Bailey International LLC Relief Valve

Description
Hydraulic valves are manufactured in a variety of styles to function in different applications. Valves are used to manipulate the flow of hydraulic fluid within a hydraulic circuit and are activated either mechanically or electronically. Directional Control Valves are the most commonly used valve in a hydraulic system. Control valves direct the flow of hydraulic fluid from the pump to the actuators or other sections of the hydraulic circuit. Control valves are returned to their neutral state with a spring or held in each position with a detent mechanism. These valves are generally used to control the direction of a hydraulic motor or cylinder; they can also perform other functions in a circuit. Hydraulic directional control valves should be selected based upon both the size of the circuits and the components, both upstream and downstream to the valve. Flow ratings should be based upon the highest possible flow the valve will need to achieve. In most cases this flow would be from a cast body or a sectional style that can be assembled to meet the requirements of most applications. Most industrial solenoid-operated directional control valves can be interchanged between many manufacturers due to industry standard mounting connections.
Description
Hydraulic valves are manufactured in a variety of styles to function in different applications. Valves are used to manipulate the flow of hydraulic fluid within a hydraulic circuit and are activated either mechanically or electronically. Directional Control Valves are the most commonly used valve in a hydraulic system. Control valves direct the flow of hydraulic fluid from the pump to the actuators or other sections of the hydraulic circuit. Control valves are returned to their neutral state with a spring or held in each position with a detent mechanism. These valves are generally used to control the direction of a hydraulic motor or cylinder; they can also perform other functions in a circuit. Hydraulic directional control valves should be selected based upon both the size of the circuits and the components, both upstream and downstream to the valve. Flow ratings should be based upon the highest possible flow the valve will need to achieve. In most cases this flow would be from a cast body or a sectional style that can be assembled to meet the requirements of most applications. Most industrial solenoid-operated directional control valves can be interchanged between many manufacturers due to industry standard mounting connections.

Suppliers

Company
Product
Description
Supplier Links
Relief Valve -  - Bailey International LLC
Knoxville, TN, United States
Relief Valve
Relief Valve
Hydraulic valves are manufactured in a variety of styles to function in different applications. Valves are used to manipulate the flow of hydraulic fluid within a hydraulic circuit and are activated either mechanically or electronically. Directional Control Valves are the most commonly used valve in a hydraulic system. Control valves direct the flow of hydraulic fluid from the pump to the actuators or other sections of the hydraulic circuit. Control valves are returned to their neutral state with a spring or held in each position with a detent mechanism. These valves are generally used to control the direction of a hydraulic motor or cylinder; they can also perform other functions in a circuit. Hydraulic directional control valves should be selected based upon both the size of the circuits and the components, both upstream and downstream to the valve. Flow ratings should be based upon the highest possible flow the valve will need to achieve. In most cases this flow would be from a cast body or a sectional style that can be assembled to meet the requirements of most applications. Most industrial solenoid-operated directional control valves can be interchanged between many manufacturers due to industry standard mounting connections.

Hydraulic valves are manufactured in a variety of styles to function in different applications. Valves are used to manipulate the flow of hydraulic fluid within a hydraulic circuit and are activated either mechanically or electronically.

Directional Control Valves are the most commonly used valve in a hydraulic system. Control valves direct the flow of hydraulic fluid from the pump to the actuators or other sections of the hydraulic circuit. Control valves are returned to their neutral state with a spring or held in each position with a detent mechanism. These valves are generally used to control the direction of a hydraulic motor or cylinder; they can also perform other functions in a circuit.

Hydraulic directional control valves should be selected based upon both the size of the circuits and the components, both upstream and downstream to the valve. Flow ratings should be based upon the highest possible flow the valve will need to achieve. In most cases this flow would be from a cast body or a sectional style that can be assembled to meet the requirements of most applications. Most industrial solenoid-operated directional control valves can be interchanged between many manufacturers due to industry standard mounting connections.

Supplier's Site

Technical Specifications

  Bailey International LLC
Product Category Industrial Valves
Product Name Relief Valve
Valve Type Relief
Unlock Full Specs
to access all available technical data

Similar Products

VALVES - BP-049-PVC-T-L - Blacoh Fluid Control, Inc.
Blacoh Fluid Control, Inc.
Specs
Valve Type Back Flow
Primary Material PVC
Valve Size 0.50 inch (12.70 mm)
View Details
Air solenoid valve - CPE18-M1H-5/3ES-QS-8 - Festo Corporation
Specs
Valve Type Control Valve; Gate; Solenoid
Primary Material Aluminum
Media Air; Compressed Air
View Details
2 suppliers
Flanged Abrasive Service Control Valves - DFT® Ultra-Trol® - DFT Inc.
Specs
Valve Type Control Valve; Metal Seated
Primary Material Stainless Steel (optional feature); Steel (optional feature); Exotic Metal (optional feature)
Media Water; Hot Water; Cold Water  ; Ground Water; Potable Water; Salt Water; Wastewater; Gas; Gasoline / Diesel Fuel; High Purity; LP Gas; Natural Gas; Sour Gas; Specialty Corrosive; Hydraulic; Steam; Air; Breathable; Compressed Air
View Details