2AD132D-B05OA2-AS23-D2N1

Product Description:

Bosch Rexroth Indramat manufactured the 2AD132D-B05OA2-AS23-D2N1 motor. With a shaft height of 132mm, this flange-mounted asynchronous motor from the prestigious 2AD 3-Phase Induction Motors is appropriate for a variety of industrial applications. A holding brake is an essential safety element in dynamic industrial settings because it guarantees solid placement and inhibits unintentional movement. This motor is compatible with the current infrastructure since it runs on a 400V power supply, which is typical in industrial environments. Its rated output of 19.3kW provides significant mechanical power for demanding applications. Its rated speed of 1150 rpm indicates that it can provide effective rotational motion for a range of applications. But what really makes this motor unique is its astounding maximum speed of 7500 rpm, which enables high-speed operations when needed.

Examining its characteristics in more detail, the motor's "Transferable Torque" of 100 Nm indicates how much rotational force it can transfer to a load. A key idea in physics is torque, which is the propensity of a force to twist an object about an axis. The motor's capacity to drive heavy loads and overcome severe 100 Nm torque shows the rotating resistance in this context by the 100 Nm torque. The electrical motor's internal control circuitry is indicated by the "Connection Voltage" of DC 24V ± 10%. By simplifying the electrical architecture and ensuring safety, this comparatively low voltage reduces the possibility of electrical risks. The motor's "Rated Current" of 1.6 A is the amount of electricity it draws while operating normally at rated power. This number is essential for determining the size of electrical components and ensuring the motor runs within safe electrical bounds. Overcurrent may cause overheating and possible harm.

It measures the motor's resistance to variations in its rotating motion with a "Moment of Inertia" of 0.002 kgm². Inertia is the propensity of an object to resist changes in its state of motion, and it is an essential term in physics. A decreased moment of inertia makes faster acceleration and deceleration possible, improving the motor's dynamic performance and responsiveness. The motor's "Rated Torque" of 155 Nm shows the rotational force it can continually produce at its rated power and speed. This number is essential when choosing a motor that can satisfy an application's precise torque needs. The motor's "Standstill Continuous Current" of 73.5 A is the highest current it can tolerate without overheating while stationary. This is crucial when an overload or blockage might cause the motor to stall briefly. The "Standstill Continuous Torque" of 160 Nm shows the motor's best torque when stationary. The "Derating Speed" of 1500 rpm indicates the speed at which the motor's power output begins to drop. This value is crucial for applications requiring variable-speed operation.