HDS03.2-W100N-HT10-01-FW

What does “Function ID Code 10” signify for the Bosch Rexroth Indramat HDS03.2-W100N-HT10-01-FW drive controller?

The Function ID Code differentiates firmware/feature-sets inside the HDS controller lineup, affecting available motion control functions and diagnostics. Matching the correct Function ID ensures compatibility of software and control logic in multi-axis or networked systems, avoiding mismatches in parameters or error routines.

What is the trade-off between switching frequency (e.g. 4 kHz vs 8 kHz) in terms of continuous current capability?

At higher switching frequency (8 kHz), the drive’s continuous output current drops (to ~35 A) due to greater switching losses and thermal stress; at lower frequency (4 kHz), it can sustain ~50 A. So, applications requiring high speed and high bandwidth must accept lower current or ensure enhanced cooling.

What ambient temperature range does the DIAX04 HDS03.2-W100N drive support for full rated operation, and what happens outside that?

With nominal data (rated current & standard cooling), it supports up to about +45°C; under reduced nominal data (derated current), it can reach +55°C. Above these, the drive must be derated (lower current) or additional cooling provided, to prevent thermal shutdown or accelerated aging.

What altitude and voltage input constraints should engineers be aware of when deploying this drive in diverse locations?

The device supports installations up to ~1000 m above sea level without de-rating; at higher altitudes, reduced air density reduces cooling efficiency, so current capacity may need to be reduced or additional cooling supplied. Input mains voltage (including DC bus) must match rated values (e.g. 530-670 V DC bus) to avoid damage or underperformance.

In B2B settings like packaging or printing machinery, how does the HDS03.2’s power loss of ~280 W impact system power budgeting and thermal design?

The 280 W power loss (~heat dissipated) must be included in the thermal load for control cabinets—if multiple drives are mounted, cumulative heat could exceed allowable limits without ventilation or air conditioning. Also, the facility power supply must accommodate both draw to motors plus internal losses to avoid brown-outs or heating in supply wiring.

HDS 03.2-W100N-HT10-01-FW

HDS03-2-W100N-HT10-01-FW

HDS03.2-W100N-HT10-01

HDS032W100NHT1001FW

HDS3.2-W100N-HT10-01-FW

HDSO3.2-W100N-HT10-01-FW

Bosch Rexroth is the manufacturer of the HDS03.2-W100N-HT10-01-FW which is identified as a drive controller. The model uses SERCOS interface for communication and has 100 A of current rating. A built-in blower unit is installed in this controller to maintain its ambeint temperature. It is maintly used in robotics and manufacturing industries to perform several industrial automation tasks.