Model 6013-9268 High Velocity Air Jet with 18" SSH
Applications
- Part cleaning
- Chip removal
- Part drying
- Liquid blowoff
- Part cooling
- Material conveying
- Part ejection
- Air assist
Advantages
- Reduced compressed air costs
- 10 dBA average noise reduction
- Conserve compressed air
- Improved blowoff performance
- Compact
- Improved safety
- Meets OSHA noise level requirements
- Meets OSHA pressure requirements.
- Improved production
High Velocity Air Jet with Stay set Hose Materials
Brass - general purpose applications. Maximum temperature 400°F (204°C).
High Velocity Air Jet Accessories
Shim Set - Shims can be used to change the gap on the Model 6013 High Velocity Air Jet. Changing shims will alter air consumption, force, flow and vacuum capability. The Model 6313 Air Jet Shim Set for the High Velocity Air Jet includes a .006" (0.15mm) and a .009" (0.23mm) thick shim. A .015" (0.38mm) shim comes installed with the Model 6013 Air Jet.
Swivel Fittings - make it easy to adjust the aim of the Air Nozzles and Jets. Correct placement of the blowing angle can help optimize performance, reduce noise levels and improve efficiency. Swivel Fittings permit a movement of 25 degrees from the center axis for a total movement of 50 degrees. Type 303 or 316 Stainless Steel.
Magnetic Bases - are suited to applications where frequent movement of the Air Nozzle or Jet is required. The powerful magnet permits horizontal or vertical mounting that will hold the blowing position of the Stay Set Hose. A shutoff valve is provided that can be used to vary the force and flow.
High Velocity Air Jet Performance | ||||
Air Consumption | Force | Sound Level | ||
SCFM | SLPM | Ozs | Grams | dBA |
22 | 622 | 20 | 567 | 82 |
*Force measured at 12" (305mm) from target with a .015" (0.38mm) shim installed Sound level measued at 3' (914mm) All measurements taken at 80 PSIG (5.5 BAR) |
Dimensions - High Velocity Air Jet |
Models6013, 6013SS |
Airflow Pattern - High Velocity Air Jet |
Models6013, 6013SS |
How EXAIR Air Jets Work |
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Air Jets utilize the Coanda effect (wall attachment of a high velocity fluid) to produce air motion in their surroundings. As illustrated above, a small amount of compressed air (black arrows) is throttled through an internal ring nozzle above sonic velocity. A vacuum is produced, pulling large volumes of surrounding, or “free” air, through the jet (blue arrows). Both the outlet and inlet can be ducted for remote positioning. If the end is blocked, flow simply reverses at well below OSHA dead end pressure requirements. |
High Velocity Air Jet Dimensions and Airflow Pattern |
Material | Brass |
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