These valves regulate flow by means of an adjustable orifice which is not pressure compensated, and flow through the valve is entirely dependent upon pressure drop at any particular setting of the orifice. Dual service-line models with an integral non-return valve around each control orifice provide for meter-in or meter-out control; single line versions of these are available. For flow restriction in P or T lines (where reverse free flow is not required) models without check valves are available. Adjustment options are either screw/locknut or handknob
These valves regulate flow by means of an adjustable orifice which is not pressure compensated, and flow through the valve is entirely dependent upon pressure drop at any particular setting of the orifice. Dual service-line models with an integral non-return valve around each control orifice provide for meter-in or meter-out control; single line versions of these are available. For flow restriction in P or T lines (where reverse free flow is not required) models without check valves are available. Adjustment options are either screw/locknut or handknob
These valves regulate flow by means of an adjustable orifice which is not pressure compensated, and flow through the valve is entirely dependent upon pressure drop at any particular setting of the orifice. Dual service-line models with an integral non-return valve around each control orifice provide for meter-in or meter-out control; single line versions of these are available. For flow restriction in P or T lines (where reverse free flow is not required) models without check valves are available. Adjustment options are either screw/locknut or handknob
These valves regulate flow by means of an adjustable orifice which is not pressure compensated, and flow through the valve is entirely dependent upon pressure drop at any particular setting of the orifice. Dual service-line models with an integral non-return valve around each control orifice provide for meter-in or meter-out control; single line versions of these are available. For flow restriction in P or T lines (where reverse free flow is not required) models without check valves are available. Adjustment options are either screw/locknut or handknob
A check valve is the simplest type of directional control valve used in hydraulic systems. Check valves stop the flow of fluid in one direction and allow free flow in the opposite direction. They are also known as non-return valves.
A check valve is the simplest type of directional control valve used in hydraulic systems. Check valves stop the flow of fluid in one direction and allow free flow in the opposite direction. They are also known as non-return valves.
A check valve is the simplest type of directional control valve used in hydraulic systems. Check valves stop the flow of fluid in one direction and allow free flow in the opposite direction. They are also known as non-return valves.
A check valve is the simplest type of directional control valve used in hydraulic systems. Check valves stop the flow of fluid in one direction and allow free flow in the opposite direction. They are also known as non-return valves.
A check valve is the simplest type of directional control valve used in hydraulic systems. Check valves stop the flow of fluid in one direction and allow free flow in the opposite direction. They are also known as non-return valves.
A check valve is the simplest type of directional control valve used in hydraulic systems. Check valves stop the flow of fluid in one direction and allow free flow in the opposite direction. They are also known as non-return valves.