Installation of pumps - Import export

When circulating chemicals and pickling baths, reliability, safety and last but not least functionality are important. The submersible centrifugal pump was specially developed as a vertical, wet-installed pump for the rapid emptying of these liquids from tanks and basins. * available in special immersion depths on request * equipped with self-lubricating, liquid-wetted plain bearings. Features & Advantages * High flow rate * High efficiency * Smooth running * Low space requirement * Easy commissioning * Easy to maintain * The maximum flow rate is a value determined by means of a test bench and measured with water at a liquid temperature of approx. 20 °C . The measurement is taken at the pressure joint of the pump, without hose, nozzle or flow meter.‌

The B80 KME series was developed as a wet-installed centrifugal immersion pump for stationary use in tanks and basins. The direct-coupled pump with plain bearings is suitable for pumping and circulating neutral and chemically aggressive liquids in the chemical industry and process engineering, in electroplating and surface technology, in washing systems and water treatment plants, for sump drainage in industrial and municipal waste disposal plants or as a circulation pump in gas scrubbers and heat exchangers. * with various plain bearing designs * available in immersion depths from 600 - 1500 mm Features & Advantages * Compact dimensions * Abrasion resistant material combinations possible * Extremely low-vibration and low-wear operation * All wetted parts made of corrosion resistant plastic * Self-centering alignment in the bearing shell

The B80 KGK G1 series (with closed impeller) is a powerful and robust centrifugal submersible pump with plain bearings, drive lantern on roller bearings and IEC standard motor. The pumped liquid is conveyed from the tank via the radial pump outlet and the vertical riser pipe. Power is transmitted from the motor to the pump by means of a torsionally flexible, positive-locking coupling and is designed for continuous operation. * Suitable for flow rates up to 30 m³/h * equipped with a suction strainer as standard * suction pipe extension up to 2000 mm is possible * available in immersion depths from 500 - 4000 mm Features & advantages * No screws in contact with the medium * Vibration and oscillation-free operation * Long service life and operational reliability * Lifetime grease-lubricated roller bearings * Independent bearings for motor and pump * External flushing to protect the plain bearings with media containing solids

The B80 KGK G2 series (with open impeller) is a powerful and robust centrifugal submersible pump with plain bearings, drive lantern with roller bearings and IEC standard motor. The pumped liquid is conveyed from the tank via the radial pump outlet and the vertical riser pipe. Power is transmitted from the motor to the pump by means of a torsionally flexible, positive-locking coupling and is designed for continuous operation. *Suitable for flow rates up to 80 m³/h * equipped with a suction strainer as standard * suction pipe extension up to 2000 mm is possible * available in immersion depths from 500 - 4000 mm Features & advantages * No screws in contact with the medium * Vibration and oscillation-free operation * Long service life and operational reliability * Lifetime grease-lubricated roller bearings * Independent bearings for motor and pump * External flushing to protect the plain bearings with media containing solids

The horizontally installed, compact container pump MINIFLUX is designed for emptying IBCs via their floor-level outlet. Designed as an alternative to a vertical pump, the MINIFLUX can be used when an IBC is not accessible from the top. It is suitable for applications when gravity draining via the outlet tap is insufficient e.g. rapid dispensing or transfer to another container in a higher location. Power can ideally be provided by a commutator or compressed air motor. Benefits: - Can be used where ceilings are low - Allows pumping directly from floor-level outlets, even when containers are stacked - Significantly higher flow rate and pressure compared to draining by gravity - Minimal space requirement - Simple disconnection from IBC with union nut - Delivery against closed valve (e.g. hand nozzle, flap valve etc.) possible - Suitable for use in hazardous areas zone 1

Sound insulation for heat pumps: A customised, made-to-measure enclosure can help to significantly reduce noise from heat pumps and thus provide more peace and quiet in the neighbourhood. If you want to install a heat pump, you should therefore consider using an enclosure. Self-assembly with assembly instructions possible. We supply also in larger quantities to OEMs.

STRATE AWALIFTSCHACHT pre-fabricated shafts are used in private, industrial and municipal areas where the installation of sewage pumping stations within existing or planned buildings is not possible. The different design sizes of the pre-fabricated STRATE AWALIFT shafts allow the optimum size to be assigned to every individual AWALIFT pumping station. The possible installation of basement draining pumps in pump sumps is taken into consideration in the shaft dimensions. One-piece compound structure made of glass fibre reinforced plastic (GRP) from a shaft pipe diameter of 1000 mm to 2900 mm, cover and base plate made of reinforced concrete. Absolute water-tightness provides for excellent suitability for further purposes e.g. as an inspection, cleaning or valve shaft. Meets all the requirements of the ATV “Sewage” regulations, which means the pre-fabricated STRATE AWALIFTSCHACHT complies in production and scope of supply completely

The system comprises two electrodes which are installed above the floor of the pumping station shaft and which issue an alarm message via the connected level relay when they come into contact with water. A sudden water leak in the shaft is detected immediately thus effectively preventing damage. Product features Level relay with connection terminals for potential-free messages for installation in the AWAcontrol control cabinet

Witte chemical pumps are used as dosing pumps for a variety of fluids. Pumps of the CHEM series are designed and assembled exclusively at the Tornesch site, thus guaranteeing highest reliability and quality. For all our series we offer a comprehensive spare parts service on request. In addition, we also install the pumps directly at our customer's plant. Dosing pumps of the CHEM series are extremely flexible in their design and can be offered in various variants and equipment thanks to a modular system. Differential pressures up to 120 bar, suction pressures vacuum up to 15 bar Temperatures up to max 500 °C in combination with a magnetic coupling. Viscosities up to 1.000.000 mPas or higher Components made of stainless steel, ceramic and special materials Flow rates from 20 l/h to 170,000 l/h

Melt pump specially designed for use in the production of medical tubing made of TPE, PE or PA. The melt pump is installed downstream of the extruder in the extrusion process for pressure build-up and constant delivery of the melt to the die. It is particularly important for medical tubing that the wall thickness and quality is absolutely constant and uniform.

From left to right  Dosing system for acid (left) and caustic (right). Sodium hydroxide-dosing system. Chemical-dosing systems are developed and manufactured for various applications and processes as complete, ready-for-connection function modules. Selecting the components and materials for constructing these systems requires long-year experience and comprehensive knowledge of the specific properties of the substances to be dosed. A lot of media are toxic and harmful to persons. Moreover, many are harmful to the environment and the groundwater.  Substance properties such as a high viscosity or a high vapor pressure compromise the liability and a safe function if not considered when selecting and installing the pumps. For many years, MPT staff has been working in this specific area and gathered much experience when implementing hundreds of applications for nearly each topic in the range of premium dosing technology.  From left to right  Sulfuric acid-dosing station. Hardness

Designed as in-tank suction strainer elements for direct installation into suction lines of pumps; should always be installed below the minimum fluid level of the reservoir Features ▪ Available with female BSP thread (ISO 228) or female NPT thread (ANSI B1.20.1) Materials ▪ Threaded end cap made of glass-fibre reinforced Polyamide (PA) or Aluminium ▪ Lower end cap and support tube made of Steel, zinc-plated ▪ Standard filter material is Stainless Steel Mesh (125 μm); alternative micron ratings of 60 μm and 250 μm on request Consult STAUFF for alternative materials. Media Compatibility ▪ Suitable for use with Mineral and Petroleum based hydraulic fluids (HL and HLP) Technical Data ▪ Operating temperature range: -20 °C ... +100 °C / -4 °F ... +212 °F ▪ Integrated bypass valve with an opening pressure of 0,2 bar (3 PSI) to reduce the risks of high-pressure drops that can be caused by contaminated strainer elements or high-viscosity fluids Special sizes, designs, materials and...

Application as inline armature with venting or breather valve function for vessels. Preferably used for installation in pipes. Depending on the installation, the valve can be used as pressure or vacuum valve. It can also be used as non-return safety device or overflow valve.

Leistritz Multiphase pump systems are in operation worldwide. They are designed for running with high gas volume fractions (GVF) and gas bubbles with up to 100% gas content as well as for capacities of up to 5,000 m³/h and differential pressures of up to 150 bar. In comparison with traditional upstream installations, multiphase pumps need neither space-intensive separation devices at the borehole nor separate pumps, compressors or pipelines to transport gas and fluid to the central collection areas. Multiphase pumps are a cost-effective technology for the transportation of multiphase fluids using just a single pipeline - instead of separating the oil, water and gas at the collection areas and exporting the oil and gas to the central production facilities via separate pipelines.

Leistritz Multiphase pump systems are in operation worldwide. They are designed for running with high gas volume fractions (GVF) and gas bubbles with up to 100% gas content as well as for capacities of up to 5,000 m³/h and differential pressures of up to 150 bar. In comparison with traditional upstream installations, multiphase pumps need neither space-intensive separation devices at the borehole nor separate pumps, compressors or pipelines to transport gas and fluid to the central collection areas. Multiphase pumps are a cost-effective technology for the transportation of multiphase fluids using just a single pipeline - instead of separating the oil, water and gas at the collection areas and exporting the oil and gas to the central production facilities via separate pipelines. In general, multiphase pumps are a way to accelerate the unprocessed gas/fluid mixture.

Filling and mixing lines: Filling and mixing line, height and laterally adjustable Filling and mixing line, with removable mixing nozzle Mixing tube made of hard PVC, rotatable with 1 pipe clamp Filling and mixing line, galvanised steel, can be rotated using socket spanners, height and laterally adjustable mixing nozzle Mixing tube made of completely from hard PVC with flange connection with 1 pipe clamp Mixing tube made of completely from hard PVC with flange connection, height and laterally adjustable mixing nozzle with 1 pipe clamp Mixing unit completely galvanised, rotatable, height adjustable with clamp bracket and flange connection Mixing tube completely galvanised with flange connection, mixing nozzle, height and depth adjustable Mixing nozzle completely galvanised with flange connection, fixed mixing nozzle Tank filling line completely galvanised, fixed mounting, 360 degrees rotatable with flange connection Coupling parts,...

Eisele submersible pumps AT have been produced by us since 1972 and are used in the agricultural and industrial sectors. Key data: Simple installation Highly efficient For dry and wet installation Aeration equipment (optional) Many different installation variants Pumps also with carriage trolley From 3.0 - 22.0 kW Eisele submersible pumps AT have been produced by us since 1972 and have proved themselves thousands of times. The pumping of slurry with litter, straw or food residues as well as well as waste water sludge is carried out by a special formed inlet nozzle and a screw impeller with armoured Widia steel (for the S version).

Technical data Design Dual plate check valves to be mounted between tow flanges according to EN 1092-1 Type 11 form B – PN10/PN16. Face to face EN 558-1 row 16 Connection DN50 … DN300 Mounting position Pay attention to the flow direction. Preferably mounting into a horizontal runing pipeline. Make sure to install a minimum of 5 x nominal diameter of straight pipeline in front of and behind the dual plate check valve. Do not install the valves directly onto a pump flange. Pressure range PN10 … PN16, see data sheet Temperatur range 0°C … +80°C Media Non aggressive liquids Material Body: GGG-50, FBE-coated Flap: Steel, nickle plated Stem and spring: Stainless steel 1.4301 Seals: EPDM The above information is intended for guidance only and the company reserves the right to change any data herein without prior notice!

High capacity monoblock pumps Available in both cast iron and stainless steel construction, the 2BV5 family provides up the 600 m³/hr (360 CFM) in a compact monoblock design. Space-saving installation When compared to conventional pumps, the 2BV5's monoblock design delivers the benefits of a simple, compact and economical intallation. Since the pump and motor are integral and self supporting, there is no need for additional baseplates, couplings or guards, which add to the cost, complexity and overall size of the installation. Rugged and reliable We focused on durability and dependability when we developed these liquid-ring pumps. With a reinforced stainless steel shaft and sealed bearings, the 2BV5 can provide up to 20,000 hours of maintenance-free operation. Additional features such as the iron pump's ceramic coated casing prevent wear and ensure constant performance, even under harsh conditions. Quiet and precision balanced The 2BV5 is expertly designed and manufactured to be quiet and vibration free. With sound pressure levels of less that 75 dBA, it complies with the strictest noise standards, eliminating the need for additional sound attenuating devices.

High Capacity Monoblock Pumps Available in cast iron construction, the 2AV1 family provides capacities up to 600 m 3/h (360 CFM) in a compact monoblock design. When compared to conventional pumps, the 2AV1's monoblock design delivers the benefits of a simple, compact and economical installation. Since the pump and motor are integral and self supporting, there is no need for additional baseplates, couplings or guards, which add to the cost, complexity and overall size of the installation. We focused on durability and dependability when we developed these liquid-ring pumps. With a reinforced stainless steel shaft and sealed bearings, the 2AV1 can provide up to 20,000 hours of maintenance-free operation. The 2AV1 is expertly designed and manufactured to be quiet and vibration free. With sound pressure levels of less than 75 dBA, it complies with the strictest noise standards, eliminating the need for additional sound attenuating devices. Advantages at a glance Compact Rugged design for reliable operation and long service life Precision-balanced rotor 60hz Motors, UL recognized components Available from stock Low installation costs Easy to service Standard mechanical seal Reinforced stainless-steel shaft in the pump body Main Applications Plastics industry Chemical industry Medical technology Food and beverage industry General industry

14000 - 22000 CFM / 24,000 to 38,000 m³/h Designed to operate in demanding environments such as paper, power, mining and chemical process industries, this pump combines durability and reliability with low operating costs. The P2620 has a polyisoprene-lined body for corrosion and erosion resistance. This is a standard feature. The unique inlet configuration allows for both top and side inlet arrangements to accommodate low headroom installations. Bottom and side discharge connections offer flexibilty to address installation space constraints. The P2620 pump allows efficient operation over the entire vacuum range without the need to change the pump's internals. When equipped with a center shroud, split vacuum operation up to 10 in. Hg (340 millibar) differential can be achieved. Large inspection ports allow easy access to pump internals for inspection and maintenance. Performance ranges from 14,000 to 22,000 CFM (24,000 to 38,000 m³/hr). For more aggressive applications, stainless steel, stainless steel clad and epoxy coated components are available.