MAD100C-0150-SA-M2-RH0-05-N1

Product Description:

Bosch Rexroth Indramat manufactured the MAD100C-0150-SA-M2-RH0-05-N1. With a variety of features that support its strong performance, this air-cooled motor, which is a member of the MAD IndraDyn A Motors, is designed for demanding applications. This motor's core capability is its very efficient conversion of electrical energy into mechanical energy. Its rated power output of 7.5 kW makes this clear. This number indicates the motor's capacity to produce a significant quantity of mechanical effort per unit of time, which qualifies it for demanding activities and high-load driving. The motor's electrical and magnetic properties are carefully balanced to provide this high power output, guaranteeing ideal energy conversion and low losses. The motor's 48 Nm rated torque emphasizes its strength even further. In industrial automation, torque—the rotational counterpart of force—is essential because it establishes the motor's capacity to overcome resistance and start or speed up a load's rotation.

The 6,000 rpm top speed demonstrates the motor's dynamic capability. Throughput and productivity are increased in a variety of applications due to the quick and effective operation made possible by this high rotating speed. It takes careful engineering and design to reach this speed, taking into account elements like bearing friction, aerodynamic losses, and the motor's rotor inertia. The motor's rated speed of 1,500 rpm, which represents the speed at which it produces its rated power and torque, further defines its performance. Because the motor's components are designed to function optimally at this speed, operating at this speed guarantees maximum lifetime and efficiency.

The motor's responsiveness and control may be inferred from its torque constant of 2.94 Nm/A. This constant represents the link between the motor's torque output and the current passing through its windings. A motor with a greater torque constant may produce more torque for a given current, which leads to more accurate control and quicker acceleration. The electrical properties of the motor are also essential to its functionality and incorporation into industrial systems. The motor draws 19.7 A, which is its rated current, while it is running at its rated power and speed. To guarantee safe and effective operation, this value is crucial for choosing the proper power supply and cabling. The motor's capacity to sustain a holding torque without overheating is determined by its continuous torque at a standstill of 48 Nm and its continuous current at a standstill of 20.3 A.