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General| Input Voltage | 460 VAC ±10%, 3-Phase, 50/60 Hz |
|---|---|
| Output Current | 2000A |
| Control Method | Digital Control |
| Cooling Method | Forced Air |
| Communication Interface | Ethernet |
| Protection Features | Overcurrent, Overvoltage, Undervoltage, Overtemperature |
| Regulation | ±0.1% of setpoint |
Introduces the DS2000 drive series and its coding system.
Details the available DS2000 drive models and their specifications.
Outlines the digital and flexible features of the DS2000 drives.
Provides electrical and mechanical specifications for DS2000 drives.
Introduces the section on installation, wiring, and cabling of DS2000 servo drives.
Provides dimensions and drilling jig information for Size A DS2000 drives.
Recommends UL certified external fuses for short circuit protection.
Specifies cable types and sizes for connecting DS2000 drives.
Describes recommended drive installation procedures following EMC standards.
Explains compliance requirements with the European Directive 89/336/EEC.
Details the types of EMC filters recommended for DS2000 drives.
Covers shielded cable requirements and grounding methods for EMC compliance.
Provides suggestions for the first start-up of a DS2000 drive.
Lists necessary information for drive setup, including motor and drive settings.
Guides on initial setup and testing of the DS2000 drive.
Details settings for electrical cabinet installation and test bench configurations.
Introduces the descriptions of the DS2000 Series Drives.
Describes the features and circuit of the high power supply section.
Details the three-phase output bridge and PWM technology used.
Explains the functional blocks of the control section, including loops.
Explains the function of the six keys on the drive front panel for menu navigation.
Details the menu for configuring motor parameters.
Describes the menu for configuring drive parameters.
Outlines parameters for speed and current control loops.
Lists typical troubleshooting conditions and recommended actions.
Addresses faults related to the drive's power supply circuit.
Covers faults occurring in the drive's output section, like phase faults.
Details faults related to encoder or resolver feedback detection errors.
Explains the intended application of the Restart Interlock Circuit (RIC).
Describes the restart interlock safety function and its compliance.
Lists safety requirements for the restart interlock function.
Details the connections for the restart interlock circuit.
Provides guidance on obtaining motor technical data.
Presents technical data for FC series low rpm special motors.
Details active software releases and their added/removed functionalities.
Lists obsolete software releases and their replacements.
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