195N0061 by Danfoss

The 195N0061 is an adjustable-speed drive produced by Danfoss for the VLT 2800 Low Voltage Drives series. It controls three-phase induction motors in small-to-medium process machines and conveyor zones where compact dimensions matter. In industrial automation, the unit modulates output frequency so a motor can match load requirements, which can improve efficiency and reduce mechanical stress. This makes it useful where process flow or conveyor speed must change during normal operation.

This model delivers a mechanical power of 3.0 HP, which corresponds to an electrical output rating of 2.2 kW. The input side accepts 200-240 V AC on a three-phase supply, allowing direct connection to standard low-voltage feeders without an autotransformer. An enclosure rated IP20 provides basic finger protection when the drive is mounted inside a panel. The unit has a Standard configuration, so the usual control terminals and preset functions are included without added option boards. That arrangement keeps the interface straightforward for local control wiring and basic parameter setup. It is supplied without an application option or fieldbus card, which keeps the drive suited to standalone motor control tasks in pumping, mixing, or conveying.

Operational visibility is handled by a built-in display (SLCP) that shows speed reference, status text, and fault codes without the need for an external keypad. Operating conditions can be reviewed directly at the front of the unit during routine use. The drive uses the narrow Bookstyle format, which helps multiple units fit in limited panel space, and the slim housing also helps maintain airflow gaps between neighboring drives in a cabinet. The electronics are manufactured without a protective coating, so the unit is best suited to indoor cabinet installations. It is arranged for process applications, which fits constant-torque loads common in manufacturing lines. The drive also omits an internal RFI section, so external suppression may be needed when conducted-emission limits apply.