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9-49 9-26 centrifugal fan
Craftsmanship and Quality
Lean design Energy efficient
Advanced aerodynamic design and efficient motor systems provide stable and efficient air flow in various production processes. By optimizing airflow distribution and reducing energy loss, the Shuangjian blower can significantly improve energy efficiency.
Rigorous process to ensure reliable performance of equipment
Shuangjian blower adopts strict standards and measures in quality control. From raw materials into the factory to finished products, every link has undergone strict quality testing and monitoring. Through advanced testing equipment.
International high standard configuration
High quality accessory selection and reliability design provide sufficient equipment strength and durability for the Shuangjian blower, and reduce maintenance costs. Selection of domestic and foreign well-known brand accessories.
Easy maintenance to improve equipment operation rate
The fan is equipped with sliding bearing, thin oil station, high fuel tank and a complete set of safety interlock protection system, and the shell is horizontally divided, and the fan inlet and outlet pipes are horizontally connected with the shell inlet.
Digital processing, higher precision
Hubei Shuangjian has dozens of CNC machine tool production lines and robot welding equipment, from steel plate cutting, bending, planing, milling to painting, all realize digital control, high processing precision, some core components accurate.
Original parts supply, running worry free
Hubei Shuangjian as a set of production and sales in one of the strength of the enterprise, we are responsible for their production of each piece of equipment, to provide customers.
Product Details
Uses of fan
Compared with similar fans at home and abroad, the 9-19, 9-26 centrifugal fan has the advantages of high efficiency, low noise, flat performance curve and wide high efficiency area, which has the advanced level in the 1970s. This fan is generally used for forging furnace and high pressure forced ventilation, and can be widely used for material conveying, conveying air and special gas. When transporting special gases, the fan must be specially treated.
Form of fan
1. the fan can be made into a single suction, machine numbers No4, 4.5, 5, 5.6, 6.3, 7.1, 8, 9, 10, 11.2, 12.5, 14, 16 a total of 13 machine numbers. According to user needs, it can also be made into other machine numbers between them.
2. the fan can be made into two forms of right rotation or left rotation, facing from one end of the motor, such as the impeller rotates clockwise to call the right-handed fan, expressed as "right". Rotate in a counterclockwise direction, called the left cyclone, represented by "left".
3. The exit position of the fan is indicated by the exit Angle of the housing. "Left" and "right" can be made into 0, a total of six angles.
4. The transmission mode of the fan is type A (4~6.3) and type D (7.1~16)
Structural characteristics of the main components
The No4~6.3 in the fan is mainly composed of impeller, shell, air inlet, bracket, etc. No7.. 1~16 is mainly composed of impeller, shell, air intake, transmission group and so on.
1. impeller: 9-19 fan blades for 12, 9-26 fan blades for 16. All of them are forward curved blade type, and the maximum circular speed of the outer edge of the impeller diffuser does not exceed 140 m/s. The impeller is corrected by static and dynamic balance after forming. Therefore, the operation is smooth and reliable.
2. the shell: with steel plate welded into the whole cochle-shaped shell.
3. Air inlet: The overall structure of the collected flow line is fixed by bolts in the front cover panel group.
4. Transmission group: composed of spindle, bearing box, coupling, etc. The main shaft is made of high quality steel, the bearing box has an overall structure, and the rolling bearings are lubricated with bearing grease.
Parameter table
1. 9-19 centrifugal fan performance and optional parts table
|
Model
No |
Transmission mode
|
Rotational speed
r/min |
No.
|
Flow
m3/h |
Total pressure
Pa |
Internal efficiency
% |
Internal power
KW |
Required power
kw |
Electromotor
|
Rubber pad
ST0601 (4) |
Bolt
CB30-76 (4) |
Nut
CB52-76 (4) |
gasket
CB97-76 (4) |
|
|
Model
|
Power
KW |
|||||||||||||
|
4
|
A
|
2900
|
1
|
824
|
3584
|
70
|
1.16
|
1.5
|
Y90L-2
|
2.2
|
11×70
|
M8×40
|
M8
|
8
|
|
2
|
970
|
3665
|
73.5
|
1.33
|
1.7
|
|||||||||
|
3
|
1116
|
3647
|
75.5
|
1.48
|
1.9
|
|||||||||
|
4
|
1264
|
3597
|
76
|
1.64
|
2.1
|
|||||||||
|
5
|
1410
|
3507
|
75.5
|
1.80
|
2.3
|
Y100L-2
|
3
|
13×90
|
M10×45
|
M10
|
10
|
|||
|
6
|
1558
|
3384
|
73.3
|
1.97
|
2.6
|
|||||||||
|
7
|
1704
|
3253
|
70
|
2.17
|
2.6
|
|||||||||
|
4.5
|
A
|
2900
|
l
|
1174
|
4603
|
71.2
|
2.07
|
2.5
|
Y112M-2
|
4
|
13×90
|
M10×45
|
M10
|
10
|
|
2
|
1397
|
4684
|
75
|
2.38
|
2.9
|
|||||||||
|
3
|
1616
|
4672
|
77
|
2.68
|
3.2
|
|||||||||
|
4
|
1839
|
4580
|
77.3
|
2.98
|
3.6
|
Y132S1-2
|
5.5
|
13×90
|
M10×45
|
M10
|
10
|
|||
|
5
|
2062
|
4447
|
76.2
|
3.29
|
3.9
|
|||||||||
|
6
|
228l
|
4297
|
73.8
|
3.63
|
4.4
|
|||||||||
|
7
|
2504
|
4112
|
70
|
4.03
|
4.8
|
|||||||||
|
5
|
A
|
2900
|
l
|
1610
|
5697
|
72.7
|
3.43
|
4.1
|
Y132S2-2
|
7.5
|
13×90
|
M10×45
|
M10
|
10
|
|
2
|
1932
|
5768
|
76.2
|
3.98
|
4.8
|
|||||||||
|
3
|
2254
|
5740
|
78.2
|
4.50
|
5.4
|
|||||||||
|
4
|
2576
|
5639
|
78.5
|
5.04
|
5.8
|
|||||||||
|
5
|
2844
|
5517
|
77.2
|
5.54
|
6.4
|
|||||||||
|
6
|
3166
|
5323
|
74.5
|
6.17
|
7.0
|
|||||||||
|
7
|
3488
|
5080
|
70.5
|
6.68
|
7.9
|
Y160M1-2
|
11
|
16×100
|
M12×50
|
M12
|
12
|
|||
|
5.6
|
A
|
2900
|
l
|
2262
|
7182
|
72.7
|
6.05
|
7.0
|
Y160M1-2
|
11
|
16×100
|
M12×50
|
M12
|
12
|
|
2
|
2714
|
7273
|
76.2
|
7.02
|
8.1
|
|||||||||
|
3
|
3167
|
7236
|
78.2
|
7.93
|
9.1
|
|||||||||
|
4
|
3619
|
7109
|
78.5
|
8.88
|
10.2
|
Y160L-2
|
18.5
|
16×100
|
M12×50
|
M12
|
12
|
|||
|
5
|
3996
|
6954
|
77.2
|
9.76
|
11.2
|
|||||||||
|
6
|
4448
|
6709
|
74.5
|
10.88
|
12.5
|
|||||||||
|
7
|
490l
|
6400
|
70.5
|
12.09
|
13.9
|
|||||||||
|
6.3
|
A
|
2900
|
1
|
3220
|
9149
|
72.7
|
10.91
|
12.55
|
Y160L-2
|
18.5
|
16×100
|
M12×50
|
M12
|
12
|
|
2
|
3865
|
9265
|
76.2
|
12.65
|
14.50
|
|||||||||
|
3
|
4509
|
9219
|
78.2
|
14.30
|
16.40
|
|||||||||
|
4
|
5153
|
9055
|
78.5
|
16.00
|
18.40
|
|||||||||
|
5
|
5690
|
8859
|
77.2
|
17.59
|
|
|||||||||
Product Atlas
Product Parameters
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Maintenance
1. Daily inspection and maintenance
Appearance inspection: Check the appearance of the blower regularly to confirm that there is no damage, deformation or rust.
Running sound: Monitor the running sound of the blower. If there is abnormal sound, stop the machine immediately for inspection.
Vibration: Check the vibration of the blower regularly to ensure that it is within the allowed vibration range.
2.Lubrication system maintenance
Lubricating oil inspection: check the oil level and quality of lubricating oil regularly to ensure that it is within the specified range, and replace the deteriorated lubricating oil in time.
Grease replacement: For the parts that use grease, it is necessary to replace it regularly to ensure the lubrication effect.
3.Cooling system maintenance
Cooling water inspection: For the blower with water cooling, it is necessary to regularly check the flow rate and temperature of the cooling water to ensure that the cooling effect is good.
Cooler cleaning: Clean the cooler regularly to prevent its blockage affecting the heat dissipation effect.
4.Internal inspection and maintenance
Internal cleaning: Regularly clean the dust and debris inside the blower to avoid damage to the blower.
Fastener inspection: Check the fasteners inside the blower to ensure that they are tight and not loose.
5.Electrical system maintenance
Motor inspection: Check the running status of the motor regularly to ensure its normal operation.
Cable check: Check the connection and insulation of the cable to ensure that there is no damage or aging.
6.Shutdown and maintenance
Shutdown cleaning: When the blower is shut down, thoroughly clean the dust and dirt inside and outside the blower.
Downtime inspection: Use downtime to conduct a thorough inspection of the blower to find and deal with potential problems.
Through the attention and execution of these maintenance details of the blower, it can ensure its long-term stable operation, extend its service life, and improve production efficiency.
Design and development capability
Our company has strong technical research and development capabilities, and has established several research workstations to bring sustained vitality to the improvement and progress of Shuangjian's technical research and development capabilities.
Strict testing
Supporting auxiliary support technology and functional control technology for modern design and manufacturing of new wind turbines, establishing a network CAD system, using deformable simulation analysis software to achieve intelligent product design and process design.
Quality assurance
Our company has developed dozens of quality management documents in accordance with the requirements of the ISO9001:2000 quality management system, including the Quality Manual, Procedure Documents, Incoming Inspection Specification, Process Inspection Specification, Finished Product Inspection Specification, Equipment Operation Regulations, Assembly Operation Manual, and Test Equipment Operation Manual.
