Coal-Fired Boiler Centrifugal Fan High Temperature 600℃
Video Overview
Thinking about an upgrade? This short demo helps you evaluate the fit. Watch as we showcase the high-temperature capabilities of our coal-fired boiler centrifugal fan, demonstrating its operation in extreme 600°C conditions and explaining material selection for various industrial applications.
Product Featured in This Video
- Designed for high-temperature operation up to 600°C with specialized materials and cooling systems.
- Available in multiple material options including stainless steel 201, 304, 316, and 316L for corrosion resistance.
- Features low noise operation and minimal maintenance requirements for industrial environments.
- Equipped with explosion-proof motors and cast aluminum impellers for handling flammable and explosive gases.
- Suitable for transporting gases with impurity concentrations up to 200mg/m³ with extended service life.
- Offers customizable configurations for various boiler types including coal-fired, biomass, and waste incineration systems.
- Provides comprehensive fan solutions for industrial boiler applications including FD, ID, PA, and SA fans.
- Delivers variable performance with total pressure range from 2744 to 15000 Pa and multiple power options.
Faqs
- What materials are available for the coal-fired boiler centrifugal fan?The fan is available in various stainless steel materials including 201, 304, 316, and 316L, with options for fiberglass for corrosive gas applications and cast aluminum impellers for explosive environments.
- What temperature range can this centrifugal fan handle?The fan can operate at temperatures up to 600°C, with specific configurations for different temperature ranges including water-cooled bearing seats for temperatures between 80°C and 250°C, and stainless steel construction recommended for temperatures above 250°C.
- What types of industrial boiler applications is this fan suitable for?This centrifugal fan is designed for various industrial boiler systems including coal-fired boilers, biomass fuel boilers, waste incineration boilers, and supports applications like induced draft fans, primary fans, secondary fans, and flue gas treatment systems.
- How does gas temperature affect the fan's performance?As the temperature of the transported gas increases, the fan pressure will change accordingly, and the required motor power will also vary. Specific performance adjustments should be consulted directly with the manufacturer for optimal configuration.
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