MAC041C-0-TS-2-E/050-A-0/S007

Product Description:

The MAC041C-0-TS-2-E/050-A-0/S007 is a servo motor manufactured by Bosch Rexroth Indramat. A servo motor is a high-tech device. It controls motion precisely in different industries. It works by using magnetic fields. The fields come from the rotor's permanent magnets and the controlled currents in the stator windings. The brushless design removes wear from brushes. This boosts reliability and extends lifespan. The specific winding and pole count determines the torque and speed, so you have complete control over the motor performance. The motor operates at 230/400 V AC, so it’s compatible with standard power supplies. The dual voltage allows for installation versatility to deploy in different electrical environments. And the 50/60 Hz frequency rating means it’s adaptable to different grid standards.

The MAC041C-0-TS-2-E/050-A-0/S007 is designed for tough conditions. It works well in temperatures from -10°C to 50°C. This range helps it perform consistently, no matter the environment. The IP54 ingress protection rating means it’s robust against external contaminants. The first digit, 5, shows protection from harmful dust. The second digit, 4, indicates protection from water splashes from all directions. This protection is vital in industrial settings. Dust, moisture, and other environmental factors can affect operations. It delivers 4.4 (6.6) Nm continuous torque at a standstill, so the torque is stable even when the rotor is stationary. This is important for applications with high starting torque or load holding. The continuous standstill current is 7.3 (11.7) A so this is the current required to hold this torque. The rotor moment of inertia is 9.9 x 10⁻⁴ kgm². This value shows how much the rotor resists speeding up or slowing down. It also impacts the motor’s dynamic response. A lower moment of inertia means faster changes in motion, so better system agility.

The torque constant is 0.600 Nm/A at 20°C. This means there’s a direct link between torque output and applied current. A higher torque constant improves efficiency in turning electrical energy into mechanical torque. A winding resistance of 1.24 Ohm at 20°C means energy dissipation, lower is better for less power loss and heat generation. A winding inductance of 10 mH lets the motor store energy in its magnetic field. This storage impacts its dynamic performance. The motor can manage a peak pulse current of 37 A. This helps it support high transient loads for a short time. It's crucial for quick speed or direction changes in motion-intensive applications. A thermal time constant of 45 (20) minutes means the time for the windings to reach 63.2% of its final temperature rise under load changes.