Dwyer Instruments BYS-05 | 1-1/4" pipe size | 300 psi maximum pressure - generaltechuae

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Dwyer BYS-05 | Brass Y-Strainer | 1-1/4" Female NPT, 300 psi

Name: Dwyer BYS-05 | Brass Y-Strainer | 1-1/4" Female NPT, 300 psi
Brand: Dwyer
SKU: BYS-05
Availability: OutOfStock

Part Number : BYS-05

Dwyer BYS-05: a 1-1/4" female NPT brass Y-strainer with a maximum pressure of 300 psi. The BYS-05 is intended for general industrial service, catching dirt before it reaches valves and meters.

Member of the Dwyer BYS Series of fittings (BYS-05)
1-1/4" female NPT ends on a cast brass body
Maximum pressure of the BYS-05: 300 psi
Brass cap and plug with a PTFE seal (BYS-05)
Stainless steel screen inside the BYS-05

Availability: in stock

Free Kuwait shipping available

Specifications
Features
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Part Number	BYS-05
Brand	Dwyer
Type	Brass Y-Strainer
Pipe Size	1-1/4"
End Connection	Female NPT
Max Pressure	300 psi
Operating Temperature	-10 to 250°F (-23 to 121°C)
Body Material	Cast brass
Cap and Plug	Brass
Screen	Stainless steel
Seal	PTFE
Series	BYS

The Series BYS Brass Y-Strainers offer a cost-effective option for industrial applications, providing efficient filtration at a reasonable price point.
With a versatile Y configuration and availability in a wide range of sizes, these Y-strainers can be used in various industrial settings, offering flexibility in application.
The body, cap, and plug are made from high-quality brass, ensuring durability and reliability in demanding environments.
The seal is constructed of PTFE (polytetrafluoroethylene), ensuring a long service life and resistance to corrosion and wear.
Equipped with a stainless steel strainer, these Y-strainers provide excellent filtration, preventing damage to valves, meters, and other equipment from rust and dirt particles, while maintaining high flow characteristics.
The strainer helps prevent damage to downstream equipment, enhancing the longevity and performance of the overall system.
Despite providing effective filtration, these Y-strainers maintain high flow characteristics, ensuring efficient fluid movement through the system.