Hydraulic oil circulating cooling system and circulating cooling method for telescopic boom forklift
A technology of circulating cooling system and telescopic forklift truck, applied in the directions of fluid pressure actuating system components, fluid pressure actuating devices, lifting devices, etc., can solve the problems of inability to use volume and power, omission of coolers, space occupation, etc. , to achieve the effect of improving system heat dissipation capacity, easy structure upgrade and optimization, and reasonable layout
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Embodiment 1
[0030] like figure 1 and figure 2As shown, a hydraulic oil circulation cooling system of a telescopic forklift includes a hydraulic oil source 1, a hydraulic power source 3, a hydraulic actuator 5, an axle box cavity (a front steering drive axle 7 and a rear steering drive axle 9 connected in series) ) and the radiator 11, the hydraulic oil source 1 and the hydraulic power source 3 are connected by a hydraulic oil pipe one 2, and the hydraulic power source 3 and the hydraulic actuator 5 are connected by a hydraulic oil pipe two 4, The hydraulic actuator 5 and the front steering drive axle 7 are connected through a hydraulic oil pipe 6 , and a hydraulic oil pipe 8 is connected between the front steering drive axle 7 and the rear steering drive axle 9 . The steering drive axle 9 and the radiator 11 are connected by a hydraulic oil pipe four 10, and the radiator 11 and the hydraulic oil source 1 are connected by a hydraulic oil pipe five 12; the hydraulic oil source 1 is inject...
Embodiment 2
[0042] As another cooling method of the present application, the radiator in the first embodiment is removed, and the hydraulic oil pipe 4 10 and the hydraulic oil pipe 5 12 are directly connected; air cooling is provided at the location of the radiator. Radiator, the air-cooled radiator is used to accelerate the flow between the front steering drive axle 7 and the rear steering drive axle 9 and the cooling air. The air-cooled radiator does not participate in the oil circulation, but can strengthen the axle housing. cooling efficiency.
Embodiment 3
[0044] like image 3 As shown in the figure, as another cooling method of the present application, removing the radiator 11 in the first embodiment, taking a 3-ton telescopic forklift as an example, can save at least 30KG in weight and 25L in space occupation. The oil pipe four 10 is directly connected with the hydraulic oil pipe five 12, and the metal axle housing of the front steering drive axle 7 and the rear steering drive axle 9 is directly used for heat dissipation, and the oil temperature of the entire circulating cooling system can be maintained at 65 ℃ It can meet the normal working oil temperature (below 80℃) requirements of the hydraulic system.
[0045] The oil flow path is to enter the hydraulic power source 3 from the hydraulic oil source 1 through the hydraulic oil pipe 1 2 . Driven by the hydraulic power source 3 , the oil enters the hydraulic oil pipe 2 4 into the hydraulic power source 3 . The hydraulic actuator 5 drives the motor to act, and the high-temper...
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