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General| Type | Variable Speed Drive |
|---|---|
| Cooling method | Air-cooled |
| Power range | 0.37 kW to 315 kW |
| Control method | Sensorless vector control |
| Enclosure | IP20, IP55 |
| Communication | Modbus, Profibus |
| Protection class | IP20, IP55 |
| Ambient temperature range | -10 °C to +50 °C (derating may apply above 40°C) |
| Relative humidity | Up to 95% (non-condensing) |
| Enclosure material | Plastic |
| Motor type | Asynchronous, Synchronous |
Defines hazard symbols and their meanings for safe operation.
General instructions for safe operation and injury prevention.
Outlines risks and warranty issues from not following the manual.
Specific safety advice for users during operation.
Safety guidelines for personnel performing maintenance tasks.
Critical safety instructions for correct and safe installation.
Pre-installation checks for place and ambient conditions.
Procedures and safety for making electrical connections.
Description and function of the standard control panel interface.
Instructions for configuring dynamic pressure setpoint compensation.
Overview and description of the graphical control panel interface.
Accessing information on faults, warnings, and alerts for troubleshooting.
Procedures and requirements for commissioning the pump.
Operating the pump based on a direct setpoint without process feedback.
Details on establishing closed-loop control with sensors.
Configuration parameters for closed-loop PI controller operation.
Setup for operating two pumps together, including redundancy.
General overview and setup for operating multiple pumps.
Configuring start/stop parameters for pumps in a multi-pump system.
Implementing closed-loop control for multiple pumps.
Implementing open-loop control for multiple pumps.
Overview of functions related to pump applications and control.
Overview of built-in protective functions for the motor and drive.
How to enable or disable thermal motor overload protection.
Monitoring mains voltage for over/under conditions.
Protecting the motor from overload by limiting speed.
How PumpDrive limits current to protect the motor.
Protective functions for phase loss and short circuits.
Basic dry running protection using liquid level signals.
Detailed parameters for dry running and hydraulic blockage protection.
Compensating for pipe friction losses to maintain constant consumer pressure.
Configuring dynamic pressure compensation using speed-based flow rate estimation.
Configuring dynamic pressure compensation for Advanced models using speed or power.
Controls related to motor operation and performance.
Essential safety guidelines for all maintenance and inspection work.
General procedures for routine maintenance and inspection.
Identifies common faults and provides remedies for troubleshooting.
Lists warning messages, their descriptions, and required PumpDrive responses.
Lists alert messages, their descriptions, and required PumpDrive responses.
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