MAD130B-0200-SA-S2-FL0-35-N1

Product Description:

Bosch Rexroth Indramat manufactured the MAD130B-0200-SA-S2-FL0-35-N1. This motor was created especially for demanding industrial automation applications. At its rated speed of 2000 rpm, it produces a rated torque of 80 Nm. Its 16.8 kW rated power further enhances its performance. This directly affects the motor's capacity to carry out work by indicating the speed at which electrical energy may be transformed into mechanical energy. 43 A is the motor's rated current. This figure shows how much electrical current the motor draws while running at its rated torque and power. At stationary, the MAD130B-0200-SA-S2-FL0-35-N1 can also provide a constant torque of 80 Nm, which it can sustain even while it is not spinning. This is especially crucial for applications that need to provide immediate torque for precise motions or keep a weight in a fixed position. A continuous current of 44.5 A at standstill further supports this capacity, showing that the motor can tolerate this current without overheating and yet retain its holding torque. This motor has a maximum torque of 187 Nm for applications that need larger torque outputs.

The motor's current and torque are directly correlated, as seen by the torque constant of 2.47 Nm/A at 20°C. For accurate motor output regulation, this constant value is essential. The motor has three pole pairs inside. This figure affects the torque and speed characteristics of the motor. This motor is ideal for applications needing high torque at moderate speeds since a larger number of pole pairs often results in a lower speed but a higher torque output. 0.084 kgm² is the moment of inertia of the motor's rotor, which rotates. The resistance of the rotor to variations in its rotational motion is shown by this number. The motor's bulk, which weighs 92 kg, is a crucial factor in determining how well it integrates physically into a system.

With a maximum speed of 7500 rpm, the motor offers a broad working range for a variety of applications. In sectors where quick movement is crucial, this high-speed capability enables higher throughput and quicker processing. When a step change in load is applied, the motor takes 45 minutes to attain 63.2% of its eventual temperature increase, as shown by the thermal time constant. This number is essential for comprehending the thermal behavior of the motor and making sure it runs within safe temperature ranges, avoiding overheating and possible damage during prolonged use. The environmental parameters that allow the motor to function dependably are defined by the acceptable ambient temperature range of 0 to +40°C.