$Dwyer Instruments MSV-SD340 | 2-way ball valve | 3/8" fractional tube connection | 6.35 mm orifice$

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Dwyer Instruments MSV-SD340 | 2-way ball valve | 3/8" fractional tube connection | 6.35 mm orifice

Name: Dwyer Instruments MSV-SD340 | 2-way ball valve | 3/8" fractional tube connection | 6.35 mm orifice
Brand: Dwyer
SKU: MSV-SD340
Availability: OutOfStock

Part Number : MSV-SD340

In instrumentation and industrial systems, the Model MSV-SD340 Compact Two Way Ball Valves are the ideal option for fluid directional control. Easy operation and a high-quality seal are guaranteed by the PTFE seats and microfinished ball. There is less pressure drop possible because of the straight through flow channel design. There are two types of valve bodies available: brass and 316 stainless steel. Extra durability and safety in the event of overpressure are provided by the blowout proof ball and stem.

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Specifications
Features
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Body	Valve: 316 Stainless Steel
Connection	Type: Fractional Tube Fitting
Inlet	Size: 3/8"
Material	Wetted: Body, Connector: 316 SS or Brass Stem, Ball: 316 SS Stem O-ring, Connector O-ring, Back-up Rings: Fluoroelastomer Ball Seats: PTFE
Maximum Operating Pressure	1500 psig (103 bar)
Maximum operating temperature	-40 to 350°F (-40 to 176°C)
Orifice	0.250 (6.35) in (mm)
Outlet	Size: 3/8"
Type	2-way Ball Valve

The Series MSV Compact Two Way Ball Valves are designed for precise directional control of fluid in instrumentation and process systems, ensuring efficient operation.
Featuring a micro-finished ball and PTFE seats, these valves ensure a quality seal and easy operation, minimizing leakage and enhancing performance.
The straight-through flow path design of the valves allows for minimal pressure drop, ensuring smooth fluid flow and optimal system efficiency.
The valve body is available in either brass or 316 stainless steel, providing a variety of options to suit different applications and environments.
The valves feature a blowout-proof ball and stem design, enhancing durability and safety by preventing failure in the event of overpressure situations.