Roll over image to zoom
SKU: 10HM06S22T
Lowara 10HM06S22T Stainless Steel Efficient Multistage Centrifugal Pump for Process Flow with Closed Impeller
Australia-Wide
(08) 9240 2992
Official Lowara
Peace of Mind
Product Overview
The Lowara 10HM06S22T is a precision-engineered pump. Fluid transfer across industrial supply networks requires the consistent pressure profiles provided by this horizontal multistage configuration. Specifically aimed at high-demand circulation scenarios, the assembly utilizes a sleeve-casing architecture to maintain structural integrity during continuous, multi-stage operation. It provides a reliable solution for process water handling and cooling installations, ensuring steady output volumes regardless of minor suction-side pressure fluctuations often found in complex pipework circuits.
Operational parameters for the Lowara 10HM06S22T unit are verified to handle rigorous cyclic duties, characterized by a Max Head 67.1 m and a Max Flow 233 L/Min. The motor configuration is an IE3 air-cooled 2-pole design, drawing a maximum power of 2.2 kW at 415v, with a rated current draw of 4.59 Amps. This specific performance envelope is calibrated to balance energy efficiency with the hydraulic output necessary for sustained pressure boosting applications in commercial and industrial environments.
Internal hydraulic dynamics are managed through a series of AISI 304 stainless steel impellers, which facilitate smooth liquid transition between stages. This stainless-steel-on-stainless-steel construction minimizes internal friction losses, enhancing the overall system efficiency during high-head output. The close-coupled design ensures minimal vibration transmission from the IE3 motor to the hydraulic wet end, promoting stable long-term operation within standard plumbing footprints.
Housing the entire assembly is an AISI 304 stainless steel casing, designed for both longevity and compatibility with drinking water standards. The unit integrates a 40 mm suction connection and 32 mm delivery connection, with protection ratings adhering to IP 55 standards for the motor and IP X5 for the electric pump housing. Rated for liquid temperatures ranging from -10°C to +120°C, the pump is suited for aggressive or thermal fluid movement, supported by an F-class insulation system for increased thermal headroom during peak load scenarios.
Features:
- Certified for use with potable water systems meeting WRAS and ACS standards
- Air-cooled TEFC 2-pole motor design for efficient thermal dissipation
- Modular sleeve-casing configuration allows for simplified internal maintenance
- Compliant with ErP 2009/125/EC environmental and energy efficiency regulations
- Compatible with external variable speed control interfaces such as Hydrovar
- Noise emission levels maintained at 60 dB(A) during standard 50 Hz operation
SPECIFICATIONS
| Max Flow | 233 L/Min |
| Max Head | 67.1 m |
| Power | 2.2 kW / 415v |
| Rated Current | 4.59 Amps |
| Suitable For | Industrial Supply |
| Body Material | AISI 304 Stainless Steel |
| Liquid Temperature | '-10°C to +120°C |
| Inlet Size | 40 mm |
| Outlet Size | 32 mm |
| Warranty | 12 Months |
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.
What operating pressure rating and permissible fluid temperature boundaries are specified for this unit?
Rated for high-pressure fluid circuits, the 10HM06S22T sustains a maximum working pressure limit of 16 bar (PN 16) while accommodating fluid temperature limits of -10°C to +120°C.
Against elevation resistance, what maximum lift head can this booster achieve?
Developing strong vertical elevation capability, the 10HM-06S-22T maintains a peak dynamic head of approximately 67.1 m.
Across connected distribution loops, what maximum fluid flow rate and pipe thread are supported?
Fluid delivery through the port connections of the 10HM 06S 22T achieves a peak flow capacity of approximately 233 L/Min utilizing Rp 1-1/2" (40 mm) suction and Rp 1-1/4" (32 mm) discharge.
Regarding chemical attack, what alloy materials and elastomeric mechanical seals are incorporated?
Internal corrosion defense in the 10HM_06S_22T is achieved via AISI 304 stainless steel pump casing, diffusers, and closed impellers paired with elastomeric mechanical seals.
How is this pump powered regarding electrical motor kilowatt rating, supply voltage, and current draw?
Powering fluid transfer, the 10HM06S22T features a 2.2 kW (3.0 HP) motor connected to 380–415 V, 50 Hz, three-phase drawing 4.59 A.
Need help choosing the right pump?
Our team of pump experts are here to help you find the perfect solution for your application.
- Free expert advice
- Pump sizing & system recommendations
- Fast response — call or email us