The Ebara - 3 M/I 32-200/3 IE3 Centrifugal End Suction Pump - Three Phase - 333 Ltr/min. - 400V is a Centrifugal pump EN733 compliant and available in different materials:
Stainless Steel AISI 304 (3 SERIES)
Stainless Steel AISI 316 (3 L SERIES)
Stainless Steel AISI 316 micro-cast for some models (3 L SERIES)
EBARA Pumps Europe perfectly understands the different needs of the sectors where the pumps will be used. This is why it has created the 3 SERIES with 2 or 4 poles motors; a complete, innovative, reliable and efficient series to operate successfully even in the most difficult and heavy-duty conditions.
The distinguishing feature of 3 SERIES is the back pull-out design: a conformation that allows the removal of the impeller-motor block without disconnecting the pump body from the piping, thus allowing any type of maintenance.
The selection consists of the:
Monobloc 3(L)M SERIES
With rigid coupling 3(L)S SERIES
With elastic coupling 3(L)P SERIES
For the 3 LM SERIES and 3 LS SERIES the Z version is available, with the casing body without the support foot and with a new foot directly mounted to the motor bracket.
This solution allows the pump to stay in limited spaces where it is not possible to connect the foot of the standard 3 SERIES and, most importantly, allows to connect the pump in different positions thanks to the 90° rotation of the foot.
The 3(L)S SERIES and 3(L)P SERIES are offered with ATEX certified hydraulics and motor (we suggest contacting the sales network for the ATEX version).
For further technical information see the datasheet
Suitability:- Heating, ventilation and air-conditioning systems
- Water supply for civil, agricultural and industrial plants
- Pressurisation
- Firefighting systems
- Industrial liquid handling systems
- Irrigation
- Cooling towers
- Swimming pools
- Drainage
- Washing systems
Real-world product applications
- General water transfer between tanks and systems
- Supplying water for domestic or light commercial use
- Supporting irrigation and washdown duties
- Circulating or transferring water in utility applications
- Assisting with general pumping and transfer tasks
Key Product Features
- Flow Rate (Actual): 333 Ltr/min
- Voltage: 400V
- Sturdy construction,
- Volute obtained with hydro-forming process
- High performances
Product Range Technical Data:- Flow rate: up to 240 m³/h
- Total head: up to 100 m
- Max. working pressure: 10 Bar.
- Max. temperature of the liquid: -10°C to · +75°C for H, HS, HW, HSW versions
- -10°C to · +90°C for standard models
- -20°C to · +90°C for E, ES version
- MEI: > 0.4
- Poles: 2 and 4
- Insulation class: F
- Protection degree: IP55
- Voltage: Single-phase 1~230V ±10%
- Three-phase 3~230/400V ±10% (up to and including 4k W)
- Three-phase 3~400/690 V ±10% (from 5.5k W and above)
Materials Spec:- Pump body: Stainless Steel AISI 304 (EN 1.4301) for SERIE 3
- Stainless Steel AISI 316 L (EN 1.4404) for SERIE 3 L
- Stainless Steel AISI 316 (EN 1.4401) precision-cast for SERIES 3 L 65-250 80-160/200/250
- Impeller: Stainless Steel AISI 304 (EN 1.4301) for SERIE 3
- AISI 316 L (EN 1.4404) for 3 L SERIES 32, 40, 50
- AISI 316 (EN 1.4401) precision-cast for 3 L SERIES 65, 80
- Shaft: Stainless Steel AISI 304 (EN 1.4301) for 3 SERIES
- Stainless Steel AISI 316 L (EN 1.4404) for 3 L SERIES
- Duplex for 3 L SERIES 65-250, 80-200/30, 80-200/37, 80-250
- Mechanical seal: Standard = Ceramic/Carbon/NBR
- H = Graphite/Ceramic/FPM
- HS = Silicon Carbide/Silicon Carbide/FPM (standard for version 3 L)
- HW = Tungsten Carbide/Tungsten Carbide/FPM
- HSW = Silicon Carbide/Tungsten Carbide/FPM
- E = Graphite/Ceramic/EPDM
- Motor support: Aluminium - Cast Iron
Ebara Pumps est. 1912, deliver highly engineered pumping technology trusted worldwide for water handling, pressure boosting, HVAC circulation, drainage and demanding industrial/commercial duties. Built around precision manufacturing and proven hydraulic design, Ebara's range spans stainless steel and cast-iron centrifugal pumps, multistage systems, submersible drainage and wastewater pumps, and complete booster solutions. The end result is dependable performance, efficient operation and long service life.