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Manual for applying the Rexroth RD 500 RD51 drive control devices.
Read these instructions before the equipment is used and eliminate the risk of personal injury or property damage.
Identifies hazards associated with incorrect use, including high voltage, dangerous movements, and hot surfaces.
Provides general guidelines on product use, personnel qualifications, spare parts, and application restrictions.
Details safety measures for preventing contact with live electrical parts and high voltages.
Describes the RD 500 as a state-of-the-art, universal three-phase drive system for various motors.
Lists key technical features such as AC or DC supply, cooling types, user panel, and interfaces.
Explains the structure and coding used in device type keys for different RD51 series.
Provides essential information and guidelines for the correct and safe use of the drive control units.
Provides detailed technical specifications for RD51.2 converters, size classes A and B, at specific pulse frequencies and voltages.
Provides detailed technical specifications for RD51.2 converters, size classes A and B, at 12 kHz pulse frequency.
Provides detailed technical specifications for RD51.1 converters, size classes C, D, E, at 4 kHz pulse frequency.
Explains the circuit principles for electronics and power sections of the converters.
Covers general mechanical assembly aspects including storage, installation requirements, and utilization.
Details the modular design and mounting procedures for RD 500 units, sizes A to E.
Provides safety precautions and technical data for working with the coolant circulation system.
Provides 10 essential rules for designing drive systems to comply with Electromagnetic Compatibility (EMC) standards.
Highlights critical warnings and notes for electrical installation, including issues with incorrect supply voltage.
Specifies recommended cable cross-sections for line supply, DC link, and motor feeder cables.
Details terminal layout diagrams and connection specifications for RD51 power terminals in size classes A-E.
Illustrates connection diagrams for inverter size classes A-E and G.
References the section detailing control terminal connections and functions.
Directs users to information on the RS232 service interface for connecting user panels or PCs.
Points to details on the standard RS482 interface for communication.
Provides technical specifications for size classes A and B inverters at 4 kHz and 8 kHz pulse frequencies.
Provides technical specifications for size classes A and B inverters at 12 kHz pulse frequency.
Provides technical specifications for size classes C, D, E inverters at 4 kHz pulse frequency.
Technical specifications for SFT Motor inverters, size classes A and B, at 4 kHz and 8 kHz pulse frequencies.
Technical specifications for SFT Motor inverters, size classes C, D, E, at 4 kHz pulse frequency.
Technical specifications for SFT Motor inverters, size classes C, D, E, at 8 kHz pulse frequency.
Illustrates the circuit principles for power sections of various inverter sizes and types.
Details mechanical assembly aspects for inverters, including storage, installation, and utilization.
Covers mounting procedures and dimension drawings for inverter size classes A through E.
Details the assembly process for size class G inverters with forced air and liquid cooling.
Provides general notes on assembling liquid-cooled inverters, size class G, with external heat exchangers.
Offers guidance and safety precautions for working with the coolant circulation system for size class G.
Provides 10 essential rules for designing drive systems to comply with Electromagnetic Compatibility (EMC) standards.
Highlights critical warnings and notes for electrical installation, including issues with incorrect supply voltage.
Specifies recommended cable cross-sections for line supply, DC link, and motor feeder cables.
Details terminal layout diagrams and connection specifications for RD51 power terminals in size classes A-E.
Illustrates connection diagrams for inverter size classes A-E and G.
References the section detailing control terminal connections and functions.
Directs users to information on the RS232 service interface for connecting user panels or PCs.
Points to details on the standard RS482 interface for communication.
Outlines the various methods for operating and visualizing RD 500 units, including user panel and PC interface.
Explains how to operate the drive converter using the optional user panel.
Describes how to view operational data and parameters using the user panel's monitor function.
Details the process of parameterizing the drive converter via the user panel.
Covers the monitor functions, operating display, warning display, fault display, and LED status indicators.
Explains the two main methods for parameterizing the RD 500 series: basic and free parameterization.
Describes the different access levels and password requirements for parameter settings.
Details parameters for fast start-up, including motor adaptation and ramp times.
Provides a step-by-step guide for parameterizing the drive control and setpoints.
Covers parameters related to drive control modes and setting speed setpoints.
Covers essential preparation steps before commissioning the drive system, including electrical connections and safety checks.
Guides the user through the initial commissioning process, assuming factory settings.
Explains how to optimize motor performance and evaluate its operation under no-load and load conditions.
Describes the start inhibitor function for preventing accidental starting and its implementation.
Explains the 24 V DC standby power supply function for control electronics and its advantages.
Details the self-test routine and the error messages generated during system initialization.
Explains how warning messages are displayed and how warning bits can be utilized.
Describes how faults are detected, displayed, and stored, and the shutdown procedure.
Details the procedure for acknowledging fault messages after the cause has been eliminated.
Provides a comprehensive list of warning and fault messages with their causes and remedies.
Offers detailed explanations of fault causes and suggested remedies or comments for troubleshooting.
Provides contact information for the customer service helpdesk for technical assistance and inquiries.
Offers direct contact options for the service department outside of regular helpdesk hours.
Directs users to the company website for additional service, repair, and training information.
Lists essential information required for efficient and quick assistance from the service team.
Provides a list of sales and service facilities by region in Germany and other countries.
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