The HD? (997) is a 6" booster pump, non self-priming, diesel driven. The maximum flow is 170 m3 per hour and the maximum head is 95 mWc. This pump set is mounted on a chassis with a full canopy. Sound attenuated. 

The S100 (108) is a 4" centrifugal pump, dry self-priming, diesel driven. The maximum flow is 160 m3 per hour and the maximum head is 22 mWc. This pump set is mounted on a chassis with a full canopy. Sound attenuated. 

The Gorman-Rupp (1112) is a 2" centrifugal pump, wet self-priming, diesel driven. The maximum flow is 48 m3 per hour and the maximum head is 65 mWc. This pump set is mounted on a wheelset with partial canopy. Not sound attentuated. 

The Gorman-Rupp (1113) is a 3" centrifugal pump, dry self-priming, diesel driven. The maximum flow is 85 m3 per hour and the maximum head is 22 mWc. This pump set is mounted on a chassis with a full canopy. Sound attenuated. 

The Gorman-Rupp (150) is a 6" centrifugal pump, wet self-priming, diesel driven. The maximum flow is 430 m3 per hour and the maximum head is 34 mWc. This pump set is mounted on a base frame with no canopy. Not sound attentuated. 

The Gorman-Rupp (151) is a 6" centrifugal pump, dry self-priming, diesel driven. The maximum flow is 350 m3 per hour and the maximum head is 30 mWc. This pump set is mounted on a chassis with a full canopy. Sound attenuated. 

The S100 (256) is a 4" centrifugal pump, dry self-priming, diesel driven. The maximum flow is 160 m3 per hour and the maximum head is 21 mWc. This pump set is mounted on a chassis with a full canopy. Sound attenuated. 

The Gorman-Rupp VPA3-70-L HATZ is a 3" centrifugal pump, prime assisted, diesel driven. The maximum flow is 70 m3 per hour and the maximum head is 20 mWc. This pump set is mounted on a steel galvanized chassis with a full canopy. Sound attenuated. 

S-Line PAV6-490 Performance +

De Gorman-Rupp E-Line PAV6-22 KW is het definitieve antwoord voor heavy duty pomp toepassingen. Deze droog zelfaanzuigende Vortex centrifugaal pompen zijn speciaal ontworpen voor het zware werk en leveren extra druk ten opzichte van de basis uitvoering. Denk hierbij vooral aan het verpompen van bentoniet bij het uitvoeren van horizontaal gestuurde boringen, of het verpompen van rioolwater bij tijdelijke omleidingen.