Product data sheet:
Flat Jet Blowing Nozzle Series BJP 90 EV - 1/4G
| Range | Blowing |
|---|---|
| Category | Blower nozzles |
| Kind | Flat Jet Piloted at 90° |
| Series | BJP 90 EV |
| Height (in mm) | 45 |
| Length | 72 mm |
| Air supply | Female G1/4" |
TECHNICAL INFORMATION
| BENEFITS OF USING THE BLOWING NOZZLE BJP 90 14 72 EV* (compared with an open pipe) |
Increase in blowing flow (%) |
Noise reduction (%) | ||||||
|---|---|---|---|---|---|---|---|---|
| up to +125% |
up to -32% |
|||||||
| PERFORMANCE OF THE BLOWING NOZZLE BJP 90 14 72 EV* |
Pressure (bar) | Air consumption (l/min) | Thrust force (N) | Noise level (dB) | Blowing flow (l/min) | |||
| 6 | 970 | |||||||
| at 150mm | at 450mm | 76 | 5730 | |||||
| 11.5 | 11.5 | |||||||
| VS | ||||||||
| OPEN PIPE Ø8 INTERNAL* |
Pressure (bar) | Air consumption (l/min) | Noise level (dB) | Blowing flow (l/min) | ||||
| 6 | 2550 | 108 | 2550 | |||||
BJP 90 14 72 EV BLOWING NOZZLE SPECIFICATIONS
• Connection: Female G1/4" • Weight: Aluminium: 95g
• Maximum operating temperature: Aluminium: 60°C • Maximum pressure: 7 bar
* NOTE: The measurements presented in this technical data sheet were carried out in a laboratory under strictly controlled conditions.
It is important to note that conditions in an actual industrial environment may differ and that pressure instability from an industrial compressor may result in values different from those obtained in the laboratory. This data is provided for information purposes only.
For optimum blowing nozzle performance, we recommend a compressed air supply hose with a minimum internal diameter of 8 mm.
DESCRIPTION
The EV flat jet blowing nozzles (with solenoid valve), controlled by a 24V solenoid valve, represent a major innovation in the optimized use of compressed air for a wide range of industrial applications. Unlike round jet nozzles, NOVACOM flat jet nozzles provide a wider air jet, ideal for cooling or cleaning large surfaces.
The ingenious operation of these nozzles is based on a simple mechanism. Compressed air is introduced into a tube and then escapes through fine openings in very small quantities. The resulting airflow reaches near-sonic speeds and generates a significant vacuum around the nozzle. Thanks to extensive research by our engineering department, the curvature of the nozzle surface has been designed to create a Coanda effect, a phenomenon derived from fluid mechanics. This vacuum draws in ambient air, amplifying the blowing force and reducing compressed air consumption.
Equipped with a 24V solenoid valve and a 3-pin M8 connection, the flat jet nozzles consume compressed air only when required, thereby reducing energy consumption. In addition, their compact design makes them easy to integrate into production lines without requiring an external control system.
Like our standard NOVACOM flat jet nozzles, the EV versions offer numerous advantages, including: reduced energy consumption (Coanda effect), airflow amplification and noise reduction, rapid return on investment, no risk of clogging, and compliance with safety standards.
However, the smart integration of a solenoid valve provides additional benefits:
- • Reduced energy consumption:
by consuming compressed air only when required, these nozzles provide significant energy savings. - • Flexibility and control:
the solenoid valve enables precise control of the compressed air flow, providing greater flexibility and improved process control. - • Reduced cycle time:
by enabling precise and rapid control of the compressed air flow, the solenoid valve can help reduce operation cycle times. - • Simplified maintenance:
integrating the solenoid valve directly into the nozzle simplifies maintenance and reduces associated costs. - • Noise reduction:
the use of a solenoid valve minimizes noise generated by compressed air when it is not required, thereby improving working conditions.
These nozzles are suitable for your industrial cooling, cleaning and part ejection applications, including applications in the food industry or in corrosive and high-temperature environments.
OPERATING PRINCIPLE
APPLICATION
Perfectly suited for part ejection, these nozzles combine the boosted effect of the compressed air flow with the solenoid valve, enabling precise control of your ejection operations.
This enhanced control of operating cycles in your automated processes contributes to significant optimization of your production lines.