Precision AC Power System

1.Power Capacity: 30-120kVA (modular scalable design)
2.Technology: Advanced double-conversion topology with pure sine wave output
3. Input: 3-phase 400VAC ±25%, 45-65Hz auto-range
4. Output: 0-520VAC programmable, 45-65Hz adjustable frequency
5.Key Applications: Laboratory testing, medical equipment, precision manufacturing
6. Ingress Protection Grade: IP21
7.Key Features: Ultra-low distortion (<1.5%); voltage dip/swell simulation; harmonic injection capability; touchscreen interface
8. Brand: ACSOON (support OEM)
9. Features: multiple history events memorized in record.

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Product Description

Precision AC Power System | Clean Power for Sensitive Equipment & Testing Applications

XI'AN JERRYSTAR INSTRUMENT CO., LTD develops high-accuracy precision AC power systems for applications requiring exceptional power quality and stability. With extensive experience in precision power electronics, we deliver solutions that ensure reliable performance for sensitive equipment and critical testing processes. Our systems are engineered for superior accuracy and flexibility, serving global customers in research, healthcare, and technology sectors.

Precision AC Power System

Precision AC Power System Main Features

ACSOON Precision AC Power System Main Features

Isolated output transformer,suitable for any unbalance loads, each single phase can be used independently
EMC compatible
Compatible with both 50Hz and 60Hz power supply network
Low harmonic distortion
Pure sine wave,sinusoidal output
Completely protection and alarm for over voltage, over current and overheating, etc
Display real-time data: voltage,current,frequency, power / power factor

Precision AC Power Systems

Why Choose ACSOON Precision AC Power Systems?

ACSOON sets the standard for precision power technology. Our systems provide:

Unmatched Power Quality: Ultra-clean output with minimal harmonic distortion
Precise Voltage Regulation: ±0.5% voltage accuracy for sensitive applications
Advanced Simulation Features: Power quality disturbance generation and analysis
High Efficiency Design: >94% efficiency with advanced cooling technology
Comprehensive Safety Protection: Multi-level protection for equipment safety

Application Areas

Our precision AC power systems are essential for:

Research Laboratories: Scientific instruments and experimental setups
Medical Equipment: Powering and testing diagnostic and therapeutic devices
Semiconductor Manufacturing: Precision equipment power supply
Telecommunications: Network equipment testing and validation
Automotive Electronics: ECU testing and component validation
Aerospace Testing: Avionics equipment power supply
Renewable Energy Research: Power converter testing and validation
Quality Certification: Compliance testing and standards verification

Application Areas

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Technical Innovation

Technical Innovation

Our R&D breakthroughs in precision AC power system technology include:

Advanced digital signal processing architecture
Smart thermal management with predictive cooling
Enhanced power quality monitoring capabilities
Improved energy efficiency technologies

Packaging and Delivery

We guarantee secure worldwide delivery:

Customized protective packaging solutions
Real-time shipment monitoring
Global logistics management
Professional installation services

product-800-450

After-Sales Support

After-Sales Support

Comprehensive customer service includes:

24/7 technical support network
Scheduled maintenance programs
Software and firmware updates
On-site training services
Worldwide spare parts availability

Certifications

Our systems meet:

ISO 9001:2015 Quality Management System
ISO 13485 Medical Equipment Standards
CE, UL, and RoHS compliance

CE Certifications

FAQ
Q1: What distinguishes a precision AC power system from standard power supplies?
A: Precision systems offer superior voltage regulation, lower distortion, and advanced features for sensitive applications requiring exact power quality.
Q2: Can the system simulate power quality disturbances?
A: Yes, our systems can generate voltage dips, swells, harmonics, and frequency variations for testing purposes.
Q3: What remote monitoring capabilities are available?
A: Web-based interface, LAN connectivity, and support for various industrial protocols enable comprehensive remote monitoring and control.
Q4: How is system accuracy maintained over time?
A: Regular self-calibration routines and high-quality components ensure long-term accuracy and reliability.
Q5: Do you provide application-specific configurations?
A: Yes, we offer customized solutions tailored to specific industry requirements and applications.