| Brand： | ebmpapst |
| Part No： | K3G250-PR17-W9/F01 |
| Fan Type： | Centrifugal Fan |
| Rated Voltage(V)： | 400 |
| Size(mm)： | 250 |
| Max.Air Flow(m3/h)： | N/A |
| Max.Pressure(Pa)： | N/A |
| Input Power(W)： | 1160 |
| Speed(rpm)： | 4000 |
| Noise(db)： | N/A |
Interpretation of basic parameters
K3G250-PR17-W9/F01 is a centrifugal fan type with a rated voltage of 400V, which is common in industrial power environments and can ensure that the fan operates efficiently under a stable power supply. For industrial sites, stable voltage input is the basis for the normal operation of equipment. The rated voltage of 400V enables the fan to adapt to most industrial power supply systems, reducing the need for additional voltage conversion and improving the convenience and versatility of use.
The size of the fan is 250 mm, and its relatively compact design gives it certain advantages in installation space. Whether in small industrial workshops, ventilation duct systems of commercial buildings, or in some special places with high space requirements, it is easy to find a suitable installation location without causing installation difficulties or occupying too much space resources due to excessive size.
The input power is 1160W. Higher power means that the fan has a stronger power output and can generate larger air volume and pressure to meet the needs of different ventilation scenarios. The 4000rpm speed enables the fan's impeller to rotate quickly, accelerating the flow of air and further enhancing the ventilation effect.
Design Features Analysis
From a design perspective, the K3G250-PR17-W9/F01 centrifugal fan has many unique features. Its impeller adopts advanced aerodynamic design, and the shape and angle of the blades are carefully optimized to maximize the efficiency of air intake and exhaust when rotating at high speed. This design not only increases the air volume and pressure, but also reduces the energy loss during the operation of the fan, improving energy utilization efficiency.
The fan's casing is made of high-strength metal material with good impact resistance and corrosion resistance. In an industrial environment, the fan may face various harsh conditions such as dust, moisture, chemicals, etc. The high-strength casing can effectively protect the internal components of the fan, extend the service life of the fan, and reduce the probability of failure caused by external factors.
In addition, the fan's motor adopts an efficient and energy-saving design, which minimizes energy consumption while ensuring strong power output. The heat dissipation system of the motor has also been carefully designed, which can dissipate the heat generated during operation in time, ensure that the motor works in a stable temperature environment, and improve the reliability and stability of the motor.
Performance Features Advantages
The K3G250-PR17-W9/F01 centrifugal fan has excellent ventilation performance. The high speed and optimized impeller design enable it to quickly inhale and discharge air to form a strong airflow. In industrial plants, it can quickly discharge harmful gases, dust, etc. generated during the production process to the outside, improve indoor air quality, and protect the health of employees. In commercial buildings, such as shopping malls, hotels and other places, it can provide sufficient fresh air indoors and create a comfortable environment.
The fan also has good stability and reliability. Due to the use of high-quality materials and advanced manufacturing technology, the fan has low vibration and low noise during operation, reducing the impact on the surrounding environment. At the same time, its compact structure is easy to install and maintain, reducing the user's use cost and maintenance difficulty.
In different ventilation scenarios, the fan can flexibly adjust the ventilation volume and pressure according to actual needs. By changing the speed of the motor or adjusting the inlet and outlet valves of the fan, the ventilation effect can be precisely controlled to meet the diverse ventilation requirements.
Comprehensive application potential
Based on its performance characteristics, the K3G250-PR17-W9/F01 centrifugal fan has broad application prospects in many fields. In the industrial field, it can be used for workshop ventilation in chemical, electronic, mechanical manufacturing and other industries to ensure the safety of the production environment and the health of employees. In commercial buildings, it can be used as an important part of the central air-conditioning system to provide a comfortable air environment indoors. In the agricultural field, such as ventilation and ventilation of greenhouses, it can also play an important role in creating good conditions for the growth of crops.
In summary, the K3G250-PR17-W9/F01 centrifugal fan has become a high-quality product in the field of ventilation with its excellent parameters, unique design and wide application potential. Whether in terms of performance, energy saving or stability, it can meet the needs of users and provide efficient and reliable ventilation solutions for various places.
Correct installation of K3G250-PR17-W9/F01 centrifugal fan and in-depth understanding of its principle are essential to achieve its best performance. The following is a detailed introduction to its installation method and principle application.
Apr 03.2025In order to ensure the normal operation of K3G250-PR17-W9/F01 fan and extend its service life, correct operation, maintenance and startup steps are essential. The following is a detailed introduction to the relevant content.
Apr 03.2025K3G250-PR17-W9/F01 centrifugal fans have shown outstanding advantages in many different application scenarios due to their unique performance characteristics. The following is a detailed introduction to their application scenarios and features.
Apr 03.2025During the long-term operation of the fan, various faults are inevitable. Understanding the common fault types and handling methods of the K3G250-PR17-W9/F01 fan is crucial to ensure its normal operation and extend its service life. The following is a detailed analysis based on actual fault cases.
Apr 03.2025
