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The Honeywell KS03151142 is engineered as a safety shut-off valve, designed to control gas pressure in various applications. With a nominal diameter of DN 50, this valve effectively manages maximum inlet pressures up to 70 psig (5 bar).
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| Manufacturer | Honeywell |
|---|---|
| Product Type | Safety Shut-off Valve |
| Product Line | Other |
| Part Number | KS03151142 |
| Nominal Diameter (DN) | DN 50 |
| Max. Inlet Pressure | 70 psig (5 bar) |
| Pipe Connection | ANSI Flange (2") |
| Monitoring Function | Shuts off gas supply in overpressure conditions |
| Reset Type | Manual reset required after unit trips |
| Min. Operating Temperature | -20 °C |
| Max. Operating Temperature | 60 °C |
| Application | Protects all controls downstream of a gas pressure regulator from excess gas pressure |
| Gas Types | Natural gas, LPG, town gas, and biogas (max. 0.02% by-vol.) |
| Sensing Requirement | Sensing line downstream of the pressure regulator |
| Valve Seat Material | Aluminum |
The model KS03151142 from Honeywell is a safety shut-off valve meticulously designed for reliable gas pressure management. This valve boasts a nominal diameter of DN 50, capable of handling inlet pressures of up to 70 psig (5 bar). For installation, it connects via a 2-inch ANSI flange, making it compatible with standard piping systems.
Key to its function, this valve is equipped with a monitoring feature that automatically shuts off the gas supply in the event of overpressure situations. For safety, a manual reset is essential after it trips, ensuring that any faults are acknowledged and reset by an operator.
This valve functions efficiently across a temperature spectrum from -20 °C minimum to 60 °C maximum. Its application is particularly critical in protecting equipment and controls located downstream of a gas pressure regulator from excessive pressures. It can be used with various types of gases, including natural gas, LPG, town gas, and biogas, with the latter mandated to contain a maximum of 0.02% by volume.
For optimal performance, it requires a sensing line downstream of the pressure regulator. The valve itself is constructed with an aluminum seat, providing a blend of strength and weight efficiency, thus contributing to its overall durability and performance in demanding conditions.