Product Description

The AC servo motor MAC092B-0-QD-1-B/095-B-0/-I00500/S020 is manufactured by Rexroth Indramat. The value of the torque constant (Km) is equal to 0.28 Nm/A. This value gives us a direct relation between the electrical current passing through the windings and the resulting torque generated. This device has a low rotational inertia, so it can speed up and slow down quickly. Perfect if you need to change speeds or positions quickly. The thermal time constant of this device is equal to 60 minutes, meaning in 60 minutes the temperature will reach 63.2% of the final temperature. It is a measure of how quickly it heats up and cools down.

You get 0.280 Nm of torque when the consumes each ampere (A) of current passing through the motor’s coils. By regulating the current, we can control that torque precisely. This module can produce a continuous torque of 3.00 Nm. It is the torque the motor can produce continuously without sustaining damage. This torque value tells us the maximum torque the motor can handle continuously without damage.

The moment of inertia (J) of this device is 16.00 x 10^-4 kgm². This value shows the mass distribution around the axis of rotation. This distribution of mass affects the resistance of this module to changes in rotational motion. A higher value indicates that the motor takes longer to speed up and slow down. This is because more rotational force will be required to overcome the inertia and change the motor's rotational speed. For applications that require rapid deceleration and acceleration, a lower moment of inertia would be the best option. This device is protected by a 12-month warranty from the date of purchase.