KA730TS0

Product Description:

Sanyo Denki manufactures the KA730TS0 servo motor. 76 mm flange size determines the physical mounting and connection to other mechanical systems. This motor has a rated output of 0.3 kW, 300W, continuous power. This is an important parameter for the motor to drive loads and do work. A rated armature voltage of 75V, the voltage applied to the motor windings during operation, affects the torque-speed characteristics. Rated speed 2500 min-1, revolutions per minute, at rated load. This speed is important for applications that require specific motion profiles and cycle times. The motor has torque capability.

Rotor inertia 2.7×10-4 kg·m², the motor’s resistance to change in speed. Lower inertia means faster acceleration and deceleration and better dynamic response. The KA730TS0 has an incremental encoder, a must-have for position feedback. The encoder has a resolution of 2000 pulses per revolution (P/R), which means it divides each rotation into 2000 increments. This high resolution is for position control and motion profiling. The output shaft has a key for secure mechanical coupling to driven parts. The connection is made through lead wires, easy to integrate electrically. The motor has an IP43 protection rating, which means protection against solid objects bigger than 1 mm and water spray from any direction up to 60° from vertical. This rating is for a moderately harsh environment.

The 3.1 kg weight is an important consideration in system design and affects the overall inertia and mechanical stability of the application. The balance of power, speed and precision is the KA730TS0’s signature. The 0.3 kW rated output is enough for many industrial applications, and the 2500 min-1 rated speed for motion control. The high-resolution incremental encoder with 2000 P/R for precise positioning and accurate motion profiling is important for high-accuracy applications. The robust design with an IP43 protection rating and 3.1 kg weight for reliable operation in an industrial environment. The continuous stall torque 1.43 N·m is the torque the motor can hold indefinitely at zero speed, and the peak stall torque 9.8 N·m is the maximum torque it can deliver in an instant, which is important for handling sudden load change or acceleration.