DANFOSS iC2-30FA3N02-11A0E20F4+ACBC 2.2kW 11A 3AC 200-240V iC2-30 Drive

The Danfoss iC2-30FA3N02-11A0E20F4+ACBC 2.2kW variable frequency drive is engineered for demanding industrial applications, delivering precise motor control and robust performance. This compact unit boasts a 2.2kW power output, an 11A current rating, and operates on a 3-phase AC input of 200-240V. Its advanced control algorithms ensure optimal energy efficiency and smooth operation across a wide range of loads, making it a superior choice for OEMs and system integrators seeking reliability and advanced functionality in automation solutions.

Product Specifications

| Parameter             | Value                                 |

| :-------------------- | :------------------------------------ |

| Model Number          | iC2-30FA3N02-11A0E20F4+ACBC           |

| Power Output          | 2.2 kW                                |

| Rated Current (Ie)    | 11 A                                  |

| Input Voltage         | 3-Phase AC 200-240V                   |

| Output Frequency      | 0-500 Hz                              |

| Enclosure             | IP20                                  |

| Dimensions (H x W x D) | 250 x 140 x 175 mm (approx.)          |

| Mounting              | Wall or DIN rail                      |

| Operating Temperature | -10°C to +40°C (derating above 40°C) |

Core Features & Market Positioning

The Danfoss iC2-30 drive distinguishes itself through its sophisticated VVCplus (Variable Voltage and Vector Control) technology, enabling superior motor performance and dynamic response. This advanced control method ensures precise speed and torque regulation, even under fluctuating load conditions, positioning the iC2-30 as a high-performance solution for critical processes. Its compact footprint and robust design are hallmarks of Danfoss's commitment to delivering reliable, space-saving automation components that integrate seamlessly into diverse industrial environments. The drive's inherent energy-saving capabilities, achieved through optimized motor operation, further enhance its market appeal for cost-conscious operations.

Key Application Scenarios

This Danfoss iC2-30 drive is exceptionally well-suited for a broad spectrum of applications where variable speed control is paramount. Its precise torque and speed regulation make it ideal for conveyor systems, pumps, fans, and mixers in industries such as food and beverage, material handling, and HVAC. The drive's ability to adapt to varying process demands ensures optimal performance and energy efficiency in applications like packaging machinery, textile manufacturing, and general-purpose machine control, where consistent and accurate motor operation is crucial for product quality and throughput.

Practical System Integration Guidance

Integrating the Danfoss iC2-30 involves careful attention to wiring and parameterization. Ensure the input power supply is within the specified 200-240V 3-phase range and connect it to terminals L1, L2, and L3. Motor connections should be made to terminals T1, T2, and T3. Grounding is essential for safety and proper operation; connect the protective earth terminal to a suitable ground point. For initial setup, basic parameters such as motor nominal current, nominal frequency, and nominal speed should be configured to match the connected motor's specifications. Advanced parameters related to acceleration/deceleration times, speed reference sources (e.g., analog input, digital inputs, keypad), and control modes (VVCplus) can be adjusted via the integrated keypad or optional control panels to fine-tune performance for specific applications.

Operation and Risk Mitigation

Operating the Danfoss iC2-30 drive requires adherence to safety protocols to prevent damage to the equipment and ensure personnel safety. Always ensure the drive is de-energized before making or changing any electrical connections. During operation, monitor motor temperature and drive performance to detect any anomalies. Common troubleshooting involves checking parameter settings against motor data, verifying input power quality, and ensuring proper ventilation. For instance, overload faults (e.g., tripped current limit) might indicate an undersized motor, a mechanical jam, or incorrect parameter settings related to motor current. Referencing the drive's manual for specific fault codes, such as "Overcurrent" or "Overvoltage," is critical for accurate diagnosis and resolution.

Scalability & Long-Term Value

The Danfoss iC2-30 drive offers excellent long-term value through its robust design and compatibility with broader automation architectures. While the iC2-30 itself is a standalone unit, its integration capabilities allow it to be a building block within larger control systems. For scalability, Danfoss provides a range of drives designed for different power and voltage ranges, enabling seamless upgrades or expansions for future projects. The drive's efficient operation contributes to reduced energy consumption, leading to significant operational cost savings over its lifespan. Furthermore, Danfoss's commitment to product development means that systems incorporating the iC2-30 can often be updated with new software features or integrated with newer IIoT platforms through available communication options, ensuring sustained relevance and performance.

FAQs

What is the rated power of the Danfoss iC2-30FA3N02-11A0E20F4+ACBC drive?

The Danfoss iC2-30FA3N02-11A0E20F4+ACBC drive is rated for a power output of 2.2 kilowatts. This specification defines the maximum continuous motor power the drive can reliably deliver.

This power rating makes it suitable for a wide range of medium-duty industrial applications, such as powering pumps, fans, and smaller conveyor systems. It ensures the drive can handle the continuous operational demands without overheating or performance degradation.

Understanding this specification is crucial for selecting the correct drive size to match the motor's requirements, preventing under-sizing or over-sizing which can lead to inefficiencies or premature failure.

What are the input voltage and phase requirements for this Danfoss iC2-30 drive?

This specific Danfoss iC2-30 drive model requires a 3-phase AC input voltage ranging from 200 to 240 Volts. It is designed to operate within this specific voltage window to ensure optimal performance and longevity.

It is imperative that the power supply connected to the drive precisely matches these specifications; deviations outside this range can lead to operational issues or damage. Always verify the available site power before installation.

The 3-phase nature of the input power provides the robust and stable electrical foundation necessary for efficient motor control in industrial settings, allowing for smooth starting and running of electric motors.

Can the Danfoss iC2-30FA3N02-11A0E20F4+ACBC drive be used with single-phase motors?

No, the Danfoss iC2-30FA3N02-11A0E20F4+ACBC drive is designed exclusively for use with 3-phase AC motors. Its internal electronics and control algorithms are optimized for the characteristics of three-phase power.

Attempting to connect a single-phase motor to this drive will result in improper operation, potential motor damage, and likely failure of the drive itself due to the mismatched power characteristics.

Always ensure that the motor being controlled is a 3-phase induction motor and that its voltage and power ratings are compatible with the drive's specifications for safe and effective operation.

What is the maximum output current for the iC2-30FA3N02-11A0E20F4+ACBC model?

The Danfoss iC2-30FA3N02-11A0E20F4+ACBC drive has a rated output current of 11 Amperes. This figure represents the maximum continuous current the drive can supply to the motor.

This current rating is a critical parameter for motor selection, ensuring the drive can provide sufficient power without exceeding its thermal or electrical limits. It also dictates the maximum motor size the drive can safely handle.

Exceeding the 11A output current for extended periods will typically trigger overload protection, potentially leading to a drive shutdown or fault condition, necessitating investigation into the load or motor requirements.

What type of motor control technology does the Danfoss iC2-30 drive utilize?

The Danfoss iC2-30 drive employs advanced Variable Voltage and Vector Control (VVCplus) technology. This sophisticated control method provides precise speed and torque regulation for electric motors.

VVCplus offers superior dynamic performance compared to basic V/f control, allowing for faster response to load changes and more accurate speed holding, even under varying conditions.

This advanced control capability makes the iC2-30 ideal for applications demanding high performance, such as those with frequent starts/stops, rapid speed changes, or requiring tight process control.

What is the enclosure rating (IP rating) of this Danfoss iC2-30 drive?

The Danfoss iC2-30FA3N02-11A0E20F4+ACBC drive features an IP20 enclosure rating. This signifies protection against solid foreign objects greater than 12.5 mm in diameter.

An IP20 rating means the drive is intended for installation in controlled industrial environments where it is protected from direct contact and significant dust or moisture ingress. It does not offer protection against water.

For applications exposed to harsh environmental conditions, such as excessive dust, moisture, or washdown requirements, a higher IP-rated enclosure or separate protective housing would be necessary.

What is the typical installation method for the Danfoss iC2-30 drive?

The Danfoss iC2-30 drive is designed for flexible installation, typically being wall-mounted or attached to a standard DIN rail. This allows for easy integration into control panels and machine frames.

Proper ventilation is crucial for heat dissipation; ensure sufficient clearance around the drive as per the manufacturer's guidelines to maintain optimal operating temperatures and prevent overheating.

When mounting, use appropriate hardware and ensure secure connections to prevent vibration-induced issues. Electrical connections must be made by qualified personnel following all safety regulations.

What are common applications for the Danfoss iC2-30 2.2kW drive?

This drive is commonly applied in systems requiring variable speed control for pumps, fans, and general machinery. Its 2.2kW power output is suitable for medium-duty applications.

Typical industries include HVAC for controlling fan speeds, water treatment for pump speed modulation, and material handling for conveyor belt speed adjustment. Precise control enhances process efficiency.

Its VVCplus technology also makes it a good fit for applications like packaging machines, textile machinery, and printing presses where consistent motor performance is critical for product quality.

How do I perform basic parameter setup for the Danfoss iC2-30 drive?

Begin by navigating the drive's menu using the keypad to access the parameter settings. Essential parameters include motor nominal current, nominal frequency, and nominal speed, which must accurately reflect the connected motor's nameplate data.

Next, configure the desired speed reference source (e.g., analog input, keypad) and the control mode, typically VVCplus for optimal performance. Adjust acceleration and deceleration ramp times to suit the application's dynamics.

Always consult the Danfoss iC2-30 user manual for detailed parameter descriptions and recommended settings for your specific application to ensure correct and safe operation.

What are some common troubleshooting steps for a Danfoss iC2-30 drive fault?

First, identify the specific fault code displayed on the drive's keypad. Common faults include overcurrent, overvoltage, undervoltage, or motor overload. Consult the manual to understand the meaning of each code.

For overcurrent faults, check for mechanical binding in the motor or driven load, verify motor and cable integrity, and ensure the drive's current limit is set appropriately. For motor overload, confirm the motor's nominal current parameter is correctly set.

If issues persist, verify input power phase sequence and voltage stability. Ensure adequate cooling and check all electrical connections for tightness. Consider if the application load profile exceeds the drive's continuous rating.