2AD180C-B35OA1-BS03

What impact does high-resolution motor feedback have on the 2AD180C-B35OA1-BS03 motor's control?

High-resolution feedback allows for finer control over motor movement, making it ideal for precise tasks. It enhances performance in systems where accuracy and quick adjustments are vital.

What is the significance of the "C" motor length code in the 2AD180C-B35OA1-BS03?

The "C" code indicates a specific motor length that balances size and power output. It ensures the motor can be integrated into systems with particular spatial constraints while maintaining optimal efficiency.

Why is flange and foot mounting used for the 2AD180C-B35OA1-BS03 motor?

The flange and foot mounting combination allows for adaptable installation, providing secure positioning in both fixed and rotating applications. This ensures stability and ease of installation in a variety of setups.

How does the "top" power connection position improve the installation of the 2AD180C-B35OA1-BS03 motor?

With the power connection positioned at the top, cables can be easily routed without interference. This positioning makes the motor easier to install in confined spaces, improving overall system organization.

Can the 2AD180C-B35OA1-BS03 motor operate effectively within a 0-40°C ambient temperature range?

Yes, this motor is designed to work efficiently within this temperature window. Its construction ensures stable performance and prevents overheating, making it suitable for typical industrial environments.

2AD180C B35OA1 BS03

2AD180CB35OA1BS03

2AD180C-B350A1-BS03

2AD18OC-B35OA1-BSO3

2AD180C-835OA1-8S03

2AD18OC-835OA1-8SO3

2AD180CB350A1BS03

2AD18OCB35OA1BSO3

The Rexroth Indramat’s 2AD180C-B35OA1-BS03 motor is designed for high-performance industrial applications. Featuring axial blower cooling at 400V, it ensures efficient thermal management during continuous operation. The motor’s high-resolution feedback system guarantees precise speed and position control, while the flange and foot mounting options allow for flexible integration.