HDS03.2-W100N-HA15-01-FW

How is the Function ID Code 15 relevant during commissioning?

It specifies the drive’s functional personality, determining supported motion and control modes. Mismatching it with the intended motor setup can lead to parameter errors.

Can the HDS03.2-W100N-HA15-01-FW be paralleled with other drives for higher loads?

These drives are not designed for direct parallel operation. Instead, multi-axis synchronization is achieved through coordinated control, not shared output stages.

What operational risks arise if airflow to the drive is restricted?

Insufficient cooling can lead to overheating, triggering thermal shutdowns. Persistent heat stress reduces lifespan of semiconductors and capacitors.

How does belonging to the DIAX04 family benefit long-term serviceability?

It ensures access to a standardized range of modules, cards, and repair practices. This reduces downtime and simplifies sourcing of replacements.

In what types of machines is a 100 A drive typically applied?

It is used in systems requiring high dynamic response, such as robotics, presses, and packaging lines. These applications demand both rapid acceleration and precise control.

HDS 03.2-W100N-HA15-01-FW

HDS03-2-W100N-HA15-01-FW

HDS03.2-W100N-HA15-01

HDS032W100NHA1501FW

HDS3.2-W100N-HA15-01-FW

HDSO3.2-W100N-HA15-01-FW

Bosch Rexroth Indramat manufactures the HDS03.2-W100N-HA15-01-FW drive controller that comes under HDS series. It uses analog command communication, belongs to the DIAX04 controller family, delivers 100 A with version 2 design, has Function ID 15, built-in internal air blower cooling, and no alternate versions. These drives are used in high-performance motion control tasks such as robotics, packaging, printing, handling and mounting systems wherever precise control and high current handling are needed.