the components. The module generates a torque of 0.395 Newton-meters per ampere of current supplied to the motor windings that provides an indication of how efficiently the motor converts electrical energy into mechanical power. Its holding brake used to prevent it from moving when powered off usually takes a maximum of 120 milliseconds to release. With such quick response time ensures smooth transitions between active and idle states. This module is compatible with the GADSA01 servo amplifier. This amplifier is used for driving it with a current rating of 10 Amperes which is regulated by the amplifier to ensure it operates efficiently. The insulation of this model is highly resistant to electrical leakage, with a 10 megaohms of minimum resistance when it is subjected to a 500 VDC test. The safety feature prevents electrical short circuits or failure due to electrical breakdown.
This GAM2A6010F0CNK3 servo motor can position itself very precisely, making it a good option for applications where exact movement is crucial, such as in robotics or manufacturing equipment where small, accurate movements are needed. The low rotor inertia of the motor is beneficial for applications where fast starts and stops are required, such as in systems where precise, rapid movement in both directions is necessary without wasting time in deceleration or acceleration phases.
Frequently Asked Questions about GAM2A6010F0CNK3:
Q: How does the low rotor inertia of the GAM2A6010F0CNK3 enhance performance?
A: The low rotor inertia allows faster acceleration and deceleration, enabling quick response times. This feature is essential for precise control in fast-paced applications.
Q: Why is the holding brake in GAM2A6010F0CNK3 important for smooth operation?
A: The holding brake ensures that the motor remains stationary when powered off, with quick release time of 120 milliseconds. This prevents unwanted movement and ensures safety.
Q: What is the significance of the 0.395 Nm/A torque density in the GAM2A6010F0CNK3?
A: The 0.395 Nm/A torque density indicates the motor's efficiency in converting electrical energy to mechanical power. This results in more efficient operation and reduced energy consumption.
Q: How does the 95% humidity tolerance of GAM2A6010F0CNK3 benefit industrial applications?
A: The motor can operate in environments with high humidity, up to 95%, without condensation or freezing. This makes it suitable for challenging industrial environments with fluctuating humidity levels.
Q: What makes the GAM2A6010F0CNK3 suitable for precise positioning tasks?
A: The high-resolution encoders in GAM2A6010F0CNK3 allow for extremely precise positioning, making it ideal for robotics or manufacturing tasks requiring small, accurate movements.
