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The VK4-9313-802-5-14 from Schneider Electric is designed as a globe valve assembly with robust features for efficient fluid control. This unit is 4 inches in size and operates effectively within an extensive temperature range.
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| Manufacturer | Schneider Electric |
|---|---|
| Product Type | Globe valve assembly |
| Product Line | VB Series |
| Part Number | VK4-9313-802-5-14 |
| Valve Size | 4 in. |
| Flow Coefficient (Cv) | 170 Cv |
| Actuator Type | Pneumatic spring-return actuator with positive positioner |
| Actuator Spring Range | 5-10 psi |
| Max. Allowable Differential Pressure | 35 psi (241 kPa) |
| ANSI Pressure Class | Class 125 |
| Operating Temperature Range | 4 to 149 °C |
| Body Material | Cast iron |
| Seat Material | Bronze |
| Valve Action | 3-way mixing |
| Connection Type | ANSI Class 125 flanged |
The VK4-9313-802-5-14 globe valve assembly from Schneider Electric is engineered for effective fluid management in various applications. This valve is sized at 4 inches, accommodating a significant flow rate. It boasts a flow coefficient (Cv) of 170, making it well-suited for high-performance environments.
The assembly incorporates a pneumatic spring-return actuator, which is fitted with a positive positioner, enabling precise control. This actuator functions optimally with a spring range of 5 to 10 psi, ensuring reliable performance during operation. Additionally, it can withstand a maximum allowable differential pressure of 35 psi (241 kPa), contributing to its utility in demanding situations.
This valve falls under the ANSI Pressure Class 125 standard, enhancing its compatibility with other ANSI-rated components. It operates effectively across a wide temperature spectrum, from 4 to 149 °C, due to its robust design. Constructed from durable cast iron, the valve body ensures longevity, while the bronze seat material reinforces sealing efficiency. The valve's 3-way mixing operation facilitates versatile fluid handling, and it is connected via ANSI Class 125 flanged fittings for secure and stable installation.