Fundamentals of Chemical Production* (9.28)
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Fundamentals of Chemical Production Study*: The three-stage filtration of lubricants refers to ( ), ( ), ( ).
Three-stage filtration of lubricating oil refers to: the first stage of filtration takes place from the large oil tank (oil storage tank) to the white porcelain tank (entrance of the oil pump), and this stage typically uses a filter with 60 mesh density； From the white porcelain tank to the oil pot (output of the oil extractor), there is a two-stage filtration process (usually with 80-mesh screens) ； From the oil tank to the filling point (from the pump outlet to the filling point), there is three-stage filtration (usually 100 mesh).
Level 1: Between the original lubricant tank and the fixed tank. Level 2: Between the fixed oil tank and the oil container. Level 3: Between the oil container and the filling point
From large lubricant tank to medium tank, from medium tank to small tank, from small tank to lubrication point
From the large oil tank (oil storage tank) to the white porcelain tank (entrance of the oil extractor) is the first stage of filtration (usually 60 mesh)； From the white porcelain tank to the oil pot (output of the oil extractor), there is a two-stage filtration process (usually with 80-mesh screens) ； From the oil tank to the filling point (from the pump outlet to the filling point), there is three-stage filtration (usually 100 mesh).
From the oil tank to the fuel filler, from the fuel filler to the equipment’s oil reservoir, and from the equipment’s oil reservoir to the equipment itself
1. Inbound filtering. 2. Issue filtering. 3. Fuel filtration: #Reply quickly here#
Inbound filtering, distribution filtering, and refueling filtering
Inbound filtering, distribution filtering, refueling filtering
Between the original lubricant container and the fixed container； Fix between the oil barrel and the oil jug ； Between the oil can and the fueling point
Inbound filtering, distribution filtering, and refueling filtering