Product Description:

The DDS02.2-W100-BE23-00 is a digital AC servo drive controller manufactured by Bosch Rexroth Indramat and included in the DDS Drive Controllers series. It conditions incoming power, executes torque and velocity commands, and drives matched servo motors, forming the electrical link that converts control-system setpoints into coordinated mechanical motion on automated production lines. This type of controller is used where accurate speed regulation, repeatable positioning, and responsive axis behavior are required in automated equipment. The controller supports digital servo feedback and resolver feedback, allowing it to work with high-resolution encoders in precision axes or with resolvers in demanding environments.

The controller exchanges real-time data with PLCs through a SERCOS interface, allowing synchronized axis updates during each communication cycle and stable coordination with the rest of the motion system. Thermal dissipation is handled by internal air cooling, so cabinet air passes across the heat sink and unobstructed airflow inside the enclosure remains important for normal operation. With an enclosure rating of IP20, the unit helps prevent finger contact with live parts but must be installed in a protected panel to limit dust and liquid exposure. A continuous output capacity of 100 A allows the device to supply high-inertia servo motors without current limiting during sustained operation. Reliable service is intended for ambient conditions from 0 to 45 °C, which suits most industrial control cabinets and common machine enclosures.

Performance remains unchanged at elevations up to 1000 m, so standard plant installations usually do not require derating. During transit or long-term storage, it withstands ambient extremes of -30 to 85 °C, helping protect power semiconductors and control electronics from temperature-related stress when the drive is not operating. The product is part of Line 02, which places it in the second DDS design line and keeps parameter handling consistent with related modules. That design line is commonly used in multi-axis cabinets that rely on consistent communication and control behavior across installed modules.