NSF Push On One Way Quick Connect Air Speed Pneumatic Flow Control Fitting
Flow Control Valves are used to reduce the rate of flow in a section of a pneumatic circuit, resulting in a slower actuator speed. Unlike a Needle Valve, a Flow Control Valve regulates air flow in only one direction, allowing free flow in the opposite direction.
Push-in fittings are so defined as they allow to connect the tube to the fitting in a “instantaneous” way without using tools. The tightness of the tube takes place through an elastic clamp which holds the tube on the external diameter and releases it by pushing the suitable puller. This type of fittings is used in order to speed up the assembly phases mainly in reduced space and time-saving during connection of different pneumatic components.
BRANDO’s push to connect fittings (or push-in fittings) are a quick and convenient method of connecting components in a pneumatic system. Designed for use with polyurethane, polyethylene, and nylon tubing, our composite push-in fittings are available in a variety of sizes to accommodate tubing ranging from 1/8 inch OD to 1/2 inch OD. Numerous configurations are available to meet your connection requirements.
Specifications of NSF Pneumatic Flow Control Fittings:
List of All Push To Connect Pneumatic Hose Fittings:
Choosing the Right Fittings for Your Pneumatic System:
Fittings help control the force and directional flow of compressed gas or air used in pneumatic systems. One of the first considerations in choosing a connector is the type of vessel that you will be connecting to such as the flexibility of the hose or tube, as well as the inner diameter (ID) and outer diameter (OD) of the vessel to ensure an adequate seal and secure connection. Fitting material choice for your pneumatic connector is also important, including gas compatibility or resistance to heat or corrosion.
Other considerations in choosing the right pneumatic system connector include:
1. Type of connection and the function it performs
2. Operational pressure of the pneumatic system
3. Operating temperature range
4. P.S.I. requirements for your application
5. Amount of vibration produced by the pneumatic system
6. Thread type of the receiving fitting
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