Product Description:

The FC-302P45KT5E20H1BGXXXXSXX is an AC variable frequency drive produced by Danfoss for the VLT FC 302 Automation Drives series. It converts fixed-frequency industrial mains power into a regulated output for induction or permanent-magnet motors, allowing precise speed and torque control in conveyors, pumps, and material-handling equipment. The drive combines motor-control algorithms with fieldbus or hardwired commands, allowing it to function as a compact motion component inside standard automation cabinets. Its control functions support applications that require adjustable motor speed, controlled acceleration, and stable torque under changing loads.

The unit has a continuous motor output rating of 45 kW, which corresponds to 60 HP. It accepts an input voltage range of 380–500 VAC, permitting direct connection to compatible plant power supplies without a step-down transformer. The drive operates from a three-phase power supply, which helps maintain balanced loading across the incoming lines. Its IP20 chassis protects against accidental finger contact when the drive is installed inside a suitable enclosure. Standard cabinet-mount A, B, and C frames allow the physical layout to match compatible VLT installations. The drive has no mains option, allowing the panel builder to select an appropriate upstream circuit breaker or fuse. Its printed circuit boards are not coated, so the installation environment must provide suitable protection against moisture and airborne contaminants.

A built-in brake chopper manages regenerative energy during rapid deceleration, helping prevent excessive DC-bus voltage without requiring a separate brake-chopper module. Parameter entry and diagnostic information are available through a graphical local control panel that connects directly to the front of the drive. Conductors enter through standard cable entries, supporting conventional cabinet wiring arrangements. Conducted emissions are limited by an integrated RFI Class A1/B (C1) filter, which supports use where the corresponding electromagnetic compatibility category is required. Adaptation B is set to no adaptation, leaving the applicable option positions available for compatible expansion cards. The normal cabinet-mount arrangement positions the heat sink for forced-air cooling within the enclosure, while adequate clearance around the airflow path helps remove heat during continuous operation.