Isolation Transformer Manufacturer & Factory

Industrial-Grade Galvanic Isolation, Power Quality Engineering & Global Infrastructure Supply

Premium Isolation Machinery & Power Solutions

Explore our engineered line of high-performance isolation systems built for precision industrial, medical, and grid operations.

Machine Tool Control Transformer

50va 200va 500va 1000VA 3000va Machine Tool Control Transformer 240v 220v to 12V 24V 36V Single Phase Isolation Transformer

Technical Specifications
Isolation and Distribution Transformers

Isolation and Distribution Transformers 380V/400V/10KV Three Phase Sichuan Manufacture

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Low No-load Loss CRGO Silicon Steel Transformer

10kv/20kv/35kv Low No-load Loss CRGO Silicon Steel Core Flame Retardant Three-phase Isolation Transformer for Shopping Mall

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Wholesale Isolation Dry Type Transformer

Factory Wholesale Simple Installation 600kva 500kva 160kva Isolation Dry Type Voltage Transformer Hot-selling

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500 KVA Dry Type HV Transformer

500 KVA Single/Three Phase Dry Type HV Industrial Isolation Transformer Helical Coil Epoxy Resin Casting for MV&HV Applications

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Dry Type Isolation Transformer Copper Winding

380V 3150kVA Dry Type Isolation Transformer 100% Copper Winding for Factory Substation

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Step-down Transformer Three Phase Isolation

100KVA 480V to 400V High-quality Step-down Transformer Three Phase Isolation Transformer

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SMD Network Isolation Transformer

SMD Network Isolation Transformer

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Understanding Galvanic Isolation & Power Engineering Mechanics

In modern electronic distribution frameworks, an isolation transformer operates as a critical vanguard for power quality and equipment safety. Unlike auto-transformers which share a single continuous winding, true isolation systems implement completely separate primary and secondary winding structures. This configuration decouples the load circuit from the source grid through pure magnetic induction, creating an impenetrable barrier against direct electrical paths.

This complete physical separation prevents ground loop disruptions and curbs common-mode noise propagation across sensitive instrumentation lines. By isolating the secondary neutral from the primary ground reference, electrical engineers can map out a localized, stable reference ground system. This design is crucial for safeguarding delicate telemetry equipment, industrial automated controls, and computational processing units from unexpected electrical surges or grid noise.

100%
Galvanic Isolation
>120 dB
Common-Mode Attenuation
35 kV
Maximum Grid Capacity
0.05%
Maximum Total Harmonic Distortion (THD)

Targeted Deployment: Strategic Application Profiles

How bespoke isolation engineering addresses environmental vulnerabilities and power anomalies across various regions.

Precision CNC Machining

Eliminates localized high-frequency harmonic feedback and high-voltage transients generated by multi-axis servo motor switchgear, preventing tool controller faults and micro-arc pitting.

Automated Healthcare Centers

Guarantees ultra-low stray leakage current limits (<10 µA) in patient care environments, isolating MRI equipment, CT imaging devices, and intensive telemetry grids from main network faults.

Utility Solar PV Infrastructures

Suppresses complex DC offset injection back-feed into medium-voltage distribution systems, neutralizing high-frequency common-mode voltage spikes across large utility-scale inverter platforms.

Engineering Roadmap & Strategic Technology Matrix

Our research and development pipeline addresses the challenges of shifting global energy structures, prioritizing smart grids, energy efficiency, and thermal longevity. By incorporating Amorphous Alloy Ribbon Cores alongside premium Grain-Oriented Silicon Steel (CRGO), our latest products reduce no-load excitation losses by up to 75% compared to legacy architectures.

1. High-Frequency Silicon Carbide (SiC) Mitigation

Modern wide-bandgap semiconductors induce rapid dV/dt voltage transients. Our updated insulation designs incorporate specialized shield winding methods to intercept high-frequency leakage currents before they can compromise insulation layers.

2. IoT-Driven Predictive Intelligence

Real-time asset visibility is achieved by embedding fiber-optic micro-thermal arrays and acoustic discharge sensors directly into the coil winding matrices. This setup transmits continuous health analytics to centralized SCADA management suites via Modbus or MQTT protocols.

Corporate Strategy: Henan Pirooz Power Supply Chain Resilience

Henan Pirooz Power Co., Ltd. is a comprehensive electrical power equipment manufacturer integrating research and development, engineering design, production, sales, and after-sales service. The company specializes in customized solutions for power transformers and complete sets of transmission and distribution equipment, providing reliable and efficient electrical products for global energy infrastructure projects.

The company operates a modern manufacturing facility with a complete production system covering product design, precision machining, assembly, and full electrical testing. Equipped with advanced production lines and strict quality control procedures, Henan Pirooz Power Co., Ltd. ensures that all products meet international standards and customer-specific technical requirements, maintaining high performance, safety, and durability.

Its core product range includes 10kV–35kV oil-immersed power transformers (such as S11, S13, S14, and S20 series), dry-type transformers (including SCB10, SCB11, SCB13, and SCBH15 series), as well as on-load tap-changing transformers, rectifier transformers, and furnace transformers designed for specialized industrial applications. These products are widely used in power utilities and heavy industries requiring stable and efficient energy distribution.

In addition to transformers, the company also provides complete electrical system solutions, including high and low voltage switchgear, European-style compact substations, American-style pad-mounted substations, and underground distribution substations. These integrated solutions are widely applied in power grid construction, industrial manufacturing, mining, metallurgy, petrochemicals, transportation systems, and renewable energy projects.

With a growing international footprint, Henan Pirooz Power Co., Ltd. has exported its products to multiple countries and regions worldwide, building long-term partnerships across global energy markets. The company continues to expand its production capacity and technological capabilities to meet increasing international demand. Looking ahead, the company is committed to innovation, energy efficiency, and smart manufacturing development. By continuously improving product performance and system integration capabilities, Henan Pirooz Power Co., Ltd. aims to become a globally recognized provider of advanced power equipment solutions, supporting the development of modern and sustainable energy infrastructure.

Intelligent Production Lines & QA Infrastructure

Cutting Process
Cutting
Bending Process
Bending
Spray Painting Process
Spray painting
Soldering Process
Soldering
Assembling Process
Assembling
Finished Product Assembly
Finished product assembly
Quality Control Process
QC
Logistics Warehouse
Warehouse
Mechanical Winding Arm
Mechanical arm
Laser Cutting Machine
Laser cutting machine
Automated Painting Line
Spray painting line
Heavy Bending Machine
Bending machine
Automated Cutting Machine
Cutting machine

Global Marketplace Dynamics & Compliance Architecture

Operating across different international territories requires a thorough understanding of localized grid codes and standard variations. Industrial facilities in North America require systems configured to match UL 1561 specifications, with an emphasis on handling common structural line imbalances and harmonic distortions caused by building-wide commercial loads.

Conversely, European infrastructures require compliance with EN 61558-2-4 standards, demanding rigorous verification of dielectric resilience, creepage distances, and atmospheric breakdown thresholds. Henan Pirooz Power combines these multi-regional criteria into a cohesive production flow. This unified framework ensures our equipment meets CE markings, CSA validations, and EAC requirements, facilitating streamlined international logistics and deployment.

Technical Engineering Resource & FAQ Forum

Expert analysis addressing common technical inquiries regarding design metrics and operational configurations.

What parameters define the selection of a K-Factor rated isolation transformer?
A K-factor rating quantifies a transformer's capacity to handle non-linear harmonic loads without overheating. When electronic switchgear, variable frequency drives (VFDs), or computing servers inject severe harmonic currents, standard magnetic structures experience increased eddy current losses and skin-effect heating. A K-4 rating is typical for basic commercial computing setups, while K-13 or K-20 configurations are required for industrial heavy-automation lines and modern data center server banks to ensure thermal stability and prevent insulation breakdown.
How does an electrostatic Faraday shield improve common-mode noise attenuation ratios?
An electrostatic Faraday shield consists of a grounded sheet of high-conductivity copper positioned between the primary and secondary winding structures. This layer intercepts the inter-winding parasitic capacitance path, redirecting high-frequency common-mode noise currents straight to the ground line. Integrating an engineered Faraday shield increases standard isolation performance from 40 dB to over 120 dB, protecting downstream digital control logic from high-frequency grid interference.
What engineering variables dictate the choice between copper and aluminum winding profiles?
Copper windings provide higher electrical conductivity and superior tensile strength, making them optimal for compact footprints, severe industrial cyclic loading profiles, and corrosive process environments. Aluminum windings offer a lighter structural mass and lower base material costs. If the transformer enclosure is properly configured to manage the slightly larger physical core space required for equivalent ampacity ratings, aluminum can deliver comparable performance profiles in standard fixed utility deployments.

Extended Heavy Industrial Catalog

Heavy-duty power management modules, high-voltage dry converters, and localized substation equipment options.

Dry Type 5kva Three Phase Isolation Transformer

Dry Type 5kva Three Phase Isolation Transformer 380V to 220V Pure Copper Coil Step-up Converter

Technical Specifications
Three Phase Isolation Transformer for PV

Three Phase Dry Type Winding Isolation Transformer for Box Type Substation Photovoltaic Energy Storage Power Station

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SG Three Phase Dry Isolation Transformer

SG Three Phase Dry Isolation Transformer 100kVA 660V 415V 480V 380V 220V 440V 690V Industrial Step Up Down Transformer in Stock

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Three Phase Power Transformer Aluminum Winding

Three Phase Power Transformer 1140V 800V 690V to 400V 380V Step Down Isolation Transformer with Aluminum Winding

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Chint Single-Phase Isolation Control Transformer

Chint Single-Phase Isolation Control Transformer NDK-500W BK-500VA 380v 220v to 220v 24v with 12v 48v 36v Output

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Single-phase Isolation Control Auto Transformer

High Quality transformers Made in China Single-phase Isolation 1kva Control Auto Transformer

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Low Frequency Transformer OEM ODM

High Efficiency CE EI Low Frequency Transformer Single Phase Isolation Control Transformer for Small Batch OEM ODM Supply

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Medium High Voltage Dry Type Transformer

Medium High Voltage Three Phase Dry Type Power Transformer SG Isolation 10kV/11kV/35kV 380V Output Frequency 50Hz SCB Series

Technical Specifications
All Isolation Transformer Products