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30kHz 100mA Aluminum High Voltage Current Power Supply Ac Adapter Electrospinning High Voltage Ac Power Supply
Product Description
High Voltage AC Power Supply
IDEALPLUSING specializes in high-performance AC power solutions. This rack-mounted high voltage power supply (10kHz-50kHz, up to 4000W) is engineered for precision and reliability in specialized industrial and laboratory environments.
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Customizable Power
Output ranging up to 4000W with adjustable voltage and current to meet your specific technical requirements.
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Full Protection
Equipped with a complete protection circuit, ensuring stable operation even in harsh working environments.
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Robust Design
High-grade aluminum casing with standard rack-mount dimensions for easy installation and durability.
Technical Specifications
| Parameter | Specification |
|---|---|
| Model | IPS-ATAJ10kV-100mA |
| Input Voltage | AC 220V±10% 50/60Hz |
| Output Peak Voltage | 0-10kVAC |
| Output Peak Current | 0-100mA |
| Output Peak Power | 1000W |
| Output Frequency | 30kHz (FF) |
| Waveform | Sine Wave |
| Voltage Regulation | 3-5% |
| Stability | ±0.5% Per Hour (After 1h startup) |
| Operating Temp | -25 ~ +55ºC |
| Case Material | Aluminum |
| Dimensions | W443 * D503 * H133 (mm) |
| Weight | 16.55 KG |
Typical Applications
- 🔹 DBD Dielectric Barrier Discharge: Perfect for experimental discharge setups.
- 🔹 Sliding Arc Experiments: Stable power for plasma research.
- 🔹 Ozone Generation: High-frequency matching for efficient ozone production.
- 🔹 Testing & Quality: Ideal for cable aging tests and leakage detection.
- 🔹 Industrial Processes: Used in electrostatic spinning and corona treatment.
Product Gallery
Hot Selling Models
Model: IPS-ATDJ10-400mA
1. Input: AC 220V±10% 50/60Hz
2. Peak Voltage: 0-10kV
3. Peak Current: 0-400mA
4. Peak Power: 4000W
5. Frequency: 10kHz
6. Waveform: Sine Wave
Model: IPS-ATDJ10-100mA
1. Input: AC 220V±10% 50/60Hz
2. Peak Voltage: 0-10kV
3. Peak Current: 0-100mA
4. Peak Power: 1000W
5. Frequency: 20-40kHz
6. Waveform: Sine Wave
Full Model Selection List
| Model | Peak Voltage | Peak Current | Frequency | Power (W) |
|---|---|---|---|---|
| IPS-ATAJ10kV-100mA | 10kVAC | 100mA | 10kHz (FF) | 1000W |
| IPS-ATAJ10kV-100mA | 10kVAC | 100mA | 20kHz (FF) | 1000W |
| IPS-ATAJ10kV-100mA | 10kVAC | 100mA | 30kHz (FF) | 1000W |
| IPS-ATAJ10kV-100mA | 10kVAC | 100mA | 40kHz (FF) | 1000W |
| IPS-ATAJ10kV-100mA | 10kVAC | 100mA | 20kHz-50KHz (AF) | 1000W |
| IPS-ATAJ10kV-400mA | 10kVAC | 400mA | 10kHz (FF) | 4000W |
| IPS-ATAJ10kV-400mA | 10kVAC | 400mA | 20kHz (FF) | 4000W |
| IPS-ATAJ10kV-400mA | 10kVAC | 400mA | 30kHz (FF) | 4000W |
| IPS-ATAJ10kV-400mA | 10kVAC | 400mA | 15kHz-30kHz (AF) | 4000W |
| IPS-ATAJ10kV-400mA | 10kVAC | 400mA | 20kHz-50kHz (AF) | 4000W |
* Note: FF = Fixed Frequency, AF = Adjustable Frequency
Quality Commitment
We focus on the R&D, sales, and service of high-performance power modules. We don't just sell hardware; we provide personalized, efficient, and cost-effective power supply solutions for global industries. Our engineers are dedicated to finding the right match for your specific load requirements.
Frequently Asked Questions
What is the difference between FF and AF models?
FF stands for Fixed Frequency, which is set at the factory (e.g., 30kHz). AF stands for Adjust Frequency, allowing users to tune the output frequency within a specific range.
Is the output waveform pure sine wave?
Yes, our high voltage AC power supplies provide a clean sine wave output, essential for sensitive experiments like DBD and plasma research.
Can I request a custom voltage or power rating?
Absolutely. We specialize in customizing products according to different usage scenarios and load requirements, with offerings reaching up to 4000W.
What materials are used for the outer casing?
The power supply is housed in a high-grade aluminum case, providing excellent heat dissipation and electromagnetic shielding.
Is this unit suitable for continuous 24/7 operation?
Yes, the power supply is designed with a complete protection circuit and thermal management suitable for harsh industrial environments and continuous testing.
Does the system include protection against over-voltage?
Yes, the internal protection circuits cover over-voltage, over-current, and temperature protection to ensure the safety of both the unit and your connected load.
