Product Description
Rexroth Indramat is the manufacturer of the MAC093C-0-DS-4-C/110-A-0/WA611XX AC servo motor. This unit has a nominal speed of 4000 min^-1. It is the maximum speed at which it is intended to run continuously. This motor's 4000 RPM speed suggests that it is designed for applications requiring accurate and quick motions. The rotational force that a device is capable of producing is its torque. Its continuous torque at a standstill of this device is 19.5 Nm or 28.0 Nm with surface cooling. For robotics and machine tools applications, a motor's ability to overcome inertia and accelerate rapidly is critical, and this is shown by a larger torque at a standstill.
The current that the motor draws while it is generating continuous torque at zero speed is known as the continuous current at a standstill which is 48 A or 69 A with surface cooling. Higher torque output is possible without overheating because of the surface cooling system's enhanced current capacity. The rotor moment of inertia is 42 x 10^-4 kgm^2. The motor's ability to change speeds fast is influenced by the inertia of the rotor. This control section has a torque constant equal to 0.413 Nm/A at 20 °C. This represents the motor's torque output per current ampere.
The resistance of the motor's windings to the flow of current is measured as Windings Resistance (0.089 Ohm at 20 °C). This accessory has a Winding Inductance of 1.5 mH. The motor's reaction to variations in current is influenced by inductance. The maximum peak pulse current is 242 A. This is the highest current that the motor can manage momentarily. Applications requiring short bursts of strong torque must have a high peak current capacity. The thermal time constant shows the rate at which the motor warms up or cools down (50 min, or 45 min with surface cooling). Its Mass is equal to 22.0 kg. Installation and system design take the motor's weight into account. We offer a one-year warranty when you buy this module from us.
Wake Industrial Warranty
