MAD130C-0250-SA-S2-AH1-05-N1

Product Description:

Bosch Rexroth Indramat manufactured the MAD130C-0250-SA-S2-AH1-05-N1 motor. The rotor moment of inertia, which is 0.115 kgm² for this type, is one of the most critical factors for implementation decision. This number shows the rotor's resistance to variations in its rotational motion. A decreased rotor moment of inertia makes faster acceleration and deceleration possible, which also improves dynamic performance and reaction times. This is especially crucial for applications that need quick changes in direction or speed, such as robotics and CNC milling, where accuracy and agility are crucial. With conventional bearings, the motor may reach a maximum speed of 7,500 rpm. However, if the application requires reinforced bearings, the maximum speed is lowered to 5250 rpm. This trade-off shows the significance of bearing selection in striking a balance between speed capabilities, load-bearing capacity, and operational life.

The MAD130C-0250-SA-S2-AH1-05-N1's maximum torque of 241 Nm enhances its speed capabilities. A higher torque number means that the motor can overcome resistance and drive loads more effectively. Torque is the rotating force that the motor can produce. Because of its significant torque output, the motor can manage brutal operations like heavy machining or intense inertial loads, guaranteeing dependable performance even in trying circumstances. At 20°C, the motor's torque constant is 2.1 Nm/A. This constant shows how the input current and the motor's output torque are related. A higher torque constant indicates greater efficiency in transforming electrical energy into mechanical power. Because of its efficiency, the motor uses less energy and costs less to operate, making it a more cost-effective and environmentally friendly option. The MAD130C-0250-SA-S2-AH1-05-N1 needs a minimum power cable cross-section of 16 mm² in order to operate safely and effectively. The motor's rated current of 67.0 A is directly tied to this specification.

At rest, the motor's constant torque is 110 Nm. This shows how much torque the motor can produce continuously without overheating while it is stationary. The motor's rated speed, which is 2500 rpm, is the speed at which it is intended to run continuously under typical load circumstances. This speed is often used to ensure dependable operation beyond the motor's mechanical or thermal limitations by striking a balance between performance, efficiency, and lifetime. The speed at which the motor's continuous exceeding must be lowered to prevent overheating is known as the derating speed, and it is 2000 rpm. In applications where the motor runs at different speeds, this is an essential factor to consider to prevent the motor's thermal capacity from being exceeded during prolonged high-speed operation.