R911280533 (HDS03.1-W100N-HA02-01-FW)

Why does the HDS03.1-W100N-HA02-01-FW require a minimum clearance of 50 mm at the bottom side?

The clearance of 50 mm ensures adequate airflow and heat dissipation, preventing thermal overload and maintaining stable performance during continuous high-current operation in compact enclosures.

How does the HDS03.1-W100N-HA02-01-FW benefit from its 50 A continuous current at 4 kHz?

The 50 A continuous current allows efficient handling of high-load operations, delivering stable torque and reliable response. This ensures precision in demanding applications like CNC systems and motion control equipment.

Why is the HDS03.1-W100N-HA02-01-FW designed with an IP10 protection category?

The IP10 rating protects against accidental contact with internal components. It is suitable for controlled environments where dust and moisture exposure are minimal, ensuring reliability without unnecessary sealing complexity.

How does the 11 kg weight of the HDS03.1-W100N-HA02-01-FW support installation and stability?

The 11 kg build provides structural stability, reduces vibration, and simplifies secure mounting. This weight distribution ensures the drive remains durable and reliable in both horizontal and vertical configurations.

Does the depth of 359 mm on the HDS03.1-W100N-HA02-01-FW affect integration?

The 359 mm depth enables compact installation while accommodating advanced internal components. This size balances functionality and space efficiency, making it suitable for integration into various industrial drive cabinets.

HDS 03.1-W100N-HA02-01-FW

HDS03-1-W100N-HA02-01-FW

HDS03.1-W100N-HA02-01

HDS031W100NHA0201FW

HDS3.1-W100N-HA02-01-FW

HDSO3.1-W100N-HA02-01-FW

hds03.1-w100n-ha02-01-fw

HDS03 1 W100N HA02 01 FW

Indramat manufactures the HDS03.1-W100N-HA02-01-FW controller that is designed for precision control tasks. It features 359 mm depth, 11 kg weight, 50 mm clearance, IP10 protection, and 50 A continuous current capability. This drive is primarily applied in CNC machining systems where reliable high-current performance at 4 kHz ensures consistent accuracy.