Usage
The Pompe à eau chargée Inox F1/50 M Vortex AUT is designed for pumping dirty water containing suspended solids up to 20 mm in diameter, making it suitable for household, civil, and light industrial drainage or wastewater lifting applications.
Advantages
- Stainless steel (AISI 304) construction ensures high resistance to corrosion and enhances durability.
- Automatic operation with integrated float switch adapts performance to liquid level changes, reducing manual intervention.
- Handles particles up to Ø 20 mm for efficient removal of loaded or contaminated water without frequent clogging.
- Double mechanical seal with oil chamber extends pump lifespan and minimizes risk of leakage or failure.
- Slim profile (147 x 290 mm), lightweight body (6.1 kg), and built-in handle enable easy transport and installation; requires minimal maintenance due to vortex impeller design.
Specifications
- The pump features a fully submersible stainless steel casing, vortex impeller for handling solids, a sealed motor chamber rated IP68, and a standard power cable with Schuko plug (single-phase version).
- Carries CE marking; complies with EN ISO 9906 Grade 3B performance tolerance as well as EN/IEC safety standards. Continuous duty rating S1 supports reliable use in demanding conditions.
- Maximum flow rate: up to 180 l/min; maximum head: up to approximately 6.5 m; particle passage: Ø max. 20 mm; maximum immersion depth: 10 m; minimum suction level: 25 mm from base; compatible voltage: 230 V single-phase; power consumption: 370 W[3][5].
- Differentiates itself by combining compact size with robust design, fast setup via automatic float switch control, and suitability for both domestic graywater removal or commercial sump/drainage systems[3][5].
How it works
This submersible lift pump is placed directly into the collection basin or pit. When the water rises above a set level, the integrated float activates the motor. The vortex impeller enables passage of soft solids while directing wastewater through the discharge port until liquid reaches below suction height[3][4][5].