Product Description
Rexroth Bosch manufactures the 2AD104D-B35OB1-FS07-A2N1 AC servo motor. Compared to sizes A, B, or C, the Rexroth MAD104D servo motor has a larger frame thanks to its frame length D. Because of its longer length, which can support a larger rotor and result in more torque and power production, it is the best option for applications requiring strong performance. This motor has an integrated multiturn absolute encoder and a digital servo feedback system. Effective heat dissipation is provided by the motor's surface cooling, which is enabled by a mounted axial fan (SA). In situations when liquid cooling may not be desired or feasible, this cooling technique is very helpful.
The motor's thermal time constant of 20.0 minutes is a noteworthy characteristic. This is the amount of time the motor needs to attain 63% of its maximum temperature while operating at a rated load. Together with the thermal time constant, the cycle length (S6 - 44%) of 10 minutes indicates how long it will take the motor to achieve thermal equilibrium when operating on periodic duty. The component's discharge capacity, which is 10.2 nF, represents the capacitance between the motor's housing and power connections. When it comes to electrical safety and electromagnetic compatibility, this value is important. The synchronous speed of the motor, which controls how quickly the magnetic field spins within the motor, is influenced by its three pole pairs.
This in turn has an impact on the torque and overall speed characteristics of the motor. The 2.5 mm^2 power wire cross-section provides information on the wire thickness used in power transmission. The motor's mass is 72.0 kg, influences the mechanical and inertia aspects of system design. Furthermore, the resistance of the rotor to variations in rotational motion is measured by its moment of inertia, which is 0.0392000 kgm^2. Last but not least, the motor's operating acoustic emissions may be understood thanks to its sound pressure level of 70 (+3) dB. We provide a one-year warranty.