FIELD: mechanical engineering.
SUBSTANCE: invention relates to the field of mechanical engineering and can be used to monitor and adjust the physicochemical parameters of a lubricant coolant. An automatic station for monitoring and adjusting the parameters of the lubricant coolant, containing a unit for measuring the parameters of the liquid, includes devices for measuring water parameters and devices for measuring lubricant coolant parameters, made with the possibility of connecting to the block of lubricant coolant tanks of connected machines by means of a collector of exhaust pipelines and a collector of inlet pipelines, a block of lubricant coolant tanks of connected machines, including a set of level sensors and related hydraulic fittings, intake manifold, made with the possibility of connecting to the block of lubricant coolant tanks of connected machines and to the block for measuring parameters, the collector of exhaust pipelines, made with the possibility of connecting to the block of lubricant coolant tanks of connected machines, to the collector of inlet pipelines and to the block (1) for measuring parameters, the lubricant coolant mixing device, made with the possibility of connecting to the lubricant coolant concentrate tank, to the storage tank water and to the block of coolant tanks of connected machines by means of a collector of exhaust pipelines, a coolant disinfection system, made with the possibility of connecting the connected machines to the lubricant coolant reservoir block by means of collectors and inlet and outlet pipelines, while the station contains a lubricant coolant filtration system made with the possibility of connecting to the intake manifold and to the coolant disinfection system, a water filtration system made with the possibility of connecting to the main water supply pipeline, to the water storage tank and to water supply pipeline from an external tank.
EFFECT: increase in the efficiency, reliability and safety of the automatic monitoring station and adjustment of lubricant coolant parameters.
22 cl, 1 dwg
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Authors
Dates
2022-09-12—Published
2021-12-21—Filed