Load Shuttle Ball Valve

Load Shuttle Ball Valve Explore argo hytos check valves for safe flow control, robust performance and reliable protection in mobile and industrial hydraulics. Uses include load sense type circuits or hot oil shuttle applications. parker's ball type inline shuttle valves are plumbed external from manifolds and line bodies and are available in two flow size options of 11 lpm (3 gpm) or 22 lpm (6 gpm), and pressures up to 207 bar (3000 psi).

Load Shuttle Ball Valve A load shuttle, screw in, cartridge style, hydraulic check valve, for use in blocking circuits where a priority of flow direction is given to a higher pressure circuit over a lower one. This unit is a screw in, cartridge type, two ported with external third outlet port, two position, hydraulic shuttle valve. this valve senses the higher of the two input pressures port #1 or #2 and routes it to the out port. a steel ball and a sharp steel seat assures rugged and reliable performance. A load shuttling, screw in, cartridge style hydraulic check valve, for use in blocking circuits where a priority of flow direction is given to a higher pressure circuit over a lower one. * rapid response to changes in load direction * hardened precision parts * sharp edged steel seats for dirt tolerant performance * leak free closing, suitable for fast cycling with long life * high flow capacity * in the standard version, the valve is zinc coated for 240 h protection acc. to iso 9227.

Load Shuttle Ball Valve A load shuttling, screw in, cartridge style hydraulic check valve, for use in blocking circuits where a priority of flow direction is given to a higher pressure circuit over a lower one. * rapid response to changes in load direction * hardened precision parts * sharp edged steel seats for dirt tolerant performance * leak free closing, suitable for fast cycling with long life * high flow capacity * in the standard version, the valve is zinc coated for 240 h protection acc. to iso 9227. A load shuttling, screw in, cartridge style hydraulic check valve, for use in blocking circuits where a priority of fl ow direction is given to a higher pressure circuit over a lower one. The ls04 b30 is a load shuttling, screw in, cartridge style, hydraulic check valve for use in blocking circuits where a priority of flow direction is given to a higher pressure circuit over a lower one. Shuttle valves accept flow from two different sources and divert the highest pressure to a single outlet port. shuttle valves are commonly used in load sensing circuits as well as brake circuits. The lsv1 is an in line plumbed, low leak, load shuttling hydraulic check valve for use as a directional selector. the lsv1 will allow flow from the higher pressure of either "v" port to "p" port. rapid response to load direction changes.

Load Shuttle Ball Valve A load shuttling, screw in, cartridge style hydraulic check valve, for use in blocking circuits where a priority of fl ow direction is given to a higher pressure circuit over a lower one. The ls04 b30 is a load shuttling, screw in, cartridge style, hydraulic check valve for use in blocking circuits where a priority of flow direction is given to a higher pressure circuit over a lower one. Shuttle valves accept flow from two different sources and divert the highest pressure to a single outlet port. shuttle valves are commonly used in load sensing circuits as well as brake circuits. The lsv1 is an in line plumbed, low leak, load shuttling hydraulic check valve for use as a directional selector. the lsv1 will allow flow from the higher pressure of either "v" port to "p" port. rapid response to load direction changes.

Load Shuttle Ball Valve Shuttle valves accept flow from two different sources and divert the highest pressure to a single outlet port. shuttle valves are commonly used in load sensing circuits as well as brake circuits. The lsv1 is an in line plumbed, low leak, load shuttling hydraulic check valve for use as a directional selector. the lsv1 will allow flow from the higher pressure of either "v" port to "p" port. rapid response to load direction changes.