Curtiss-Wright Corporation products

Directional control valves are crucial components in hydraulic and pneumatic systems, providing essential pathways for fluid or gas flow from valve ports to other components. These valves are made up of a mechanically or electrically actuated spool within a cylinder, which can either allow or prevent fluid passage based on its position. The dynamic function of these valves facilitates rapid acceleration and deceleration of fluid flow. Key features to consider when choosing a directional control valve include the number of ports and the available directional positions. These valves are designed for applications that require smooth operation, low-pressure drop, and quick response, making them ideal for use in the agricultural, industrial, and mobile sectors. With a pressure rating of up to 2000 psi and a flow rate capacity of up to 10 GPM, they are built to deliver precise fluid control. There are various types of operating mechanisms for these valves including hydraulically operated for higher precision, manually operated with levers or paddles, and mechanically operated which are subject to wear due to the use of cams, wheels, and rollers.

The 1890 Series Process Valve is an advanced industrial valve designed for high-performance applications. Created by Farris, a renowned name in valve technology, this series is tailored to meet rigorous industry standards. Its design incorporates materials and construction techniques that confer exceptional durability and reliability, making it ideal for critical process environments. The 1890 Series includes various certifications ensuring compliance with global safety and operational standards. These valves are engineered for applications requiring precise control and high-pressure tolerance, serving essential roles in sectors such as chemical processing, power generation, and oil and gas industries.

Farris Engineering, a pioneer in the field of valve technology, presents the 1896 Series Steam Safety Valve. This series is engineered to offer reliable overpressure protection for steam systems in various industrial applications. Featuring robust construction and precision engineering, the 1896 Series ensures dependable performance under high-pressure conditions. It adheres to stringent industry certifications, making it a trusted choice for safety in critical operational environments. The valve is designed for ease of maintenance and long-term durability, making it a cost-effective solution for safeguarding your steam systems.

The 2400 Series Pressure Relief Valve by Farris Engineering is engineered to provide essential pressure release for industrial applications. This valve is crucial in maintaining system integrity by automatically opening to release excess pressure that could potentially damage equipment or endanger personnel. The 2400 Series valves are built with robust materials and precise manufacturing to ensure reliable performance in various conditions. Utilizing a spring-loaded mechanism, these valves offer quick response and can be adjusted for different pressure settings. The pilot-operated variant of the valve combines a main valve and auxiliary pressure relief mechanisms to provide sophisticated control over pressure release. Designed for industries where pressure management is critical, these valves help in preventing overpressure scenarios that could disrupt operations or cause significant damage, making them essential for safe and efficient industrial processes.

Farris Engineering's 2600 and 2600L Series process valves are meticulously designed to safeguard equipment against excessive overpressure across various services including air, gases, steam, and liquids. The design ensures these valves can withstand maximum piping strain without compromising functionality or causing leakage. This is achieved through superior strength in the valve body, positive alignment, a high-strength disc design, and optimal seating surface finishes which all coalesce to enhance tightness and reduce potential thermal distortions. The streamlined nozzle design simplifies maintenance by allowing easy removal and assembly. General specifications cover a broad range from 1 x 2 inches to 20 x 24 inches in size, with orifice areas ranging from 0.15 sq in to 176.7 sq in. They are capable of handling set pressure ranges from 15 to 6000 psig (1 to 413 barg) and temperature ranges from -320 to 1500°F (-195 to 815°C). Suitable for multiple services and constructed from robust materials including carbon steel, stainless steel, various alloy steels, Monel, Hastelloy C, Duplex, and NACE-compliant materials, these valves are engineered for reliability and efficiency.