DRUM PUMPS
Pump tube made of polypropylene with Stainless steel drive shaft for neutral or slightly aggressive media or with Hastelloy drive shaft for aggressive media such as acids and alkalis. Alternatively, pump tubes made of stainless steel.
For transferring low-viscous media such as acids, alkalis and cleaning agents (with pump tube made of polypropylene), highly aggressive chemicals (with PVDF pump tubes). Mineral oil products up to 1,000 mPas (with pumping tube made of aluminum) or flammable media as well as food (with pump tube made of stainless steel 1.4571).
MOTORS | PUMP TUBES
Electric universal motors
JP-120 – JP-380
Explosion proof electric universal motors
JP-400 – JP-480
Air operated motors
JP-Air 1, -2, -3
Pump tubes for
drum pumps
Drum pump sets
(PP) for chemicals
Drum pump sets
(ALU) for oil products
Drum pump sets
(PVDF) for chemicals
Drum pump sets (Stainless steel) for flammable media
Drum pump sets
(Stainless steel) for
diluted chemicals
Drum pump sets
(Stainless steel) for
low viscous food
Drum pump sets
(PP) especially for AdBlue®
Small filling plant
Flow meters
Advantages of drum pumps
Universal electric motors in 230, 115, 24 volts in different performance and protection classes.
Air operated motors (for max. 6 bar operating pressure).
Pump tubes made of polypropylene, PVDF, aluminum or stainless steel 1.4571.
The JESSBERGER universal motors that can be combined with all pump tubes outside hazardous areas are lightweight, handy and powerful devices for nearly all thin fluid and slightly viscous media.
The non-stationary and stationary applicable drum pump motors are particularly suitable for intermittent operation.
The sophisticated, technically clear structure of the drum pump ensures a rational and safe use.
Quick disconnection of the drive from the pump tube through a few rotations enables the combination of an engine with various pump tubes for different media.
Wide range of accessories such as drum and threaded adapters, media-resistant hoses, nozzles, wall hanger or flow meter are available on request.
Easy disassembling and quick cleaning of the pump tubes.
Media depending on pump tube
Pump tube made of polypropylene:
For aggressive media such as acids, alkalies and detergents.
Maximum temperature 50°C.
Pump tube made of PVDF:
For highly aggressive media such as chlorine bleach, chromic acid, hydrofluoric acid, nitric acid, sulfuric acid > 90%.
Maximum temperature 90°C.
Pump tube made of Aluminium:
For mineral oil products such as diesel, heating oil, hydraulic oils, gear oils, engine oils, mineral oils and motor oils up to 1,000 mPas.
Pump tube made of stainless steel:
For neutral, slightly aggressive media and specifically for lightly
flammable media and food.
Please ask us regarding the chemical resistance.
► The flow rate of a drum pump depends initially on the speed of the motor and then on motor power.
► For flammable media and for use in hazardous environments explosion proof drum pumps with accessories are available. The electric and air operated engines and pump tubes of conductive stainless steel need an ATEX approval. When pumping flammable media a potential equalization is mandatory.
Structure of a drum pump, rod pump, canister pump or container pump
A drum pump consists of a drive motor and the pump tube suitable for the respective application, which stands as an suction tube vertically in the bunghole of a 200 liter barrel or an IBC container and represents the actual pump.
Depending on the application, our drum pump is suitable for chemicals (pumping station made of polypropylene or PVDF), for mineral oil products (pumping station made of aluminium) or flammable media or food (pumping station made of stainless steel).
In addition to electric motors in 230, 115, 24 volts and 12 volts, air operated motors with a max. 6 bar operating pressure can be used.
The drive motors are quickly and easily connected to the suction tube of our drum pump by a handwheel so that different pump tubes can be combined with the same drive motor.
The actual suction tube of the drum pump (made of polypropylene, PVDF, aluminum or stainless steel, depending on the medium) consists of an outer tube, an inner tube and a drive shaft made of stainless steel or hastelloy that rotates inside the inner tube.
At the upper end of the shaft is the so-called pump coupling, which is driven by the motor coupling of the electric motor or air operated motor.
The pump shaft is mounted in the outlet of the drum pump in a bearing unit in which high-quality ball bearings are installed for high number of revolutions. At the lower end of the drive shaft is the pump wheel of the drum pump, which, similar to a ship’s screw, is propeller-like constructed and is designated as a rotor or an impeller by experts.
Above the rotor or impeller of the drum pump is the pump housing, in which a very chemical resistant coal bearing has its place. The coal bearing, on the one hand, supports the drive shaft of the drum pump in the lower region of the suction tube, and on the other hand seals the area between the drive shaft and the inner tube.
From the beginning, we use the coal bearing in our drum pumps, which is available in a version for the food sector (natural resin) in addition to a chemical version (synthetic resin).
Our constructors have explicitly decided against a mechanical seal, so that our drum pumps can also run dry without being damaged immediately.
In order for the drum pump to transfer the medium, the rotor must always be completely covered with medium. If this is in case, the impeller, which has a distance of about 2 cm from the drum bottom and rotates at 10,000 rpm, transfers the medium axial and thus parallel to the drive shaft between the inner and outer tubes in the direction of the pressure port.
The customer can connect a hose on the pressure port of the drum pump using the supplied hose connection.
Matching PVC hoses, conductive universal chemical and solvent hoses made of EPDM, multi purpose chemical hoses made of a conductive cross-linked polyethylene (with FDA approval), oil hoses and food hoses we can offer from stock.
When pumping highly flammable media in the Ex-zone 0 with a firing point below 55°C or when used in potential explosive areas (Ex-zone 1 or 2), a conductive drum pump hose is fixed at the hose connection of the stainless steel drum pump (external thread 1 1/4 “) with conductive hose connection made of stainless steel and aluminum clamps.
Structure of a drum pump
1. Motor – electric or pneumatic
2. Handwheel – to connect the drive
3. Adapter – for attachment to the barrel
4. Hose connection
5. Fuel nozzle
6. Delivery hose – in various designs
7. Pump tube – material design according to medium
8. Pump foot
Special lengths of the drum pump from 200 to 3000 mm
Due to the complex construction of our drum pump, it is not possible to extend the length of the pump on site by suction hose or to shorten the supposed empty pump tube if necessary. As described above, the pump tube of a drum pump is not an empty suction lance but an immersion tube with a rather complex structure.
However, if you need special pumping lengths for your applications, we can supply our drum pump from polypropylene, PVDF, aluminum or stainless steel immediately from stock in a length of 700, 1,000, 1,200, 1,500 and 1,800 mm. The length of the pump tube of a drum pump is always calculated from the end of the pump tube (pump foot) to the center of the delivery connection on the pressure side. In order to empty a 200 liter barrel, you need a drum pump with an immersion tube length of 1,000 mm. For a 1,000 liter/IBC containers, our drum pumps with a pump tube length of 1,200 mm have proved.
In principle, we can produce pumping lengths of 200 mm to 3,000 mm for your applications. Within one working day we can realize this with the drum pump materials polypropylene, PVDF and aluminum.
If, however, the length of the pump tube made of plastics is more than 2,000 mm, the technicians or salespeople must check whether the polypropylene or PVDF drum pumps have the necessary stability regarding the pumped medium and its temperature and whether the intended purpose of the customer is to be solved with a drum pump.
Since our drum pump contains rotating components with velocities of more than 10,000 rpm and consequently the occurrence of heat development can not be completely avoided, a drum pump is basically not suitable for continuous use.
For such applications, a slowly rotating eccentric screw pump or a self-priming and dry-running diaphragm pump should be used.
Structure of a pump tube
No special tools required for disassembly or assembly of our pumping stations. If it is more comfortable or easier for you, we can carry out repairs or general overhauls also in our house at a very reasonable price.
Easy maintenance of our drum pump
Before purchasing a pump the user should become familiar with the pump in order to carry out maintenance independently.
By means of a bore in the pump housing, the medium basically also reaches the inner tube of the drum pump. In the inner tube, therefore, the liquid level is always the same as in the drum or the container to be emptied. When emptying the drum with our drum pumps, the medium level in the drum and that in the inner pipe sink evenly.
The longer our drum pump has been used, the more the carbon bearing, in which the drive shaft rotates at 10,000 rpm, will be worn-out over time. One day, the clearance between the shaft and the carbon bearing will become so great that a pressure builds up in the inner tube for the first time and the pumping medium consequently rises perpendicularly upwards in the direction of the pressure nozzle in the shaft guide tube.
As a result of the worn-out carbon bearing, you will only notice a minimal medium leak at the side bores below the pressure connection. At this point, a drum pump must be stopped immediately so that you can replace the pump housing with the carbon bearing.
Without replacement of this wearing part, there is a risk that the medium you are transferring will enter the bearing unit where high-quality ball bearings are located or later even get into the drum pump motor.
On our drum pump we grant you a guarantee of one year. Except, however all rotating pump parts, which wear out.
In our drum pumps, the spare parts are primarily the impeller at the lower end of the drive shaft (rotor for high delivery capacity or impeller for high pressure), the pump housing with the carbon bearing made of synthetic resin or a natural resin for the food sector as well as the pump coupling and the corresponding motor coupling on the drive side.
The rotor or impeller and the carbon bearing in the pump housing can be protected against particles by the use of a foot strainer made of polypropylene or stainless steel, which is simply mounted over the pump foot of the drum pump.
The use of a filter of this type considerably increases the service life of these wear parts and thus of your drum pump.
If necessary, we can also offer you the rotor or impeller from stainless steel full material.
Due to the clear construction of the immersion tubes for our drum pumps, repairs and the associated exchange of wear parts can be carried out independently by our customers on site.
Applications for our drum pump
A drum pump is primarily used to pump fluids from drums or containers. The transfer pumps, which are either mobile but also stationary, are suitable for almost all medium whether viscous or slightly viscous (max. 1,000 mPas), neutral or aggressive, combustible or not highly flammable, with or without solids.
With the shown principle of a drum pump, our most powerful universal motor (JP-280 with 825 Watt) can be used to transport all low-viscous to medium-viscous liquids from drums and containers.
For the drum pump based on the principle of the centrifugal pump, the absolute limit range for the viscosity is about 1,000 mPas. If the medium is more viscous, the use of an eccentric screw drum pump or a air operated diaphragm pump is recommended.
In addition, you can use the JP-280 engine to pump all media up to a maximum density of 1.9. Our drum pump, for example, has transferred significantly more than 30 liters per minute and has a discharge height of 8 m for a customer with 96% sulfuric acid.
Depending on the medium used, our customers or our sales representatives can choose between four different pump tube materials when selecting a drum pump: Polypropylene, PVDF, aluminum and stainless steel 316Ti. The exact medium, the application temperature and the environment are decisive for the selection of the appropriate pump material.
The plastics polypropylene and PVDF are used in the drum pump range for neutral, aggressive and non combustible media, in particular for acids, alkalis and cleaning agents.
A drum pump made of polypropylene can be used for nearly all standard chemicals in the chemical or electroplating industry up to a temperature of 50°C.
Our drum pumps from PP are sold every day for media such as sodium hydroxide, hydrochloric acid, lightly concentrated sulfuric acid, iron-II-chloride, iron-III-chloride, etc. Only if a high aggressive media such as sulfuric acid over 90%, chromic acid, hydrofluoric acid or nitric acid, is pumped the pump tube of the drum pump must be made of PVDF (polyvinylidene fluoride). This highly chemical-resistant pumping material can also be used up to a medium temperature of 90°C.
In the petroleum sector as well as in the automotive industry, drum pumps made of aluminum are mainly required for pumping diesel, gear oil, heating oil, hydraulic oil, machine oil, mineral oils and motor oil, etc.
With a drum pump like the JP-280 Alu 1,000 Set, you can pump all low-viscous, medium-viscous, non-combustible mineral oil products up to a maximum viscosity of 1,000 mPas from balloons, canisters, 200 liter drums or 1,000 liters/IBC containers.
Our hand pumps JP-03 and JP-04 blue, which can be used for nearly all containers due to their 2″ thread as well as the optional threaded adapters, have proven themselves in the sector of the automotive industry or the petroleum industry.
Hand pumps are always an alternative to an electric or air operated drum pump if only small quantities are taken from drums or canisters or the customer would only use an electric drum pump occasionally.
In addition to the materials mentioned, our production program of drum pumps is complemented by pumps made of stainless steel 316Ti. These high-quality and conductive pumps have proven to be useful in pumping of highly flammable liquids as well as in explosive environments as well as in the food industry and in the pharmaceutical industry.
Due to the conductivity and the type examination certificate for the Ex Zone 0, the pump tube made of stainless steel are used especially for combustible media such as solvents, alcohol, fuels or thinly liquid paints and varnishes.
The electric motors of our drum pump are also equipped with a over load protection switch with integrated low voltage release which prevents the pump from re-starting after a voltage drop.
Of course, we can also supply the electric motors for the external control via a control cabinet without the function of a low voltage release. You can also adjust the pumping capacity of the drum pumps by means of an optional speed control and the air operated motors via the compressed air supply.
As you have seen, you will find the right drum pump for almost every application at JESSBERGER. Whether as a drum pump for a 200 liter drum or container pump for an IBC container: Our pumps are always optimal adapted to the media resistance as well as the density and viscosity of your media.
Contact us and convince yourself of our advantages:
Due to its owner, Dr. Kurt and Tobias Jessberger, the family business JESSBERGER from Ottobrunn can look back on a 45 resp. 20 year experience in the drum pump sector and enjoys its customers because of its price advantages, its flexibility in all areas of the company as well as the proximity of its customers to the company owners
