| Customization: | Available |
|---|---|
| Application: | Power, Rectifier |
| Phase: | Three |
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Product Feature
1. High-Temperature Resistance
Harnessing the power of DuPont's Nomex® insulation system combined with our groundbreaking core seven-level temperature control technology, these transformers exhibit exceptional insulation performance. Our state-of-the-art wide-range linear magnetic flux voltage regulation technology, paired with a sophisticated mixed insulation system, boasts materials with Class C (220°C heat resistance), Class B (130°C heat resistance), and Class A (105°C heat resistance) ratings. This innovative blend effectively mitigates temperature field disparities across diverse oil-immersed hydrogen rectifier transformer structures, guaranteeing unparalleled safety and reliability of the insulation system.
2. Less Maintenance
Engineered with our groundbreaking core seven-level temperature control technology and meticulously selected components, these transformers are crafted for longevity, boasting a remarkable lifespan of up to 30 years without major maintenance requirements.
3. High Overload Capacity
The rectifier transformers from CEEG redefine overload performance by delivering an impressive 20% enhanced load capacity compared to conventional models, ensuring robust and reliable operation under demanding conditions.
4. Low Noise
Experience tranquility with transformers that operate at remarkably low noise levels, exceeding national standards by a reduction of 3-5 decibels, ensuring a quieter and more peaceful working environment.
5. No Leakage
Achieving zero leakage during operation, all seals are meticulously crafted from one-piece molded acrylic components. Rigorous fluorescence, positive pressure, and negative pressure leak tests are conducted to ensure absolute operational integrity.
6. Harmonics Consideration
In the design phase, we comprehensively address the influence of harmonics generated by rectifier components on the transformer windings and core. By incorporating ample margins, we ensure that both windings and core are resilient to the additional temperature increases induced by harmonics.
7. Simplified Structure
The streamlined grid structure is innovatively designed to facilitate unified installation alongside rectifiers and other electrical apparatus, thereby eliminating the necessity for a distinct power distribution room design.
8. Authorized Certification
Standing as a pioneer in innovation, both the ZHSS-12000/10/0.66/0.66 24-pulse hydrogen rectifier transformer and the ZHSS-12000/35/0.4/0.4 24-pulse hydrogen rectifier transformer proudly hold the distinction of being the first to secure authoritative certification from the esteemed National Electrical Products Quality Supervision and Testing Center.
9. Variety of Products
Our expansive product range comprehensively encompasses the design and manufacture of rectifier transformers, adeptly serving the three primary hydrogen production rectifier systems available in today's market.
10. Customization
Embrace bespoke solutions with our flexible design capabilities and rapid response service, tailored to precisely meet individualized customer requirements.
Technical Parameters
|
Hydrogen-Production Rectifier Transformers |
||||||||||
|
Rated Capacity (KVA) |
Input Voltage |
Output Voltage |
Rated Output Voltage |
Vector Group |
Cooling Method |
No-Load Loss |
Load Loss |
Pulses |
Short Circuit Impedance% |
Weight |
|
1250 |
10, 35 |
160~136 |
160 |
Z,y0d11 |
ONAN |
1.6 |
19.4 |
12, 24 |
6~8 |
4500 |
|
2500 |
10, 35 |
310-260 |
310 |
2.6 |
29.5 |
12, 24 |
7800 |
|||
|
4000 |
10, 35 |
495~420 |
495 |
4.5 |
51.2 |
12, 24 |
10500 |
|||
|
12500 |
35 |
592~500 |
592 |
20 |
120 |
24, 48 |
8~12 |
40000 |
||
|
15000 |
35 |
592~500 |
592 |
24 |
148 |
24, 48 |
45000 |
|||
ZHSS-12000/10
ZHSS-12000/35
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