Product Description:

The 195N0003 AC drive is produced by Danfoss and belongs to the VLT 2800 Low Voltage Drives series within the wider VLT product group. As a compact frequency converter, it modulates the voltage and frequency delivered to small induction motors so that conveyor speeds, pump outputs, or agitator flow rates can be matched to real-time process demands in general automation. The drive provides electronic speed control in control cabinets where space is limited, avoiding the need for external line starters or mechanical throttling. Its compact design also helps simplify the installation of variable-speed motor control in machinery with limited panel space.

Electrical compatibility begins with a single-phase supply ranging from 200 to 240 V AC. The unit has a single-phase topology, allowing use in facilities that lack three-phase service while still providing variable-frequency output to the connected motor. The IP20 enclosure prevents finger contact with internal components while permitting convection cooling. Its slim book-style housing allows multiple drives to be mounted side by side without requiring large gaps between units. A factory-mounted built-in display (SLCP) shows operating status and allows parameter changes from the front panel. The order code includes neither an application option nor a fieldbus option, so external control signals connect through the standard analog and digital terminals.

Electromagnetic interference is reduced by an integrated RFI filter certified to EN 55011 Class A1, allowing the drive to operate in panels that also contain sensitive instrumentation. The electronics use the vendor’s standard configuration, providing the normal feature set for this model. A dedicated process application setting supports continuous-duty equipment such as pumps, conveyors, and agitators by providing operating behavior suited to these loads. Thermal management is supported by an uncoated heat sink, which conducts heat away from the internal power electronics without an additional surface coating. Convection airflow then carries heat away from the drive, so the cabinet layout should leave adequate space around the cooling surfaces. Front-panel access allows operating values and parameters to be viewed without removing the unit from its installed position.