Lowara NSCS65 125/55 Cast Iron Single Stage Centrifugal Pump for Thermal Exchange with Closed Impeller
SKU: NSCS65-125/55

Lowara NSCS65 125/55 Cast Iron Single Stage Centrifugal Pump for Thermal Exchange with Closed Impeller

$4,413.04 GST Included
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(08) 9240 2992
Genuine
Official Lowara
12 Months
Peace of Mind
Max Flow
1986 L/Min
Max Head
19.4 m
Power
5.5 kW / 415v
Ideal Use
Process Cooling

Product Overview

Industrial process cooling systems require stable liquid circulation to regulate manufacturing equipment temperatures. By installing the Lowara NSCS65-125/55 end-suction unit, commercial facilities can equip their thermal exchange circuits with a practical fluid transport solution.

Performance specifications highlight a maximum head rating of approximately 19.4 m alongside a peak delivery capacity of 1986 L/Min. Driven by a 5.5 kW electric motor, this unit operates on a 415v three-phase power supply and draws 10.7 Amps. Plumbing connections are sized at 80 mm for suction and 65 mm for discharge.

A precision-cast rotating assembly directs incoming liquid to manage exit acceleration while dampening internal vibration. This end-suction layout balances applied centrifugal forces, which helps keep utility circulation steady regardless of minor fluctuations in system resistance.

Engineered to process liquid environments from -25°C to +120°C, the core wetted elements are constructed using durable cast iron. The external architecture utilizes structural bracing and an enclosed motor shield to protect sensitive electrical components from factory exposure.

FEATURES

  • Solidly linked drive extension ensures aligned rotational movement under standard system strain
  • Strategic back pull-out architecture minimizes service downtime by isolating the internal rotating elements
  • Precision-machined casing cover limits microscopic bypass to maintain target system pressure
  • Industrial squirrel cage motor construction supports continuous-duty reliability
  • DN80 and DN65 standardized bolting flanges simplify the attachment of commercial pipework
  • Precision-welded hydraulic geometry addresses internal cavitation risks during sustained operation
  • IP55-rated external enclosure repels airborne moisture and facility dust
SPECIFICATIONS
Max Flow1986 L/Min
Max Head19.4 m
Power5.5 kW / 415v
Rated Current10.7 Amps
Suitable ForProcess Cooling
Body MaterialCast Iron
Liquid Temperature-25°C to +120°C
Inlet Size80 mm
Outlet Size65 mm
Warranty12 Months
Documents
Specification Datasheet Download
Quick Startup Guide Download
Operating Manual Download

Cooling systems serving equipment and process areas require reliable movement through thermal exchange circuits. The Lowara NSCS65-125/55 fits process cooling, equipment temperature control and water-based heat-transfer applications across larger facilities.

  • Process Cooling
  • Equipment Cooling
  • Heat Exchange
  • Cooling Circuits

Warranty & Returns

All products supplied by Foundation Pumps are covered by a minimum 12-month warranty unless otherwise stated. Some brands may offer longer manufacturer warranties. Warranty covers manufacturing defects, faulty materials and workmanship under normal use.

  • Products must be installed correctly and in accordance with the manufacturer’s instructions.
  • Warranty does not cover incorrect installation, misuse, dry running, normal wear and tear, unauthorised repairs or damage caused by external factors.
  • Proof of purchase, photos, videos and installation details may be requested when assessing a warranty claim.
  • The customer is responsible for returning the product to Foundation Pumps or the nominated service centre unless otherwise agreed.
  • Removal, reinstallation, labour and associated site costs are generally the customer’s responsibility unless required under Australian Consumer Law.
  • Change-of-mind returns may be accepted within 30 days provided the product is unused, uninstalled and returned in its original packaging.
  • Customers are responsible for return freight costs for change-of-mind returns.
  • Restocking fees may apply to special-order, bulky or non-stocked products.
  • Used, installed or specially ordered products may not be eligible for change-of-mind returns.
  • If a product arrives damaged or faulty, please contact Foundation Pumps as soon as possible so we can assist with the appropriate repair, replacement or refund.

Your rights under Australian Consumer Law are not affected.

Specification Datasheet
Download
Quick Startup Guide
Download
Operating Manual
Download
What peak vertical push and dynamic lift head are delivered by this flanged end-suction centrifugal pump?

Generating in commercial piping networks, the NSCS65-125/55 attains a peak dynamic elevation head of approximately 19.4 m propelling fluid upward.

Regarding delivery performance, what maximum flow volume and connection port sizing govern this flanged end-suction centrifugal pump?

Piping into plant fluid networks, the NSCS65-125-55 sustains a maximum delivery flow capacity of approximately 1986 L/Min plumbed with DN 80 suction and DN 65 discharge flanged ports.

How do the alloy construction and mechanical seal materials protect this flanged end-suction centrifugal pump against chemical attack?

Produced against corrosive liquid exposure, the NSCS65 125 55 features metallurgy of cast iron casing with stainless steel closed impellers complemented by precision mechanical seals to eliminate corrosion leaks.

For plant power integration, what electrical supply voltage and motor kilowatt draw apply to this flanged end-suction centrifugal pump?

Actuated under steady electrical current, the NSCS65_125_55 is driven by an electric motor rated at 5.5 kW (7.5 HP) powered by 380–415 V, 50 Hz, three-phase drawing 10.7 A.

For severe hydraulic service, what maximum working pressure capability and liquid temperature limits apply to this flanged end-suction centrifugal pump?

Configured within certified pressure boundaries, the NSCS65-125/55 withstands a maximum working pressure limit of 16 bar (PN 16) with fluid temperatures ranging from -25°C to +120°C.

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