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General| Category | DC Drives |
|---|---|
| Series | DV6-340 |
| Control Type | Digital |
| Enclosure Rating | IP20 |
| Protection Features | Overvoltage |
| Operating Temperature | -10°C to +50°C |
| Humidity | 5-95% non-condensing |
| Storage Temperature | -20°C to 70°C |
Lists abbreviations and symbols used in the manual for clarity.
Details publication dates and associated changes to keywords and parameters.
Provides a visual overview of the DV6 frequency inverter and its system components.
Explains the structure and meaning of the DV6 frequency inverter type codes.
Details the steps for checking the received package contents for completeness and damage.
Identifies the physical features and components of the DV6 frequency inverter.
Describes the conversion of supply voltage to DC and generation of adjustable three-phase output.
Guides on selecting the appropriate frequency inverter based on motor current and other drive data.
Specifies that DV6 frequency inverters are for industrial use as system components, not domestic appliances.
Provides information on contacting sales offices for service and guarantee details.
Details ambient temperatures, environmental conditions, and electrical data of the DV6 inverters.
Covers network configurations, voltage, frequency, and interaction with p.f. correction equipment.
Discusses the use of residual-current circuit breakers to protect against earth faults and spurious tripping.
Explains limit values for emitted interference and immunity according to IEC/EN 61800-3 and EMC Directive.
Describes how to mount the DV6 frequency inverters vertically on a non-flammable background.
Specifies the required mounting orientation and clearance for the DV6 frequency inverter.
Recommends measures for EMC-compliant installation, including metallic enclosures and filters.
Guides on connecting the motor, supply voltage, and signal cables to the inverter.
Details the arrangement and wiring of the individual control signal terminals for various functions.
Lists essential checks and observations before putting the frequency inverter into operation.
Explains the layout and function of the DV6's LCD keypad and its operating elements.
Describes how to navigate parameter groups and set values using the LCD keypad.
Provides examples of connecting the inverter for different operational modes like potentiometer or analog setpoint.
Explains how to assign various functions to terminals 1 to 8 via parameterization.
Explains the configuration and functions of programmable digital outputs for signaling various states.
Explains how to specify setpoint frequency using analog inputs and their matching.
Explains how to configure digital inputs for clockwise and anticlockwise motor rotation and start/stop control.
Details how to select up to 16 user-definable fixed frequencies using digital inputs.
Details how to activate DC braking for controlled motor deceleration and stopping.
Covers fundamental operations like inputting and displaying frequency values and setting acceleration/deceleration.
Guides on adjusting start signal methods and basic frequency parameters like base and end frequencies.
Details how to adjust voltage/frequency behavior and apply voltage boost for motor control.
Explains the built-in PID control for regulating motor speed, flow, or temperature.
Explains the simulated bimetallic strip for thermal monitoring of connected motors.
Details how to limit motor current during acceleration or static operation to prevent overload.
Configures inverter behavior for automatic restart attempts following specific fault messages.
Describes how to control motor deceleration instead of coasting during power failure or Emergency-Stop.
Lists and explains fault messages issued by the DV6 frequency inverter, their causes, and descriptions.
Provides additional information on the inverter's state when a fault occurs, aiding in fault rectification.
Explains how the inverter saves and allows retrieval of the six most recent fault messages.
Lists other messages issued by the inverter, such as in standby mode or during initialization.
Provides possible causes and remedies for the motor failing to start, including checks for voltage and signals.
Addresses issues with incorrect motor rotation direction and suggests checks for wiring and parameter configuration.
Discusses causes for uneven motor operation, such as high load changes or resonant frequencies.
Covers troubleshooting when the keypad or parameter changes are unresponsive, checking parameter protection.
Provides detailed technical specifications for the DV6-340 series, including electrical data and environmental conditions.
Lists the available inputs and their programmable functions for controlling the frequency inverter.
Details the programmable digital and analog outputs and their functions for signaling and control.
Lists recommended mains contactors based on DV6 phase current and thermal current ratings.
Explains the function of mains chokes in reducing harmonics and increasing inverter lifespan.
Details RFI filters, their discharge currents, earthing requirements, and matching frequency inverters.
Provides a template for listing custom parameter settings and changes from default values.
