HCS03.1E-W0350-A-05-LNBN

How does the infeeding/feeded power supply unit configuration affect system design?

It allows both regenerative energy recovery and shared DC bus configurations. This flexibility supports multi-axis systems and reduces overall energy consumption in continuous-duty operations.

What impact does the 350 A maximum current capacity have on system sizing?

It determines the compatible motor torque and acceleration capabilities. Engineers should ensure cabling, circuit protection, and heat dissipation are rated accordingly for sustained operation.

Can the HCS03.1E-W0350-A-05-LNBN operate with variable mains voltages?

Yes, it tolerates voltage fluctuations between +10% and -15% of 400–500 V AC. This ensures stable performance in industrial environments with inconsistent power quality.

How should airflow be managed when integrating this drive in a dense control cabinet?

Maintain unobstructed air paths and sufficient spacing around the blower intake and exhaust. Overcrowding can restrict cooling efficiency, leading to thermal derating or fault conditions.

Can multiple HCS03.1E-W0350-A-05-LNBN units share a common DC bus?

Yes, when configured in a feeded topology, multiple drives can share regenerative power. This arrangement improves energy efficiency and reduces the need for separate braking resistors.

hcs04.2e-w0520

HCS031EW0350A05LNBN

HCS03 1E W0350 A 05 LNBN

HCS3.1E-W0350-A-05-LNBN

The Bosch Rexroth Indramat HCS03.1E-W0350-A-05-LNBN is a drive controller from the IndraDrive HCS series designed for industrial motion control. It supports 15–75 kW power, operates on 3-phase AC 400–500 V, and uses internal air cooling. This controller is commonly used in packaging machines, robotics, and metal processing systems.