Danfoss 134F3013 Convertisseur de fréquence VLT AutomationDrive FC-360

Product Overview

The Danfoss 134F3013 (FC-360H2K2T4E20H2BXCDXXSXXXXALBX) is a high-performance frequency converter from the VLT AutomationDrive FC-360 series, engineered for demanding industrial motor control applications. Designed specifically for robust environments found in water treatment, food and beverage processing, and general manufacturing, this drive provides precise speed regulation to optimize mechanical performance and reduce energy consumption. By integrating advanced vector control algorithms, the unit ensures stable torque output under variable loads, effectively minimizing mechanical stress on driven equipment and significantly reducing unplanned downtime in continuous production lines.

Suffix Breakdown

The 134F3013 model follows a rigorous Danfoss identification schema, detailing its specific hardware and software configuration:

• FC-360: Denotes the VLT AutomationDrive 360 series platform.
• H2K2: Rated for 2.2 kW (3.0 HP) output at High Overload.
• T4: Designed for 380-480 VAC three-phase mains supply.
• E20: IP20 / Chassis enclosure suitable for cabinet mounting.
• H2: Integrated RFI Class A2 filter to minimize electromagnetic interference.
• B: Equipped with an internal Brake Chopper for rapid deceleration management.
• C: Coated PCB for enhanced protection against harsh, humid, or corrosive environments.
• D: Features Loadsharing capability for multi-drive energy efficiency.
• AL: Configured with a dedicated ProfiNet communication control card for industrial Ethernet integration.

Technical Specifications

Frequently Asked Questions

Is the ProfiNet control card field-replaceable?

Yes, the control card architecture in the FC-360 series allows for modular maintenance, though it requires precise ESD handling procedures and firmware synchronization to ensure compatibility with the main drive processor.

Can this unit be used in environments with high vibration?

The unit is designed for industrial cabinet installation. While the internal components are robust, it is recommended to mount the drive on vibration-dampening rails if the installation environment exceeds standard IEC vibration specifications.

Does the integrated Brake Chopper require an external resistor?

Yes, the internal brake chopper manages the switching logic, but a compatible external braking resistor must be sized and connected to the DC bus terminals to dissipate the regenerated energy.

How do I troubleshoot an A2 RFI filter warning?

Check the grounding integrity of the cabinet and ensure the motor cable shielding is terminated according to EMC standards (360-degree connection to the drive chassis).

Engineering Guidelines and Installation Best Practices

• Thermal Management: Given the IP20 enclosure, ensure the cabinet provides adequate forced-air ventilation. Maintain a minimum clearance of 100 mm above and below the unit to allow for unimpeded heat dissipation. Operating above 45 deg C may require de-rating of the output current.
• Shielding and Grounding: To comply with electromagnetic compatibility standards, always use shielded motor cables. The cable shield must be bonded to the drive chassis using metal cable glands or clamps, ensuring a low-impedance high-frequency connection. Never bundle power cables with sensitive signal lines (e.g., ProfiNet or analog feedback cables).
• Loadsharing Configuration: When utilizing the Loadsharing (D) feature, ensure that all drives connected to the DC bus are operating on the same DC potential. Verify that the DC bus voltage levels are equalized before closing the contactor between units to prevent high-current inrush that could damage the internal diodes.