North Ridge Pumps

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CASE STUDIES

High Pressure Diesel Screw Pump for Industrial Test Rig

21 January 2021
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Slot Die Coating of Battery Slurry

25 June 2021
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Accelerating Cleaning, Safeguarding Results & Reducing Risk in Pilot Plants - Case Study

25 October 2022
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Dielectric Recirculation Pump for Test Rig

14 November 2023
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Low head, high flow inline horizontal propeller pumps for freshwater recirculating system

22 January 2025
READ MORE

Faqs

What are test rig pumps used for?

Test rig pumps are used to simulate real-world conditions in a controlled environment for testing components, processes, and engineering principles. They are essential in research and development, educational settings, and quality assurance.

What types of pumps are suitable for test rigs?

Suitable pumps include centrifugal, peristaltic, diaphragm (AODD), and progressive cavity pumps. These pumps are chosen for their precision, reliability, and ability to handle various fluids and pressures.

Which industries use test rig pumps?

Industries such as automotive, aerospace, pharmaceuticals, education and engineering use test rig pumps for developing and testing new technologies, materials, and processes.

How do I choose the right test rig pump?

Consider factors such as fluid type, potential solids, required flow rate, ability to control pump output without interference with results and test conditions. Consult North Ridge Pumps for expert advice tailored to your specific test rig requirements, ensuring optimal pump selection.

Test Rig Pumps for Engineering Concept and Component Testing

Test rig pumps are essential tools for testing components, validating concepts, and facilitating educational demonstrations in fields like fluid dynamics. These pumps are widely used in research and development, where new equipment or fuels are evaluated on small-scale plants. These setups serve as proof of concept, allowing engineers to test performance limits, assess reliability, and optimise designs before full-scale production.

Test rig pumps are also used in educational settings to help students and professionals better understand key engineering principles. Whether for component testing or to replicate real-world scenarios, test rig pumps ensure accurate and controlled testing environments across various industries.

North Ridge Pumps Can Assist With Test Rig Pumps - Learn More

Microboxer - 1/2" AODD Pump

Pump Type - AODD

Max Flow Rate M³H - 1.8 M³H

Max Head - 80M

Pump Materials - AISI316

Boxer 7 1/4" AODD Pump

Pump Type - AODD

Max Flow Rate M³H - 0.535 M³H

Max Head - 80M

Pump Materials - PP

Miniboxer - 1/2" AODD Pump

Pump Type - AODD

Max Flow Rate M³H - 3 M³H

Max Head - 80M

Pump Materials - AISI316

Boxer 15 - 3/8" AODD Pump

Pump Type - AODD

Max Flow Rate M³H - 1.02 M³H

Max Head - 80M

Pump Materials - AISI316

Boxer 50 - 1/2" AODD Pump

Pump Type - AODD

Max Flow Rate M³H - 3 M³H

Max Head - 80M

Pump Materials - Aluminium

^From£626.00 (ex VAT)

Boxer 81 - 1" AODD Pump

Pump Type - AODD

Max Flow Rate M³H - 6 M³H

Max Head - 80M

Pump Materials - Aluminium

^From£911.00 (ex VAT)

Boxer 100 - 1" AODD Pump

Pump Type - AODD

Max Flow Rate M³H - 9 M³H

Max Head - 80M

Pump Materials - AISI316

^From£1099.00 (ex VAT)

Boxer 150 - 1.25" AODD Pump

Pump Type - AODD

Max Flow Rate M³H - 13.2 M³H

Max Head - 80M

Pump Materials - AISI316

Boxer 251 - 1.5" AODD Pump

Pump Type - AODD

Max Flow Rate M³H - 20.4 M³H

Max Head - 80M

Pump Materials - AISI316

^From£1801.00 (ex VAT)

Boxer 502 - 2" AODD Pump

Pump Type - AODD

Max Flow Rate M³H - 39 M³H

Max Head - 80M

Pump Materials - AISI316

Boxer 522 - 2" AODD Pump

Pump Type - AODD

Max Flow Rate M³H - 39 M³H

Max Head - 80M

Pump Materials - PP

North Ridge Aqualife 5" Submersible Borehole Pump

Pump Type - Borehole

Max Flow Rate M³H - 13.2 M³H

Max Head - 126M

Pump Materials - AISI304

North Ridge 95 PR 18 4" Submersible Borehole Pump

Pump Type - Borehole

Max Flow Rate M³H - 24 M³H

Max Head - 160M

Pump Materials - AISI304

North Ridge 95 REC 18 4" Submersible Borehole Pump

Pump Type - Borehole

Max Flow Rate M³H - 24 M³H

Max Head - 123M

Pump Materials - AISI304

North Ridge 140 REC 6" Submersible Borehole Pump

Pump Type - Borehole

Max Flow Rate M³H - 84 M³H

Max Head - 375M

Pump Materials - Cast Iron

North Ridge 140 SX 6" Submersible Borehole Pump

Pump Type - Borehole

Max Flow Rate M³H - 90 M³H

Max Head - 343M

Pump Materials - AISI304

North Ridge 140 PR N 6" Submersible Borehole Pump

Pump Type - Borehole

Max Flow Rate M³H - 48 M³H

Max Head - 630M

Pump Materials - AISI304

North Ridge 140 PS 6" Submersible Borehole Pump

Pump Type - Borehole

Max Flow Rate M³H - 54 M³H

Max Head - 386M

Pump Materials - AISI304

North Ridge 140 RX 6" Submersible Borehole Pump

Pump Type - Borehole

Max Flow Rate M³H - 48 M³H

Max Head - 620M

Pump Materials - AISI304

North Ridge 180 SX 8" Submersible Borehole Pump

Pump Type - Borehole

Max Flow Rate M³H - 192 M³H

Max Head - 472M

Pump Materials - AISI304

North Ridge 180 RX 8" Submersible Borehole Pump

Pump Type - Borehole

Max Flow Rate M³H - 78 M³H

Max Head - 620M

Pump Materials - AISI304

North Ridge 180 REC 8" Submersible Borehole Pump

Pump Type - Borehole

Max Flow Rate M³H - 192 M³H

Max Head - 338M

Pump Materials - Cast Iron

North Ridge 230 REC 10" Submersible Borehole Pump

Pump Type - Borehole

Max Flow Rate M³H - 300 M³H

Max Head - 296M

Pump Materials - Cast Iron

North Ridge 230 SX 10" Submersible Borehole Pump

Pump Type - Borehole

Max Flow Rate M³H - 348 M³H

Max Head - 307M

Pump Materials - AISI304

SORT BY:
Default

Showing 97 - 120 of 129 products

CASE STUDIES

High Pressure Diesel Screw Pump for Industrial Test Rig

21 January 2021
READ MORE
Slot Die Coating of Battery Slurry

25 June 2021
READ MORE
Accelerating Cleaning, Safeguarding Results & Reducing Risk in Pilot Plants - Case Study

25 October 2022
READ MORE
Dielectric Recirculation Pump for Test Rig

14 November 2023
READ MORE
Low head, high flow inline horizontal propeller pumps for freshwater recirculating system

22 January 2025
READ MORE