Gianneschi ECOINOX 1/15 230V Self Priming Stainless Steel Pump
The Gianneschi ECOINOX 1/15 230V is a compact, stainless steel self priming pump engineered for dependable performance across a wide range of clean liquid applications. Built in Italy and designed for long service life, it handles fresh water, seawater, diesel fuel, and other non flammable, particle free liquids with ease.
Its self priming capability makes it ideal for installations where consistent suction and reliable startup are essential. The ECOINOX 1/15 delivers stable flow, low maintenance requirements, and the durability expected from Gianneschis professional grade pump line. Whether used in pressure systems, washdown setups, or utility transfer, it provides a strong balance of efficiency, corrosion resistance, and operational reliability.
Key Features & Benefits
- Stainless steel construction for corrosion resistance and long term durability
- Self priming design for reliable suction and easy startup
- Suitable for clean liquids including fresh water, seawater, and diesel
- Compact footprint for tight installation spaces
- Designed for continuous or intermittent duty
- Low maintenance with robust mechanical components
- Ideal for pressure systems requiring consistent flow
Applications
- Fresh water pressure systems
- Sanitary water supply
- Diesel transfer and utility pumping
- Deck wash and chain wash systems
- Firefighting support systems
- General clean liquid transfer operations
1. Is the ECOINOX 1/15 230V suitable for diesel or fuel transfer?
Yes. The pump is compatible with diesel and other non flammable, particle free liquids, making it suitable for light fuel handling tasks.
2. Does the pump require an accumulator tank for pressure systems?
No. ECOINOX series pumps are designed to operate without an accumulator tank thanks to their stable flow characteristics.
3. Can the ECOINOX 1/15 be used in continuous duty applications?
Yes. The pump is engineered for reliable operation in both continuous and intermittent duty cycles, depending on system design and load.
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