GAM2A4005F0XNK3
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The GAM2A4005F0XNK3 is a rotary medium inertia servo motor with a square 40mm flange size and a rated output of 0.05 kW. Manufactured by Sanyo Denki, this motor is part of the G SANMOTION AC Servo Motors series and features a rated speed of 3000 min-1. It offers IP67 protection and a 23-bit single-turn absolute encoder.
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Product Description:
A high-performance Ac Servo Motor exists in the form of the GAM2A4005F0XNK3 design. The G SANMOTION Ac servo motor series of Sanyo Denki holds this motor as one of its members to be used in Industrial automation. This motor adopts a rotary configuration along with medium-level rotational inertia. This servo motor has a motor flange size that is built in a square 40 mm format.
The GAM2A4005F0XNK3 servo motor achieves effective operation through its rated output power of 0.05 kW. The motor produces output torque at the rate of 0.159 Nm. A smooth operational speed occurs at 3000 min⁻¹. The motor has a maximum operational rate of 6500 min⁻¹. This servo motor reaches its continuous stall torque at a level of 0.167 Nm. This servo motor offers a maximum torque output of 0.59 Nm at stall conditions. The motor meets high-demand loading requirements. The rotor inertia measures at 0.0324 × 10⁻⁴ kg•m². The GAM2A4005F0XNK3 servo motor maintains operational steadiness under fast speed changes. The motion control device features an encoder with a single-turn absolute encoding design. Precise motion control during operation is enabled by the encoder's resolution of 23 bits. Programmers select this motor specifically when accuracy and device constancy form essential project elements.
The GAM2A4005F0XNK3 servo motor offers secure shaft coupling through an installed key. The simple installation design of this equipment includes plug connections. Improved reliability together with simplified wiring are two benefits that result from using the plug connection method. The motor comes with an IP67 protection classification. Under such conditions, the device shows resilient protection from both dust and water exposure. This device operates at a high level of effectiveness. The system distributes torque with regularity throughout different velocity ranges.
Frequently Asked Questions about GAM2A4005F0XNK3:
Q: Why does the GAM2A4005F0XNK3 motor use medium inertia design?
A: The GAM2A4005F0XNK3 AC Servo Motor’s medium inertia ensures smooth acceleration and deceleration. It optimizes motion control for dynamic industrial applications.
Q: How does the key shaft improve GAM2A4005F0XNK3 performance?
A: The key shaft in GAM2A4005F0XNK3 enhances torque stability and prevents slippage. This ensures secure mechanical coupling in automation systems.
Q: Why is the plug connection beneficial for GAM2A4005F0XNK3?
A: The GAM2A4005F0XNK3 motor’s plug connection simplifies electrical wiring and reduces installation complexity. It enhances system reliability by securing power and signal connections.
Q: How does GAM2A4005F0XNK3 handle sudden speed variations?
A: With precise motion control, GAM2A4005F0XNK3 adapts quickly to speed fluctuations. The high encoder resolution ensures stable operation in changing conditions.
Q: What ensures stable torque distribution in GAM2A4005F0XNK3?
A: The GAM2A4005F0XNK3 motor distributes torque efficiently across different velocity levels. This guarantees consistent performance and prevents fluctuations under load variations.
