Danfoss 132L6115 iC2-30 Convertisseur de fréquence refroidi par air

The Danfoss 132L6115 is an air-cooled IC2-30FA1N02-09A6E20F0+ACXX frequency converter designed for variable speed control of AC motors via a single-phase mains supply. The device modulates the frequency and voltage output to regulate motor performance, processing input power within a specified voltage range and delivering a continuous current output to the connected load without integrated dynamic braking capabilities.

Technical Summary

The frequency converter operates on a single-phase AC mains supply to drive three-phase induction or permanent magnet motors. It utilizes an integrated C1 category EMC filter to minimize high-frequency electromagnetic interference along the power lines. Cooling is achieved via forced air convection across internal heat sinks, and the physical housing conforms to an open-type chassis rating, requiring installation within a protective enclosure to prevent environmental contamination.

Hardware Specifications

Suffix Breakdown

The complete model code IC2-30FA1N02-09A6E20F0+ACXX decomposes into the following specific functional block modifiers:

• IC2-30: Identifies the iC2-30 product series platform.
• FA: Designates the air-cooled frequency converter configuration.
• 1N: Specifies single-phase input mains compatibility.
• 02: Indicates an operational mains voltage window of 200 - 240 V AC.
• -09A6: Sets the maximum continuous nominal current rating to 9.6 A.
• E20: Denotes an IP20 protection class / open-type mechanical construction.
• F0: Implies the integration of a C1 category radio frequency interference (RFI) filter.
• +ACXX: Confirms the omission of an internal brake chopper circuit.

Engineering Notes

• Cyclic Data Exchange: Ensure any connected industrial communication interfaces or fieldbus links are mapped with appropriate data words matching the device firmware profile to prevent cyclic data timeouts.
• Thermal Management: The device must be mounted vertically to optimize internal air flow channels. Do not obstruct the intake or exhaust vents located at the top and bottom of the unit.
• Braking Constraints: Because this variant lacks an integrated brake chopper (+ACXX), overvoltage tripping may occur during aggressive deceleration phases. Deceleration ramps must be programmed with sufficient duration to accommodate regenerated energy back into the DC bus within safe operational thresholds.

Field Guidelines

• Grounding: Establish a low-impedance high-frequency electrical ground connection from the frequency converter chassis to the central cabinet enclosure backplate. Use a short, braided copper grounding strap for optimal EMC performance.
• Shielding: Motor cables must be fully shielded. Strip the shield back only at the termination points and use 360-degree grounding clamps to secure the cable shield directly to the drive decoupling plate.
• Cable Routing and Separation: Maintain a minimum separation distance of 200 mm between control/signal cables and high-power mains/motor cables to prevent capacitive coupling. Cross power and signal lines at 90-degree angles if intersection is unavoidable.
• Bend Radius: Adhere to the cable manufacturer's specification for minimum bend radius—typically 10 times the outer cable diameter for fixed installations—to prevent insulation breakdown and shielding degradation.
• Insulation Integrity: Verify all power terminal connections are torqued to specified nominal limits to prevent localized heating and contact degradation. Ensure the IP20 chassis is shielded from conductive dust or liquid dripping inside the final enclosure.