131N0246 Danfoss
Wake Industrial LLC is not an authorized distributor of this product.
MPN: FC-101P45KT6E20HXXXCXXXSXXXXAXBXCXXXXDX
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The Danfoss 131N0246 is part of the VLT FC 101 HVAC Basic Drives series and is rated at 60 HP with a power output of 45 kW. This drive supports three-phase operation at 525 to 600 VAC and features a coated PCB with IP20 chassis protection. It does not include a brake chopper or RFI filter.
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Product Description:
The 131N0246 is a variable frequency drive produced by Danfoss for the VLT FC 101 HVAC Basic Drives series, which belongs to the VLT HVAC Drive product group. This AC drive regulates induction motor speed in ventilation and pumping systems, allowing building automation controls to adjust airflow or water flow according to real-time demand. Variable-speed operation can reduce unnecessary motor output during periods of low demand while providing the commanded flow when system requirements increase. The drive is intended for applications such as air-handling units, circulation pumps, cooling towers, and other motor-driven HVAC equipment.
The inverter delivers a continuous output of 45 kW, which corresponds to 60 HP. It accepts an input supply ranging from 525–600 VAC and operates from a three-phase power network. The power stage converts the fixed-frequency input into a variable-frequency output that regulates the connected motor’s speed and torque. Its IP20 chassis enclosure is intended for installation inside a suitable control cabinet that provides protection from direct contact and environmental contaminants. Cabinet ventilation must provide adequate airflow around the heat-producing components and maintain the required operating temperature. The drive does not contain a brake chopper, so applications requiring rapid deceleration must use a suitable external braking device or allow enough time for the motor to decelerate without excessive DC-bus voltage.
A coated printed circuit board helps protect electronic traces and components against humidity and corrosive airborne contaminants in mechanical rooms. Power and control wiring use standard cable entries, supporting conventional routing through the control cabinet. The configuration has an absence of an RFI filter, so any required radio-frequency interference suppression must be provided elsewhere in the electrical system. The drive is supplied without a local control panel, and operating commands can instead be provided by connected building automation controls or other compatible control equipment. Because no dedicated mains option is installed, required disconnecting, protection, or harmonic-mitigation equipment must be selected separately for the installation. The available control connections support integration into HVAC systems that issue start, stop, speed-reference, and status commands to coordinate motor operation with changing process demand.
