GAM2A4003F0XNK2
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The GAM2A4003F0XNK2 servo motor features a 40 mm flange size, a rated output of 0.03 kW, a peak stall torque of 0.37 n·m, and an IP67 protection rating. Part of the G SANMOTION AC Servo Motors series by Sanyo Denki, it operates at a rated speed of 3000 min-1 and includes a single-turn absolute encoder for precision performance.
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Product Description:
One of the G SANMOTION series products is the GAM2A4003F0XNK2 Ac Servo Motor. Sanyo Denki developed this motor to provide precision in Industrial automation applications. The motor delivers a 0.03 kW as its rated power while running. The rated torque of this motor stands at 0.098 Nm to ensure stability.
The GAM2A4003F0XNK2 servo motor features a rotor inertia value of 0.0233 × 10⁻⁴ kg.m² that equals GD²/4. Operational control is guaranteed through rotor inertia during various operational phases. This motor includes a single-turn absolute encoder technology. Accurate position information from the encoder improves system accuracy levels. Under peak conditions, this Ac Servo Motor generates 0.37 Nm stall torque. This motor guarantees steady operation through sustained continuous stall torque output of 0.108 Nm. The motor flange dimension measures 40 mm which makes it adaptable to standard mounting systems. The GAM2A4003F0XNK2 servo motor possesses an encoder resolution of 23 bits. The precise control features and positioning accuracy are enabled through the high-resolution encoder. The motor belongs to the rotary category with medium inertia characteristics. The motor delivers excellent performance in systems that need fluid motions in changing conditions. The motor functions at a maximum speed setting of 3000 min⁻¹.
This GAM2A4003F0XNK2 servo motor comes with a plug interface which simplifies its system integration. The output shaft contains a key element as a safety measure for maintaining secure torque transfer. The IP67 rating defines the protection specification of this motor model. IP67 protection standards maintain both the water-resistant and dust-proof functionality of this device. The motor reaches an extreme speed level of 6500 min⁻¹ and remains capable of operation in high-speed conditions. Designers constructed this device to operate in harsh environments. The motor guarantees dependable functioning within industrial automation systems.
Frequently Asked Questions about GAM2A4003F0XNK2:
Q: Why does the GAM2A4003F0XNK2 motor use a medium inertia rotor?
A: The GAM2A4003F0XNK2 AC Servo Motor’s medium inertia rotor improves motion stability in varying load conditions. This ensures smoother acceleration and deceleration in automation systems.
Q: How does the plug interface benefit the GAM2A4003F0XNK2 motor?
A: The GAM2A4003F0XNK2 motor’s plug interface simplifies electrical connectivity and reduces installation time. It ensures a secure and efficient power and signal connection.
Q: Why is the key shaft included in GAM2A4003F0XNK2?
A: The GAM2A4003F0XNK2 servo motor’s key shaft enhances torque transfer security by preventing slippage. This ensures precise and stable mechanical coupling with connected systems.
Q: What role does the continuous stall torque play in GAM2A4003F0XNK2?
A: The GAM2A4003F0XNK2 motor’s continuous stall torque of 0.108 Nm maintains consistent operation under load. It prevents performance drops in demanding automation processes.
Q: How does the GAM2A4003F0XNK2 motor handle high-speed applications?
A: With a maximum speed of 6500 min⁻¹, the GAM2A4003F0XNK2 motor operates efficiently in high-speed automation. This enables rapid response in dynamic industrial tasks.
