Direct-driven Centrifugal Fan
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LTZS Series Forward-curved Blade Single-inlet Shaft-driven Centrifugal Fan
LTZS series forward-curved blade single-inlet shaft-driven centrifugal fan is characterized by that the motor is located at the non air inlet side of the fan, the motor shaft is directly connected with the fan impeller, the motor does not contact with the conveying medium, the structure is simple and reliable, especially suitable for conveying clean gas, dangerous gas or other special gas.
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LTZ Series Forward-curved Blade Double-inlet Shaft-driven Centrifugal Fan
LTZ series forward-curved blade double-inlet shaft-driven centrifugal fan adopts a forward impeller directly connected with motor located outside through long shaft. The air enters from both sides at the same time. The structure is simple and reliable. At the same time, the resistance at the inlet of the fan is reduced, and the rated air volume and efficiency of the fan are increased .
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LTZM Series Double Volute Forward Shaft Drive Centrifugal Fan
LTZM series double volute forward shaft drive centrifugal fan adopts the special structure that the impellers of two double inlet centrifugal fans are directly connected to the long shaft of the same motor, reduces the volume of the whole machine, and can obtain larger ventilation volume under the condition of small installation space.
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LTZNH Series Back-curved Blade Single-inlet Shaft-driven Centrifugal Fan Without Volute
LTZNH series back-curved blade single-inlet shaft-driven centrifugal fan without volute adopts no volute and can be directly installed in the equipment requiring ventilation or placed in any size of bellows. In this kind of special working situation, its efficient working area is wider than that of ordinary centrifugal fan, and its noise is lower. In addition, because the direction of its air flow is not limited by the volute, it can be used to replace large-diameter fans by simply installing several fans in the same air box to compose of a fan group, so as to reduce the noise and volume of the whole unit.