Q2AC10035HXS50M
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The Q SANMOTION Servo Motor Q2AC10035HXS50M is a medium inertia unit with a 200V input and flange mounting. It features a wire-saving incremental encoder and permanent-magnet excitation for stability in high-speed control environments.
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Product Description:
The Q2AC10035HXS50M Q SANMOTION Servo Motor is a high-precision and efficient motion control motor used for various purposes. This servo motor is manufactured by Sanyo Denki, and it works at an input voltage of 200V AC, which is suitable for conventional industrial control systems.
This motor has a rated output power of 350W, suitable for reliable performance in equipment requiring a constant torque supply over diverse speeds. With a top rotation speed of 3000 to 3500 min⁻¹, the Q2AC10035HXS50M servo motor provides fast and precise movement for high-speed automation processes. This motor has a medium inertia design, and it features a hollow shaft to facilitate simpler integration into assemblies that demand direct connection to mechanical parts or special coupling systems. This motor’s installation style is flange mounting, and the dimensions of the flange angle are 100 mm to make it ideal for standard mechanical interfaces and compact equipment layouts. This motor incorporates a wire-saving incremental encoder as its detector type, which lowers wiring complexity without sacrificing precise feedback for position control. This motor also meets insulation class Type F, which is capable of supporting greater thermal tolerance and continuous duty.
The Q2AC10035HXS50M motor also supports a dielectric strength voltage of AC 1500V for one minute to give necessary protection against electrical surges or insulation stress. This servo motor features an ambient humidity of 20% to 90% without condensation, and it is thus suitable for mixed operating environments. The vibration classification of V 15 withstands mechanical vibrations to provide this motor with a stable and uniform operation under dynamic loads. This servo motor features an insulation resistance greater than 10 MΩ, measured at DC 500 V, for maximum dielectric integrity against leakage current.
Frequently Asked Questions about Q2AC10035HXS50M:
Q: How does the hollow shaft design improve integration in machinery?
A: The hollow shaft allows direct connection to load elements without couplings. This reduces mechanical complexity and improves space efficiency.
Q: Why is Type F insulation used in the Q2AC10035HXS50M motor?
A: Type F insulation supports higher temperature tolerance up to 155°C. It ensures long-term reliability in continuous-duty operations.
Q: What is the purpose of using a wire-saving incremental encoder?
A: It minimizes the wiring required between the motor and controller. This simplifies installation and enhances signal reliability.
Q: How does medium inertia in the Q2AC10035HXS50M benefit motion control?
A: Medium inertia balances responsiveness with torque stability. It reduces overshooting in rapid directional changes.
Q: Why is AC 1500V dielectric strength important in this servo motor?
A: It provides insulation safety under high voltage stress. This protects the internal windings from breakdown during voltage spikes.
