Pump system including valve cartridge assembly with a suction valve in line with a discharge valve
View Patent ↗A pump system includes a pump housing defining a plurality of pump bores, a plurality of pumping members, and a plurality of valves positioned within the pump housing. Each of the valves includes a valve body defining a plurality of inlets, arranged to receive a low pressure fluid, a suction valve coupled to the valve body and movable between a closed position and an open position, the suction valve including a suction valve closing member having a conical contact surface having a large diameter portion, and a first elastomeric member positioned adjacent the large diameter portion, and a discharge valve coupled to the valve body and movable between a closed position and an open position, the discharge valve including a discharge valve closing member having a conical contact surface having a large diameter portion, and a second elastomeric member positioned immediately adjacent the large diameter portion.
1. A pump system comprising: a pump housing defining a pump bore; a pumping member disposed in the pump bore and reciprocal along a bore axis to pump a fluid; a fluid intake manifold formed as part of the pump housing and arranged to contain a quantity of fluid at a low pressure; a fluid discharge manifold formed as part of the pump housing and arranged to contain a quantity of fluid at a high pressure; and a valve assembly arranged in a fully operable condition and insertable and removable into the pump housing in the fully operable condition, the valve assembly associated with the pump bore and including: a valve body; a suction valve coupled to the valve body and movable along the bore axis between a closed position and an open position; a first cage fixedly connected to the valve body; a first spring cooperating with the first cage to bias the suction valve toward the closed position, the first spring positioned between the first cage and the suction valve such that the first cage fixedly attaches the first spring to the valve body; a discharge valve coupled to the valve body and movable along the bore axis between a closed position and an open position; a second cage fixedly connected to the valve body; and a second spring cooperating with the second cage to bias the discharge valve toward the closed position, the second spring positioned between the second cage and the discharge valve such that the second cage fixedly attaches the second spring to the valve body; and a plurality of discharge channels formed as part of the valve body and arranged to direct high pressure fluid from the pump bore to the discharge valve.
2. The pump system of claim 1 , wherein the pump housing defines a plurality of pump bores, a plurality of pumping members each disposed in the respective bore and each reciprocating along separate pump axes that are parallel to one another.
3. The pump system of claim 2 , further comprising a plurality of valve assemblies, each valve assembly associated with one of the plurality of pump bores.
4. A pump system comprising:
a pump housing defining a plurality of pump bores;
a plurality of pumping members each disposed in one of the plurality of pump bores and reciprocal to pump a fluid;
a fluid intake manifold formed as part of the pump housing and arranged to contain a quantity of fluid at a low pressure;
a fluid discharge manifold formed as part of the pump housing and arranged to contain a quantity of fluid at a high pressure; and
a valve assembly arranged in a fully operable condition and insertable and removable into the pump housing in the fully operable condition, the valve assembly associated with one of the plurality of pumping members, the valve assembly including:
a valve body defining a plurality of inlet channels, each of the inlet channels in fluid communication with the intake manifold to draw fluid directly therefrom;
a suction valve coupled to the valve body and movable between a closed position and an open position;
a first cage fixedly connected to the valve body;
a first spring cooperating with the first cage to bias the suction valve toward the closed position, the first spring positioned between the first cage and the suction valve such that the first cage fixedly attaches the first spring to the valve body;
a discharge valve coupled to the valve body and movable between a closed position and an open position;
a second cage fixedly connected to the valve body;
a second spring cooperating with the second cage to bias the discharge valve toward the closed position, the second spring positioned between the second cage and the discharge valve such that the second cage fixedly attaches the second spring to the valve body; and
a plurality of discharge channels formed as part of the valve body and arranged to direct high pressure fluid from the pump bore associated with the valve assembly to the discharge valve.
5. The pump system of claim 4 , wherein each of the plurality of pump bores are parallel to one another.
6. The pump system of claim 4 , further comprising a plurality of valve assemblies, each valve assembly associated with one of the plurality of pump bores.
7. The pump system of claim 4 , wherein each of the pumping members reciprocates along an axes, and wherein the suction valve is movable along the axis of the pumping member to which the valve assembly is associated.
8. The pump system of claim 7 , wherein the discharge valve is movable along the axis of the pump bore to which the valve assembly is associated.
9. A pump system comprising:
a pump housing defining a plurality of pump bores;
a plurality of pumping members each disposed in one of the plurality of pump bores and reciprocal to pump a fluid;
a fluid intake manifold formed as part of the pump housing and arranged to contain a quantity of fluid at a low pressure;
a fluid discharge manifold formed as part of the pump housing and arranged to contain a quantity of fluid at a high pressure; and
a plurality of valve assemblies arranged in a fully operable condition and insertable and removable into the pump housing in the fully operable condition, each of the valve assemblies associated with one of the pump bores, each of the plurality of valve assemblies including:
a valve body;
a suction valve coupled to the valve body and movable between a closed position and an open position;
a first cage fixedly connected to the valve body;
a first spring cooperating with the first cage to bias the suction valve toward the closed position, the first spring positioned between the first cage and the suction valve such that the first cage fixedly attaches the first spring to the valve body;
a discharge valve coupled to the valve body and movable between a closed position and an open position;
a second cage fixedly connected to the valve body; and
a second spring cooperating with the second cage to bias the discharge valve toward the closed position, the second spring positioned between the second cage and the discharge valve such that the second cage fixedly attaches the second spring to the valve body.
10. The pump system of claim 9 , wherein each of the pumping members reciprocates along one of a plurality of axes, and wherein each of the plurality of valve assemblies is associated with one of the pumping members, and wherein the suction valve of each valve assembly is movable along the axis of the pumping member to which the valve assembly is associated.
11. The pump system of claim 10 , wherein the discharge valve is movable along the axis of the pumping member to which the valve assembly is associated.
12. The pump system of claim 9 , wherein each of the valve bodies defines a plurality of discharge channels formed as part of the valve body and arranged to direct high pressure fluid from the pump bore associated with the valve assembly to the discharge valve.
13. The pump system of claim 9 , wherein each of the valve bodies defines a plurality of inlet channels, each of the inlet channels in fluid communication with the intake manifold to draw fluid directly therefrom.