The COPPUS Jectair® HP’s unparalleled performance is widely acknowledged throughout the industry. When compared to older-style air horns, the Jectair® HP’s innovative air mixing chamber may achieve a 40:1 air flow conversion and a 26 percent reduction in compressed air use.
The Jectair is operated on the compressed air or steam principle. Compressed air or steam is fed into the Jectair via a single inlet connection in the housing that leads to the mixing chamber. The air or steam shot from the nozzle produces a “Venturi” effect, which forces a huge volume of ambient air into the Jectair via the aerodynamic inlet bell. After that, the air is expelled at a high rate of speed through the horn-shaped diffuser.
Jectair Features:
- Standard Jectair in five sizes: 3SHP, 3HP, 6HP, 8, or 9
- Heavy-gauge steel diffusers; aluminum diffusers available on 3HP & 6HP model
- Compressed air or steam-operated
- Air flows range from 1,370 to 8,900 cfm (2,328 to 15,121 m3/hr)
- Induction ratios up to 40:1
- Multiple expansion nozzles machined into the housing
- High static pressure capabilities
- No moving parts; virtually maintenance-free
- Static bonding cable with spring tension grip and replaceable contact tips.
- Easily attach duct to outlet diffuser end
- Inlet duct adapter available (optional)
- Tripod for stationary mounting available (optional)
Hornet HP Features:
- Hornet HP models available in three sizes: 3SHP, 3HP, & 6HP
- Features a lightweight, shock-resistant, conductive polymer diffuser that is virtually indestructible
- Polymer safely dissipates static electricity charges
- The diffuser is constructed of linear low-density polyethylene
- UL 94 rating with a maximum operating temperature of 160°F (93°C)
- Compressed air operated only
- Air flows range from 1,370 to 8,900 cfm (2,328 to 15,121 m3/hr)
- Induction ratios up to 40:1
- Multiple expansion nozzles machined into the ing
- High static pressure capabilities
- No moving parts; virtually maintenance-free
- Static bonding cable with spring tension grip and replaceable contact tips.
- Easily attach duct to outlet diffuser end
- Inlet duct adapter available (optional)
- Tripod for stationary mounting available (optional)
Safety Precautions:
- Use bonding cables when operating in hazardous locations to prevent static electricity discharges
- Secure unit before admitting compressed air (or steam) to prevent damage or injury from the high-reaction force
- Do not allow solid objects or debris to enter inlet housing during operation
- When exhausting fumes from an enclosed vessel, take care not to create a vacuum that could collapse the vessel
Accessories:
- Inlet Duct Adapter (3SHP, 3HP, 6HP, 8 & 9)
- Pipeline Adapter (3HP & 6HP)
- Tripod Stands (3SHP, 3HP & 6HP)
- Filter Sock (6HP only)
- (8” Heavy-duty, Conductive or Polyvinyl – 3SHP & 3HP) Duct
- (12” Heavy-duty, Conductive or Polyvinyl – 6HP) Duct
- (16” Heavy-duty, Conductive or Polyvinyl – 8 & 9) Duct
- Duct Canisters (8”, 12” & 16”)
Dimensions:
Performance:
Efficiency:
Question
Camilla Hossein –
How does the COPPUS Jectair Ventilator work?
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Camilla Hossein –
This device operates on the Venturi principle. Compressed air or steam enters through a nozzle, creating a vacuum that induces surrounding air into the unit. The combined air is then expelled at high speed through the diffuser, providing powerful ventilation with no moving parts.
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