DMX and DMH
DMX and DMH
DMX and DMH
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Technical data<strong>DMX</strong> <strong>and</strong> <strong>DMH</strong>PumpModelLiquids with aviscositysimilar to water[m]Max. suction liftLiquids withmax.permissibleviscosity[m]<strong>DMH</strong> 440-10 257 1 ★0 0.8 2 200 50 5<strong>DMH</strong> 550-10 255 0 ★ 0★ 0.8 2 200 100 5<strong>DMH</strong> 575-10 257 1 ★0 0.8 2 200 50 5<strong>DMH</strong> 750-4 257 0 ★ 0★ 0.8 2 200 50 5<strong>DMH</strong> 770-10 257 1 ★0 0.8 2 200 50 5<strong>DMH</strong> 880-10 257 0 ★ 0★ 0.8 2 200 50 5<strong>DMH</strong> 1150-10 257 0 ★ ★0 0.8 2 200 50 5<strong>DMH</strong> 1500-4 257 0 ★ 0★ 0.8 2 200 50 51) Approximate values applying to the st<strong>and</strong>ard version of pumps.Max. inletpressure[bar]Min. counterpressure at thepump pressurevalve[bar]Max. permissible viscosity at operatingtemperature 1)[mPa s]0 to 63strokes/min64 to 120strokes/min120 <strong>and</strong> abovestrokes/minThe values refer to dosing liquids with the following characteristics:- newtonian- non-degassing- not containing suspended matter- density similar to water.*) Flooded suctionNote: The viscosity increases when the temperature decreases.42
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