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| Model Range Dulcodes UV Systems |
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Dulcodes Z UV plants with Opti-Flux lamps are used to radiate drinking and process water and can be used – depending on transmission – with flows up to 230 m3/h. Each plant is biodosimetrically validated in accordance with DVGW Test Regulation W 294.
Advantages
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Certified according to state-of-the-art technology: Safe disinfection because performance levels are certified according to DVGW criteria
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Optimum matching of plants to different water values: Broad spectrum of permitted flow rates because of certified characteristic curves
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Compact and variable installation options: Performance biodosimetrically without any installation restrictions
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More power with fewer lamps: Up to 300 W radiation power allows more flow per lamp
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Longer maintenance cycles, lower operating costs: 14,000 operating hours of lamp utilisation set new parameters in UV technology
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Many special functions, simple connection to central surveillance control rooms: Plant control with electronic control gear
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Rapid analysis of faults, separation of the power supply unit and control unit possible over long distances: Individual monitoring of lamps using the most modern BUS technology
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Maintenance costs in the first 5 years’ of operation as a % of the purchase price |
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traditional UV plant
4 lamps at 170 Wfor 62 m3/h (97 %/cm Transmission)
Dulcodes Z
2 Opti-Flux lamps at 300 Wfor 60 m3/h (98 %/cm Transmission)
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Features
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Flow: up to 230 m³/h (depending on transmission)
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High performance low pressure Opti-Flux lamps with special amalgam technology, increased UV performance, largely independent of temperature
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Lamp operating hours: 14,000 h
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Electronic control gear with BUS interface for starting and monitoring each individual lamp
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Variable current for savings on lamp ignition and exact matching of optimum lamp operating current
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DVGW certified UVC sensor for monitoring disinfection performance and transmission of the water (UV permeability)
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Large, graphic display showing the sensor signal and operating messages in full text
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Monitoring lamp ageing, contamination of the lamp’s protective piping as well as changes in water quality
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Freely programmable control, for example for different rinsing, warning and cut-out processes
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Radiation chambers made of high-quality stainless steel 1.4404 with highly polished surface
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Radiation chambers hydraulically optimised through computer simulation
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Control cabinets made of painted steel
Main applications
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Drinking water |
Process water |
Swimming pool water |
Effluent |
Salt water |
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Technische Daten
| Dulcodes Type |
max. Flow (98 %/cm Transm., 400 J/m²) |
Lamp performance |
Connector nominal width |
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[m³/h] |
[W] |
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1x75Z |
4,5 |
75 |
Rp 1 1/4" |
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1x200Z |
10 |
200 |
DN 50 |
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1x300Z |
20 |
300 |
DN 80 |
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2x300Z |
60 |
2x300 |
DN 100 |
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3x300Z |
110 |
3x300 |
DN 150 |
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4x300Z |
165 |
4x300 |
DN 150 |
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5x300W |
230 |
5x300 |
DN 200 | |
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