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The VK4-8213-602-5-15 consists of a globe valve assembly from Schneider Electric's VB Series. Designed for precision control, this valve has a 5-inch size, providing substantial flow management capabilities, with a flow coefficient (Cv) rated at 240. The assembly incorporates a pneumatic spring-return actuator coupled with a positive positioner, ensuring accurate operation.
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| Manufacturer | Schneider Electric |
|---|---|
| Product Type | Globe valve assembly |
| Product Line | VB Series |
| Part Number | VK4-8213-602-5-15 |
| Valve Size | 5 in. |
| Flow Coefficient (Cv) | 240 Cv |
| Actuator Type | Pneumatic spring-return actuator with positive positioner |
| Close-off Pressure | 35 psi (241 kPa) |
| Max. Operating Differential Pressure | 35 psi (241 kPa) |
| ANSI Pressure Class | Class 125 |
| Operating Temperature Range | -7 to 138 °C |
| Body Material | Cast iron |
| Seat Material | Forged brass |
| Seat Ring | EPDM |
| Stem Material | Stainless steel |
| Packing | Spring-loaded TFE/EPDM |
| Flow Type | Equal % |
| Valve Action | 2-way, stem-up, normally open |
The Schneider Electric VK4-8213-602-5-15 is engineered as a globe valve assembly primarily designed for efficient fluid regulation. With a substantial valve size of 5 inches, this model employs a flow coefficient (Cv) of 240, allowing for effective management of flow rates in various applications. Its two-way operational type facilitates stem-up, normally open actions, which are critical for automated systems.
A pneumatic spring-return actuator with a positive positioner is integrated into the assembly, enabling precise control mechanisms. The valve can manage a close-off pressure and maximum differential pressure of 35 psi (241 kPa), permitting reliable performance even under moderate pressure conditions.
Compliant with ANSI Class 125 pressure classifications, this valve is robust enough for several installations. The operating temperature range is maintained between -7 °C and 138 °C, ensuring functionality in diverse environmental conditions. Durability is enhanced by using cast iron for the body and forged brass for the seat, while the stainless steel stem ensures a long operational life. The packing utilizes a spring-loaded TFE/EPDM combination, which contributes to the valve's overall integrity and ease of maintenance. For applications requiring a controlled flow, the seat ring is made from EPDM and is designed for equal percentage flow characteristics, allowing for smooth and consistent handling of flow dynamics.