Hot Item Ocy-g03-p-j50 : Nachi Flow Control, D05 (ng10), 100gpm, 3625psi, Non-compensated, Hand Screw, , Flow Throttled In Line P Holiday Cheer Edition [jxqEHwIe]

OCY-G03-P-J50: Nachi Flow Control Valve

Introducing the OCY-G03-P-J50, a high-performance Nachi Modular flow control valve designed for precise actuator speed regulation and various flow control applications. This state-of-the-art valve is engineered to provide exceptional control in specific line conditions, ensuring optimal performance in a wide range of industrial settings. With its robust design and reliable operation, the OCY-G03-P-J50 is a must-have for any application requiring precise flow management.

Key Product Properties and Specifications

The OCY-G03-P-J50 features a D05 (NG10) connection, capable of handling a flow rate of up to 100GPM and a maximum pressure of 3625psi. This non-compensated valve is equipped with a hand screw for easy adjustment, allowing for quick and efficient flow throttling in-line. Notable specifications include its flow throttled in-line P design, ensuring seamless integration into existing systems. Here are some of the key benefits and features:

• High Flow Rate: Handles up to 100GPM, suitable for a wide range of applications.
• Robust Construction: Engineered for durability and reliability in harsh industrial environments.
• Easy Adjustment: Hand screw design for quick and precise flow control.

Practical Applications and Target Audience

The OCY-G03-P-J50 is ideal for a variety of applications, including actuator speed control and other flow control needs. Its non-compensated design makes it a versatile choice for industries such as manufacturing, automation, and construction. Whether you're looking to optimize actuator performance or manage flow in specific line conditions, this valve is a reliable solution. Here are some scenarios where the OCY-G03-P-J50 can make a significant difference:

• Manufacturing: Control actuator speed in automated assembly lines for precision and efficiency.
• Automation: Regulate flow in robotic systems to ensure smooth and consistent operation.
• Construction: Manage fluid flow in hydraulic systems for improved performance and safety.