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Advanced High-Frequency Plasma Power Solution
The Delmer IGBT-Based Plasma Power Supply is a high-performance switching-mode power source designed to generate and regulate plasma with exceptional efficiency, stability, and precision. Built using advanced IGBT Full-Bridge Inverter Technology, the system delivers reliable power control for thermal plasma torches, plasma treatment systems, material processing, waste treatment, and industrial research applications. IGBT-based plasma power supplies are widely preferred for their high efficiency, excellent power handling capability, and accurate plasma discharge control.
Engineered for demanding industrial environments, the Delmer Plasma Power Supply offers superior power quality, fast dynamic response, low ripple output, and continuous-duty operation, ensuring consistent plasma generation and process reliability.
Key Features
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High-frequency IGBT-based full-bridge topology
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Switching Mode Power Supply (SMPS) architecture
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Constant current output control
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High power factor operation
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Low ripple DC output
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Fast response and precise regulation
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Overload and short-circuit protection
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Energy-efficient design
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Industrial-grade construction
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Suitable for continuous operation
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Easy integration with plasma systems and automation controls
Technical Specifications
|
Parameter |
Specification |
|
Input Voltage |
415V AC ±10%, 3 Phase, 50Hz |
|
Maximum DC Output Voltage |
Up to 150V DC |
|
Output Current Range |
10A – 400A (Model Dependent) |
|
Open Circuit Voltage (OCV) |
300V DC |
|
Efficiency |
≥ 80% |
|
Power Factor |
≥ 0.90 at Full Load |
|
Ripple Factor |
≤ 1% of OCV |
|
Output Type |
Constant Current Source |
|
Power Supply Mode |
Switching Mode Power Supply |
|
Switching Technology |
IGBT-Based Full Bridge Inverter |
|
Cooling System |
Air or Water Cooled (Optional) |
|
Protection Features |
Over Current, Over Voltage, Short Circuit, Over Temperature |
|
Duty Cycle |
Continuous Industrial Operation |
Technical values may vary depending on model configuration and application requirements.
Benefits
Superior Energy Efficiency
Advanced IGBT switching technology minimizes power losses while maximizing power conversion efficiency, reducing operational costs and energy consumption.
Precise Plasma Control
Maintains stable current and voltage output for consistent plasma generation, resulting in improved process quality and repeatability.
High Power Handling Capability
Designed to support demanding plasma applications requiring stable high-current operation.
Improved Power Quality
Low ripple output and high power factor ensure smoother operation and reduced stress on electrical infrastructure.
Reliable Industrial Performance
Built for harsh industrial environments with comprehensive protection systems for long service life and reduced downtime.
Applications
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Thermal Plasma Torches
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Plasma Surface Treatment
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Plasma Cleaning Systems
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Plasma Coating Processes
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Waste Treatment & Recycling
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Advanced Material Processing
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Metallurgical Applications
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Semiconductor Manufacturing
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Aerospace Research
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Research & Development Laboratories
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Plasma Cutting & Heating Systems
Why Choose Delmer Plasma Power Supply?
Delmer combines advanced power electronics, intelligent control systems, and industrial-grade reliability to deliver plasma power solutions that maximize productivity and process consistency. With high efficiency, precise regulation, and robust protection features, the Delmer IGBT-Based Plasma Power Supply is an ideal choice for modern plasma processing applications.
Technical Specifications
|
Parameter |
Specification |
|
Mains Input |
415V (±10V), 3 Phase, 50Hz |
|
Maximum DC Output |
150V, 10A to 400A (variable) |
|
DC Output O.C.V |
300V |
|
Efficiency |
≥ 80% |
|
Power Factor |
≥ 0.9 at full load |
|
Ripple Factor |
≤ 1% of open circuit voltage |
|
Type of Source |
Constant current source |
|
Mode of Power Supply |
Switching mode power supply |
|
Switching Component |
IGBT-based full bridge topology |
Why Choose Del IGBT-Based Plasma Power Supply?
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High Efficiency – Reduces energy consumption for cost savings.
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Fast Switching Speeds – Enables rapid response to process changes.
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Robust Performance – Handles demanding plasma applications reliably.
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Precise Power Control – Ensures consistent and repeatable results.
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Superior Power Quality – Delivers stable plasma for critical operations.
Applications
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Thermal Plasma Torches – For industrial cutting and surface treatment.
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Waste Treatment & Recycling – Safe and efficient material breakdown.
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Advanced Material Processing – Including coatings and nano-materials.
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Aerospace Propulsion Systems – High-temperature plasma applications.
Research & Development – For scientific plasma experiments and testing.