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General| Power Rating | 170 kW |
|---|---|
| Control Method | Direct Torque Control (DTC) |
| Cooling Method | Air-cooled |
| Frame Size | R7 |
| IP Rating | IP21 |
| Input Voltage | 380-500 V AC |
| Frequency Range | 0 to 300 Hz |
Explains the types of safety instructions and warning symbols used in the manual.
Provides warnings for all individuals working on the drive, motor cable, or motor.
Instructions for responsible grounding of the drive to ensure safety and reduce interference.
Handling instructions for fibre optic cables to prevent damage and ensure proper connections.
Warnings for planning and operating the drive, covering speed range and fault reset functions.
Additional warnings for permanent magnet motor operation, installation, and application programs.
Shows available power cabling directions for Frame R6 and Frame R7i drives.
Explains the operation of line-side and motor-side converters, including the LCL filter.
Details the DTC method for motor control and the RDCU unit connection.
Illustrates control interfaces and I/O options using a diagram with RDCU and RMIO boards.
Explains the function of the CDP-312R control panel for drive interface and settings.
Explains how the type code on the label indicates drive specifications and configuration.
Provides instructions for moving the unit by crane, fork-lift/pallet truck, rollers, and laying it on its back.
Outlines the cabinet installation steps, including fastening to floor, lifting bars, shipping splits, busbars.
Details methods for fastening the cabinet to the floor using clamps or bolts.
Details connecting DC and PE busbars, including materials and preparation for aluminium busbars.
Guides on selecting motors based on rating tables and ensuring compatibility with drive control programs.
Discusses measures to protect motor insulation and bearings from drive output pulses and switching frequencies.
Details motor insulation system, du/dt filter, N-end bearing, and CMF requirements.
Explains the drive's built-in protection for cables against overload and short-circuit conditions.
Details fuse selection for input cable short-circuit protection, emphasizing fuses over circuit breakers.
Covers installation of emergency stop devices at control stations and their operational modes.
Explains the optional function to prevent unexpected motor starts and its safety implications.
Provides general rules for dimensioning supply and motor cables based on load current and regulations.
Guides on selecting shielded twisted pair cables for analogue and digital signals, and relay/control panel cables.
Advises routing motor cables away from others to minimize interference and crossing control cables at 90 degrees.
Details the connection diagram and procedure for input power connection to a Frame R6 unit.
Details the connection diagram and procedure for input power connection to a Frame R7i unit.
Provides a checklist for mechanical and electrical installation before drive start-up.
Details the start-up procedure, including basic checks, connecting voltage, and closing breakers.
Instructs to close the main switch/disconnector and start switch for the supply unit.
Guides on starting up the drive and setting parameters by following the Firmware Manual.
Lists signals and parameters specific to the IGBT Supply Control Program for ACS800-37.
Emphasizes only qualified electricians should perform maintenance and lists essential safety steps before working.
Provides a table of routine maintenance intervals and recommended actions for drives.
Details steps for checking and replacing inlet/outlet air filters and cleaning the cabinet interior.
Explains how the control panel displays unit warnings and faults.
Lists ratings for ACS800-37 drives with a 50 Hz supply, including current, power, and environmental data.
Lists NEMA ratings for ACS800-37 drives with a 60 Hz supply, covering various voltage and usage conditions.
Tabulates ACS800-37 types, frame sizes, supply modules, LCL filters, and inverter modules used.
Details voltage, short-circuit current, frequency, imbalance, voltage dips, power factor, and harmonic distortion for input power.
Covers voltage, frequency, resolution, current, power limit, field weakening, switching frequency, and cable lead-throughs.
Explains the EMC Directive requirements for immunity and emissions of electrical equipment.
Details compliance provisions for the first environment (Category C2) including EMC filter and cable selection.
Details compliance provisions for the second environment (Category C3), including EMC filter suitability and cable selection.
Outlines provisions for Category C4 drives when C3 requirements cannot be met, especially regarding EMC emissions.
Details the manufacturer's warranty period, exclusions, and liability limitations.
Lists available ACS800-37 drives with brake choppers and resistors, and contact info for custom options.
Provides technical data for selected chopper/resistor combinations, including power, current, and airflow.
Guides on calculating maximum braking power and checking resistor capacity against heat dissipation.
Explains how to calculate maximum braking power based on braking cycles and rated values, with examples.
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