The progressive divider valve Incoming oil or grease is distributed and proportioned to bearing locations using manifolds. Each valve block functions in a “Progressive” order. A full discharge cycle must be finished by the piston inside the block before another piston starts up. Manifold valve blocks will continue to function in a progressive fashion as long as lubricant is delivered to the divider’s intake portion under pressure.

Piston movement ceases when the inlet block’s lubrication flow is cut off. Piston movement starts at the same point in the discharge cycle as flow resumes. Lubricant is transported from the valve block to specific lubrication sites via feed lines. All of the valves will stop working if a discharge line becomes clogged. There are cycle switches and indicators to warn of a blockage.

The metering component is essential to a centralised lubrication system’s effectiveness. Positive displacement injector (PDI) valves for oil or grease are made possible by modern technology, which precisely measures the lubricant amounts with each system cycle. These include a straightforward design, a large selection of lubricants, and the possibility to be switched out for different brands. Injector pumps come in a variety of forms, including drum pumps, electric, pneumatic, and manual.

Our Single Line Resistance systems use meter and control units. Meter units, such as the FJB, FSA, and ASA kinds, are for cyclic systems and come with a 5 lb check valve. Control units, such as CJB, CSA, and CT, are for continuous systems and have an internal spiral orifice without a check valve.

Two pressure lines to a network of manifolds are referred to as dual lines or twin lines. The Dual Line is the most reliable solution and offers benefits for long-distance applications. Our Dualine measuring and reversing valves are compatible with the Dualine system. Zone and solenoid valves are also covered in this section.