Lowara ESHS40 160/30 Stainless Steel End Suction Centrifugal Pump for HVAC Circulation with Closed Impeller
SKU: ESHS40-160/30

Lowara ESHS40 160/30 Stainless Steel End Suction Centrifugal Pump for HVAC Circulation with Closed Impeller

$3,572.86 GST Included
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Australia-Wide
Expert Advice
(08) 9240 2992
Genuine
Official Lowara
12 Months
Peace of Mind
Max Flow
732 L/Min
Max Head
27.7 m
Power
3 kW / 415v
Ideal Use
Cooling Systems

Product Overview

Maintaining precise thermal regulation within commercial building services, this single stage centrifugal pump integrates seamlessly into HVAC circulation and industrial heat recovery networks. It provides controlled fluid movement for complex mechanical environments, safely processing moderately aggressive liquids through extended continuous cycles.

Performance capacities indicate a Max Flow reaching approximately 732 L/Min, coupled with a Max Head of approximately 27.7 m. The electrical system requires a 415v three-phase connection and draws a rated current of 6.44 Amps for its 3.0 kW motor. The flanged interface utilizes a 65 mm suction inlet and a 40 mm discharge outlet.

Fluid distribution is achieved via a horizontal single-stage centrifugal chamber equipped with a balanced enclosed impeller. The mechanical assembly depends on a rigid stub shaft connection that links the fluid mechanics directly to the enclosed drive. This structural approach sustains excellent suction characteristics and uniform pressure generation.

To combat chemical exposure, the pump casing, seal housing, and wear rings are constructed from fabricated AISI 316 stainless steel. Environmental protection is managed by an FKM elastomer and Ceramic/Carbon mechanical seal arrangement. The IP55 classified electrical enclosure allows operation in demanding industrial spaces up to +120 °C.


FEATURES
  • Single-stage hydraulic chamber for consistent pressure output
  • Fabricated AISI 316 stainless steel for enhanced durability
  • Rigid stub shaft coupling connecting the motor and pump
  • Mechanical sealing utilizing Carbon, Ceramic, and FKM materials
  • Back pull-out architecture for simplified routine maintenance
  • Fully enclosed motor housing with an IP55 protection rating
  • Flanged suction (65 mm) and radial discharge (40 mm) ports
SPECIFICATIONS
Max Flow732 L/Min
Max Head27.7 m
Power3 kW / 415v
Rated Current6.44 Amps
Suitable ForCooling Systems
Body MaterialAISI 316 Stainless Steel
Liquid Temperature-10°C to +120°C
Inlet Size65 mm
Outlet Size40 mm
Warranty12 Months
Documents
Specification Datasheet Download
Operating Manual Download
General Safety Instructions Download

HVAC and heat-recovery installations depend on consistent circulation through heating and cooling circuits. The Lowara ESHS40-160/30 fits thermal service loops, HVAC plant and water-based temperature-control systems using clear or mildly aggressive liquids.

  • HVAC Plant
  • Thermal Service Loops
  • Heat Recovery
  • Water-Based Cooling

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
Operating Manual
Download
General Safety Instructions
Download
In utility electrical circuits, what motor power rating and operating supply voltage draw support this stainless steel end-suction centrifugal pump?

Equipped from facility electrical circuits, the ESHS40-160/30 connects to 380–415 V, 50 Hz, three-phase with an electric motor rated at 3 kW (4.0 HP) requiring 6.44 A.

Across commercial water installations, what operating pressure capability and fluid temperature apply to this stainless steel end-suction centrifugal pump?

Withstanding across facility pressure circuits, the ESHS40-160-30 supports a maximum working pressure capability of 12 bar (PN 12) and liquid temperatures from -10°C to +120°C.

Through its rotating impellers, what peak dynamic lift head does this stainless steel end-suction centrifugal pump develop?

Developing through plant water circuits, the ESHS40 160 30 generates a peak dynamic lift head of approximately 27.7 m under upward push.

What volumetric flow capacity in liters per minute and discharge pipe dimensions govern this stainless steel end-suction centrifugal pump?

Distributing through system pipework runs, the ESHS40_160_30 discharges a maximum delivery flow volume of approximately 732 L/Min utilizing DN 65 suction and DN 40 discharge flanged ports.

To safeguard against fluid corrosion, what alloy metallurgy and mechanical face seals protect this stainless steel end-suction centrifugal pump?

Fortified for harsh corrosive applications, the ESHS40-160/30 combines alloy metallurgy of AISI 316 stainless steel pump casing, diffusers, and closed impellers with precision mechanical seals to defend against chemical attack.

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