Plug Type Backward Curved Centrifugal Fan – Wheel Type L – YFBCPL

Impeller Technology

1. Optimized Design

The fan adopts advanced technology. The design of backward curved centrifugal wheel is optimized by means of CFD hydro-field simulating. The design is more accordant with the aerodynamic characteristics, high efficiency, and stable airflow.

1. Advanced Process

All steel laser cut blades are welded and positioned accurately. The overall strength of the blades are designed and welded to withstand long hours high speed operation.

1. High Balancing Level

Each impeller is subjected to dynamic balance test. The balancing level is kept at G4.0 Durability, stability and quietness are guaranteed.

1. High performance Curve

The impeller has a stable, smooth air performance curve which can efficiently avoid performance drop caused by the deviation of the working point.

1. Surge Protection

The fan shaft power will not exceed the motor rated power regardless the operation point of the stable working range. Customers can use it without any worries.

1. Stress Analysis

Whole wheel is aided design of CAD, strengthen slots properly located and repeatedly validated to ensure long-term reliability of operation.

General Features

1. High Reliability

• Our products use advance FEA-aided design to enhance the reliability of structure.
• The hub and the impeller are strengthened and leak-proof thanks to the all-steel continuous welding method. Safety is also significantly improved during operation.
• The new shaft and coupling technology ensuring the accuracy during the assembly process while maintaining high reliability.
• Maximum load surpasses 35% of limit speed to ensure the long-term continuous operation of the security.
• Bearing seal can be lubricated to ensure operation reliability and durability.
• The drive unit has a protective shield using eye-catching warning color to ensure personal safety.
• All our machines underwent vibration tests prior leaving the factory in order to achieve reliable and durable operation.

1. High Efficiency

• Venturi inlet shall match the front disc precisely to avoid turbulent flow and air leakages, so that the air flows more smoothly to improve aerodynamic performance.
• Optimized design repeatedly of CFD flow field simulation to ensure aerodynamic performance complied with the flow field characteristics.
• Excellent aerodynamic performance.

 Technical

 Technical Information

1. Quality Standards

The fan has designed according to AMCA design procedure, the products are produced within very control procedure following ISO 9001, ISO14001 and ISO 45001.

1. Fan Type

The fan shall be single-inlet with steel backward curved centrifugal impeller. The drive type shall be direct drive, coupling drive and belt drive. Structure of the fan shall be undone easily for maintenance and cleaning

1. Coating 

Fan surface shall be polished and cleaned up to remove particulates, welding slag, burrs, sharp edge, iron, oil, then epoxy coating or high temperature coating for high temperature environments use, fan surface shall be free of sags, wrinkle, blisters, exposed metal or peeling after coating. It shall be no corrosion and rust at least 5 years in allowable working condition.

1. Main Fan parts