MAC041A-0-IS-4-E/050-A-0/WI651LV

What is the impact of the continuous current at standstill of 11 A on motor performance?

The 11 A continuous current at standstill ensures high starting torque for applications that require strong initial movement. This value helps in maintaining stable operation under varying load conditions.

How does the insulation class F affect the motor’s longevity?

The insulation class F allows the motor to operate safely at higher temperatures up to 155°C. It extends the lifespan of the motor in environments where heat dissipation is a concern.

What is the practical use of a maximum pulse current of 54 A in the motor?

The maximum pulse current of 54 A allows the motor to handle short-term high-load situations without damaging the windings. It is especially useful for high-torque applications that require rapid acceleration or deceleration.

What are the benefits of the motor’s permissible ambient temperature range of 0°C to +45°C?

The permissible ambient temperature range of 0°C to +45°C ensures reliable operation in most industrial environments. It also prevents overheating in warmer climates while maintaining efficiency in cooler settings.

What are the implications of the thermal time constant of 50 minutes?

The thermal time constant of 50 minutes indicates how long it takes for the motor to reach a steady-state temperature. This value helps in designing motor cooling systems for sustained high-performance operations.

The MAC041A-0-IS-4-E/050-A-0/WI651LV motor from Bosch Rexroth Indramat is a reliable solution with an IP65 protection class and fanless convection cooling. Featuring dual feedback with tachofeedback, it delivers consistent torque and low noise making it suitable for demanding automation tasks and motion control systems in industries like automotive and packaging.