Showing all 18 results
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Travaini – MCU-CH
1200 m³/h
6 bar
The monostage centrifugal pumps are principally for chemical and petrochemical applications and used on almost all the plants. The new design and the wide sizing of the bearing housings allows high reliability and minimum maintenance while the special design of hydraulic profiles for the impeller and the casing allows to reach high efficiencies and low NPSH in any application. The pumps are standardized according to ISO 2858/DIN 24256 standards and the manufacturing program includes three bearing frame sizes of the “Back pull-out” type; the pump casing is of the spiral type with axial suction flange; the impeller is of the radial type with overhang mounting.
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Travaini – TCH GR.5
- 500 m³/h
- 16 bar
The new pumps series TCH and derived series of the same family, reflect the design guidelines given by ISO 5199 class II standards: these norms provide for the introduction of new and severe manufacturing standards applicable to the pumps manufactured according to ISO 2858/DIN 24256 standards in order to get an ideal product for the heaviest uses, especially in the petrochemical industry, following the example of API standards.
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Travaini – TCHM
- 500 m³/h
- 10 bar
Built according to ISO standard 2858 and 5199 these sturdy and reliable pumps are available at low price coupled with the easy operation of monobloc units.
The series TCHM and TCTM of Travaini are of the highest quality, with attractive prices to the Chemical and Industry in general.
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Travaini – TCTM
- 500 m³/h
- 10 bar
Derived from the TCT series and built according to ISO standard 2858 and 5199 these sturdy and reliable pumps are available at low price coupled with the easy operation of monobloc units.
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Travaini – TCD
- 350 m³/h
- 10 bar
TCD pump series (see cross section below) are specifically designed to handle thermal fluids up to 320˚C without special cooling systems. The heat from the pumped product is greatly blocked by special “heat barrier” chamber located between the pump casing and the impeller. The bearing frame has been especially designed with cooling fins to effectively dissipate the heat coming from the pump casing so that standard, simple and single mechanical seal can be safely used. The rotor is supported with oversized ball bearings of the C3 series that are lubricated with oil of medium viscosity. Pump casings and impellers are the same as for pump series TCH smaller two frames. Materials of construction are Ductile iron or Stainless steel AISI 316. For the latter construction it is possible to have a special seal arrangement “SP” (see page at side). Pump dimensions and characteristics are in accordance to ISO 2858/DIN 24256 standards and are the same as for the correspondent models from the TCH series. Capacity up to 350 m3 /h and head to 10 bar.
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Travaini – TCK
- 280 m³/h
- 14 bar
Magnetic drive monostage centrifugal pumps with closed impeller and dimensions according to ISO 2858 standards.
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Travaini – TCS
- 2400 GPM
- 4 bar
TCS series pumps are mainly designed for pumping liquids containing small solids, filaments, sludges and viscous liquids, avoiding blockages. The impeller is and open-like type. The dimensions are standardized according to ISO 2858 / DIN 24256 standards.
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Travaini – TCN
- 2000 m³/h
- 6 bar
TCN series pumps are used where in need of an extremely low and stable NPSH all along the performance field. To guarantee this operation, TCN pumps are equipped with a closed impeller with an “advanced inducer” profile.
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Travaini – TMA
- 45 m³/h
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The TMA series pumps are multistage centrifugal type pumps that employ a closed type impeller design. The impellers are in series so that the head increases as the liquid being pumped is transferred from each impeller.
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Travaini – TBH
- Max. 70 m³/h
- Max. 40 bar
320°C
Self-priming centrifugal pumps. Self-priming multistage centrifugal pumps with single lateral channel.
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Travaini – TBA
- 35 m³/h
- 40 bar
- 320°C
Pumps TBA have extremely low NPSH requirements and are particularly suitable for handling boiling liquids and difficult applications. This design is especially suited to handle liquids with entrained gases and liquified gases such as LPG.
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Travaini – TBK
- 35 m³/h
- 25 bar
Magnetic drive monostage centrifugal pumps with closed impeller and dimensions according to ISO 2858 standards.
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Travaini – TBAK
- 35 m³/h
- 25 bar
Magnetic drive multistage self-priming centrifugal pumps derived from TBA
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Travaini – TRH
- 3500 m3/h
- 33 mbar
- 15 ° C - 20 ° C
Double stage liquid ring vacuum pumps for high vacuum.
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Travaini – HYDROSYS
- Max. 3500 m3/h
- Max. 5m bar
The HYDROSYS packages main components. Vacuum systems with total or partial water recirculation. Package vaccuum and compression units with total water or oil recirculation. HYDROSYS include liquid ring vacuum pump, cyclone type air-liquid separator, heat ex-canger and associated accessories all mounted on a fabricated frame.
Benefit
- HYDROSYS systems are factory assembled and piped including discharge separator/reservoir, heat exchanger (air/liquid or air/air), circulating pump, and all required accessories mounted on a common compact baseplate/frame.
STANDARD MATERIALS FOR “HYDROSYS” SYSTEMS: Vacuum pump, Separator reservoir, Heat Exchanger, Circulating pump, Piping, Valves – Thermometer, Level gauge.
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Travaini – HYDROPACK
- Max. 800 m³/h
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The new Hydropack series represents the best solution for compactness, efficiency and functionality in the installation of total recirculation liquid ring vacuum pumps. -
Travaini – OILSYS
- Max. 3500 m³/h
- Max. 5 mbar
OILSYS systems includes a liquid ring vacuun pump from ours series TRH, TRS, TRM, TRV, a separator tank which also as a frame, heat exchanger and oil demister to remove oil fumes
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Travaini – HYDROTWIN
- Max. 2500 m³/h
- Max. 5 mbar
Hydrotwin is the new series of compact high vacuum packages that guarantee a working vacuum level up to 5 mbar (absolute) and capacities up to 2500 m3/h. Package has been developed in close co-operation with Bora Blowers who specialises in manufacturing pressure and vacuum boosters. A sophisticated electronic control for booster operations has been developed to prevent risks of booster seizure in the event that operating conditions exceed allowable working parameters
