KA506BXX

Product Description:

The manufacturer of the KA506BXX servo motor is Sanyo Denki. It is designed for industrial automation with accuracy and efficiency in mind. It can maintain an output of 0.06kW. This is crucial because it establishes the motor's capacity to do a task with a certain workload. The motor flange size, which serves as the mechanical contact with other system components, is 54mm; integration is made simple by this standard size. The rated armature voltage is 75V, the rated speed is 3000min-1, and the maximum speed is 5000min-1. Speed ratings specify the operating velocity ranges, whereas voltage represents the necessary electrical potential. For high-speed applications, which are typical in dynamic systems, maximum speed is crucial. The continuous stall torque, or the torque the motor can maintain at a standstill forever without overheating, is 0.24Nm. This is crucial for long-term operating loads. Peak stall torque, or the greatest torque the motor can generate, is 1.8 Nm. This torque is crucial for managing transient loads or overcoming initial inertia.

According to the physicals, the motor's resistance to a change in rotational speed is known as rotor inertia, and it is 0.22e-4 kg·m². For applications requiring quick and accurate motion control, lower rotor inertia translates into quicker acceleration and deceleration. When power is cut off, the holding brake acts as a mechanical lock to prevent the motor shaft from moving. In applications that are vertical or sloped, this is crucial for both safety and positioning precision. In order to avoid slippage or rotational misalignment, the output shaft with key is used for a secure mechanical connection with other parts. The 1000mm lead wire length is for installation flexibility, and the lead wire connection is for electrical integration. The motor can function in rather severe industrial settings because of its IP43 protection grade, which shields it from solid objects and water splashes.

The weight is 0.91 kg, which is significant in situations where weight loss is essential. Because of its small size and lightweight construction, it may be deployed in places with limited space. As a safety measure, holding the brake ensures that the motor will stay in place and not move unintentionally when the power is turned off. The maximum speed, 5000min-1, is a quick and effective operation that is typical in industrial operations with high throughput. Both continuous and peak torque specifications provide a clear picture of the motor's capacity to handle loads so that it can function dependably under a range of operating conditions.