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Turo
 

 

TURO® Vortex pump - Series T

 

 


Discharge

DN32 – 200 mm (1¼¨ - 8¨)

Capacity
Up to 120 l/sec (1900 US gpm)

Head
Up to 130 m (430 ft)

Application
Light, medium and heavy slurries, low shear applications, gentile pumping of soft solids, slurries, containing <10% entrained air or gas.
Long fibrous material, large irregular solids.
Low flows with large solids.

 

 

TURO® Vortex pump hydraulic design
 
Advantages
 

* High Hydraulic efficiency.
* Low wear characteristics.
* Large solids handling ability.
* Low shear design.
* 15% liquid contact with Impeller.
* Versatility of design.
* Simplicity of design.
* Hydraulic vortex of the second generation.
* No wear rings or critical clearances.
* Low radial forces due to centrally located impeller
   therefore prolonged shaft sealing and bearing life.
* High performance pressure relief-balancing vanes.
* Wide choice of sealing arrangements.
* Centre line discharge-self venting casing.
* Low life cycle costs (LCC).
* Long mean time between failures (MTBF).



 

Only 15% of liquid
in contact with impeller

TURO® Vortex pump Constructions
 
Dry well design's
 


H
Horizontal Long Coupled pump driven by foot mounted motor.

HF
Horizontal Close Coupled pump driven by flange mounted motor.

VK
Vertical Long Coupled pump cardan / prop.
Shaft driven flange mounted motor.

VF
Vertical Close Coupled pump driven by flange mounted motor.

V
Vertical Long Coupled pump driven by flange mounted motor.


 

Dry well/Wet well designs with dry-mounted motor
 


S
Vertical enclosed shaft driven pump tank top mounted
with dry mounted motor.

F
Vertical enclosed shaft driven pump free standing
with dry mounted motor.

SO
Vertical cantilever pump bearing housing
and flange mounted motor above tank.

SOK
Vertical cantilever pump short version of SO design.

SOF
Vertical cantilever pump tank top mounted
with dry mounted motor.


FOF
Vertical cantilever pump free standing
with dry mounted motor.


 

Wet well designs
 
U
Vertical submersible fixed installation
with submersible electric motor.

UM
Vertical Submersible free standing
with submersible electric motor.

FUH
Vertical Submersible free standing
with hydraulically driven motor.

UMH
Vertical Submersible free standing
with hydraulically driven motor. (Limited sizes)

 

 

Shaft Sealing

System VARIOSEAL®
 


The shaft seal is designed in such a way that different seal arrangements can be fitted without modification to the pump casing cover (modular design program).

 

  • Soft Packed Glands acc. to DIN 3780

  • Cartridge and Special Purpose Seals

  • Single & Double Mechanical Seals acc. to DIN 24960

 

The hydraulic part of the EGGER TURO® Vortex Pump is available in the following materials as standard:


 
EN-GJL-250
(GG 25)
ASTM A 48 - 40B DIN EN 1561 cast iron
Hardness: 180-250 (HB)
EN-GJS-400-15
(GGG 40)
 
ASTM A 536
(60-40-18)
DIN EN 1563 nodular cast iron
Hardness: 120-180 (HB)
1.4409
 
No direct US
equivalent
DIN EN 10283 Austenitic stainless steel,
GX2CrNiMo19-11-2
1.4588    No direct US
equivalent
DIN EN 10283 Fully Austenitic stainless steel
GX2NiCrMoCuN 25-20-6
1.4593    No direct US
equivalent
DIN EN 10283 Austenitic/Ferritic stainless steel
GX3CrNiMoCuN24-6-2-3
HG 25.3    ASTM A 532-93
III A 25% Cr
Abrasion resistant alloyed cast iron (G-X150 Cr 25)
Hardness: 570-665 (HB)

 
On request:

All cast metals, such as Ni-resist, duplex and super duplex stainless steel, Hastelloy® B and C, titanium, zirconium, nickel, etc. conforming to European standards with American and Asian material equivalents.

 


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Copyright © 2010 ROTEQ Engineering Pte Ltd
Last modified: 2012-12-03