
Too Many Frequency Converters? Here's How to Choose the Right One
Consider these five essential factors when selecting the ideal frequency converter for your needs.
Last updated 4 weeks ago. Automatically generated content.


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Power in frequency converters refers to the maximum output capacity, determining the ability to handle different applications and workloads. Selecting the right power level is crucial as it impacts performance, efficiency, and suitability for specific tasks, ensuring smooth operation and energy savings.
Popular options
Up to 4 kW
Typical price
800.– to 1300.–Suitable for small-scale applications with limited power requirements.
Ideal for tasks such as operating small motors or pumps, offering energy efficiency for low-demand situations.
Bestseller
5 - 20 kW
Typical price
1600.– to 2300.–Provides medium power capacity for moderate industrial applications.
Well-suited for standard machinery and equipment, balancing power needs and operational efficiency.
Bestseller
21 - 55 kW
Typical price
3400.– to 6200.–Offers high power capacity for demanding industrial processes.
Recommended for large-scale operations, ensuring reliable performance and handling of heavy loads.
Bestseller
Electric current output determines the maximum current a frequency converter can deliver to a connected load. It is crucial in ensuring that the converter can handle the power requirements of the devices it operates, impacting efficiency and safety.
Popular options
Up to 10 A
Typical price
460.– to 1300.–Suitable for small-scale applications, handling low-power devices effectively.
Ideal for residential or light commercial use, providing reliable performance for less demanding tasks.
Bestseller
11 - 40 A
Typical price
1100.– to 2400.–Offers moderate current output, supporting medium-power equipment.
Great for small to medium industrial settings, ensuring smooth operation of various machinery.
Bestseller
41 - 123 A
Typical price
2900.– to 6200.–Designed for high-power applications, managing large machinery and heavy-duty equipment.
Essential for industrial operations requiring robust performance and high reliability.
Bestseller
Supports protocol refers to the communication standards that a frequency converter can interface with, determining its compatibility with various industrial networks. Choosing the right protocol ensures seamless integration with existing systems, enhancing operational efficiency and data exchange capabilities.
Popular options (you can select more than one)
EtherNet/IP
A robust industrial protocol that enables real-time communication and control over Ethernet networks.
EtherNet/IP is ideal for complex automation systems, providing high-speed data transfer and easy integration with existing Ethernet infrastructure.
Bestseller
Modbus
A widely used serial communication protocol that facilitates data exchange between devices in a network.
Modbus is suitable for simpler applications, offering reliable communication in legacy systems and easy setup for basic automation tasks.
Bestseller
CAN
A protocol designed for high-speed data exchange in automotive and industrial environments.
CAN is beneficial for environments requiring efficient communication with minimal wiring, such as vehicle networks and decentralized control systems.
Bestseller

Schneider Electric Frequency converter
PROFINET IO
An advanced industrial Ethernet standard that supports real-time data processing and control.
PROFINET IO is recommended for demanding applications requiring high-speed communication, such as in manufacturing and process automation sectors.
Bestseller
Mains voltage is crucial in ensuring the compatibility and performance of frequency converters with your electrical system. Selecting the correct voltage range allows for optimal operation, preventing potential damage or inefficiencies.
Popular options (you can select more than one)
200 - 240 V
Typical price
710.– to 2700.–Suitable for standard residential and commercial electrical systems in many regions.
Ensures efficient operation of equipment without overloading, offering reliability and safety.
Bestseller

Schneider Electric Frequency converter
100 - 240 V
Typical price
2100.– to 2900.–Versatile voltage range accommodating both lower and standard voltage systems.
Ideal for international use, providing flexibility and compatibility across various locations.
Bestseller
380 V
Typical price
990.– to 2600.–Commonly used in industrial settings where high power is required.
Supports heavy machinery and high-load applications, ensuring robust performance without interruptions.
Bestseller
400 V
Typical price
1200.– to 7800.–Designed for industrial environments with high power demands.
Offers stability and efficiency in powering large-scale machinery, enhancing productivity and reliability.
Bestseller

C-Control C Control frequency inverter CDI 075 3C3 0.75 kW 3-phase 400 V
Output frequency is the range of frequencies a frequency converter can produce, affecting the operation of electrical devices. Choosing the appropriate output frequency ensures compatibility with equipment and impacts performance efficiency and reliability.
Popular options (you can select more than one)
50 - 60 Hz
Typical price
940.– to 3100.–Supports the standard frequency range for most industrial and residential applications.
Ideal for users needing flexibility in regions where both 50 Hz and 60 Hz equipment are in use.
Bestseller

Schneider Electric Frequency converter
47 / 63 Hz
Typical price
1300.– to 6200.–Accommodates non-standard frequency requirements, offering broader adaptability.
Suitable for specialized equipment or scenarios where precision in frequency variation is necessary.
Bestseller
50 Hz
Typical price
680.– to 2900.–Provides a consistent frequency for regions and applications standardizing on 50 Hz.
Best for users with equipment designed specifically for 50 Hz operation, ensuring optimal performance.
Bestseller

Allen Bradley Frequenzumrichter, PowerFlex 4M, RS-485 / MODBUS RTU, 8A, 1.5kW, 200... 240V



