Need help?Do you have a question about the Bosch rexroth KMS03.1B-A036-P-D7-ET-END-L3-TO-FW and is the answer not in the manual?
Identifies the document type as a manual for project planning.
Describes the IndraDrive Mi as an innovative system solution.
Details the KSM02 type code structure and its various designations.
Explains the KMS02 type code structure and its various designations.
Details the KMS03 type code structure and its various designations.
Explains the KCU02.2 type code structure and its various designations.
Details the KMV03 type code structure and its various designations.
Explains the KNK03 type code structure and its various designations.
Details the KLC03 type code structure and its various designations.
Defines the intended use of Rexroth products and emphasizes avoiding incorrect usage.
States that Rexroth products are state-of-the-art and tested for operational safety.
Outlines essential requirements for safe operation and use of components.
Lists various hazards associated with improper use of components, including electrical voltage and dangerous movements.
Provides safety measures for preventing contact with electrical parts, dangerous movements, and hot surfaces.
Provides safety measures for preventing contact with electrical parts and housings, especially those above 50 volts.
Explains the use of PELV systems for connecting devices with basic insulation.
Discusses causes of dangerous movements and necessary safety measures.
Warns about hazards to persons with medical implants due to electromagnetic and magnetic fields.
Advises caution when touching hot surfaces of components to avoid burns.
Provides safety guidelines for handling and mounting components to prevent injuries.
Specifies allowed mounting positions for components and provides details on mounting clearance.
Provides detailed technical data for KSM02 servo drives, with and without holding brake.
Presents technical data for KSM02 without a motor holding brake, covering various model specifications.
Provides technical data for KSM02 with a motor holding brake, highlighting differences from the non-brake version.
Shows characteristic curves (torque vs. speed) for KSM02 motors under different supply conditions.
Provides detailed dimensions and technical design specifications for KSM02.
Displays dimensional drawings for KSM02.1B-041C, including mounting clearance.
Explains allowed radial and axial forces, shaft load, and bearings, with diagrams and tables.
Presents technical data for KMS02 near motor servo drive, including UL/CSA standards and operating conditions.
Presents technical data for KMS02 near motor servo drive, including UL/CSA standards and operating conditions.
Provides dimensional drawings for KMS02, including mounting clearance and boring dimensions.
Describes the KCU02 drive connection box and its primary functions.
Describes the KCU02 drive connection box and its primary functions.
Lists currents, voltages, and power data for the KCU02 drive connection box.
Displays dimensional drawings for the KCU02, including minimum mounting clearance.
Specifies ambient and operating conditions, including UL ratings, for KMV03 supply units.
Presents technical data for the KLC03 DC bus capacitor unit, including mass, voltage, and capacitance.
Presents technical data for the KLC03 DC bus capacitor unit, including mass, voltage, and capacitance.
Shows dimensional drawings for the KLC03.1N-B04M7 in thermal interface configuration.
Displays dimensional drawings for the KLC03.1N-A04M7 in natural convection configuration.
Provides dimensional drawings for the KLC03.1N-W04M7 in forced cooling configuration.
Lists technical data for KNK03 mains filter, including currents, voltages, and power specifications.
Lists technical data for KNK03 mains filter, including currents, voltages, and power specifications.
Shows dimensional drawings for KNK03.1A-NR-B/Ixxxx with thermal interface.
Displays dimensional drawings for KNK03.1A-NR-Axxxx with natural convection.
Provides dimensional drawings for KNK03.1A-NR-Wxxxx with forced cooling.
Presents technical data for KMS03 near motor servo drive, including UL/CSA standards and operating conditions.
Presents technical data for KMS03 near motor servo drive, including UL/CSA standards and operating conditions.
Shows dimensional drawings for KMS03.1B-A036 and KMS03.1B-B036.
Explains the connection point for equipment grounding conductors in cabinet-bound and cabinet-free drive systems.
Describes how to ground device housings and drive lines for functional safety and protection.
Identifies and describes the significance of various connection points on the KCU02.
Identifies and explains the significance of various connection points on the KCU02.
Explains the function, pin assignment, and data for the X49 Safe Torque Off connection.
Details the function, pin assignment, and properties of the X50 E-Stop input.
Explains the X53 connection for control voltage output, including function, pin assignment, and electrical data.
Details the function of the X54 connection for DC bus and equipment grounding conductor output.
Provides technical data for the DC bus connection points L+ and L-, including screw connection details.
Explains the PELV for 24V power supply units and provides technical data for the connection points.
Identifies and describes the significance of various connection points on the KSM02.
Identifies and describes the significance of various connection points on the KSM02.
Details the function, pin assignment, and properties of the X37 and X38 digital inputs/outputs.
Explains the hybrid cable connection points X103.1 and X103.2, including codings and plugging cycles.
Describes the X104 connection for motor encoders, specifying compatible encoder types and cable requirements.
Details the function of connection point X141 for safety technology and service input, noting its difference based on device options.
Explains the necessity and procedure for connecting a second equipment grounding conductor.
Identifies and describes the significance of various connection points on the KMS02.
Identifies and describes the significance of various connection points on the KMS02.
Describes the X104 connection for motor encoders, specifying compatible encoder types and cable requirements.
Details the X156 connection for motor power and holding brake, including pin assignment and cable specifications.
Describes the X156 connection for single-cable motor and motor encoder connection.
Identifies and describes the significance of various connection points on the KMS03.
Identifies and describes the significance of various connection points on the KMS03.
Explains the XD3 connection for motor power, including pin assignment and mechanical/electrical data.
Discusses connections for motor temperature monitoring and motor holding brake control, including safety warnings.
Describes the XG4 connection for digital motor encoders, listing compatible encoder types and pin assignments.
Details the XG8 connection for analog motor encoders, specifying signal types and cable information.
Identifies and describes the significance of various connection points on the KMV03.
Identifies and describes the significance of various connection points on the KMV03.
Explains X141 safety technology function for KMV03, noting it's not a safety zone node.
Details the XD1 connection for mains voltage, including pin assignment and mechanical/electrical data.
Explains the XD10 connection for control voltage, including pin assignment and mechanical data.
Identifies and describes the significance of various connection points on the KNK03.
Defines safety zones and illustrates a system with two safety zones.
Defines safety zones and illustrates a system with two safety zones.
Explains how to set the address for KSM/KMS using H and L rotary switches.
Details how integrated holding brakes are supplied and controlled, including safety requirements.
Details how integrated holding brakes are supplied and controlled via firmware or SERCOS commands.
Outlines safety requirements for using holding brakes, including proper operation and system design.
Provides safety warnings regarding live parts and lifting heavy loads, emphasizing de-energization and protective clothing.
Provides safety warnings for touch guards and instructions on proper mounting and use.
Provides general information and warnings regarding electrical connections.
Provides general safety warnings regarding live parts and emphasizes the need for skilled electricians and proper safety procedures.
Details the RKB0033 cable for safety technology, used for forming new safety zones.
Explains the RBS0023 connector for KMS/KMS safety zone nodes and its function.
Explains diagnostic functions for KMV and KCU02 using LEDs, and KSM/KMS using LED H14.
Details the KCU02 diagnostic display, explaining the status and measures for various LEDs (H49, H52.1-H54).
Explains the KSM/KMS diagnostic display using LED H14, detailing color/flashing patterns and significance for various drive statuses.
Provides general information and outlines tasks for eliminating errors or malfunctions.
Provides general safety warnings before working on live parts and outlines tasks for eliminating errors.
Gives step-by-step instructions for replacing fuses F4 and F5, including safety precautions.
Outlines the procedure for deactivating motors and dismounting components, including safety precautions.
Outlines the procedure for deactivating motors by following machine-specific instructions and safety measures.
Details the procedure for replacing defective components, emphasizing safety and proper handling.
Explains the X141 interface for releasing the integrated holding brake and provides safety warnings.
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General