T35-11 Industrial Axial Flow Fan

T35-11 Series Industrial Axial Flow Fan

1.Typical Feature and Application

• T35-11 series industrial axial fan adopts the aerodynamic optimization design of iron hub blades to achieve high efficiency ventilation with large flow, medium and low pressure and low energy consumption.

• The industrial axial fan and blades are made of high quality iron materials, stable hub blade structure, stable operation after dynamic balance correction, suitable for long-term use in industrial environment.

• The industrial axial fan adopts conventional IP44 protection motor, excellent insulation performance, built-in 100% pure copper coil, high conductive efficiency, low temperature rise, to ensure continuous and stable operation.

• The industrial axial fan structure design is simple, blade and motor modular assembly, easy to clean and maintain, reduce the cost of operation and maintenance.

• The industrial axial fan is suitable for ventilation of industrial plants, basements, construction sites and other places, and can also be used for conveying non-flammable, explosive and non-corrosive gases.

2. Performance Range

3.Product Description

       The T35-11 series Industrial axial fan is a general-purpose ventilation device designed for industrial and civil applications. With practicality as the core, we are committed to providing users with stable and efficient air circulation solutions.

       The main frame and blades of T35-11 series industrial axial fan are forged with high-quality steel, combined with the hub blade integrated molding process, which not only improves the mechanical strength, but also simplifies the production process to ensure that the product can maintain stable performance under long-term high load operation.

       The T35-11 series industrial axial fan offers a variety of machine number and speed combinations, supporting customized options to meet the flow and pressure requirements of different scenarios.

4.Fan Operation

• Check the power cable, motor, and impeller of the T35-11 Series ac axial fan before starting to ensure that there is no damage, that the line is completely and reliably grounded, and that the protective cover is correctly installed.

• After all preparations for the T35-11 Series ac axial fan are complete, safely power on the ac axial fan and check that the control panel or switch is in standby state.

• Start the T35-11 Series ac axial fan smoothly according to the operating procedures, pay attention to the starting current, and ensure that there is no abnormal sound and vibration.

• During operation, monitor the running status of the T35-11 Series ac axial fan, including air volume, air pressure, motor temperature, noise, etc., to ensure that all parameters are normal.

• If any exception occurs, shut down the T35-11 Series ac axial fan immediately, and check the ac axial fan according to the troubleshooting manual or guide. 

5.Fan Maintain

• Regularly remove the dust on the surface of the fan blades, air pipes and protective nets of the T35-11 Series axial ventilation fan.

• Check whether the fastening bolts of the impeller of the T35-11 Series ac axial fan are loose every quarter, and observe whether the blades are deformed, rusted or worn.

• Periodically check the electrical connection of the T35-11 Series ac axial fan to ensure that the circuit is normal and avoid the fault of the fan due to loose wiring or poor contact.

• Add an appropriate amount of lubricating oil to the motor bearing regularly to maintain the lubrication performance of the bearing and reduce the friction loss during the operation of the T35-11 Series ac axial fan.

• If the T35-11 Series vane axial blower is placed in a humid or corrosive environment, regularly check the integrity of the fuselage coating, and timely reapply anti-rust paint to the local paint removal area to extend the structural life.

• When the T35-11 Series axial blowers is disabled for more than one month, cut off the power supply and wrap the motor and impeller with moisture-proof and dust-proof.

6.Technical Specification