KA506XS0

Product Description:

Designed for precision-driven industrial automation, the KA506XS0 servo motor by Sanyo Denki has a mounting interface defined by a 54 mm motor flange size. This specified size balances structural integrity and compactness, which is important in applications where space is limited and guarantees smooth integration into a variety of mechanical assemblies. A critical factor in industrial situations where dependability and efficiency are critical, the motor's rated output of 0.06 kW indicates its capacity to produce power constantly. Power is the pace of mechanical work in this context, and 0.06 kW denotes a reasonable capacity to handle loads. A direct factor in determining the torque and speed characteristics of the motor and impacting its overall performance is the rated armature voltage of 75 V. A further indication of the rotational velocity the motor can maintain during continuous operation is the rated speed of 3000 min⁻¹. This high-speed capacity is essential for applications that need sensitive control, fast acceleration, and swift motion.

The continuous stall torque of 0.24 N·m, which is a crucial component in holding and positioning applications, indicates the highest torque the motor can maintain forever at zero speed without overheating. The motor's highest torque production, which is necessary for overcoming initial inertia or managing abrupt load fluctuations, is represented by the peak stall torque of 1.8 N·m. These figures together indicate how well the motor can accelerate and decelerate. Another crucial performance metric is the motor's resistance to variations in rotational speed, measured by the rotor inertia of 0.22 × 10⁻⁴ kg·m². Improved dynamic responsiveness results from faster acceleration and deceleration due to reduced rotor inertia. A 2000 P/R (pulses per revolution) incremental encoder built into the motor provides fine control by translating rotational movement into digital signals that provide accurate position and speed feedback. This high-resolution encoder guarantees precise motion control, which is essential for applications that demand extraordinary repeatability and accuracy. It is noteworthy that the motor does not include a tachometer generator. Therefore, encoder signals are the only source of speed feedback.

Mechanically speaking, the motor has a keyed output shaft that provides a safe mechanical connection to driven parts. The 1000 mm lead wire connection makes it easier to integrate electrical components into control systems and provides a simple installation process. The fact that this motor does not have an oil seal indicates that it is designed to operate in settings with little fluid exposure. Nonetheless, a respectable degree of environmental resistance is offered by its IP43 protection certification, which protects the motor from water sprayed at angles up to 60 degrees and solid particles bigger than 1 mm. Reliable functioning is guaranteed in industrial settings with modest demands thanks to this degree of protection. Because of its lightweight design, which weighs just 0.8 kg, the motor minimizes total system inertia, making installation easier and making it ideal for applications where weight and space are limited.