Our Ocean Master pumps are made to move fish!
For nearly 40 years we have been making the strongest fish pumps in the world, and supplying an industry with some of the highest demands for strength and reliability. With this product line we offer the future liquid ring pumps for fish handling, by gathering 40 years of experience in pumps that will be installed on board vessels and challenged by corrosive sealing water and heavy shifts between vacuum and pressure.
The Ocean Master 1000 is a high-strength liquid ring vacuum pump intended for the fishing vessels with a max capacity of 1100 m3/h.
The Ocean Master 700 is a high-strength liquid ring vacuum pump intended for the fish industry with a max capacity of 850 m3/h.
The Ocean Master 500 pump is designed for a wide range of onshore and offshore fish handling operations.
The Ocean Master 450 is a liquid ring pump designed for installation in smaller fish handling systems with a capacity up to 530 m3/h.
The Ocean Master 250 is a liquid ring pump in a very strong and compact design. The pump is designed for installation in smaller fish handling systems with a capacity up to 310 m3/h.
Replace your Robuschi RVF27 with a Samson SVF27- easy and fast replacement. The main dimensions, footprint, flange connections, shaft diameter and height are 100% identical.
In order to understand the performance diagrams, we recommend to carefully read the explanation of how to estimate the quantity of fish your Ocean Master pump will move according to your working conditions. The suction and discharge performances are calculated in normal cubic meters per hour corresponding to the displacement of water flow in and out of the holding tank. The performances are measured without pressure drop and this must therefore be calculated and added to the static pressure in both suction and discharge. For further information and examples, please refer to the pump manual.
“For further information or assistance, do not hesitate to contact us!”
– Determine the lifting height according to the sketch
– Estimate the pressure drop corresponding to the flow
– Add the pressure drop in meters
– Find the water flow into the tank, by reading the curve as illustrated
– Determine the lifting height according to the sketch
– Estimate the pressure drop corresponding to the flow
– Add the pressure drop in meters
– Find the water flow out of the tank, by reading the curve as illustrated
