HDS03.2-W100N-HA18-01-FW

What’s the impact of using version 2 with Function ID 18 in practice?

It locks in a specific functional profile, ensuring predictable integration with DIAX04 systems. This consistency is useful for long-term maintenance across multiple machines.

How does the DIAX04 family architecture influence performance?

It standardizes controller interfaces across drives, enabling easier swaps and streamlined service. This reduces downtime when replacing or upgrading controllers.

Is there a benefit to the built-in cooling compared to external cooling modules?

Built-in cooling lowers installation complexity and space requirements inside the cabinet. It also minimizes additional points of failure compared to separate cooling devices.

How should housing be considered when installing this controller?

The unit is typically mounted within an industrial control cabinet that provides environmental protection. Adequate clearance around the blower intake and exhaust is required to avoid airflow obstruction.

How does rated current affect drive system design choices?

With 100 A capacity, it can drive larger or more demanding motors. Designers must also ensure that upstream protection devices, such as fuses or breakers, are appropriately sized.

HDS 03.2-W100N-HA18-01-FW

HDS03-2-W100N-HA18-01-FW

HDS03.2-W100N-HA18-01

HDS032W100NHA1801FW

HDS3.2-W100N-HA18-01-FW

HDSO3.2-W100N-HA18-01-FW

The HDS03.2-W100N-HA18-01-FW is a Bosch Rexroth Indramat drive controller for DIAX04 systems. It provides 100 A rated current, uses a built-in internal air blower, and accepts analog command communication. This controller is mounted on SUP-M01-HD rails inside a control cabinet with IP10-class protection.