Precision Frequency Conversion Power System

1.Rated Power: 90kVA (customizable power capacity available)
2.Topology: IGBT-based high-efficiency inversion
3. Input Voltage & Frequency: 3-phase, 380V±10%, 50Hz/60Hz
4. Output Voltage & Frequency: 0-520V, 45-65Hz (fully programmable)
5. Applications: industrial manufacturing, equipment testing, renewable energy simulation
6. Ingress Protection Grade: IP21
7. Features: High stability and low distortion output; seamless switching between frequency modes; advanced DSP control system
8. Brand: ACSOON (support OEM)
9. Features: multiple history events memorized in record.

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Product Description

Precision Frequency Conversion Power System: Versatile and Stable AC Power Solutions

XI'AN JERRYSTAR INSTRUMENT CO., LTD specializes in designing and manufacturing high-quality precision frequency conversion power systems. With over 15 years of experience in power electronics, we deliver robust solutions that enable accurate frequency conversion and voltage regulation for critical applications. Our systems are known for their reliability, precision, and adaptability, making us a trusted provider for industrial and testing sectors worldwide.

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Technical Specifications

Feature	Specification
Capacity (Single Phase)	1kVA to 200kVA
Capacity (Three Phase)	1kVA to 2000kVA
Input Voltage	110V-440V AC (Customizable)
Input Frequency	50/60HZ or 40-70HZ
Output Voltage	0-520V AC (Customizable)
Output Frequency	50/60/100/200/400HZ or 40-800HZ adjustable
Voltage Regulation	±1%
Frequency Stability	≤0.1%
Output VTHD	<3% @ Linear load
Response Time	≤2ms
Power Factor	≥0.8 (≥0.9 optional)
Overall Efficiency	≥85%
Overload Capacity	125% for 60s, 150% for 30s
Cooling	Forced air
Operating Temperature	-10°C to 50°C
Altitude	<1800m

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Why Choose ACSOON Precision Frequency Conversion Power Systems?

Ultra-Stable Output: Ensures minimal harmonic distortion and precise voltage/frequency control.Wide Frequency Range: Supports output frequencies from 45Hz to 65Hz with smooth transition capability.Energy-Efficient Performance: Reduces power waste and operational costs through advanced switching technology.Flexible Configuration: Customizable output parameters and form factors to fit various applications.Global Technical Support: Expert guidance from system design to integration and maintenance.

Application Areas

Industrial Machinery: Drive and control systems for manufacturing automation.

Burn-in and Testing Labs: Provide programmable AC power for product validation.Renewable Energy Research: Simulate grid conditions for solar and wind power inverters.Aerospace and Military: Power avionics and communication equipment under variable frequencies.Shipping and Offshore Equipment: Ensure stable power for electrical systems in marine environments.

Research and Education: Used in universities and labs for electrical engineering experiments.Medical Equipment Testing: Deliver clean power for precision medical devices.Data Centers: Backup power conditioning and frequency conversion support.

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Details display

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01

Quality Control

Each precision frequency conversion power system is manufactured under strict quality protocols:

Incoming Component Screening、Automated Functional Testing、Thermal and Load Stress Testing、Safety and EMC Compliance Validation、Final Inspection and Certification

02

R&D Breakthroughs

Our research team continues to pioneer new technologies in precision frequency conversion power systems, including:

Enhanced Dynamic Response Algorithms、Multi-level Inverter Topologies、Real-Time Remote Monitoring Interfaces、Eco-Cooling Technologies

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03

After-Sales Service

We provide end-to-end customer support:

24/7 Remote Technical Assistance、Scheduled Maintenance Services、Software and Firmware Updates、On-Site Training

Worldwide Spare Parts Network

04

Certifications

Our systems comply with international standards, including:

ISO 9001:2015、CE, RoHS

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FAQ
Q1: What is a precision frequency conversion power system typically used for?
A: It is commonly used to provide stable and adjustable AC power where frequency or voltage conversion is required, such as in industrial testing, simulation scenarios, or international equipment compatibility.
Q2: Can the output frequency be adjusted in real time?
A: Yes, our systems support real-time frequency adjustment via touchscreen interface or remote communication protocols.
Q3: How efficient is the system under partial load?
A: Yes, our systems support real-time frequency adjustment via touchscreen interface or remote communication protocols.
Q4: What communication interfaces are available?
A: Standard interfaces include RS485, Ethernet, and optional CAN bus or Modbus TCP.
Q5: Do you offer customized solutions for specific requirements?
A: Yes, we offer tailored designs including special voltages, frequencies, and form factors.