Attributes
| Part Number | 3BSJ-TEF1203360 |
|---|---|
| Model Code | BSJ |
Description
- Spiral nozzles (also referred to as helix nozzles, corkscrew nozzles and pigtail nozzles) produce hollow cone spray patterns with a circular impact area
- Minimal clogging – maximum flow through passages of any nozzle of comparable size
- Spray angle at rated pressure (10 psi) is 120°
- Uniform spray distribution from 238 to 2125 gpm
- Operating pressures up to 400 psi
- Precision impact blade angles distribute drops and provide excellent coverage – ideal for washing, rinsing and cooling
- Compact size
- 3 in NPT inlet connection
- Material is PTFE
**Flow:** The liquid entering the nozzle passes through the orifice and exits the voids in the spiral. As it exits, the fluid deflects off the spiral surfaces to form the hollow cone pattern.
Specifications
| Spray Angle (Product Performance) | 120° @ 10 psi |
|---|---|
| Spray Angle | 120° @ 10 psi |
| Weight | 8 lbs |
| Inlet Connection Size | 3 in |
| Rated Pressure | 10 psi |
| Spray Angle at Rated Pressure | 120° @ 10 psi |
| Relative Drop Size Group | 100 - 500 µm (Light Rain), 500 - 1,000 µm (Moderate Rain), 1,000 - 5,000 µm (Heavy Rain) |
| Inlet Connection Thread Type | NPT |
| Liquid Flow Rate (Product Performance) | 238 gpm @ 5 psi, 336 gpm @ 10 psi, 475 gpm @ 20 psi, 672 gpm @ 40 psi, 1,063 gpm @ 100 psi, 2,125 gpm @ 400 psi |
| Liquid Flow Rate Range | 238 - 2,125 gpm |
| Equivalent Orifice Diameter | 2 in |
| Liquid Pressure Range | 5 - 400 psi |
| Inlet Connection Type | Threaded (Male NPT) |
| Spray Angle Range | 120 - 120° |
| Material Code | TEF |
| Maximum Free Passage Diameter | 0.563 in |
| Body Hex Size | 3-3/4 in |
| Inlet Connection Gender | Male |
| Brand | SpiralJet® |
| Relative Drop Size Range | 100 - 5,000 µm |
| Length | 8 in |
| Material Composition | PTFE |
| Model | BSJ |
| Spray Angle Catalog Code | Standard |
| Product Type | Spiral Nozzle |
| Liquid Flow Rate at Rated Pressure | 336 gpm @ 10 psi |
| Capacity Size | 3360 |
| Spray Pattern | Hollow Cone |