Brand: Generic ( Made in India )
2 HP Venturi Jet Aerator Pump with 8 Venturi Nozzle | Used for Fish Ponds, Biofloc Systems, Hatcheries in Aquaculture
SKU: TI-VJ-20245
₹23900 (Including GST)
MRP : ₹27000
Get extra ₹359 Discount (On Checkout)
Delivery By: May 27 - May 29
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Short Description
2 HP Venturi Jet Aerator Pump
With 8 Venturi Nozzle
Used for Fish Ponds, Biofloc Systems, Hatcheries in Aquaculture
Power Consumption is 1.7-1.9 Unit
Country of origin: India
Description
The Venturi Jet Aerator 2 HP Pump is designed specifically for aquaculture applications, providing efficient aeration in fish ponds and biofloc tanks. This pump operates using a unique hybrid design that incorporates an inverter motor, which allows for low power consumption while maintaining high performance.It works by drawing water through a pump and then forching it out through a nozzle or jet, creating turbulence and introducing air into the water.
Features
:- Easy Installation and Use : Just put the aerator in your pond and let it do its thing. There's no need for complex installations or preparations.
- Durable Construction Built to Last : Sturdy design constructed with superior materials, ensuring long-lasting performance.
- Energy-Saving Efficiency : The aerator uses less energy , minimizing energy consumption and keeping your running costs low.
- Superior Aeration Performance : The aerator ensures exceptional oxygen distribution throughout your pond, promotes healthy fish growth and prevents stress.
Specification
:- Brand: Generic ( Made in India )
- Weight (Approx.) : 38 kg
- Voltage : 230 V (Single Phase)/420 V (Three Phase)
- Frequency : 50 Hz/60 Hz
- Power : 2 HP
- No. of Nozzle : 8
- Water Flow Range : 40-50 feet (12.192 m- 15.24 m)
- Oxygen Generation : 3.8 Kg/Hr
- Power Consumption : 1.7-1.9 Unit
- Installation Depth : 9-11 feet (2.7432 m- 3.3528 m)
Applications
:- Used to increase oxygen levels in ponds, especially during warmer months or when stocking densities are high
- It maintains high oxygen levels necessary for the biofloc to function effectively
- It provides aeration in intensive aquaculture systems where fish are raised in confined spaces
- It ensures optimal oxygen levels for eggs and larvae, which are more sensitive to oxygen depletion
