VAR 3-140 MKL51 TROLLEY
Diesel – Qmax 110 m³/h (480 USgpm) – Hmax 34 m (112 ft)
VAR 8-305 FZD43 SKID02
Diesel – Qmax 560 m³/h (2,470 USgpm) – Hmax 35 m (115 ft)
PAC H64 FSC03 SKID
Diesel – Qmax 460 mÑ/h (2,030 USgpm) – Hmax 153 m (502 ft)
PAC H86C FSC02 SKID
Diesel – Qmax 680 mÑ/h (2,990 USgpm) – Hmax 125 m (410 ft)
PAC H108 FSC01 SKID
Diesel – Qmax 1.470 mÑ/h (6,470 USgpm) – Hmax 109 m (358 ft)
VAR 4-250 FKL17 SKID02
VAR 6-250 FHT48 S5 SKID
R150 WP FKR01 G11 TRAILER
Diesel – Qmax 340 mÑ/h (1,500 USgpm) – Hmax 27,5 m (90 ft)
Why Submersible Pumps Rise Above the Rest in Fluid Handling
Ruaan Venter, Rental Development Manager at IPR, says that while engineers have various solutions at their fingertips, submersible pumps often stand out especially when compared to vertical spindle pumps. The decision between submersible pumps and vertical spindle pumps comes down to the unique demands of the application in question, but the vast array of benefits submersibles bring to the table present a compelling argument for their widespread adoption across various sectors.
Streamlining Pump Selection: The Power of the Atlas Copco Algorithms
The Atlas Copco pump selection programme provides a streamlined approach to pump selection, saving time, costs and effort. By accurately assessing user requirements, performing hydraulic calculations, analysing performance and offering recommendations, this programme – accessed via the IPR website – enables users to choose the optimal pump for their specific needs.