Jessberger for highly aggressive chemicals, IP24, for highly aggressive chemicals, IP24, 112 l/min, 16 m height

Electric drum pump set, for highly aggressive chemicals, IP24, 112 l/min, 16 m height. Supplied = pre-assembled, final assembly by customer. Design of pump = electric container pump set for drums. For media = highly aggressive media, highly aggressive acids. Material of pump = polyvinylidene fluoride (PVDF). Drive shaft material = Hastelloy. Immersion depth = 1000 mm. Immersion tube diameter = 41 mm. Pump rate = 112 l/min. Pumping height = 16 m wc. Tube diameter = 41 mm. Immersion tube length = 1000 mm. Nominal hose diameter = 25. Thread = 1 1/4 inch. Max. viscosity at +20 °C = 1000 mPas. Feature = protection class IP24. Scope of delivery = pump, 2 m crosslinked PE hose 1'' (NW 25), 2 stainless steel hose clamps, 1 PVDF nozzle 1''. Voltage = 230 V. Power = 0.825 kW. Weight = 7.84 kg. Discharge hose length = 2000 mm. Product type = drum pumps, electric. Customs tariff number = 84137081. Country of origin = DEU. Gross weight = 9.69 kg. Weight = 7.84 kg. For highly aggressive chemicals, acids, etc. - protection class IP24. Practical pump set for 200 litre drums - ready for immediate use. Safe, fast emptying of drums. Low pump weight - easy and pleasant to handle. Electric drum pump set for 200 litre drums - for highly aggressive chemicals, acids . Max. 112 l/min, max. 16 m height, max. viscosity 1000 mPas, max. density 1.9 g/cm³. PVDF pump unit , crosslinked polyethylene hose, PVDF nozzle with FKM seals. Drum pump motor 230 V, 50/60 Hz, 825 W, protection class IP24 , double insulation for protection class II, overcurrent circuit breaker with zero voltage trip, 5 m cable with safety plug. Pump unit: PVDF, external Ø 41 mm, immersion tube length 1000 mm for 200 litre drum, HC shaft, connection thread G 1 1/4'', hose connection 1'' (NW 25). 2 m hose made of crosslinked PE 1'' (NW 25). 2 stainless steel hose clamps. 1 PVDF nozzle 1'' with FKM seals. Please note: if media compatibility is unclear, please enquire about the suitability of pumps beforehand.