Ebara Best One MA Submersible Pump with Float Switch 230v

Submersible pumps are used for draining wells, garages, cellars or places subject to flooding, feeding of garden fountains, easy emptying of tubs and tanks. Their versatility means they can be used in permanent or portable installations.

Technological development and mechanics have been optimised, with mechanical seals as standard. The Ebara Best One MA Submersible Pump with Float Switch - 230v comes in a new and revised design, with 5m length of H05RN-F power cord for internal use (10m for external use), including float.

The Best One MA from Ebara is a submersible stainless steel electric pump. The turning on and off of the pump is automatically controlled by the float switch when the water level rises and lowers.

  EBARA BEST ONE DATA SHEET

  EBARA BEST ONE SAFETY INSTRUCTIONS 

  EBARA BEST ONE DATA BOOK

  EBARA SUBMERSIBLE ELECTRIC PUMP RANGE GUIDE

Applications

• Draining basements, garages, cellars or places subject to flooding
• Supplying garden fountains
• Easy emptying of tanks and reservoirs
• Klargester BioDisc and other Klargester pumped sewage treatment tanks
• Direct replacement for  The Klargester BioDisc Internal Pump System allowing you to pump your treated effluent against gravity.

Technical Data

• 230V ±10%, 50Hz single phase 1~ voltage
• 5m power supply cable (H05 RN-F) for indoor use
• Discharge connection: G1¼ Female
• Max. solids size for passage: 10 mm
• Maximum immersion: 5 m
• Maximum temperature of the liquid: 50°C
• Max Head: 8m
• Max Flow: 165l/m (10m³/hour)
• Asynchronous motor, 2 poles
• Class of insulation F
• IP68 Protection rating

Technical Details

• Standard mechanical seal
• New and revised design and shape
• Technologically and mechanically optimised
• Their versatility means they can be used in fixed or mobile installations

Materials

• External casing, impeller, filter, motor cover, seal housing disc and motor case in AISI 304
• Shaft in AISI 303
• Mechanical seal in Carbon/Ceramic/NBR

*This pumping performance is based on minimum resistance to flow, our example uses a vertical 6m rise. Any horizontal distance addition, reduction in pipe size, changes of direction, restriction valves or other points of resistance will result in a lower flow. See the graph in the gallery to find the precise flow at your head requirement.