MAC041C-0-LS-2-E/050-B-0

What power capability supports high-speed tasks in industrial-grade servo applications?

It delivers 2.9 kW of mechanical power for sustained dynamic loads. This enables high-frequency operation in demanding systems like tool changers and gantry robots.

How does this servo motor achieve reliable position feedback in synchronized control loops?

An incremental encoder ensures accurate position resolution. It maintains tight servo loop performance even during variable-speed or multi-axis operations.

What material construction helps resist industrial wear while keeping weight manageable?

The aluminum housing offers a balance of strength and thermal conductivity. It protects internal components while minimizing excess mass on moving assemblies.

Which automation environments benefit from the control stability of this servo motor?

It is ideal for CNC systems, robotics, and high-speed automation. The motor’s dynamic response and consistent torque output improve process repeatability.

How does the rotor design affect acceleration and control in rapid-response systems?

The MAC041C-0-LS-2-E/050-B-0 features a rotor inertia of 1.9×10⁻⁴ kg·m². This supports fast acceleration with minimal overshoot, ideal for agile CNC and robotic motion.

The Bosch Rexroth Indramat MAC041C-0-LS-2-E/050-B-0 is a servo motor that features a rotor inertia of 1.9×10⁻⁴ kg·m². It is ideal for precise dynamic response. It offers 2.9 kW mechanical power, includes an incremental encoder, and is housed in robust aluminum. It is used in CNC, robotics, and high-speed automation systems.