TUMA industrial pumps, vacuum packages, and skid units

TUMA pumping solutions: turnkey modular pump stations, Univac and BluVac vacuum units, standardized EN 733 pumps, and positive displacement systems.

TUMA packaged pump systems and turnkey modular stations

Packaged pumping systems and modular units by TUMA are engineered to match exacting industrial project criteria. Factory integration onto rigid structural baseframes with valves, drive motors, and automation panels ensures streamlined commissioning across chemical and utility plants.

Turnkey modular skids built in standard industrial and explosion-proof variants
Integrated flowmeters, thermal detectors, and vibration monitoring instrumentation
Outfitted with premium efficiency electric drive motors and frequency converters
Comprehensive hydraulic testing on dedicated workshop test stands prior to delivery

TUMA liquid ring and rotary vane vacuum pump technologies

TUMA vacuum pump equipment across Univac and BluVac model families provides dependable negative pressure within chemical, drying, and distillation processes. Liquid ring and rotary vane configurations handle vapor mixtures reliably without overheating or contaminating operating fluids.

Liquid ring units designed to evacuate humid gases and condensable vapor flows
Rotary vane models engineered for deep dry vacuum and industrial dehydration
Flow components fabricated from acid-resistant stainless alloy grade 1.4571
Low acoustic emissions combined with dynamically balanced rotating assemblies

TUMA standardized EN 733 end-suction and chemical pumps

Standardized centrifugal pumps by TUMA compliant with EN 733 specifications deliver steady handling of industrial water, thermal fluids, and chemical solutions. A built-in hydrodynamic pressure limiter ensures dependable operation without mandating supplementary external relief valves.

Standardized flange connection geometry matching European norm EN 733 standards
High-temperature configurations tailored for synthetic thermal oil circulation
Chemical close-coupled pump builds with wetted parts made of resistant alloys
Optimized enclosed impeller fluid profiles minimize internal cavitation wear

TUMA positive displacement, progressive cavity, and gear pumps

Positive displacement pumping machines from TUMA provide metering and gentle handling for high-viscosity, shear-sensitive, and thixotropic fluids. Volumetric delivery remains proportional to shaft rotational speed, operating independently of system downstream hydraulic flow resistances.

Progressive cavity screw pumps for sludge, emulsions, and heavy suspensions
Rotary lobe pumps for hygienic handling of food and pharmaceutical mixtures
Positive gear units for lubricating fluids, resins, and polymer compounds
Pneumatic diaphragm pump models featuring dry-run safety and self-priming

TUMA mechanical shaft seals, impellers, and replacement parts

Replacement parts and overhaul kits for TUMA pumping equipment are produced according to strict factory drawing tolerances. Sourcing durable impellers, single and dual mechanical face seals, drive shafts, and elastomeric O-rings restores initial hydraulic performance across pump units.

Single and dual cartridge mechanical face seals with resilient SiC friction pairs
Precision balanced fluid impellers crafted from durable stainless alloy 1.4581
Ground rotating shafts and reinforced heavy-duty rolling element bearing assemblies
Molded sealing rings and packings fabricated from durable FKM, EPDM, and PTFE

TUMA system engineering, test bench trials, and pump services

The engineering division of TUMA develops specialized pumping solutions tailored to unique industrial process parameters. An advanced in-house testing facility enables rigorous verification of flow rate, head pressure, power draw, temperature, and vibration behavior prior to shipment.

Hydraulic calculations and 3D modeling for modular turnkey pumping packages
Factory test bench trials for liquid and gas handling pumps with data logging
Protective anti-corrosion surface coating applied in modern painting chambers
Onsite diagnostics, commissioning guidance, and preventive service routines

Pump engineering heritage of TUMA and European manufacturing standards

Austrian engineering specialist Tuma Pumpensysteme GmbH was established during the 1950s by founder Peter Tuma and has developed fluid handling equipment for over six decades.

Production facilities in Vienna deliver complete capabilities in structural base fabrication, component machining, and dynamic balancing of rotational impeller units.

Factory quality protocols follow ISO standards, encompassing hydrostatic pressure validation, alloy chemical verification, and bearing vibration spectrum analysis.

Key mechanical parts are procured from qualified European partners, ensuring dependable operation for pumping units across chemical processing plants and district heating networks.

Engineering selection criteria for modular packaged pumping skids and units

Configuring modular pumping packages by TUMA begins with analyzing chemical fluid viscosity, continuous discharge head requirements, and pipeline volumetric flow targets.

Rigid structural steel baseplates coated with industrial anti-corrosion enamel prevent shaft deflection during heavy dynamic vibration.

Turnkey packages integrate isolation valves, non-return check hardware, and instrumentation measuring line pressure and flow rate. Implementing variable-frequency electric drives optimizes power consumption by aligning pump rotational speed with changing process demands throughout daily operation.

Operation and maintenance guidelines for Univac and BluVac vacuum units

Vacuum pumps across Univac and BluVac model series generate reliable negative pressure during vacuum distillation, degassing, and product drying procedures.

The liquid ring architecture utilizes circulating liquid to seal internal clearances and absorb heat of compression, safely handling moist gases and flammable vapor streams.

Flow-contacting housings and internal impellers are made of austenitic stainless alloy 1.4571, neutralizing corrosion from acidic vapors.

Routine inspections verify service fluid levels, gas separator cleanliness, and plate heat exchanger performance to prevent downtime in continuous chemical refining units.

Installation and servicing standards for EN 733 standardized centrifugal pumps

End-suction and close-coupled pumps compliant with EN 733 dimensions mount on prepared foundation pads with precision laser alignment of drive couplings. Standardized interface dimensions facilitate drop-in replacement without altering plant suction and discharge piping manifolds.

An internal hydrodynamic pressure limiter shields the pump volute and mechanical shaft seals from fluid surge when downstream isolation valves close suddenly.

Scheduled maintenance focuses on monitoring bearing operating temperatures and replacing lubricants in accordance with specified running intervals.

Application engineering for positive displacement, cavity, and diaphragm pumps

Positive displacement machinery from TUMA handles high-viscosity resins, adhesive compounds, polymer mixtures, food pastes, and abrasive slurries.

Progressive cavity geometry pairing an alloy rotor with an elastomer stator forms moving cavities, advancing media without shearing delicate suspension particles.

Hygienic rotary lobe models accommodate automated clean-in-place CIP cycles and high-temperature steam sterilization SIP routines. Air-operated double diaphragm pump units offer dry-run protection, rapid self-priming, and explosion-proof transfer for volatile hydrocarbon solvents.

Procedures for mechanical face seal renewal and factory performance trials

Restoring optimal hydraulic performance on TUMA pumping assemblies involves replacing worn components with pre-assembled cartridge mechanical face seals. Friction faces made of silicon carbide and tungsten carbide guarantee fluid containment when handling abrasive chemical process streams.

Following complete overhaul, each pump assembly undergoes evaluation on the specialized TUMA factory test stand. Digital sensors log flow capacity, differential head, motor current draw, and vibration velocity to generate comprehensive performance documentation prior to equipment release.

TUMA and model names are trademarks of their respective owners and are used only to identify the equipment for which we source parts. SpareX is not an official dealer, distributor or representative of TUMA and is not affiliated with the trademark owner. Origin, documents and warranty are stated for each item in the quotation.