Product Description
The KSM02.1B-041C-42N-S1-HP2-ET-L3-D7-NN-FW motor integrated servo drive is a new type of industrial machine designed by Rexroth Indramat. This device is unlike conventional servo drive as it can simultaneously operate as a synchronous motor and a servo drive in the servo system. This servo drive operates with the MPB-04V20 firmware module; thus, it can be configured to meet the operational requirements of several industrial processing systems such as conveyor systems, printing systems, assembly systems and lots more. The housing of this servo drive is designed according to the IP65 protection class; it is uniquely structured to permit the installation of the servo drive into the main mounting positions; IM B5, IM V1, and IM V3. The KSM02.1B-041C-42N-S1-HP2-ET-L3-D7-NN-FW should only be operated with applications that meet the NFPA 79 industrial application standard.
The KSM02.1B-041C-42N-S1-HP2-ET-L3-D7-NN-FW motor integrated servo drive features an electrically releasing holding brake that helps the integrated motor retain axial load during emergency stops; this holding brake has a holding torque of 4 newton-meters and a maximum clamping delay of 35 milliseconds. The servo drive can work with any input voltage that falls between 540 to 750 volts and a maximum bypass current of 25 Amperes.
The KSM02.1B-041C-42N-S1-HP2-ET-L3-D7-NN-FW servo drive delivers optimum results when it is operated at an ambient temperature that falls between 0 to 40 degree Celsius. Above this permisable temperature range, the performance data of the servo drive begins to reduce significantly; it is thus important for the operator to keep a constant watch over the ambient temperature at which the servo drive is operating. Also, the KSM02.1B-041C-42N-S1-HP2-ET-L3-D7-NN-FW servo drive should only be operated in a climate that falls under the 3k3 climatic class. This servo drive has a total weight of 5.9 kilograms. This unit can be shipped globally with a one-year warranty period from Wake Industrial.
Wake Industrial Warranty
