Product Description
High-performance motor MAC092B-0-QD-4-C/095-A-0/WI530LX for accurate control in an array of industrial applications. It offers an average torque value of 7.2 Nm at standstill, having a torque (peak) of 10.5 Newton-meters. Its baseline motor velocity is 2000 minute-1. At standstill, the motor functions on a current (ongoing) of 11.9 Amperes, with an upper threshold of 17.4 Amperes. It has a (constant) torque of 0.67 Newton-meters/Amperes at 20 degrees, a motor moment of inertia value of 36 times 10-4 kilograms-meter^2.
The holding brake is not included in the rotor moment of inertia that is given. In precise computations, the moment of inertia cannot be ignored for motors smaller than the MDD 071. This is especially crucial when the motor is slowing down from the NC's highest useable speed (nmax) at its maximum torque (Mmax).
The torque-speed characteristics of this motor can be used for a number of things, such as logging data from the selection documentation, figuring out the highest speed that can be achieved for a given application that has known torque requirements, and making sure the application doesn't exceed the motor's thermal limitations. Effective torque for a crucial cycle must stay below the arithmetically averaged speed's S1 continuous operating characteristics curve. The maximum torque that the motor may potentially produce is shown by the horizontal line Mmax. Depending on the particular motor-controller combination, the drive may be able to restrict the real maximum torque, as described in the selection literature. Users may guarantee the MAC092B-0-QD-4-C/095-A-0/WI530LX servo motor performs optimally and lasts a long time in a variety of industrial applications by following these instructions and specifications.
Wake Industrial Warranty
