132L6112 Danfoss iC2-30 Frequency Converter Air Cooled

Product Overview

The 132L6112 (132L6112) is a sophisticated iC2-30 series Frequency Converter designed for precise motor control in 200-240 V AC single-phase applications. This air-cooled unit excels in high-efficiency B2B industrial scenarios, including conveyor systems, pumping stations, and specialized textile machinery. By integrating advanced variable speed drive technology, the 132L6112 ensures optimized energy consumption and reduced mechanical stress during motor startup. Its compact footprint and high-performance C1 category EMC filter make it a premier choice for installers seeking a reliable, low-noise solution for modern automated infrastructures where cabinet space is at a premium and electromagnetic compatibility is a critical requirement.

Suffix Breakdown

The model string IC2-30FA1N02-06A8E20F0+ACXX defines the following technical parameters:

• IC2-30: Product series for the iC2-30 micro-drive line.

• FA: Frequency converter category utilizing forced Air-cooling.

• 1N: Input power configuration (Single-phase).

• 02: Rated mains voltage range (200-240 V AC).

• 06A8: Nominal output current of 6.8 A.

• E20: Protection rating of IP20 (Chassis/Open type).

• F0: High-grade EMC category C1 (integrated filter).

• +ACXX: Standard configuration without an integrated brake chopper.

Technical Specifications

Technical FAQs

Does the F0/C1 EMC category allow for use in residential environments?

Yes, the C1 filter rating indicates that the 132L6112 meets the most stringent electromagnetic emission standards, making it suitable for use in both industrial and commercial/residential grids without additional external filtering.

What is the maximum output frequency for this drive?

The iC2-30 series typically supports an output frequency range of 0-500 Hz, making it suitable for high-speed motor applications as well as standard 50/60 Hz industrial motors.

Can I mount this drive horizontally?

Vertical mounting is strictly recommended to ensure proper convection through the air-cooled heat sink. If horizontal mounting is unavoidable, significant current derating and additional external fans must be implemented to prevent thermal shutdown.

Engineering & Installation Guide

C1 EMC Grounding Best Practices: To maintain the C1 (F0) emission rating, the motor cable must be shielded. Ensure the shield is connected 360 degrees to the drive’s decoupling plate using metal clamps. Avoid "pigtail" ground connections, as they act as antennas for high-frequency interference.

Power Supply Stability: Ensure the 200-240 V AC input is stable. While the drive can handle minor fluctuations, a sustained over-voltage can damage the DC bus capacitors. In areas with poor power quality, the installation of a line reactor is recommended to protect the internal circuitry and reduce harmonic distortion.

Control Terminal Wiring: Use twisted-pair cables for analog control signals (e.g., 0-10 V or 4-20 mA speed references) to prevent noise from the power cables from affecting the speed accuracy. Ensure that control cables and power cables cross at 90-degree angles to minimize inductive coupling.