Danfoss 134F3003 FC-360H30KT4E20H2XXCDXXSXXXXA0BX VLT AutomationDrive

Product Overview

The Danfoss 134F3003 (FC-360H30KT4E20H2XXCDXXSXXXXA0BX) VLT AutomationDrive is a sophisticated frequency converter tailored for high-demand industrial automation environments. Rated for 30 kW (40 HP) with high-overload capability, this unit provides precise torque and speed regulation in complex systems such as large-scale material handling, automated processing lines, and heavy-duty pumping applications. By integrating a factory-fitted Profibus control card, the drive ensures rapid, reliable communication within existing fieldbus networks, drastically reducing system complexity and integration time. Its conformal-coated PCB and rugged IP20 chassis architecture deliver the reliability required to minimize unplanned downtime in sensitive industrial production workflows.

Technical Configuration

The 134F3003 is designed for integration into demanding 380-480 VAC three-phase infrastructures. Beyond its substantial power capacity, the drive features integrated Class A2 RFI filtering to manage electromagnetic noise levels in modern factory environments. A key component of its architecture is the A0 control card, which enables Profibus DP communication, facilitating seamless interoperability with high-level PLC controllers and centralized automation systems. The "D" mains option allows for DC load-sharing, enabling efficient energy management across multi-drive arrays. The hardware is finished with a factory-applied protective coating on all internal circuitry, shielding the drive against oxidation and contamination common in process-intensive industrial zones.

Technical Specifications

FAQs

What are the primary benefits of the Profibus DP control card (A0) included in this model?

The Profibus interface enables high-speed, real-time data exchange between the drive and the master PLC. This allows for centralized configuration, remote diagnostics, and efficient monitoring of operating parameters without manual intervention.

Does the Loadsharing (Mains Option D) feature require additional external hardware?

Loadsharing requires a common DC bus connection between drives in the system. While the drive is equipped with the necessary internal hardware to support this, external bus bars and fusing must be configured according to site-specific safety regulations.

How does this model handle high-frequency communication noise?

The integrated Class A2 RFI filter, combined with proper shielding and the native digital immunity of the Profibus protocol, ensures that control signals remain clear and reliable, even in high-electromagnetic-interference environments.

Is this drive suitable for applications requiring rapid deceleration?

This model does not feature an internal brake chopper. For applications involving high-inertia loads that require rapid stopping, an external brake module must be connected to the DC link to dissipate regenerative energy.

Installation and Operational Guidelines

• Thermal Management: Due to the 30 kW load capacity, this unit must be installed in a well-ventilated enclosure. Ensure the cabinet includes a dedicated, filtered fan array to maintain internal ambient temperatures below 45 deg C. Maintain a minimum vertical clearance of 200 mm to facilitate optimal airflow through the drive heatsink.
• Profibus Networking: When connecting the Profibus DP fieldbus, always use official Profibus-certified cabling and terminating resistors at both ends of the network segment. Keep communication cables segregated from high-voltage power cables by at least 300 mm to prevent signal crosstalk.
• DC Bus Safety: Before opening the unit for terminal access, isolate the power supply and wait at least 15 minutes to allow the large DC link capacitors to discharge safely. Always confirm the absence of voltage with a calibrated meter at the terminals before making any adjustments to the control wiring.

Product Overview

The Danfoss 134F3003 (FC-360H30KT4E20H2XXCDXXSXXXXA0BX) VLT AutomationDrive is a sophisticated frequency converter tailored for high-demand industrial automation environments. Rated for 30 kW (40 HP) with high-overload capability, this unit provides precise torque and speed regulation in complex systems such as large-scale material handling, automated processing lines, and heavy-duty pumping applications. By integrating a factory-fitted Profibus control card, the drive ensures rapid, reliable communication within existing fieldbus networks, drastically reducing system complexity and integration time. Its conformal-coated PCB and rugged IP20 chassis architecture deliver the reliability required to minimize unplanned downtime in sensitive industrial production workflows.

Technical Configuration

The 134F3003 is designed for integration into demanding 380-480 VAC three-phase infrastructures. Beyond its substantial power capacity, the drive features integrated Class A2 RFI filtering to manage electromagnetic noise levels in modern factory environments. A key component of its architecture is the A0 control card, which enables Profibus DP communication, facilitating seamless interoperability with high-level PLC controllers and centralized automation systems. The "D" mains option allows for DC load-sharing, enabling efficient energy management across multi-drive arrays. The hardware is finished with a factory-applied protective coating on all internal circuitry, shielding the drive against oxidation and contamination common in process-intensive industrial zones.

Technical Specifications

FAQs

What are the primary benefits of the Profibus DP control card (A0) included in this model?

The Profibus interface enables high-speed, real-time data exchange between the drive and the master PLC. This allows for centralized configuration, remote diagnostics, and efficient monitoring of operating parameters without manual intervention.

Does the Loadsharing (Mains Option D) feature require additional external hardware?

Loadsharing requires a common DC bus connection between drives in the system. While the drive is equipped with the necessary internal hardware to support this, external bus bars and fusing must be configured according to site-specific safety regulations.

How does this model handle high-frequency communication noise?

The integrated Class A2 RFI filter, combined with proper shielding and the native digital immunity of the Profibus protocol, ensures that control signals remain clear and reliable, even in high-electromagnetic-interference environments.

Is this drive suitable for applications requiring rapid deceleration?

This model does not feature an internal brake chopper. For applications involving high-inertia loads that require rapid stopping, an external brake module must be connected to the DC link to dissipate regenerative energy.

Installation and Operational Guidelines

• Thermal Management: Due to the 30 kW load capacity, this unit must be installed in a well-ventilated enclosure. Ensure the cabinet includes a dedicated, filtered fan array to maintain internal ambient temperatures below 45 deg C. Maintain a minimum vertical clearance of 200 mm to facilitate optimal airflow through the drive heatsink.
• Profibus Networking: When connecting the Profibus DP fieldbus, always use official Profibus-certified cabling and terminating resistors at both ends of the network segment. Keep communication cables segregated from high-voltage power cables by at least 300 mm to prevent signal crosstalk.
• DC Bus Safety: Before opening the unit for terminal access, isolate the power supply and wait at least 15 minutes to allow the large DC link capacitors to discharge safely. Always confirm the absence of voltage with a calibrated meter at the terminals before making any adjustments to the control wiring.