Attributes
| Part Number | TN-SSTC6 |
|---|---|
| Model Code | TN-SSTC |
Description
- Quick-connect nozzles reduce maintenance time – bodies remain on pipe/header
- Save on nozzle replacement costs – bodies can be reused, only spray tips are replaced; tips fit on male or female bodies
- Hollow cone spray pattern with a circular impact area
- Excellent atomization at relatively low pressures
- Spray angles: Standard – 13° to 114°, Wide – 130° to 140°
- Uniform spray distribution from 3.6 to 4,920 gph (13.2 to 17,760 lph)
- Operating pressures up to 400 psi (25 bar)
- Orifice inserts, cores and strainers are easily removed for inspection or cleaning
- TN versions provide very fine atomized sprays using liquid pressure alone; compressed air not required
- Spray angles: Standard – 43° to 91°
- Uniform spray distribution from .82 to 184 gph (3.1 to 701 lph)
- Operating pressures up to 2000 psi (140 bar)
**Flow:** As the liquid passes through the nozzle, it is forced to pass through slots in the orifice. These slots make the liquid spin in a circle at a high speed as it exits the orifice, creating the hollow cone pattern.
Specifications
| Approximate Spray Pattern Diameter | 10 in @ Distance From Nozzle 1 ft / Liquid Pressure 40 psi |
|---|---|
| Rated Pressure | 40 psi |
| Model | TN-SSTC |
| Spray Angle Catalog Code | Standard |
| Brand | UniJet® |
| Relative Drop Size Group | 10 - 100 µm (Fog), 100 - 500 µm (Light Rain) |
| Liquid Flow Rate (Product Performance) | 19 gph @ 400 psi, 26 gph @ 750 psi, 30 gph @ 1,000 psi, 37 gph @ 1,500 psi, 42 gph @ 2,000 psi |
| Inlet Connection Type | Quick-connect |
| Tip Type | TN-SSTC |
| Equivalent Orifice Diameter | 0.042 in |
| Material Code | SSTC |
| Spray Pattern | Hollow Cone |
| Liquid Pressure Range | 400 - 2,000 psi |
| Capacity Size | 6 |
| Liquid Flow Rate Range | 19 - 42 gph |
| Liquid Flow Rate at Rated Pressure | 0.1 gpm @ 40 psi |
| Material Composition | 303 Stainless Steel, Tungsten Carbide (Insert) |
| Product Type | Tip |
| Relative Drop Size Range | 10 - 500 µm |