MAC041A-0-FS-4-E/050-A-1/WI671LV

How does the 400 VAC rated voltage affect motor compatibility?

The 400 VAC rated voltage supports medium to large-scale industrial systems and ensures compatibility with a broad range of machines. It facilitates efficient power delivery for demanding operations in environments requiring stable power sources.

How does the 16 A output current improve motor performance?

The 16 A output current allows the motor to provide high torque output even under load conditions. This ensures effective power transmission to mechanical components, enhancing performance in precise and high-demand applications.

What are the benefits of the 3-phase input for motor efficiency?

The 3-phase input provides smoother power flow, reducing voltage fluctuations that could affect motor speed and torque. This ensures consistent and reliable operation in industrial automation systems.

What is the role of forced air cooling in maintaining motor performance?

Forced air cooling helps prevent overheating by efficiently dissipating heat generated during motor operation. This cooling method extends the motor’s life and ensures consistent performance during continuous high-demand use.

How does IP20 protection influence the motor’s application in harsh environments?

The IP20 protection guards the motor against solid objects larger than 12 mm but does not protect against water ingress. It is ideal for indoor, controlled environments but should be kept away from direct water exposure.

The MAC041A-0-FS-4-E/050-A-1/WI671LV motor from Bosch Rexroth Indramat features forced-air cooling, 3-phase input and IP20 protection. Operating between –10°C to 50°C with a 400 VAC rated voltage and 0.95 power factor it delivers 16 A output. It is ideal for industrial automation and motion control requiring stable multi-phase performance.