Wilo ILE50-170 Centrifugal pump

• Transfer of water and water-glycol mixtures in heating, cold water, and cooling systems.
• Circulation in industrial cooling circuits and air conditioning systems.
• Pressure boosting in general industrial processes.
• Fluid transfer in various light industrial and commercial applications.

Pump Type

Single-stage glanded centrifugal pump, inline design.

Motor Power

For this specific unit, 8.6 kW is stated. For this class of pump, power can vary significantly.

Connection Size

Typically, '50' in the model name suggests a nominal connection diameter of DN 50 (approximately 2 inches).

Head/Flow Characteristics

The '170' in the model name commonly relates to the impeller diameter or a specific performance curve, indicating its typical head and flow range for this series.

Power Supply

This unit is specified as 3-phase. Units of this type commonly require a 400V, 50Hz, 3-phase supply in the UK.

Design Features

Inline design for direct pipe installation, often featuring low vibration and noise characteristics.

Control

Units in this series often include integrated electronic control for auto power adjustment and efficiency.

• What does 'inline design' mean for installation?

  Inline design allows the pump to be installed directly into the pipework, simplifying installation and often saving space compared to base-mounted pumps.

• Is this pump suitable for potable water applications?

• What maintenance is typically required for a glanded centrifugal pump?

• Can this pump handle viscous liquids or slurries?

• What is 'auto power adjustment'?

Centrifugal pumps are widely regarded as reliable workhorses in laboratory and pharmaceutical applications. Buyers typically value their smooth operation, low maintenance requirements, and consistent performance across diverse fluid handling tasks. When purchasing used models, buyers commonly prioritize checking seal condition, impeller integrity, and motor functionality. Industry sentiment favours units from established manufacturers with documented service histories. Key strengths include durability, cost-effectiveness compared to new equipment, and suitability for both routine and demanding applications.

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