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Top Single Phase Static Frequency Converter Manufacturers in China

Solution for Powering 3-Phase Equipment

Precision and adaptability are paramount, especially when it comes to power systems. The Static Single Phase Frequency Converter offers a cutting-edge solution for those requiring seamless power frequency adjustments, enabling the transformation of 60Hz to 50Hz with impeccable precision. By leveraging pure sine wave technology, this innovative device ensures that power-sensitive equipment operates smoothly, regardless of regional power standards. For engineers, facility managers, and business owners operating in industries like aerospace, manufacturing, and medical, this translates to unparalleled efficiency and reliability, making it an indispensable tool for maintaining optimal performance.

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Single Phase Static Converters

What is a Single Phase Static Frequency Converter?

The Single Phase Static Frequency Converter of the type Series SFC1 by Power Systems and Controls is a highly advanced electronic converter designed for industrial and commercial power users with single phase requirements. These converters use sophisticated microprocessor-controlled systems to control both the single phase input and output to ensure accurate frequency control. They are also known as Solid State Frequency Converters, giving smooth conversion from one AC power frequency to another; whether it is 50Hz to 60Hz or vice versa. This is necessary so that equipment can work in places which have different power standards, thus making ideal for high precision and efficiency industries.

Single Phase Static Frequency Converter Working Principle

Key Components:Rectifier Circuit,Filter Network,Inverter,Semiconductors,Control Unit

Input Power and Rectification

The device receives single-phase alternating current (AC) power at a fixed frequency, usually 50 Hz or 60 Hz. The first stage uses a rectifier circuit, typically comprising diodes or thyristors, to convert the incoming AC power into direct current (DC).

Filtering

The rectified DC is passed through a filter, typically consisting of capacitors and inductors. This step smooths out any residual ripples or fluctuations to ensure a stable DC supply for the next stage.

DC to AC Conversion (Inversion)sion

Modern converters employ PWM techniques to generate a high-quality AC waveform with a desired frequency. By precisely controlling the switching times of the semiconductors, the output frequency and voltage can be accurately modified.

Output Frequency Adjustment

The inverter’s output is fine-tuned to produce an AC signal at the required frequency (e.g., converting 50 Hz input to 60 Hz output or vice versa).

Single Phase Static Converters

Choosing the Right Converter for Your Needs

When selecting a single phase static frequency converter, it is crucial to consider the specific load requirements and environmental conditions in which the converter will operate. Our company offers AC frequency converters, designed to enhance productivity and minimize energy consumption across diverse industrial settings. These converters feature robust, solid-state designs with comprehensive protective functions to ensure stable voltage regulation and power quality. The impressive load capacity of these converters makes them ideal for high-demand equipment, ensuring that your power system remains reliable and efficient under varying operational stresses.

Comparative Analysis of 50Hz and 60Hz Converters

Static frequency converters are distinguished by their ability to seamlessly adjust AC power frequencies, such as converting from 50Hz to 60Hz or vice versa. This adaptability is essential for industries operating across regions with differing power standards. While static converters offer stable power conversion, rotary frequency converters also provide seamless transitions between 50Hz and 60Hz. Our products are engineered to facilitate smooth power conversion, meeting global power standards with precision. This capability is vital for maintaining compatibility and performance of equipment designed for specific frequency requirements, ensuring uninterrupted operational efficiency.

Technical Specifications of Single Phase Static Frequency Converters

NameDate
Input VoltageSingle-phase power supply£º220V £¬50HZ/60HZ
Three-phase power supply£º380V £¬50HZ/60HZ
Rated voltage of motor0~2000V
Motor rated power0.1～1000.0kW
Rated current of motor0.1～6553.5A
Motor stator resistance0.001~65.535Ω
Motor rotor resistance0.001~65.535Ω
Maximum Frequency Range50.00Hz～630.00Hz(Factory value 50.00HZ)
Carrier Frequency1.0～15.0kHz
No-load Cur0.1~6553.5A
Industries We Serve

Applications of Single Phase Static Frequency Converter

The single phase static frequency converter is utilized in various applications, including converting 220v 50hz to 120v 60hz and vice versa, providing sine wave output for household use, and enabling variable frequency control in power systems, while ensuring compatibility with both single phase and three phase systems, and featuring built-in step transformers for efficient output voltage adjustments within a range of 0-300v.

Use in Aerospace and Aviation

In the aerospace and aviation sector, single phase static frequency converters are essential. They provide precise power conversion solutions. A 20kVA solid state pure sine wave frequency converter is particularly valuable for aircraft. It supports a 400Hz output necessary for various onboard systems. An 8kVA single phase converter can adjust frequencies from 50Hz to 60Hz.

Role in Medical Equipment

In medical facilities, where the reliability and precision of power supply are crucial, static frequency converters play a pivotal role. These converters ensure seamless power conversion, maintaining the necessary frequency and voltage levels for sensitive medical equipment. The static pure sine wave output guarantees clean, stable power, which is vital for the accurate functioning of devices like MRI machines and CT scanners.

Implementation in Marine Industries

Marine operations often face unique challenges due to the variable power environments found on ships and offshore platforms. Static frequency converters are essential for ensuring that onboard equipment receives the correct power frequency and voltage. These converters enable the seamless conversion from 60Hz to 50Hz or vice versa, supporting the operation of equipment designed for different regional standards.

Why Choose Our Single Phase Static Frequency Converter

  • Power capacities: 500VA, 3kVA, up to 15kVA.

  • Handles various input frequencies (50Hz to 60Hz and vice versa).

  • Supports 120V 60Hz to 240V 50Hz and 240V 50Hz to 120V 60Hz conversions.

  • Supports 120V 60Hz to 240V 50Hz and 240V 50Hz to 120V 60Hz conversions.

  • Static pure sine wave output for clean and stable AC power.

  • 400Hz adjustable options for high-frequency adjustments.

  • Handles 50Hz power systems for international applications.

  • Optimal performance for AC power frequency conversion and voltage needs.

Single Phase Static Converters

Top Reviews of Static Frequency Converters

Understand from our clients what they say about doing business with us and the unique value addition we provide.

Utilizing a 2 kVA single phase converter with pure sine wave technology has transformed our approach to power management. The transition from a phase 120V 60Hz to 240V setup has been seamless, and the data from our 60Hz to 220V 50Hz frequency tests have shown remarkable results. It's vital for businesses to consider these converters for enhancing power capacity from 500 VA upwards.
Sarah Davis
Systems Analyst
Static frequency converter technology is crucial for applications requiring reliable AC power sources. Our recent project involved integrating a 50Hz frequency converter to manage the transition from a single-phase 110V 60Hz system to a more efficient 220V 50Hz frequency converter. The performance has been outstanding, especially with the use of a step-up transformer to handle the power demands.
John Smith
Electrical Engineer

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