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General| Category | DC Drives |
|---|---|
| Series | PowerXL DA1 |
| Protection Class | IP20 |
| Enclosure Rating | IP20 |
| Input Voltage | 200-240 V, 380-480 V |
| Amperage Range | Up to 1800A |
| Communication Protocols | Modbus RTU, Ethernet/IP |
| Communication Interface | RS-485, Ethernet |
| Cooling Method | Air Cooling |
| Protection Features | Overvoltage, Undervoltage, Short Circuit |
| Operating Temperature | 0°C to 40°C |
Defines the intended audience for the manual, requiring engineering and physics knowledge.
Lists significant amendments introduced since previous issues of the manual.
Explains symbols and conventions used in the manual for clarity.
Provides information on where to find further details online.
Lists abbreviations used throughout the manual for quick reference.
Details the rated operating voltages for the DA1 drives and tolerance ranges.
Explains the units of measurement used in the manual for physical dimensions.
Introduces the PowerXL™ DA1 variable frequency drives and their features.
Provides a general overview of the DA1 device series and its components.
Guides on how to verify the received package contents and ensure completeness.
Details the device-specific rated operational data listed on the nameplate.
Describes various designations and physical aspects of DA1 devices, including protection degrees.
Details designations for IP20 devices in frame sizes FS2 and FS3.
Details designations for IP20 devices in frame size FS8.
Details designations for IP55 devices in frame sizes FS4 to FS7.
Details designations for IP66 devices in frame sizes FS2 and FS3.
Provides criteria for selecting the appropriate DA1 drive based on system requirements.
Explains the three voltage categories for DA1 drives.
Explains derating factors for ambient temperature, altitude, and switching frequency.
Defines the intended industrial use and prohibited operations for DA1 drives.
Recommends regular checks and maintenance tasks for DA1 drives.
Provides guidelines for storing the DA1 variable frequency drive before use.
Details the procedure for recharging capacitors after extended downtime.
Information on contacting support for service and warranty inquiries.
Introduces the chapter on engineering and project planning considerations for DA1 drives.
Details connection types and network configurations for DA1 drives.
Explains the standardized operating voltages and frequency ranges.
Discusses voltage unbalances and their impact on the drive.
Defines THD and its relevance to drive systems.
Discusses the need for idle power compensation in DA1 series drives.
Specifies requirements for manual disconnecting devices between mains and drive.
Details fuse requirements for protecting supply cables and the drive.
Provides guidelines for sizing mains and motor cables, including PE conductor.
Recommends specific RCD types for DA1 variable frequency drives.
Explains selection criteria for mains contactors based on input current and ambient temperature.
Describes how to safely implement a bypass connection for motor control.
Provides general recommendations for selecting three-phase induction motors.
Explains star and delta connections for motor stator windings.
Guides on using DA1 drives to run multiple motors simultaneously.
States the prohibition of using DA1 drives with single-phase AC motors.
Lists aspects to consider when connecting hazardous location motors.
Discusses compatibility with premium efficiency three-phase motors.
Introduces the STO function, its purpose, and safety implications.
Lists standards the STO function complies with, certified by TÜV.
Specifies minimum requirements for safety relays used with the STO function.
Provides guidelines for installing the STO function safely and EMC-compliantly.
Details the time limits for STO function activation and safe state achievement.
Explains options for monitoring STO inputs and their default states.
Lists error messages relevant to the STO function and their causes/fixes.
Provides a checklist for testing the STO function before commissioning and during maintenance.
Recommends periodic testing of the STO function to ensure its integrity.
Explains the purpose of STO in implementing a complete safety system.
Introduces the chapter on mounting and electrical connection of DA1 drives.
Describes recommended mounting positions and prohibited environments.
Provides engineering instructions for installing devices in suitable enclosures.
Specifies the design for vertical mounting with a maximum permissible inclination.
Details required thermal clearances for adequate air circulation and cooling.
Explains methods for mounting DA1 drives using screws or mounting rails.
Provides instructions and dimensions for mounting with screws, including torque specifications.
Describes how to mount drives on a standard mounting rail as per IEC/EN 60715.
Guides on ensuring stable installation of the drive within a control panel.
Describes the two versions of IP66 DA1 drives and their mounting requirements.
Outlines responsibilities and measures for ensuring electromagnetic compatibility.
Details how to achieve EMC compliance within a control panel installation.
Explains protective earth, motor earthing, and earth-fault protection requirements.
Defines legally required protective earth connections for DA1 drives.
Specifies how the motor earth connection should be made.
Discusses fault current to earth and the need for RCDs.
Explains the function and handling of internal EMC and VAR screws.
Details the purpose and manipulation of the EMC screw for filter connection.
Explains the function of the VAR screw for overvoltage protection components.
Provides guidelines for proper cable screening and earthing connections.
Describes how to use EMC cable brackets for routing and securing cables.
Provides a visual overview of EMC installation practices.
Covers general guidelines and precautions for electrical wiring work.
Details the connection terminals in the power section for various supply and motor configurations.
Shows terminal layouts and descriptions for IP20 FS2/FS3 devices.
Describes how to access and remove covers for connection on IP55 FS4-FS7 devices.
Explains how to access terminals on FS8 IP20 devices.
Details terminal access for IP66 FS2/FS3 devices.
Provides recommended stripping lengths and tightening torques for power cables.
Guides on properly connecting screened motor cables for EMC compliance.
Explains the use of cable glands for optimal connection in IP55/IP66 enclosures.
Details the plug-in connection terminals for the control section.
Lists cross-sections and tightening torques for control signal screws.
Details factory-set functions and electrical connection data for control terminals.
Explains the direct connection requirements for STO control signal terminals.
Provides a simple connection example for the STO function.
Describes the function and logic levels of digital input terminals.
Details how control signal terminals can be connected to analog signals.
Explains the availability and configuration of analog output signals.
Describes transistor outputs for digital signal switching.
Explains the two relays with dry contacts and their functions.
Details how an external power supply can be used for the control section.
Describes the RJ45 interface for communication modules and fieldbus connections.
Details the wiring of control signal terminals for IP66 models with local controls.
Shows connection terminals and functions in default settings.
Block diagram for DA1-12... series, frame size FS2, IP20.
Block diagrams for DA1-32/34...-A20C, FS2/FS3 frame sizes, IP20.
Block diagrams for DA1-32/34...-B55C, FS4 frame size, IP55.
Block diagrams for DA1-32/34...-B55C, FS5/FS6/FS7 frame sizes, IP55.
Block diagrams for DA1-34370/34450..., FS8 frame size, IP20.
Block diagram for DA1-35...-A20C, FS2/FS3 frame sizes, IP20.
Block diagram for DA1-35...-B55C, FS4 frame size, IP55.
Block diagrams for DA1-35...-B55C, FS5/FS6 frame sizes, IP55.
Block diagram for DA1-12...-B6SC, FS2 frame size, IP66.
Block diagrams for DA1-32/34...-B6SC, FS2/FS3 frame sizes, IP66.
Block diagram for DA1-35...-B6SC, FS2/FS3 frame sizes, IP66.
Details procedures for testing insulation resistance of motor and mains cables.
Explains measures for ensuring protection against electric shock as per standards.
Provides a checklist to ensure all requirements are met before operating the frequency converter.
Lists important safety warnings related to operating the variable frequency drive.
Guides on starting the drive using local controls with default settings.
Explains the elements of the operating unit and keypad functions.
Describes the components of the DA1 drive's integrated operating unit.
Details the procedure for modifying drive parameters using the keypad.
Explains how to reset parameters to default settings or after a fault.
Introduces the monitoring functions and error message display of DA1 drives.
Explains how error messages are stored and can be read.
Describes methods for acknowledging and resetting current error messages.
Lists failure codes, possible causes, and corrective measures for DA1 drives.
Provides general technical specifications, standards, and environmental data for DA1 drives.
Lists detailed operational data for various DA1 series models.
Provides specific rating data for DA1-12... series drives.
Lists specific rating data for DA1-32... series drives.
Details specific rating data for DA1-34... series drives.
Provides specific rating data for DA1-35... series drives.
Provides mechanical dimensions and weights for different frame sizes and IP ratings.
Shows dimensions and weights for FS2/FS3 IP20 models.
Displays dimensions and weights for FS4-FS7 IP55 models.
Shows dimensions and weights for FS8 IP20 models.
Details dimensions and weights for FS2/FS3 IP66 models.
Lists recommended cable cross-sections and lengths for various voltage classes.
Provides examples of protective devices like circuit breakers and fuses.
Lists recommended mains contactors for DA1 voltage classes.
Assigns specific mains chokes (DX-LN) for DA1 voltage classes.
Assigns specific radio interference suppression filters (DX-EMC) for DA1 drives.
Lists examples of brake resistors (DX-BR) rated for DA1 drives based on duty classification.
Assigns specific motor chokes (DX-LM3) for DA1 device types.
Assigns sine filters (DX-SIN3) for DA1 devices with IP20 degree of protection.
Explains the use of all-pole sine filters and their compatibility with DA1 drives.
Lists available accessories for DA1 variable frequency drives and their documents.
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