EDUR is a family-owned pump manufacturer located in Kiel, Germany. EDUR pumps are specially designed to handle liquid and gasses. It is considered a challenging task for ordinary centrifugal pumps to handle liquids containing gasses, as the pump risks cavitating, which may damage or eventually destroy the pump.
Thanks to a unique designed impeller, EDUR pumps are capable of pumping liquids that contain gasses and bubbles thus eliminating the risk of cavitation. EDUR pumps are today widely used in industries such as water supply, wastewater, food, mining, and oil.
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Single Stage Block Pumps
Model | Max. Flow | Max. Head | Max. Operating Pressure | Temperature | |
---|---|---|---|---|---|
NUB | 600 m3/h | 98 meter | 16 bar | -50°C – +140°C | |
CB | 240 m3/h | 98 meter | 10 bar | -25°C – +110°C | |
BC | 15 m3/h | 78 meter | 16 bar | -20°C – +110°C |
Multistage Centrifugal Pumps
Model | Max. Flow | Max. Head | Max. Operating Pressure | Temperature | |
---|---|---|---|---|---|
LB | 65 m3/h | 300 meter | 40 bar | -50°C – +160°C | |
VB | 65 m3/h | 300 meter | 30 bar | -40°C – +140°C | |
NH | 170 m3/h | 300 meter | 40 bar | -50°C – +140°C | |
Z | 65 m3/h | 299 meter | 30 bar | -40° C – +160° C |
In-Line Pumps
Model | Max. Flow | Max. Head | Max. Operating Pressure | Temperature | |
---|---|---|---|---|---|
LUB | 220 m3/h | 66 meter | 10 bar | -40°C – +140°C | |
CV | 120 m3/h | 342 meter | 35 bar | -30°C – +140°C |
Vortex Pumps
Model | Max. Flow | Max. Head | Max. Operating Pressure | Temperature | |
---|---|---|---|---|---|
FUB | 390 m3/h | 55 meter | 16 bar | -50°C – +180°C | |
CBF | 100 m3/h | 61 meter | 10 bar | -25°C – +110°C |
Self-Priming Centrifugal Pumps
Model | Max. Flow | Max. Head | Max. Operating Pressure | Temperature | |
---|---|---|---|---|---|
S | 300 m3/h | 165 meter | 16 bar | -40°C – +110°C | |
SUB | 170 m3/h | 66 meter | 16 bar | -40°C – +110°C | |
E | 7 m3/h | 139 meter | 15 bar | -40°C – +110°C |
Multiphase Pumps
Model | Max. Flow | Max. Head | Max. Operating Pressure | Temperature | |
---|---|---|---|---|---|
PBU | 14,5 m3/h | 145 meter | 16 bar | -40°C – +140°C | |
LB | 60 m3/h | 250 meter | 40 bar | -50°C – +140°C |
LPG Pumps
Model | Max. Flow | Max. Head | Max. Operating Pressure | Temperature | |
---|---|---|---|---|---|
NH | 170 m3/h | 300 meter | 40 bar | -50°C – +110°C | |
LB | 60 m3/h | 300 meter | 40 bar | -50°C – +110°C |
Magnetic Drive Pumps
Model | Max. Flow | Max. Head | Max. Operating Pressure | Temperature | |
---|---|---|---|---|---|
PBM | 3,5 m3/h | 130 meter | 16 bar | -40°C – +220°C | |
LBM | 65 m3/h | 300 meter | 40 bar | -50°C – +220°C | |
NHM | 170 m3/h | 290 meter | 40 bar | -50°C – +140°C | |
NMB | 600 m3/h | 98 meter | 16 bar | -50° C – +140° C |
Refrigerant Pumps
Model | Max. Flow | Max. Head | Max. Operating Pressure | Temperature | |
---|---|---|---|---|---|
NMB | 600 m3/h | 98 meter | 16 bar | -50°C – +140°C | |
LBM | 65 m3/h | 300 meter | 40 bar | -50°C – +220°C | |
NHM | 170 m3/h | 290 meter | 40 bar | -50°C – +140°C |
Immersion Pumps
Model | Max. Flow | Max. Head | Max. Operating Pressure | Temperature | |
---|---|---|---|---|---|
CTOL | 300 m3/h | 55 meter | 16 bar | -25°C – +90°C |