High voltage fan HVF4500H-00
Classification:
Technical data
| Model | HVF4500H-00 |
| Rated point | 12000m3/h@450pa |
| Input power | 4500W |
| Voltage range | 400 ~ 850VDC |
| Low voltage range | 9 ~ 32VDC |
| Operating temperature | -40° ~ 95° |
| Efficiency | ≥40% |
| Protection level | IP67&IP6K9K |
| Communication | CAN2.0B |
Product Details
- Description
- Product Advantages
- Technical Data
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- Brand: shinhoo
- Commodity name: High voltage fan HVF4500H-00
- Commodity ID: HVF4500H-00
<table height="122" style="border-collapse:collapse; width:auto"> <colgroup> <col style="width:207.00pt" width="276" /> <col style="width:163.50pt" width="218" /> </colgroup> <tbody> <tr> <td x:str=""><strong>Model</strong></td> <td x:str="">HVF4500H-00</td> </tr> <tr> <td x:str=""><strong>Rated point</strong></td> <td x:str="">12000m3/h@450pa</td> </tr> <tr> <td x:str=""><strong>Input power</strong></td> <td x:str="">4500W</td> </tr> <tr> <td x:str=""><strong>Voltage range</strong></td> <td x:str="">400 ~ 850VDC</td> </tr> <tr> <td x:str=""><strong>Low voltage range</strong></td> <td x:str="">9 ~ 32VDC</td> </tr> <tr> <td x:str=""><strong>Operating temperature</strong></td> <td x:str="">-40° ~ 95°</td> </tr> <tr> <td x:str=""><strong>Efficiency</strong></td> <td x:str="">≥40%</td> </tr> <tr> <td x:str=""><strong>Protection level</strong></td> <td x:str="">IP67&IP6K9K</td> </tr> <tr> <td x:str=""><strong>Communication</strong></td> <td x:str="">CAN2.0B</td> </tr> </tbody> </table>
Model HVF4500H-00 Rated point 12000m3/h@450pa Input power 4500W Voltage Range 400 ~ 850VDC Low voltage range 9 ~ 32VDC Operating temperature -40° ~ 95° Efficiency ≥40% Protection level IP67&IP6K9K Communication CAN2.0B The HVF4500H-00 high voltage fan is a specialized hydrogen fuel cell high voltage fan designed to provide reliable cooling for advanced fuel cell systems. This fan delivers strong and stable airflow to regulate temperature within the fuel cell stack, ensuring optimal electrochemical performance and extending component lifespan. Its high-voltage design allows seamless integration into fuel cell electric vehicles and stationary hydrogen energy systems, providing efficient thermal management under demanding operating conditions.
The HVF4500H-00 features durable construction and precision-engineered blades for high efficiency, low noise operation, and consistent performance. By maintaining stable temperatures and removing excess heat, it supports energy efficiency, system reliability, and safe operation of hydrogen-powered vehicles and industrial fuel cell equipment. Its compact design and energy-saving capabilities make it a critical component in modern hydrogen fuel cell technology

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This product is a high voltage fan used in fuel cell thermal management system.
The product has the advantages of high power, large air volume, long life and high reliability.
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key word:
HVF4500H-00
automotive electric coolant pump
coolant recirculation pump
BLDC pump
Hydrogen fuel cell High voltage fan
battery cooling pump
High voltage fan
| Model | HVF4500H-00 |
| Rated point | 12000m3/h@450pa |
| Input power | 4500W |
| Voltage Range | 400 ~ 850VDC |
| Low voltage range | 9 ~ 32VDC |
| Operating temperature | -40° ~ 95° |
| Efficiency | ≥40% |
| Protection level | IP67&IP6K9K |
| Communication | CAN2.0B |
The HVF4500H-00 high voltage fan is a specialized hydrogen fuel cell high voltage fan designed to provide reliable cooling for advanced fuel cell systems. This fan delivers strong and stable airflow to regulate temperature within the fuel cell stack, ensuring optimal electrochemical performance and extending component lifespan. Its high-voltage design allows seamless integration into fuel cell electric vehicles and stationary hydrogen energy systems, providing efficient thermal management under demanding operating conditions.
The HVF4500H-00 features durable construction and precision-engineered blades for high efficiency, low noise operation, and consistent performance. By maintaining stable temperatures and removing excess heat, it supports energy efficiency, system reliability, and safe operation of hydrogen-powered vehicles and industrial fuel cell equipment. Its compact design and energy-saving capabilities make it a critical component in modern hydrogen fuel cell technology

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