Canister/drum hand metering pump, for acids, green, 20 l/min.

Estimated delivery: 34 days

Canister/drum hand metering pump, for acids, green, 20 l/min

• Supplied = pre-assembled, final assembly by customer
• Design of pump = hand pump with immersion tube
• For media = light chemicals, non aggressive media, acids, alkalis
• Material of pump = polypropylene (PP)
• Immersion tube diameter = 31 mm
• Pump rate = 20 l/min
• Immersion tube length = 4x250 mm
• Weight = 0.92 kg
• Colour = green, black
• Product type = hand pumps
• Customs tariff number = 84132000
• Country of origin = GBR
• Gross weight = 1.22 kg
• Weight = 0.92 kg
• Sustainability = CO 2 footprint calculated
• For light acids, light alkalis, acidic cleaning media and water based chemicals
• Easy and safe metering
• Suitable for canisters and 200 litre drums
• No power or compressed air connection required
• Pump output: Water 20 l/min / SAE 30 oil 9 l/min (when used as siphon/transfer pump)
• Optimal metering by pressing the tap or use as siphon/transfer pump
• How they work: The lever is used to pump air into the drum or canister, which creates an overpressure that forces the liquid out of the container when the tap is opened
• By pressing the tap, the quantity can be metered optimally and precisely, and a test tube can also be filled
• If the optionally available discharge hose with tap (accessory) is used, and it is placed at an angle, the pump also functions as a siphon pump or transfer pump at approx. 20 l/min
• Immersion tube comprised of four parts, 250 mm each
• Immersion tube diameter 31 mm
• NBR rubber adapter for bung hole diameters from 46.5 - 60 mm
• Pump body PP, immersion tube PVC, internal parts stainless steel (pressure relief valve)
• FKM seals
• Metering/filling and transfer hand pump for light acids, acidic cleaning media, light alkaline solutions and water based chemicals
• Stainless steel must be resistant to the liquids used
• Not suitable for flammable media
• Please note: if media compatibility is unclear, please enquire about the suitability of pumps beforehand.