Double Stage Turbine Blower
Air Flow is 230 m3/135 CFM
Power 3 HP
Brand : Yash Blowers
Yash YEBL-DS-230V 3 HP Double Stage Turbine Blower, 5.6 Amp Motor for Agitate and Aerate Water in Fish Tanks
SKU : BM-YS-20233148
MRP :
₹55300
-
1
+


Easy Return
& Refund
& Refund

Quality
Assurance
Assurance

Trusted
Delivery
Delivery

After Sales
Assistance
Assistance

Buyer
Protection
Protection
Short Description
Country of origin: India
- Brand: Yash Blowers
- Weight (Approx.) : 35 kg
- Model : YEBL-DS-230V
- Power : 3 HP
- Vacuum : -290 mbar
- Air Flow : 230 m3/135 CFM
- Pressure : 360 mbar
The Yash YEBL-DS-230V is a robust 3 HP double-stage turbine blower, engineered for exceptional air pressure and volume, making it ideal for demanding aeration and agitation tasks in large fish tanks and aquaculture facilities. Its 5.6 Amp motor and dual-stage design provide the high performance necessary for deep water penetration and effective oxygen transfer, crucial for supporting high-density aquatic populations and maintaining optimal water quality. This blower is built for continuous, heavy-duty operation, offering a reliable and efficient solution for professional fish farming and large-scale aquatic management, ensuring a healthy and productive environment.
Features
:- Double Stage Turbine Design: Delivers superior pressure and air volume for deep tank aeration.
- Powerful 3 HP Motor: Ensures robust and consistent performance for demanding applications.
- High-Efficiency 5.6 Amp Motor: Optimizes power consumption while providing strong output.
- Durable Industrial Construction: Built for continuous operation and long-term reliability in harsh environments.
Applications
:- Large Commercial Fish Tanks: Provides essential high-volume oxygenation for optimal fish health.
- Intensive Aquaculture Facilities: Supports high-density fish or shrimp farming with efficient aeration.
- Wastewater Treatment (Industrial): Used for effective aeration in large-scale biological processes.
- Large Decorative Ponds/Lakes: Enhances water quality and prevents stagnation in expansive water bodies.


Select attribute
