Product types:
(1)Roots Blower:MFSR40, MFSR50, MFSR65, MFSR80, MFSR100, MFSR125, MFSR125-1, MFSR150, MFSR175, MFSR200, MFSR250, and MFSR300
Capacity: 0.41m3/min-165.32m3/min
Pressure: 9.8kpa-58.8kpa
(2)Intensive Roots Blower: MJ50, MJ65, MJ80, MJ100, MJ125, MJ150, MJ175, MJ200,
Capacity: 0.67m3/min-59.20m3/min
Pressure: 9.8kpa-73.5kpa
(3)High-Pressure Roots Blower: MFSR50H, MFSR65H, MFSR80H, MFSR100H, MFSR125H, MFSR150H, MFSR175H, MFSR200H, MFSR250H, and MFSR300H
Capacity: 1.21m3/min-134.1m3/min
Pressure: 29.4kpa-98.8kpa
(4)Roots roots blower for effluent treatment plant Pump: MFSR50V, MFSR65V, MFSR80V, MFSR100V, MFSR125V, MFSR150V, MFSR175V, MFSR200V, MFSR250V, and MFSR300V.
Capacity: 0.86m3/min-136.3m3/min
Pressure: -1360mmAq--- -4488mmAq
The helical construction uses the stator helical method that the screen lines of casing at the suction and discharge sides are cut to a helical shape ,and the triangle suction and discharge sides port formed by a straight line of the rotor top is to be opened and closed gradually.
Therefore, the suction and discharge ports of this type is not opened or closed at moments, which makes these blowers have an only limited operation sound and almost free from pulsations from discharges.
The rotors are three-lob straight type, so that the rotors can not interfere with each other, resulting from minor displacements in the thrust direction as in the helical type. Therefore, the clearance between the rotors should be assured in the profile direction only and thus there is no necessity of an excessive clearance on account of displacements in the thrust direction as in case of the rotor helical type. From such reasons, these blowers have a very high efficiency, in comparison with the rotor helical type of same dimensions.
By adoption of an unique profile of rotor, the clearance between the rotors can be held to be constant, which makes the efficiency even higher.
The precision of rotors is fully controlled and variation of precision between blowers is almost nil because the rotors are produced under the mass production control by utilizing a prenision NC matching. In addition, the rotors are dynamically balanced in the fabrications as in the case of conventional rotors which are still unbalanced.
The advancedest driving gears are adopted not only to extend the use life but also to make noise lower. The gears are made in special Cr-Mo steel by hardening treatment and are made according with gear precision of JISI first-class. Therefore, the harmful disturbances to products from gears are avoided.
The transported air is clean and is any oil-dust free oil lubrication is not needed in casing and the structure design present the bearing oil and gear oil from entering the casing.
With the establishment of quality management system and manufacture management system, the aims of parts exchanging, less production cost and rapid delivery are realized. The blowers of right quantity are keeped in stock to make delivery in time.
i, High-pressure Roots Blower Low noise
roots blower for effluent treatment plant with adoption of helical tri-lobe roots rotors and the discharge port of special geometry, the airflow noise is much lower compared to typical straight-lobe roots blower. The noise level can be reduced by 8db in the band of low frequency; hence the noise in the surroundings of blower can be significantly improved.
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ii, High adiabatic efficiency
High-pressure Roots Blower with design of helical tri-lobe roots rotors, roots blower for effluent treatment plant the airflow pulsation is less and the air streamline would be more stable. Therefore the fluctuation in airflow is less and then the energy waste can be reduced. Additionally, the instantaneous backflow of discharge is lower by the design of special discharge port. Compared to straight-lobe roots blower, the adiabatic efficiency can be raised up to 20%.
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iii, High-pressure Roots Blower Super Energy saving
Compared to the typicalroots blower for effluent treatment plant under the same operation conditions of discharge pressure and airflow volume, the power consumption of helical tri-lobe roots blower will be lower by 20.