Home KEB F4 Combivert Frequency Inverter Series 22.F4.C1R-3440

22.F4.C1R-3440

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Current response time:

5 Minutes 1 Seconds

The 22.F4.C1R-3440 Motor Drive provides 75 KW power and 105 KVA apparent power. It supports 50/60 Hz input frequencies. It is useful for global systems and efficient motor control.

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Description
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FAQ

Product Description

The 22.F4.C1R-3440 Motor Drive is a high-performance device for industrial automation. Being produced by one the most popular brands name KEB, it avails a compact solution with good power handling. This motor drive is designed to handle high workload transportation processes equipped with power of 75 KW and apparent power of 105 KVA. The operation is carried by a three-phase input that can accommodate a supply voltage of 400 V with a voltage of 480 VAC. Motor performance is made easier through the advanced features provided by the drive.

The 22.F4.C1R-3440 Motor Drive is a well-designed power supply unit that can function with both 50Hz and 60Hz input frequencies. The motor drive runs with a clock frequency of 8 kHz and also affords high speed and stability of motor control. It incorporates a braking transistor used in the dynamic braking process during motor operation. This enhances the efficiency and speed of the operation. The 22.F4.C1R-3440 Motor Drive belongs to the F4 series, which is characterized by the production of compact control electronics and amplitude ranges while maintaining low power consumption. Its housing size is 23 constructed to integrate conveniently into different configurations.

The 22.F4.C1R-3440 motor drive has a power rating of 75 KW and will do continuous flow in motor systems that need steady power. The supply voltage of the drive is highly generalized at 480 VAC while being operational on a close or high frequency respectively. The 22.F4.C1R-3440 is suitable for various tasks in motor control. Adding another cool braking transistor to its list of benefits provides an opportunity for fast and controlled braking only. This motor drive guarantees high control and stability as such it is ideal for automation and other system with motor applications.

22.F4.C1R-3440 Technical Specifications

Voltage:	400V
Housing design:	R
Power:	75kW
Frequency:	8kVA
Phase:	3-ph
Drive Type:	Combivert F4
Supply voltage class:	400 V class
Clock frequency:	8 kHz
Housing size:	23
Accessories:	braking transistor

Frequently Asked Questions about 22.F4.C1R-3440

Q: What is the purpose of dynamic braking in 22.F4.C1R-3440?

A: The dynamic braking feature in the 22.F4.C1R-3440 helps to reduce motor speed quickly and efficiently. It enhances system response time, improving overall performance and safety during operation.

Q: How does the 8 kHz clock frequency benefit motor control?

A: The 8 kHz clock frequency of the 22.F4.C1R-3440 ensures precise motor speed regulation. It helps maintain stable performance, reducing fluctuations and improving the accuracy of motor-driven applications.

Q: Why is the 22.F4.C1R-3440 suitable for global applications?

A: The 22.F4.C1R-3440 supports both 50 Hz and 60 Hz input frequencies, making it adaptable for use in various global systems. This feature enhances versatility in different regions with diverse power grids.

Q: How does the compact design of 22.F4.C1R-3440 benefit installations?

A: The compact design of the 22.F4.C1R-3440 allows for easy integration into tight spaces. It saves valuable space in industrial setups while maintaining high power output and efficiency.

Q: What is the significance of the 480 VAC input voltage in 22.F4.C1R-3440?

A: The 480 VAC input voltage of the 22.F4.C1R-3440 allows it to operate effectively in high-power systems. This voltage range ensures compatibility with industrial automation and heavy-duty motor applications.

Internal Product Review

‘‘The 22.F4.C1R-3440 Motor Drive delivers excellent performance with 75 KW power and 105 KVA apparent power. It operates at 8 kHz and 400V input, providing precise control. The dynamic braking feature enhances efficiency. It’s ideal for industrial automation and demanding motor control tasks.’’