2AD132C-B35RA2-BS03-B2N2

Product Description:

Bosch Rexroth Indramat manufactured the 2AD132C-B35RA2-BS03-B2N2. This motor is distinguished by its remarkable torque production of 100 Nm at a rated speed of 1,000 rpm. In industrial automation, torque—a rotational force—is essential because it governs the motor's capacity to overcome resistance and start or speed up the rotation of machines. When it has a high torque value like this, the motor can drive large weights and carry out operations that require a lot of mechanical power. The motor's ideal operating speed, at which it effectively produces the specified torque and power, is 1,000 rpm. With a maximum speed of 7,500 rpm, this motor offers versatility for applications that call for high-speed operations. A 10.7 kW rated power output powers this performance. This figure shows how quickly electrical energy may be transformed into mechanical work by the motor. A higher power output increases the ability to power bigger or more demanding equipment.

The motor consumes a rated current of 24.2 A in order to provide this power output. The magnetic fields created by the electrical current passing through the motor windings combine to provide the motor its rotating force. Under its rated operating conditions, the motor is designed to manage this current constantly. It's interesting to note that 24.2 A is also the standstill continuous current or the most current the motor can tolerate while it is not moving. The motor's thermal time constant—50 minutes in this instance—is a crucial component of its performance. This figure indicates how long it takes the motor, operating at a constant load, to attain 63.2% of its ultimate temperature increase. A greater capacity to disperse heat and tolerate thermal stress is indicated by a longer thermal time constant, such as the one this motor displays.

The motor's physical attributes also influence its overall performance and appropriateness. Its 115 kg mass gives it the stability and inertia needed for smooth operation, particularly in situations requiring fast acceleration and deceleration or high speeds. The rotor's moment of inertia, which is 0.076 kgm², influences the motor's dynamic reaction and rapid speed changes. An IP65-rated, sturdy casing protects these interior components. This worldwide standard guarantees total defense against water jets coming from any direction and against dust intrusion. According to DIN VDE 0530-1, its insulation class F further enhances its dependability. This certification indicates that the motor's insulation can tolerate temperatures of up to 155°C, providing a buffer against overheating and guaranteeing long-term robustness.