KSB DN350 BUTTERFLY VALVE EURO 500 NEW
KSB Butterfly Valve DN350 Isoria 16
Introduction
The KSB DN350 Isoria 16 butterfly valve is a key component for regulating and controlling fluid flow in industrial plants. Designed for efficiency and reliability, this valve is suitable for a variety of applications thanks to its advanced technical features and robust construction. Detailed information about this model is provided below.
Visual Description and Construction
The KSB DN350 Isoria 16 Butterfly Valve features a robust and functional design, suitable for industrial environments:
- Design : The valve has a cylindrical structure with a mounting flange and an internal butterfly disc. The butterfly disc is mounted on a shaft that rotates to regulate the opening and closing of the flow.
- Main Components : Includes the valve body, butterfly disc, drive shaft, and crank closing mechanism. The valve is equipped with a gasket to ensure a tight seal.
- Construction Material : Made of steel or equivalent material, resistant to corrosion and mechanical stress.
Technical Specifications
- Make and Model : KSB DN350 Isoria 16
- Nominal Diameter (DN) : 350 mm
- Nominal pressure (PN) : 16 bar
- Service pressure (PS) : 16 bar
- Operating Pressure A : 10 bar
- Serving Temperature (TS) : Up to 80°C
- Closure Type : Crank
- Construction Date: 12/04
- Product Code : 0304977N
- Serial Number : DF8316
Mechanical Characteristics
The KSB DN350 Isoria 16 Butterfly Valve is designed to provide reliable performance under demanding operating conditions:
- Valve Type : Butterfly
- Control Method : Manual, with crank for operation
- Structure : Robust body and butterfly disc with rotating shaft
- Seals : Designed to ensure an airtight seal
Usage Procedure
- Installation : Mount the valve in the desired location on the system, making sure that the connecting flanges are well aligned and tightened.
- Operation : Use the crank to rotate the butterfly disc and adjust the valve opening. The crank allows for precise flow control.
- Maintenance : Periodically check the seals and closing mechanism to ensure proper operation and prevent leaks.
Compatible Accessories
- Actuators : For automatic operation, if required.
- Flow Sensors : To monitor the flow rate of the fluid.
- Replacement Seals : For maintenance and replacement.
Formulas for Optimal Use
To determine the optimal usage parameters of the KSB DN350 Isoria 16 Butterfly Valve , consider the following formulas:
Q=π×(D2−d2)×2×g×h4Q = \frac{\pi \times (D^2 - d^2) \times \sqrt{2 \times g \times h}}{4} Q = 4 π × ( D 2 − d 2 ) × 2 × g × h
Where:
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DD D is the internal diameter of the pipe
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dd d is the valve disc diameter
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gg g is the acceleration due to gravity
-
hh h is the height of the fluid
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Calculation of Pressure Loss (ΔP):
ΔP=K×ρ×v22\Delta P = \frac{K \times \rho \times v^2}{2} Δ P = 2 K × ρ × v 2
Where:
- KK K is the valve leakage coefficient
- ρ\rho ρ is the density of the fluid
- vv v is the velocity of the fluid
Compatible Materials
The KSB DN350 Isoria 16 Butterfly Valve is compatible with:
- Water : For general flow control applications.
- Oils and Fuels : For industrial uses and transport systems.
- Chemical Liquids : Based on compatibility with valve materials.
Maintenance and Evaluation of Used Vehicles
- Maintenance : Perform periodic checks on the seals, locking mechanism, and condition of the butterfly disc. Lubricate the shaft and check for any signs of wear or damage.
- Used Appraisal : Check the valve's overall condition, making sure there are no leaks or malfunctions. Check the build date and maintenance records to ensure the equipment has been well cared for.
Sectors of Use and Advantages of Used Equipment
The KSB DN350 Isoria 16 Butterfly Valve is ideal for:
- Industrial Sector : Flow control and regulation in process plants.
- Water Sector : Water flow management in distribution systems.
- Energy Sector : Fluid control in power generation and distribution plants.
Purchasing a used butterfly valve, such as the KSB DN350 Isoria 16 , can be beneficial for reducing costs without compromising quality. It's important to ensure the valve has been tested and properly maintained to ensure reliable performance and extend the product's life.
