Project TIGER
The new generation of high pressure pumps from Hauhinco.
For absolute top performance in:
Mining■ Heavy Industry ■ Descaling
Project TIGER
The TIGER project is one of the most outstanding new development projects in Hauhinco‘s recent history.
We have incorporated the experience gained over decades by our employees in the mining, heavy industry and hot forming sectors around the globe into
the conceptual design.
A select, 15-strong interdisciplinary team of engineers and specialists have succeeded in creating a highly e cient, robust and maintenance-friendly Quintuplex pump from these concepts, using the latest development methods…
max. Flow rate
0
dm³/min
max. Operating pressure
0
bar
max. input power
0
kw
Quality, service, maintenance and design
Easy to access, Easy to maintain, Easy to exchange
Quality management
- Key components are procured via selected and audited suppliers from Germany.
- Materials are specifi ed via Hauhinco factory standards.
- Internal QA checks and certifi es the defi ned properties.
- Experienced assemblers ensure faultless assembly through self-inspection.
- Final acceptance on 1000 kW test bench with Test certifi cate.
Service
- Trained and licensed service personnel worldwide.
- Local stocking of wear and spare spare parts.
- Extremely short response times Technical questions.
E3 - Maintenance concept
- Easy to access, Easy to maintain, Easy to exchange.
- Cartridge design of the suction/pressure valves.
- Cartridge design of the plunger seal carrier.
- Separate dismantling option for each individual plunger drive.
- Access to the crankshaft drive without draining the oil.
- External access to all RWDRs and wipers.
- Complete maintenance without lifting tools or special tools.
Design
- New look for the Hauhinco Quintuplex pump range.
- Integration of functional elements into the housing design e.g. suction channel.
- Accessibility of the crank shaft.
- Consistent implementation of the E³ concept.
Latest development methods
CFD, FEM, 1D hydraulic simulation
Modal analysis
- Modelling of all vibration-critical components
- Shifting of modes from resonance areas of operation
- Noise emission reduction
Transient simulation of hydraulics
- Optimisation of the reversal to reduce the pulsation of the water hydraulic system
- Increasing the volumetric e ciency by optimising the dynamics and dead volumes
- Demand-oriented supply of the tribocontacts with gear oil for lubrication and cooling
- Digital twin for correlation of measurement data for predictive maintenance
CFD-Optimization
- Analysis of the suction/pressure channels to optimise the fl ow
- Detailed modelling of the valve geometry to reduce fl ow losses
- Correlation of CFD and 1D simulation of suction/ pressure valves to maximise valve dynamics
- Maximisation of the hydromechanical e ciency
Latest manufacturing methods
Fatigue strength verification
- Assessment of all structural components according to FKM
- Validation of the bolt design according to VDI 2230
- Vibration analysis of the crankshaft drive
Gearbox and bearing
- Increasing the strength of the gearbox through spur gearing
- Optimisation of tooth meshing through load-appropriate gearing geometry corrections
- Integration of structural interactions to determine the service life of the bearing arrangement
Lubrication concept and VFD
- Complete forced lubrication of all tribo contacts
- Absolute fi ltration with water separation option
- Monitoring of fi lter condition
- Monitoring of the oil pump and the oil circuit
Technical data EHP-5K850
Plunger- diameter | Flow rate Qth dm3/min | max. Operating pressure[1] | Flow rate Qth dm3/min | max. Operating pressure[1] |
|---|---|---|---|---|
mm | Input speed 1.500 1/min | bar | Input speed 1.800 1/min | bar |
62 | 940 | 420 | 1122 | 420 |
66 | 1066 | 420 | 1271 | 375 |
68,5 | 1148 | 420 | 1370 | 350 |
72,5 | 1286 | 375 | 1534 | 310 |
78,5 | 1508 | 320 | 1799 | 265 |
85 | 1768 | 270 | 2109 | 230 |
max. input speed:
1.500 / 1.800 1/min
max. input power:
855 kW
Weight[2]:
4.380 kg
[1] Max. approved operating pressure at the pressure connection pump head.
[2] The weight specifi cations apply for pumps without any attachment parts.