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The Honeywell V5013B1037 is a robust 3-way mixing globe valve from the V5011 series, ideal for precise flow control in various applications. This 5-inch valve features a significant flow capacity of 250 Cv and is constructed from durable materials to ensure long-lasting performance under varying conditions.
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| Manufacturer | Honeywell |
|---|---|
| Product Type | 3-Way Mixing Globe Valve |
| Product Line | V5011 |
| Part Number | V5013B1037 |
| Pipe Size | 5 inches |
| Flow Capacity | 250 Cv |
| Connection Type | ANSI Class 125 Flanged |
| Flow Characteristic | Linear or Constant Total Flow |
| Body Material | Cast Iron |
| Stem Material | Corrosion-resistant Stainless Steel |
| Seat Material | Bronze/Metal-to-Metal |
| Minimum Fluid Temperature Rating | 4.4°C |
| Maximum Fluid Temperature Rating | 121°C |
| Maximum Safe Operating Pressure | 150 PSI (1034 kPa) at 116°C water |
| Maximum Pressure Differential | 20 psid (138 kPa) |
| Stem Action | Stem up position increases flow from B to AB |
The Honeywell part number V5013B1037 represents a 3-way mixing globe valve that excels in controlling fluid flow across multiple pathways. With a sizeable 5-inch pipe diameter and a weight of 198 lbs, it is designed for robust applications.
This valve possesses a flow capacity of 250 Cv and operates with an ANSI Class 125 flanged connection type, making installation straightforward. The flow characteristic of this valve is adaptable, allowing for either linear or constant total flow depending on the specific system requirements.
Built with a cast iron body, this unit is designed to endure harsh environments, while the seat comprises a reliable bronze/metal-to-metal configuration. The use of stainless steel for the stem ensures a high degree of resistance against corrosion, further enhancing its durability.
In terms of operational parameters, the valve functions effectively between a minimum temperature of 4.4°C and a maximum fluid temperature of 121°C. It is capable of handling a maximum safe operating pressure of 150 PSI (1034 kPa) when exposed to water at 116°C. Additionally, the valve supports a maximum pressure differential of 20 psid (138 kPa). Overall, the stem's action is such that when in the up position, it facilitates an increased flow from port B to AB.