Product Description:

The DDS02.1-W015-DL41-01-FW is a digital AC servo drive controller built by Bosch Rexroth Indramat for the DDS Drive Controllers series. Serving as the closed-loop interface between a motion controller and a synchronous servo motor, this unit regulates current and velocity so a single axis maintains commanded position within an automated machine. It is intended for applications that need controlled acceleration, steady running speed, and repeatable stopping behavior during automated motion. Position loops are processed through single-axis position control, which is suited to systems where one mechanical axis requires direct regulation.

Its continuous output capability is 15 A, allowing medium-power motors to be driven without exceeding thermal limits. Heat is removed by air from inside the control cabinet, so adequate internal airflow is required instead of external blowers. The housing meets the IP20 protection category, which protects against accidental finger contact with live parts while not claiming resistance to liquid ingress. Because of that enclosure class, the drive is intended for installation inside a cabinet or similar protected housing. Electronics perform reliably from 0–45 °C, a range suited to most industrial panels but one that may require derating above this point. Rotor angle and speed are returned over digital servo feedback, enabling high-resolution motion data for the drive’s current vector algorithms during speed and position changes. These operating characteristics support accurate motion in packaging, printing, and material-handling machines.

The unit belongs to line 02, carries hardware version 1, and implements function ID 01. It can be stored safely between −30–85 °C, which helps protect components during shipment and shelf storage. This storage range supports transport and long-term indoor storage before installation. During operation, the drive is rated for mounting up to 1000 m above sea level. Above that altitude, reduced air density can lower cooling capacity and may require current derating.