195N0016 by Danfoss

Danfoss supplies the 195N0016 as part of its VLT 2800 Low Voltage Drives series. The unit is an AC variable-frequency drive that adjusts the speed of small induction motors in process-oriented automation. It is suited to compact standalone machinery where stable motor control and a small cabinet footprint are important. Typical uses include light-duty pumps, mixers, and similar equipment that benefit from adjustable speed.

This drive delivers a motor shaft output of 0.75 HP, which corresponds to a continuous electrical power rating of 0.55 kW. The input supply window of 200-240 V AC lets the device operate on standard low-voltage networks, while the single-phase design simplifies wiring where three-phase service is not available. An internal DC link and microprocessor help maintain stable torque across the operating range. This arrangement also supports smoother motor response when the load changes during operation. The housing carries an IP20 protection rating, so the drive is suited to cabinet installation where contact with live parts and contamination can be controlled. It is intended for process duties such as flow, mixing, and dosing, where proportional speed regulation can improve efficiency.

The slim book-style enclosure minimizes panel depth and lets multiple drives share a common cooling channel. Operators interact through a built-in display (SLCP), which shows setpoint, status, and fault codes without external keypad hardware. The front interface also supports local viewing and routine parameter checks without extra accessories. The unit is supplied in a standard configuration with a brake, providing an integrated brake chopper that dissipates regenerated energy during rapid deceleration. Conducted emissions are limited by an integrated filter that meets EN 55011 Class A1, allowing installation in industrial environments without an added line filter. There is no application option card, conformal coating, or fieldbus module, so field integration relies on the drive's native terminal control for start, stop, and reference signals.