22.F4.C0R-6L11

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The KEB F4 Combivert Frequency Inverter, model 22.F4.C0R-6L11, is designed for the 400V class, it operates with an input voltage range of 305V to 500V. The inverter's current capacity varies per model dimension, ranging from 16.5A to 270A, with a maximum short-term current capacity of 225A.

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Product Description:

In industrial settings, the KEB F4 Combivert Frequency Inverter model 22.F4.C0R-6L11 is a high-performance tool that effectively regulates motor frequency operations.

As intended for the 400V class, the device runs at a standard input voltage of 305V to 500V, accepting a voltage range of up to ±0 for dependable operation. Users may choose from a variety of power applications thanks to the variable current capacity produced by each F4 Combivert inverter model dimension, which ranges from 16.5A to 270A. This inverter can operate well during times of high demand since its maximum short-term current capacity, per model configuration, is 225A. With an initial fundamental frequency of 8 kHz, this unit's operational frequency span spans from 0 Hz to 1638.32 Hz, providing a wide range of applications. The device's nominal power losses range from 540W to 3100W, indicating normal operational efficiency. By maintaining various frequencies, the gadget manages operating stress spots, producing stall current measurements of 45A at 16 kHz. For optimal performance in severe industrial settings, the device's heat sink can withstand temperatures of up to 90°C. The 22.F4.C0R-6L11 can store the product at temperatures between -25 and 70°C, however, it is intended to operate in the ambient temperature range of -10 to 45°C.

The machine operates best in a 95% non-condensing humidity range while adhering to IP20 protection standards to keep tiny items out. As part of its EMC compliance, the inverter conforms to EN 61800-3 norms for electromagnetic compatibility. It is classified as 3K3 under EN 50178 for climatic conditions, which guarantees resilience in a variety of environmental circumstances. Up to 2000 meters above sea level, this inverter may operate as intended; above 1000 meters, its performance drops by 1%. To increase operational safety, it has standard and sparse brake resistors. It can be purchased at Wake Industrial with a one-year warranty.

Braking Resistor Options
Minimum and typical
EMC Compliance
EN 61800-3
Humidity (non-condensing)
95% RH
Ingress Protection
IP20
Input Voltage Range
305–500 V
Max Heat Sink Temperature
90 °C
Max Short-time Current
225 A
Maximum Altitude
2000 m
Operating Frequency
1638.32 Hz
Operating Temperature Range
-10–45 °C
Output Current Range
16.5–270 A
Power Loss Range
540–3100 W
Power Reduction Above 1000 m
1% per 100 m
Stall Current @16 kHz
45 A
Storage Temperature Range
-25–70 °C

Frequently Asked Questions about 22.F4.C0R-6L11:

Q: What voltage and current ranges does the 22.F4.C0R-6L11 support?

A: It operates with an input voltage of 305V to 500V and offers variable current capacities ranging from 16.5A to 270A, with a peak of 225A for short-term demands.

Q: What is the frequency range of the 22.F4.C0R-6L11?

A: The inverter operates across a frequency range from 0 Hz to 1638.32 Hz, starting at an initial fundamental frequency of 8 kHz.

Q: How does the 22.F4.C0R-6L11 manage operational temperatures?

A: It features a heat sink capable of withstanding up to 90°C and is designed to operate optimally within an ambient temperature range of -10 to 45°C.

Q: What are the protective features of the 22.F4.C0R-6L11?

A: The inverter adheres to IP20 protection standards, ensuring safety from small objects, and complies with EN 61800-3 for electromagnetic compatibility.

Q: How does altitude affect the performance of the 22.F4.C0R-6L11?

A: It is designed to operate effectively up to 2000 meters, with performance decreasing by 1% for every 100 meters above 1000 meters.


Internal Product Review

  • ‘‘The 22.F4.C0R-6L11 excels in managing diverse motor frequency demands within industrial applications. Its capacity to sustain high currents and temperatures, along with its broad frequency range, makes it a reliable choice for enhancing motor performance under varied operational stresses.’’

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