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Brand: Generic ( Made in India )
2 HP Deep Water Vessel Aerator with Automatic Flap System | Used in Deep Ponds, Cold Water Aquaculture & Intensive Aquaculture Systems
SKU: TI-DW-20373
₹24500 (Including GST)
MRP : ₹29400
Get extra ₹368 Discount (On Checkout)
Delivery By: Apr 15 - Apr 17
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Short Description
2 HP Deep Water Vessel Aerator With Automatic Flap System For Aquaculture
Frequency is 50 Hz/60 Hz
Max of Air Intake is 250 m3/h
Country of origin: India
Description
This 2 HP Deep Water Vessel Aerator is designed specifically for enhancing the oxygen levels in deeper bodies of water, such as ponds and aquaculture systems. This aerator features a unique Automatic Flap System, which serves multiple purposes that are crucial for maintaining a healthy aquatic environment. The aerator operates by drawing water from the surface and delivering it to the bottom of the body of water, where it can help alleviate issues related to low dissolved oxygen levels.
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.) : 40 kg
- Voltage : 230 V (Single Phase)/420 V (Three Phase)
- Frequency : 50 Hz/60 Hz
- Power : 2 HP
- Water Flow Range : 110-125 feet (33.528 m- 38.1 m)
- Max of Air Intake : 250 m3/h
Applications
:- Ideal for ponds with significant depth, where surface aerators might not reach the lower levels effectively
- Useful in systems with high stocking densities or those that require higher oxygen levels
- Can be beneficial in colder water conditions, where oxygen saturation is naturally lower
