MC-3-SS with motor on base ASCO CO2 Transfer Pumps: Low to Low Pressure ASCO CO2 Transfer Pumps have steel housings and long life shaft seals. The pumps have hardened steel gears and thrust washers to give long service life. The mechanical seal fitted provides long-lasting leak free operation. These economical pumps need no lubrication and no day-to-day maintenance. A unique design allows parts to adjust automatically for wear. Highest efficiency is maintained for a very long time. Installation is simple as no chain or belt drives or gear reduction motors are required. Pumps can be directly connected to standard speed low-cost electric motors. By simply changing the shaft rotation, pumps can be used to pump in or out though the same piping. • Universal filling • Precise weighing • Robust construction • Adjustable filling weight

Pump capacities (approx.) ASCO CO2 Transfer Pump MC-3-SS with motor Pos. 001 Stainless steel base frame Complete heavy-duty type low to low pressure CO2 transfer pump with a transfer capacity up to 17‘000kg/h (37'500lb/h) at 1‘460 rpm (50 Hz) or 20‘000kg/h (44'100lb/h) at 1‘750 rpm (60 Hz) and differential pressure of 0 barg with a 5.5 kW (7.4 HP) at 50 Hz or 6.3 kW (8.5 HP) at 60 Hz motor. The pump is designed for 2 %inch (63.5 mm) NPT inlet and outlet ports insides of pump. Rotation is reversible. ASCO CO2 Transfer Pump MC-3-SS without motor Pos. 002 Complete heavy-duty type low to low pressure...

incl. motor and stainless steel baseframe on wheels. Complete heavy-duty type low to low pressure CO2 transfer pump with a transfer capacity up to 17‘000kg/h (37'500lb/h) at 1‘460 rpm (50 Hz) or 20‘000kg/h (44'100lb/h) at 1‘750 rpm (60 Hz) and differential pressure of 0 barg with a a 5.5 kW (7.4 HP) at 50 Hz or 6.3 kW (8.5 HP) at 60 Hz motor. The pump is designed for DN40 flange. Rotation is reversible. • flanged safety device with discharge valve • flange connection DN40 according DIN 2635 Stainless steel hose DN25 with total length of 5.90m. (19ft) With hose protection over total length. Both...