PROCESS POWER
02 / 07
Process-engineered high-current DC power systems for electrochemistry, metallurgy, coating, heating and water treatment.
SYSTEM OVERVIEW
Industrial rectification is configured around the process load rather than a catalogue rating alone. Kerrix aligns voltage and current range, regulation accuracy, duty profile, cooling, transformer arrangement and plant control interfaces with the operating process.
EQUIPMENT RANGE
Values shown are typical for the current portfolio. Final models, ratings and interfaces are subject to project requirements and technical confirmation.
Regulated DC power for step, intermittent and continuous electrophoretic coating lines.
High-frequency pulse power platform for configurable electrocoagulation water-treatment processes.
High-frequency process power for optical, semiconductor, tool, glass and decorative coating systems.
Controlled heating power for crystal growth, epitaxy, photovoltaic, optical-crystal and advanced-material processes.
Configurable DC and pulse power for metal finishing, electronics, battery, semiconductor and corrosion-protection processes.
High-current DC power for non-ferrous metal electrolysis, refining and foil-production duties.
Precision regulated power for chlorine, fluorine, carbon-dioxide, ammonia and synthesis-gas electrolysis processes.
Controlled DC power for rare-earth alloy smelting, separation and high-purity extraction processes.
Process rectification for membrane chlor-alkali electrolysis and related chemical-production systems.
Controlled heating power for graphite reactors, furnaces, carbon-fibre and high-purity graphite processes.
APPLICATIONS
Application boundaries, equipment configuration and system interfaces are confirmed during project engineering.
High-current DC supply for non-ferrous metal electrolysis and rare-earth smelting processes.
Regulated rectification for chlor-alkali and electrocoagulation duties.
Stable DC power for electrophoretic and vacuum-coating applications.
Configurable DC output for graphite heating and other process loads.
PROJECT INPUTS
Share these inputs early so Kerrix can define the technical route, equipment configuration and interface boundaries.
Required DC voltage and current range at the process load
Regulation accuracy, ripple limits and operating duty profile
Transformer, rectifier topology and harmonic-management boundary
Cooling arrangement and local ambient conditions
Plant control, protection, communication and maintenance interfaces
ENGINEERED TO DELIVER
Kerrix supports solution design, system integration, commissioning, remote diagnostics and spare-parts support so equipment selection remains aligned with project delivery.
PROJECT FAQ
The current industrial rectifier platform covers typical DC outputs from 100 to 2,000 V and currents up to 100,000 A, subject to project engineering.
No. Process duty, regulation performance, ripple, cooling, transformer arrangement and control interfaces are evaluated together.
Control and communication interfaces are defined with the project so the rectifier can be coordinated with plant operating and protection requirements.
PROJECT INQUIRY
Send the application, electrical parameters, site conditions and delivery boundary to begin the technical discussion.
sales@kerrixels.com