KA506XXX

Product Description:

The K SANMOTION series, which focuses on accuracy and efficiency in industrial automation, includes the KA506XXX servo motor, which Sanyo Denki manufactures. One crucial issue that affects the motor's installation and form factor is the 54 mm flange size. Integration into different mechanical systems is made possible by this uniform size. The motor's power delivery, or the amount of mechanical work it can do constantly, is 0.06 kW. This is crucial for figuring out if the motor is appropriate for your use case and balancing energy use and performance. The electrical potential needed to run the motor is the rated armature voltage of 75 volts; therefore, it has to match your power source. The motor can attain high speeds, which is crucial for high-throughput applications, with a maximum speed of 5000 min⁻¹ (revolutions per minute). The motor produces its rated power at a speed of 3000 min^-1, which is its rated speed.

The motor's constant stall torque of 0.24 N·m characterizes its performance under load. A rotating force called torque is used to accelerate loads and overcome resistance. For applications requiring strong starting or holding torque, the motor's highest torque while stationary is known as the stall torque. For strenuous activities, the motor's maximum instantaneous torque is 1.8 N·m, which is known as the peak stall torque. The motor's resistance to a change in rotational speed is known as the rotor inertia, which is 0.22 × 10⁻⁴ kg·m². Better responsiveness and quicker acceleration and deceleration are the results of reduced rotor inertia. An encoder, which provides better resolution location and velocity information, is likely to offer speed feedback in the absence of a tachometer generator. A key on the motor's output shaft creates a mechanically sound connection for power transfer.

Electrical integration is made easier by the lead wire connection, and you have a variety of installation choices thanks to the 1000mm lead wire length. When a motor has no oil seal, it is designed for a dry environment; under damp or polluted circumstances, it requires external sealing. The motor is resistant to environmental influences because of the IP43 protection class. The "3" indicates protection against water spray at angles up to 60 degrees from vertical, while the "4" indicates protection against solid objects bigger than 1 mm. This degree of protection is appropriate for industrial settings that are somewhat severe. Under ideal working circumstances, the motor can function in the ambient temperature range of 0 to 40 °C. Motor deterioration or failure will result from exceeding these temperature thresholds. The 0.7 kg weight decreases total system inertia, facilitates installation, and is appropriate for situations where weight is crucial.