Main reasons for hydraulic system heating of the fully automatic cement block machine

The main reason for the heating of the hydraulic system of the fully automatic cement block making machine is the heating of the hydraulic oil, which can be caused by three situations: firstly, the design of the fully automatic concrete brick making machine hydraulic system is not reasonable, and the hydraulic tank cannot effectively dissipate heat; secondly, the hydraulic system components are faulty; thirdly, the hydraulic oil used in the paving brick machine hydraulic system is inappropriate.

The unreasonable design of the hydraulic tank pipeline of the fully automatic brick production machine will cause the temperature of the hydraulic tank to be too high. If the distance between the oil suction pipe mouth and the oil return pipe mouth is close, the hydraulic oil will directly enter the oil suction pipe without cooling after oil return, and the temperature of the oil tank will increase over time. Another situation is that the fully automatic cement brick machine has high power and generates a lot of heat. The volume of the hydraulic tank is too small and the temperature of the hydraulic system is too high. In both cases, the distance between the oil suction pipe and the oil return pipe can be lengthened or the volume of the oil tank can be increased to circulate heat dissipation in the hydraulic oil tank, thereby achieving the effect of reducing the temperature of the oil tank.

When the hydraulic components of the fully automatic concrete brick making machine fail, the temperature of the hydraulic system is too high. We should choose appropriate hydraulic components according to their working pressure and flow, and choose appropriate hydraulic components to solve the problem of excessive temperature.

The hydraulic oil used in the hydraulic system of the fully automatic paver block machine has different types and viscosities. When the hydraulic system is running during brick making, the temperature of the hydraulic oil increases, the viscosity decreases, and the increase in system leakage will cause the oil temperature to increase. Therefore, the hydraulic oil of appropriate viscosity should be selected according to the normal operating temperature of the system to avoid improper selection of hydraulic oil and excessive requirements on the hydraulic system.