HDS03.1-W075N-HT05-01-FW

Why does HDS03.1-W075N-HT05-01-FW support -30°C to +85°C storage range?

The wide storage and transport range improves environmental adaptability. It allows safe handling under extreme conditions, preventing component degradation during transit or downtime, ensuring long-term durability and reliable reactivation when redeployed.

How does HDS03.1-W075N-HT05-01-FW provide 40 A at 4kHz continuous current?

Delivering 40 A at 4kHz ensures optimized switching frequency performance. It balances current capacity and operational stability, minimizing losses while maintaining consistent motor drive precision under continuous duty conditions.

Does HDS03.1-W075N-HT05-01-FW reduce current capacity at 8kHz frequency operation?

Yes, at 8kHz the continuous current reduces to 30 A. This derating safeguards against excessive heating, ensuring drive longevity and consistent performance while operating at higher switching frequencies.

Why does HDS03.1-W075N-HT05-01-FW specify 55°C maximum permissible ambient operation?

The 55°C derated ambient limit ensures thermal safety under elevated environmental conditions. Beyond this threshold, current capacity decreases, protecting internal circuits while maintaining system stability and overall drive reliability.

How does HDS03.1-W075N-HT05-01-FW support high-performance industrial drive applications?

With high current rating, controlled power loss, and wide thermal tolerance, the drive ensures efficient motor control. It supports heavy machinery requiring precision, stability, and consistent torque under continuous high-demand conditions.

HDS 03.1-W075N-HT05-01-FW

HDS03-1-W075N-HT05-01-FW

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HDS3.1-W075N-HT05-01-FW

HDSO3.1-W075N-HT05-01-FW

The Bosch Rexroth Indramat HDS03.1-W075N-HT05-01-FW is a robust drive controller designed for demanding performance. Rated current of 75 A, 220 W power loss handling, extended -30°C to +85°C storage range, and 40 A continuous current at 4kHz highlight its reliability. Commonly applied in CNC machinery requiring high-current stability with efficient derating at 55°C.