FESTO STRAIGHT UNION QSM-4
- Code / Model: QSM-4
- Manufacturer: FESTO
- Department: Hydraulic and pneumatic
- Category of products: Pneumatic connectors, rackers and hangers
- Sub-category: Manufacture from materials of any heading, except that of iron or steel
- You've seen it before.: 1
Product Data
FESTO QSM Miniature Push-In Fittings
The Quick Star QSM range offers a practical system of miniature push-in fittings for compressed air and water with over 1,000 types of standard and functional connectors. These high-quality tube-to-tube adapters offer a wide variety of metric, G-type parallel, or R-type conical threads and diameters to adapt to every type of connection.
Features and Advantages
- Miniature push-in fitting, ideal for confined spaces
- Maximum flexibility for all pneumatic connectors
- Effortless, quick, and easy push-in installation
- Tube-to-tube (hose) connection for use with pneumatic applications
- Wide operating temperature range: –10 to +80 °C
- Air pressure ranges up to 14 bar
- Wide variety of sizes and diameters available for the connector
- Durable and resistant thermoplastic (PBT)
Festo QSM-4 Miniature Push-In Pneumatic Fitting
The Festo QSM-4 is a high-quality pneumatic connector that offers maximum flexibility and quick installation thanks to the practical push-in connection type.
Features and Advantages
- Tube size outer diameter 4 mm port 1
- Tube size outer diameter 4 mm port 2
- Mini size, perfect for use in confined spaces
- Push-in type connection that ensures quick and easy installation
- Tube-to-tube adapter
- PBT body material: Resistant and durable
- Any mounting position
Specifications
| Attribute | Value |
|---|---|
| Pneumatic Connection Type | Straight Tube-to-Tube Adapter |
| Manufacturer Series | QSM |
| Body Material | PBT |
| Maximum Operating Pressure | 14 bar |
| Maximum Operating Temperature | +80°C |
| Minimum Operating Temperature | -10°C |
| Connection Type | Tube-to-Tube |
| Connector A | Push-in, 4 mm |
| Mounting Type | In Line |
| Connector B | Push-in, 4 mm |