Product Description
Bosch Rexroth is a renowned manufacturer of industrial equipment on a worldwide scale. The firm provides an extensive selection of goods, such as drive controllers, frequency converters, drive converters, brake choppers, and inverter modules.
The DDS03.2-W030-BE41-01 model attached motor consumes 110 watts and at a 15 A of continuous current. This drive controller and its environs should only be accessible to individuals with the necessary qualifications. Software controls the functioning of the DDS03.2 drive controller, which works at a constant current of 12 A. As a precaution, high-frequency, radio-frequency, and remote-control gadgets should not be used in close proximity to the device's electronics or power supply. The major function of this drive controller is to transform electrical energy into mechanical energy by regulating the current flowing through the motor's windings in response to varying load circumstances or user inputs. Using power electronics circuitry that functions as a bridge between the source of alternating current and the direct current required by the motor windings, this is accomplished. This DDS03.2 drive controller receives input from a command communications module, several plugin modules, and a software module. Additional modules for the model may be put into the model's available slots. Depending on the application, each of the U1, U2, and U5 slots may host a unique combination of modules. The software and hardware requirements for this drive controller are pre-configured.
The model DDS03.2-W030-BE41-01 features both digital servo and resolver feedback and is quite compact for its capabilities, weighing around 5.5 kg without accessories. The drive controller contains a rapid action control system and a SERCOS interface communication module when used in combination with the mentioned modules and components. The firmware for the model (DDS03.2-W030-BE41-01), which includes the operational software for the module, must be acquired separately.
Wake Industrial Warranty
