Product Description

The Q2AC13058HXS6P is an efficient medium-inertia servomotor featuring high efficiency and low ripple. As part of the Sanmotion Q product line by Sanyo Denki, the Q2AC13058HXS6P excels for applications requiring a compact cylindrical motor. This servomotor comes with two main connectors. The first connector consists of three wires for powering the servomotor, while the second connector is for the mounted encoder. Both of these connectors must be interfaced to the appropriate terminals and ports in the servo drive. Specifically, for servomotors such as the Q2AC13058HXS6P, servo drives from the Sanmotion Q series are known to be fully compatible.

Based on the Q2AC13058HXS6P’s nameplate, the recommended configuration for the motor is a wye connection. In three-phase electrical systems, wye configuration involves a common ground or point. Since the phases share a common point, a balanced wye system has the same line and phase currents. The wye connection is commonly used for servomotors as it ensures uniform current among phases. In millimeters, this servomotor has a flange size of 130. With a capacity of 580 watts, this servomotor is suitable for small to medium servo systems requiring a consistent driver. Compared to other Q2AC13058X motors, the Q2AC13058HXS6P achieves a relatively higher rotation speed.

At rated conditions, the Q2AC13058HXS6P can achieve a speed of 2500 rpm. With its winding type, however, it can safely achieve a maximum rotational velocity of around 3000 to 3500 rpm. The Q2AC13058HXS6P does not employ a blocking brake and relies on the servo drive to implement temporary hold or stop commands. To monitor the shaft during operation, the Q2AC13058HXS6P makes use of its reduced wiring incremental encoder. The servo drive communicates with the incremental encoder sensor to determine shaft position or speed and perform necessary actions based on the obtained readings.