Pumping systems - Import export

Filltech's most advanced pumping technology: High-end CO 2/N 2O pump designed for automatic redundancy and fail-over Highlights Intelligent interoperability with any Filltech filling station Optimized energy consumption Complete plug & Play system ready for instant connection Safe operation through intelligent monitoring: pressure, temperature, leakage Low noise emission Application ready: filling, dozing, transfer, supply Joint pumps for flow-rates up to 6 tons Remote operations: Monitoring, remote control, power control Technical Data Capacity: 400 - 1500 kg/h, 6-25 lpm, 1.7 -6.6 gpm Power supply: 3 x 400V / 50 Hz, opt 120 / 208V, opt. 277 / 480V/60Hz, 3-phase Power consumption: 1.5 to + 4 kW/h (dep. on pump size) Dimensions (LxWxH): 900 x 900 x 1670 mm / 35 x 35 x 66 in. Pump Triplex plunger pump NP 25/50 – 25/70 Motor: Belt drive Construction characteristics CO 2 supply: liquid from tank system Ring- or stub lines Automatic start cycle Pressure supply needed for valve: 8 b

Our experience in filling cylinders has enabled us to develop our own pump technology which has proved its worth in a number of fields in addition to filling cylinders. Pump aggregate NP 10/15 Performance Min./Max.: 150-300 kg/h 0.6-1.2 gal/min Power cons.: 1,5 kW Motor: 3x400 V, 50/60 Hz Drive: V-Belt Dimensions (LxWxH): 600x400x500mm Weight: 40 kg Pump aggregate NP 25/50 Performance Min./Max.: 400-1000 kg/h Power cons.: 3,0 kW Motor: 3x400 V, 50/60 Hz Drive: V-Belt Dimensions (LxWxH): 800x600x500mm Weight: 85 kg Pump aggregate NP 25/70 Performance Min./Max.: 600-1500 kg/h Power cons.: 4,0 KW Motor: 3x400 V, 50/60 Hz Drive: V-Belt Dimensions (LxWxH):800x600x500mm Weight: 85 kg The following stats are valid for all pumps: Materials Valve casing: Special brass / cast bronze Valves: High grade stainless steel Plunger: Ceramic Sleeves: CO 2/N 2O – resistant compound; fabric reinforced Support rings: Teflon with graphite, run-dry-proof Crankshaft: Drop-forged and case hardened Pump

Suction capacity 125 to 1400 m³/h; Vacuum to 33 mbar abs.; Discharge pressure to 2.0 bar abs. The NASH 2BM1 magnetic drive pump series is capable of achieving volume flow rates of 125 to 1400 m³/h and vacuum of 33 mbar abs. Non-contact torque transmission is achieved by using a permanent magnetic drive system. The pump's inner working space is hermetically sealed from atmospheric conditions, eliminating any possibility of leakage. This seal is essential for demanding applications, such as processes that are required to meet the most stringent standards on environmental compatibility. ATEX applications are also possible, certifications are available.

Priming Valves for Liquid Ring Vacuum Pumps Gardner Denver Nash priming valves were designed specifically to be used in Nash vacuum pump priming systems. They are extremely simple, dependable and durable. It has been proven in successful service for nearly fifty years. A Nash vacuum system is often used to prime one or more centrifugal pumps located above the free liquid levels of their suction sources. Vacuum draws liquid up until it fills each pump's suction line and floods its volute. This condition can be established before the pump is started up, so that it is always primed and ready to begin pumping. A Nash vacuum system is often used to prime one or more centrifugal pumps located above the free liquid levels of their suction sources. Vacuum draws liquid up until it fills each pump's suction line and floods its volute. This condition can be established before the pump is started up, so that it is always primed and ready to begin pumping

Suction capacity 125 to 1400 m³/h; Vacuum to 33 mbar abs.; Discharge pressure to 2.0 bar abs. The NASH 2BM1 magnetic drive pump series is capable of achieving volume flow rates of 125 to 1400 m³/h and vacuum of 33 mbar abs. Non-contact torque transmission is achieved by using a permanent magnetic drive system. The pump's inner working space is hermetically sealed from atmospheric conditions, eliminating any possibility of leakage. This seal is essential for demanding applications, such as processes that are required to meet the most stringent standards on environmental compatibility. ATEX applications are also possible, certifications are available.