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Milton butterfly valve 614-2 is a 1/8″ NPT brass shut-off valve for controlling air flow in compressed air systems.
The Milton butterfly valve 614-2 is a compact manual shut-off valve that allows for quick and precise control of airflow in pneumatic systems. With a 1/8″ NPT male thread, this mini butterfly valve is ideal for small air tools, equipment, and control setups where space and flow regulation matter.
Constructed from durable solid brass, the milton butterfly valve 614-2 resists corrosion and is designed for use in high-pressure air environments.
Model: 614-2
Connection: 1/8″ NPT male
Valve Type: Butterfly-style shut-off valve
Material: Solid brass
Max Pressure: 150 PSI
Operating Temperature: -40°F to 250°F
Handle Type: Thumb wing (mariposa / butterfly)
Brand: MILTON
The easy-to-turn butterfly-style handle makes it simple to open or close airflow without tools, ideal for inline installations or fine flow adjustment.
Small air tools
Compressor lines
Pneumatic manifolds
Airbrush stations
Automation components
Flow control in test setups
This valve is ideal for installations where space is tight but quick and accurate airflow regulation is essential.
Compact control: Easy air shut-off in confined spaces
Durable brass body: Resists corrosion, vibration, and pressure
Tool-free operation: Operate with your fingers using the butterfly handle
Leak-free threading: 1/8″ NPT male threads ensure secure seal
Reusable and reliable: Withstands repeated use
Apply thread sealant or Teflon tape to the male NPT thread.
Thread into the corresponding female port and tighten with a wrench.
Open or close the valve using the butterfly wing handle.
Test the system under pressure to confirm proper sealing and functionality.
The milton butterfly valve 614-2 is engineered for simple and effective inline air flow control.
With over 75 years of experience in pneumatic innovation, MILTON remains a top choice among professionals. The 614-2 butterfly valve reflects their commitment to dependable performance, ease of use, and long service life in compressed air systems worldwide.
