Variateur HVAC Danfoss VLT FC-102P1K5T4E20 131F0027

Product Overview

The 131F0027 (131F0027) is a high-efficiency VLT HVAC Drive engineered for precise motor control in automated building systems and industrial climate processes. This frequency converter, part of the specialized FC 102 series, delivers 1.5 kW (2.0 HP) of power, making it an ideal choice for fan and pump applications in refineries, pharmaceutical cleanrooms, and power generation facilities. By optimizing the speed of three-phase motors, the 131F0027 significantly reduces energy consumption and mechanical stress. Its robust design ensures continuous operation in mission-critical environments, providing the reliability necessary to prevent unplanned downtime in complex B2B infrastructure.

Suffix Breakdown

The model code FC-102P1K5T4E20 denotes a specific hardware configuration tailored for industrial HVAC requirements:

• FC: VLT Product Group identification.

• 102: Specialized series for HVAC, including fans, pumps, and compressors.

• P1K5: 1.5 kW (2.0 HP) power rating for low-to-medium torque applications.

• T: Optimized for three-phase input and output.

• 4: Designed for standard 380 - 480 VAC mains voltage.

• E20: IP20 enclosure rating, requiring installation within a protective control cabinet.

Technical Specifications

Technical FAQs

Does the 131F0027 include an integrated RFI filter?

Yes, the FC 102 series typically includes built-in RFI filters and DC link reactors to minimize electromagnetic interference and harmonic distortion, ensuring compliance with industrial EMC standards without external components.

What should I check if the drive reports a "Mains Phase Loss" fault?

Inspect the input power terminals for loose connections and verify that all three phases of the 380 - 480 VAC supply are balanced. This fault often triggers to protect the DC link capacitors from excessive ripple current.

Is this drive suitable for outdoor installation?

No, with an E20 (IP20) rating, this unit is not weather-resistant. It must be installed in a climate-controlled or protected enclosure that prevents the ingress of dust, moisture, and conductive contaminants.

Engineering & Installation Guide

• Vertical Clearance & Cooling: To maintain optimal thermal performance, install the drive vertically. Leave a minimum of 100 mm free space above and below the unit. This ensures the forced air cooling system can effectively dissipate heat from the internal power modules, preventing premature aging of the electrolytic capacitors.

• Cable Shielding: Always use shielded motor cables to prevent high-frequency noise from affecting sensitive sensors or communication lines in the cabinet. The shield should be terminated to the drive's decoupling plate using a metal clamp to provide a 360-degree low-impedance path to ground.

• Safe Torque Off (STO) Wiring: If using the safety functions, ensure that the STO wiring is physically separated from the main power leads. Use twisted-pair cables for signal integrity and perform a functional test of the safety circuit during commissioning to verify the drive correctly disables the power output.