Product Description:

The 195N0016 low-voltage AC drive is produced by Danfoss within the VLT 2800 Low Voltage Drives series. It serves as a variable-frequency converter that allows motor speed to be adjusted instead of remaining tied to a fixed mains frequency, providing greater control over pumps, mixers, and small conveyors in industrial automation. The inverter delivers a continuous mechanical output of 0.55 kW, equivalent to 0.75 HP, making it suitable for fractional-horsepower induction motors commonly found in auxiliary process stations.

Its input section accepts 200–240 V AC from a single-phase supply, while the embedded rectifier and DC link create a synthesized output waveform. The line side uses a single-phase input, simplifying installation where compatible single-phase electrical service is available. Internal power components are protected by an IP20 housing, making the unit appropriate for installation inside ventilated electrical panels that prevent direct exposure to moisture and debris. Conducted emissions are limited by an integrated RFI filter that meets EN 55011 Class A1, reducing radio-frequency interference transmitted through connected power lines. This filtering supports operation in applicable industrial installations without requiring separate filtering solely to meet that emissions class.

The mechanical layout uses a book-style format that allows several drives to be mounted with minimal spacing while maintaining the required airflow paths. Local setup is performed through the built-in SLCP display, which provides direct access to operating parameters without external programming tools. The power stage uses a standard configuration with brake control. An internal brake transistor allows a compatible external resistor to dissipate regenerated energy during rapid deceleration cycles. The drive is supplied without application or fieldbus options, so control is provided through its terminal strip or front-panel keypad. The electronics do not have a conformal coating and are therefore intended for clean, dry cabinet environments rather than areas with persistent humidity or airborne contaminants.