Product Description:
Induced Draft Fan
The Induced Draft Fan is a highly efficient fan that is used in many industries. Its main purpose is to draw in air or exhaust gases from a furnace, boiler, or other enclosure. It helps to maintain the temperature of the enclosure, and keep the environment safe and comfortable. It is also widely used for air circulation and ventilation purposes.
This Induced Draft Fan is powered by an AC Motor, and is available in a wide range of speeds, from 1450 to 2900rpm. It is also made of high-grade materials such as SS304, SS316, and Carbon Steel, to ensure its durability and reliability. It is designed with an insulation class of F, and is certified with CE and ISO standards.
This Induced Draft Fan is an essential piece of equipment for many industries, and is sure to provide efficient and reliable performance for years to come.
Features:
- Product Name: Induced Draft Fan
- Motor: AC Motor
- Ambient Temperature: 20℃-500℃
- Type: Radial fans/ID Fan/ Industrial radial fan
- Blade Type: Backward Curved
- Efficiency: ≥85%
Technical Parameters:
| Parameter |
Value |
| Blade Number |
4-73, 5-48, 6-51, 9-19 |
| Ambient Temperature |
20℃-500℃ |
| Efficiency |
≥85% |
| Speed |
1450-2900rpm |
| Insulation Class |
F |
| Protection Level |
IP55 |
| Noise |
≤85dB(A) |
| Type |
Induced Draft Fan |
| Certification |
CE, ISO |
| Blade Type |
Backward Curved |
Applications:
For applications that require radial fans, the SIMO BLOWER Y Induced Draft (ID) FANS is the ideal choice. This ID / FD Fan is designed for long-term use and is capable of operating in ambient temperatures ranging from 20℃ to 500℃. It features an AC Motor with a 5.5-1500kW power output and a backward curved blade type. The noise output is also low, with a decibel rating of ≤85dB(A). With a reliable, durable design, the SIMO BLOWER Y Induced Draft Fan is the perfect solution for a variety of situations.
Customization:
Induced Draft Fan
SIMO BLOWER's Induced Draft Fan (Model Number: Y) is designed for Cement Kiln, Boiler, Tunnel, Factory, Engineering Construction and other applications. The features of this product are as follows:
- Brand Name: SIMO BLOWER
- Model Number: Y
- Place of Origin: CHANA
- Protection Level: IP55
- Voltage: 380V/50Hz
- Application: Cement Kiln ,Boiler,Tunnel, Factory,Engineering Construction
- Ambient Temperature: 20℃-500℃
- Air Volume: 3000-20000m3/h
- Radial fans, boiler id fan, ID / FD Fan
Support and Services:
Induced Draft Fan Technical Support and Service
We are dedicated to providing the best technical support and service to our customers for Induced Draft Fan. Our experienced team of engineers offers support and advice to help you get the most out of your Induced Draft Fan. They are available to answer your questions and provide assistance on a wide variety of topics including installation, operation, maintenance, and troubleshooting.
We also offer free online tutorials and technical documents with step-by-step instructions to help you maximize the performance of your Induced Draft Fan. Our website also includes a searchable database of frequently asked questions and answers to help you quickly find the information you need.
If you need additional assistance, our team of engineers is available to provide technical support over the phone or via email. They can also arrange for an on-site visit to diagnose and resolve any issues with your Induced Draft Fan.
For more information on our technical support and service for Induced Draft Fan, please contact us today.
FAQ:
- Q: What is the brand name of the Induced Draft Fan?
- A: The brand name of the Induced Draft Fan is SIMO BLOWER.
- Q: What is the model number of the Induced Draft Fan?
- A: The model number of the Induced Draft Fan is Y.
- Q: Where is the Induced Draft Fan manufactured?
- A: The Induced Draft Fan is manufactured in China.
- Q: What is the power output of the Induced Draft Fan?
- A: The power output of the Induced Draft Fan depends on the particular model.
- Q: What is the speed of the Induced Draft Fan?
- A: The speed of the Induced Draft Fan depends on the particular model.
