GAM2A4015V0XRK1
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The GAM2A4015V0XRK1 from Sanyo Denki is part of the G SANMOTION AC Servo Motors series, featuring a rotary medium inertia motor classification. The unit provides a rated output of 0.15 kW, a rated speed of 3000 min-1, and a peak stall torque of 1.7 n·m. It has an IP67 protection rating.
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Product Description:
The GAM2A4015V0XRK1 Servo Motor produced by Sanyo Denki is a powerful choice for industrial automation systems that requires quick response times, high accuracy and durability in both normal and high altitude settings.
The GAM2A4015V0XRK1 servo motor can best handle peak loads without being damaged, which is important for applications where the motor needs to operate under varying or fluctuating load conditions. This module supports 13-bit encoder resolutions which is used for measuring the position and speed of the motor. This high resolution allows for finer control and more precise positioning. The module holding brake engage time is 30 ms or less which indicates how quickly the brake will activate to stop the motor. This feature is useful for applications that require quick stops or safety features in case of power failure. This G SANMOTION AC Servo Motors series module should be installed indoors that is away from direct sunlight and in environments free of harmful substances like corrosive gases, flammable materials or dust. It means the motor needs to be operated in a stable environment to avoid damage or reduced performance. This model includes a straight output shaft, which means it transfers power in a direct linear fashion. This shaft type is commonly used for coupling to other components in mechanical systems.
The GAM2A4015V0XRK1 servo motor is classified for rotary motion and has medium inertia which balances torque and speed and provides good control in applications where acceleration and deceleration are critical. Also, the rotor of this module is light one which further improves the rate of acceleration and deceleration. It is featured with a battery less absolute encoder that doesn't require a battery to store its position data.
Frequently Asked Questions about GAM2A4015V0XRK1:
Q: Why is the GAM2A4015V0XRK1 motor's 13-bit encoder resolution important for precision?
A: The 13-bit encoder resolution ensures finer control and more precise positioning, critical for high-performance industrial applications. This enhances accuracy in speed and position measurements.
Q: How does the light rotor of the GAM2A4015V0XRK1 improve motor performance?
A: The light rotor allows faster acceleration and deceleration, enhancing the motor's responsiveness. This improves system performance where rapid changes in speed are required.
Q: What is the purpose of the GAM2A4015V0XRK1’s medium inertia design?
A: The medium inertia of the motor provides an optimal balance between torque and speed. This feature is beneficial for applications requiring controlled acceleration and deceleration.
Q: How does the battery-less absolute encoder in the GAM2A4015V0XRK1 function?
A: The battery-less absolute encoder stores position data without the need for a battery. This results in maintenance-free operation and ensures consistent position tracking even during power loss.
Q: What is the significance of the straight output shaft in the GAM2A4015V0XRK1?
A: The straight output shaft ensures direct power transmission to other mechanical components. It offers simplicity and reliability when coupling with various industrial systems.
