Schneider Electric Frequency converter 0,37KW 240V 1-phase
Too Many Frequency Converters? Here's How to Find the Right One
Discover key factors to consider when choosing the perfect frequency converter for your needs.
Last updated 2 days ago. Automatically generated content.


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Power in frequency converters determines the amount of electrical energy they can handle and convert, impacting their efficiency and suitability for different applications. Selecting the correct power rating ensures optimal performance and longevity, matching the converter's capability to the needs of specific machinery or systems.
Popular options
Up to 4 kW
Typical price
820.– to 1100.–Suitable for small-scale applications or machinery with minimal power requirements.
Ideal for residential or light commercial use, offering energy efficiency and cost-effectiveness.
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5 - 15 kW
Typical price
1400.– to 1900.–Designed for medium-sized operations or equipment with moderate power needs.
Perfect for small industrial settings, providing a balance between power and efficiency.
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16 - 60 kW
Typical price
2800.– to 4700.–Capable of handling large-scale industrial machinery with high power demands.
Recommended for heavy-duty applications, ensuring robust performance and reliability.
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Electric current output refers to the maximum electrical current a frequency converter can deliver to a motor or system. Selecting the appropriate output is crucial for ensuring the converter can handle the electrical demands of your equipment without overloading or underperforming.
Popular options
Up to 10 A
Typical price
420.– to 900.–Designed for low-power applications, providing a maximum output of 10 amperes.
Ideal for small motors and devices, ensuring efficiency and preventing overloading in light-duty operations.
Bestseller
Schneider Electric Frequency converter 0,37KW 240V 1-phase
11 - 35 A
Typical price
1100.– to 2200.–Supports medium-power applications with an output range from 11 to 35 amperes.
Suitable for moderate-sized equipment, offering balance between power and efficiency for general industrial use.
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36 - 110 A
Typical price
2500.– to 5300.–Caters to high-power applications, delivering between 36 and 110 amperes.
Perfect for large machinery and industrial systems, ensuring robust performance and handling substantial electrical loads.
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Supports protocol refers to the communication standards that a frequency converter can interface with, enabling integration with various industrial networks. Choosing the right protocol ensures seamless connectivity and efficient communication between devices, optimizing system performance and reliability.
Popular options (you can select more than one)
Modbus
Typical price
600.– to 2700.–Widely used protocol known for its simplicity and ease of implementation.
Ideal for straightforward applications, offering reliable data exchange for basic control tasks.
Bestseller
Schneider Electric Frequency converter 0,37KW 240V 1-phase
PROFINET IO
Typical price
1000.– to 3900.–Advanced protocol designed for real-time communication and high-speed data transfer.
Suitable for complex industrial environments, enhancing system responsiveness and productivity.
Bestseller
EtherNet/IP
Typical price
1100.– to 5700.–Utilizes Ethernet technology for robust and scalable network solutions.
Best for integrating diverse systems, providing flexibility and interoperability across devices.
Bestseller
Profibus
Typical price
1300.– to 5300.–Established protocol with strong support for various automation applications.
Great for legacy systems, ensuring continued operation without extensive modifications.
Bestseller
Schneider Electric Frequency inverter ATV630, 45 kW, 380-480 ATV630D45N4Z
DeviceNet
Typical price
1200.– to 4700.–Offers device-level communication with simplified wiring and configuration.
Recommended for small to medium-scale systems, providing cost-effective networking solutions.
Bestseller
Schneider Electric Frequency inverter ATV630, 45 kW, 380-480 ATV630D45N4Z
Output frequency refers to the range of frequencies a frequency converter can produce, affecting the performance and compatibility of connected devices. This factor is crucial because it determines how well the converter can handle the electrical requirements of various equipment, ensuring smooth operation and optimal functionality.
Popular options (you can select more than one)
50 - 60 Hz
Typical price
780.– to 3000.–Standard frequency range suitable for most industrial and commercial applications.
Ideal for regions with electrical systems using 50 Hz or 60 Hz, offering versatility and broad compatibility.
Bestseller
Allen Bradley Frequenzumrichter, PowerFlex 523, RS-485, 2.3A, 750W, 380... 480V
47 / 63 Hz
Typical price
980.– to 3000.–Expanded frequency range allows for more precise control and flexibility.
Recommended for specialized applications that require non-standard frequencies, enhancing adaptability and performance.
Bestseller
50 Hz
Typical price
590.– to 2100.–Single frequency option tailored for regions using 50 Hz electrical systems.
Ensures consistent performance for local applications, providing stability and reliability in operation.
Bestseller
Mains voltage refers to the electrical power supply levels that a frequency converter can handle, determining its compatibility with different industrial or commercial power systems. Choosing the correct mains voltage is crucial as it impacts the converter's efficiency, operational reliability, and longevity, ensuring optimal performance in specific settings.
Popular options
380 - 410 V
Supports medium voltage systems common in industrial settings.
Ideal for applications requiring balanced power distribution and reduced energy loss.
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411 - 450 V
Accommodates slightly higher voltage ranges suitable for more demanding industrial environments.
Enhances performance and efficiency in facilities with high power demands.
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451 - 480 V
Designed for high voltage systems, often used in large-scale industrial operations.
Provides robust power handling capabilities, maximizing operational efficiency in heavy-duty applications.
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