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Our Industrial Progressive Cavity Pumps, comprise of 3 models; the DN JN and FN, as part of our robust Industrial pump range.
Designed to meet API 676 standards, these close-coupled pumps deliver dependable performance across a broad range of industrial applications, handling both viscous and non-viscous fluids, with or without solids.
These pumps are designed for low NPSHa conditions and provide effective suction lift capabilities of up to 8 metres, making them ideal for low-flow and dosing applications.
ATEX certification is available on request, ensuring safety in hazardous environments.
Typical applications for our Industrial Progressive Cavity Pump:
| Specifications | Description |
|---|---|
| Max Flow (m³/hr) | 110 |
| Max Head (m) | 480 |
| Max Temp (°C) | 150 |
Key Features of the Industrial Progressive Cavity Pump include:
It is suited to high-pressure and high-viscosity applications, compared with the DN Series.
This modular bearing unit is adaptable to the DN model, making it ideal for superior performance and durability.
Offers superior cost-effectiveness and compactness. Reducing installation costs and making it ideal for industrial applications.
Characterised by a modular design covering numerous models and sizes, enabling capacities up to 110 m³/hr and discharge pressures up to 48 Bar.
If the product-use varies over time, the product can be adapted and upgraded to renewed process specifications. As a result, a plethora of combined options and accessories enable progressive cavity pumps that can be easily tailored to almost any site requirement.
These pumps are suited to pumping viscous and non-viscous products, with or without solids of any nature.
Are Industrial Progressive Cavity Pumps ATEX certified?
Yes, the JN, DN & FN models can be ATEX certified upon request.
Screw pumps usually refer to two-rotor or three-rotor designs and differ from progressive cavity pumps in both construction and application. Manufactured entirely from metal components, screw pumps are generally used for handling clean, non-abrasive, lubricating fluids. They are capable of operating at significantly higher discharge pressures than progressive cavity pumps and commonly run at direct motor speeds, making them well suited to demanding industrial applications.
A Progressive and a Progressing Cavity Pump are the same thing; they can be called either name interchangeably.