Booster Lube Standard Specifications Centralized control of multi-point lubrication Stable oil feeding with a micromist pressure that is higher than that of the main air passage can be supplied. This difference is used as the mist generating pressure differential. Thus, the pressure drop in the main air passage is minimized. supplied by merely adjusting the mist generating pressure differential. opening and closing the oil filler plug without stopping the air line. Port (Bypass lubrication adapter) Port size (Body) of micromist can be checked from the oil filler port. 0.4 to 1.0 MPa Operating pressure differential range 0.05 to 0.2 MPa Bowl capacity between levels (cm3) 5000 Turbine oil Class 1 (With no additives), ISO VG32 Recommended lubricant Operating pressure range 5 to 50°C Epoxy resin with glass fiber, Polycarbonate Ambient and fluid temperature Bowl material Accessory (Option) Part No. Part no. Bypass lubrication adapter Standard accessory Ball valve Ball valve Float switch Note) Float switch specifications Voltage Max. contact capacity Max. contact current Contact Level indication 1a, 1b Bottom limit indication 0 0 Float switch (Option) Booster lube Operation control signal Body size Port size None Rc 1 Rc 2 3 inch flange None 1b (Without oil ON) 1a (Without oil OFF) Proof pressure

Piping Example Strainer Series AF-X2230 Solenoid valve Metal seal Ball valve Bypass lubrication adapter Ball valve Main line filter Series AFF Solenoid valve Rubber seal Operation Control Method As shown in the diagram below, reverse the position of the function plate of the switching valve for operation control, and place it in the NO position or in the unmarked position. When the control signal is input, select the state of the operation or the stopping of the Booster Lube. This unit uses a booster to generate a mist generating pressure differential. Therefore, the booster consumes and discharges...

Booster Lube Setting of Mist Generation Pressure Differential Procedure 1. Obtain the air consumption flow rate in the downstream of the Booster Lube. 2. Obtain the necessary mist generation pressure differential from data(B). Data(B) Flow — Mist Generation Pressure Differential Precautions Be sure to read before handling. Refer to front matter 43 for Safety Instructions and pages 365 to 369 for Precautions on every series. Warning 1. Epoxy resin containing glass fiber and polycarbonate is used in some parts of the Booster Lube. The Booster Lube cannot be used in an environment or in a location...

Circuit Manual switching valve for confirmation of mist generation pressure differential Lubrication plug 2 port valve Oil tank Mist generation nozzle Pressure differential Relay valve Switching valve for adjustment valve operation control Description Top cover Bottom cover Replacement Parts Material Aluminum casted Aluminum casted Description 3 port switching valve (for operation control) Relay valve Pressure gauge Diaphragm assembly Valve assembly NLP seal PNY seal Wear ring O-ring Bowl assembly Lubrication plug assembly NBR NBR Cloth-inserted phenol aldehyde resin NBR Glass fiber-inserted...

Booster Lube Pressure differential adjustment screw Relay valve Switching valve for operation control Manual switching valve for confirmation of mist generation pressure differential Lubrication plug Bypass Lubrication Adapter ALBA90-10/-20 From booster lube Port size Rc 1/2 From booster lube

Related Product Strainer At the terminal of an air pressure line in which a Booster Lube is used, install a strainer (filtration rate of 5 µm) upstream from a metal seal solenoid valve, which is susceptible to dust. Mounting orientation is upward. 4xK Bracket mounting thread