Bürkle, drum pump for acids and alkalis, 120 cm, 85 l/min, #5762-0101
€1,919.00
- Electric centrifugal pump, flow rate approx. 85 l/min
- For low-viscosity acids such as phosphoric, chromic and battery acid
- Pump body made of PP/PVC, parts in contact with the medium made of Hastelloy C-4
- Two immersion depths, 100 and 120 cm, for drums up to 220 l
- 2 m long outlet hose for flexible filling
- Not suitable for hydrochloric acid
Product information "Bürkle, drum pump for acids and alkalis, 120 cm, 85 l/min, #5762-0101"
Pumping large quantities of low-viscosity acid from a drum using a hand pump is, at some point, simply a matter of time. The drum pump for acids and alkalis is an electrically driven centrifugal pump made of polypropylene, PVC and Hastelloy C-4, which delivers up to 85 litres per minute. Two immersion depths, 100 and 120 centimetres, are suitable for standard drums of up to 220 litres.
An electric centrifugal pump instead of manual labour
Instead of one pump stroke per portion, an electric motor drives the centrifugal pump continuously. With a flow rate of around 85 litres per minute and a head of approximately 19 metres of water column, the pump is designed for larger transfer volumes, where a hand-operated pump such as the Ultrarein PTFE drum pump would reach its limits. The 2-metre-long outlet hose provides additional manoeuvring space at the receiving vessel.
Materials for low-viscosity acids
The pump body is made of polypropylene and PVC, whilst the internal parts in contact with the fluid are made of Hastelloy C-4 (2.4610). Bürkle lists phosphoric acid, chromic acid, battery acid and citric acid as typical media for use. The pump is expressly not suitable for hydrochloric acid, and chemical resistance should be checked against the manufacturer’s resistance list before use.
Two immersion depths for standard drums
The 100-centimetre version and the 120-centimetre version differ solely in terms of immersion depth; all other technical specifications, such as flow rate, immersion tube diameter and hose length, are identical for both. The immersion tube can be adjusted continuously to the actual depth of the drum.
Differences from the version for concentrated acids
For highly corrosive media such as sulphuric acid, nitric acid or hydrofluoric acid, the PP pump body in this design is not chemically suitable. For such applications, there is the structurally identical drum pump for concentrated acids and alkalis with a pump body made of PVDF.
G 1 1/4-inch thread instead of the usual G 2-inch
Unlike most other drum pumps in the range, which fit standard drum fittings with a G 2-inch thread, this series uses a G 1 1/4-inch thread. Before ordering, it is therefore worth checking the existing drum fitting at your workplace so that the pump will fit without the need for an additional adapter.
Check the resistance list before use
Acids with similar names can vary considerably in terms of concentration and temperature, and it is precisely these factors that determine whether polypropylene, PVC and Hastelloy C-4 remain resistant in the long term. Bürkle therefore expressly refers to its own resistance list, which should be consulted before using a new medium for the first time. This is particularly important if an acid has previously only been transferred using a different pump model.
Yellow colour scheme for quick identification
The pump’s yellow colour makes it stand out clearly on the shelf from the stainless steel and PTFE drum pumps in the other series. In workplaces where several types of drum pumps are used simultaneously, this makes it easy to distinguish at a glance between the correct pump for acids and alkalis and those designed for solvents or gas-tight applications.
Electric drive instead of a pump stroke
Whilst a hand-operated reciprocating pump will eventually run out of steam when dealing with larger volumes, the electric motor of the centrifugal pump runs continuously for as long as the drum supplies medium. This makes the pump the more practical choice when regularly decanting several drums in succession, rather than single small portions.
Typical applications
- Pumping low-viscosity acids such as phosphoric acid, chromic acid or battery acid
- Larger transfer volumes from standard drums of up to 220 litres
- Laboratory areas and production facilities where acids are regularly handled
- Decanting citric acid and other low-viscosity organic acids
Technical details
| Connection type | Drum screw connection |
| Thread | G 1 1/4 inch, external thread |
| Flow rate approx. | 85 l/min |
| Head approx. | 19 m water column |
| Viscosity up to approx. | 500 mPa·s |
| Immersion tube diameter | 41 mm |
| Colour | yellow |
| Length of the outlet hose | 2 m |
| For containers up to | approx. 220 l |
| Drive type | electric |
| Pump type | Centrifugal pump |
| Adjust the immersion depth | continuously adjustable |
| Material | Polypropylene (PP), polyvinyl chloride (PVC), Hastelloy C-4 (2.4610) |
Overview of variants
| Item number | Maximum immersion depth |
| 5762-0100 | 100 cm |
| 5762-0101 | 120 cm |
Scope of delivery
- Drum pump for acids and alkalis at the selected immersion depth
Regulatory information
The drum pump for acids and alkalis is an electrical appliance within the meaning of the ElektroG. Information on returns can be found under ‘Environment and Disposal’.
Service and procurement
If a hand-operated solution is sufficient for smaller quantities, the Ultrarein PTFE drum pump is the more compact alternative that does not require a mains connection. For highly corrosive, concentrated acids and alkalis, the PVDF version is chemically more suitable. We order both immersion depths separately and can advise on the selection based on the medium and drum size.