KA840TS0

Product Description:

KA840TS0 servo motor is made by Sanyo Denki. The motor's continuous output, or the amount of mechanical work it can do, is 0.4 kW. The amount of load the motor can drive at a given speed is directly correlated with the output in kW. A motor with a greater rated output is stronger and capable of handling more or quicker operation. A crucial factor for applications requiring quick motion is the motor's maximum speed of 4000 min⁻¹ or revolutions per minute. In applications like robotic arms or high-speed packing machines, where reaction time and throughput are crucial, this high speed is crucial. The ideal speed for continuous operation, where lifespan and performance are matched, is 2500 min⁻¹. The motor's rotating force is called torque. When the motor is motionless, it can maintain a constant stall torque of 1.7 Nm, which is crucial for supporting weights or positions against outside pressures.

The motor can manage abruptly high torque demands during acceleration or load changes because of its much greater peak stall torque of 12 Nm. Smooth transitions and overcoming inertia depend on this surge capability. The resistance of the motor to a change in speed is 5 x 10⁻⁴ kg·m² or rotor inertia. The motor is more responsive when the rotor inertia is reduced since it accelerates and decelerates more quickly. The tachometer generator offers precise speed feedback, which is crucial for closed-loop control systems, and has a rotor inertia of 0.12 x 10⁻⁴ kg·m². An incremental encoder uses 2000 pulses per revolution (p/r) to produce position feedback. With the help of this encoder, you may precisely regulate and position the motor by tracking its angular position. Applications requiring high accuracy, such as CNC machining or precise robotic motions, benefit from better position control, which is made possible by higher encoder resolution.

The motor's environmental protection grade is IP43. The first figure, "4," denotes protection against solid objects greater than 1 mm, while the second digit, "3" denotes protection against water spraying. "IP" stands for invasion protection. With this certification, the motor will survive longer and be dependable in industrial settings where water splashes and dust are commonplace. With its keyed output shaft and 88 mm flange size, the motor's mechanical design makes it simple to integrate into a variety of industrial applications. It is interchangeable and simple to construct thanks to the 88mm flange's standardized mounting interface. A keyed output shaft indicates a secure connection for transferring torque to the driven load. It is simple to wire in and can be adjusted to fit various control systems thanks to the lead wire connection. The voltage needed for optimum performance and drive system compatibility is 85V, which is the rated armature voltage.