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| Primus 208 |
| Works with high accuracy – variation of the dosing flow is only ±1.5 %,
Long lasting – the harmonic, low-pulsation dosing avoids line break
Energy saving – power consumption is only 11W or 19. |
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| Primus 221 |
| Optimum dosing technology and control safety – as an oscillating displacement pump with mechanical diaphragm control
Doses with a low pulsation grade – due to the proven drive technology and the |
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| Series KM 280 |
| KM 280 are hydraulic piston diaphragm dosing pumps. They combine the leakproofness of diaphragm pumps with the characteristics output of the piston pumps.
All pumps are available in simplex or dupl |
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| Dosing tanks, agitators, and accessories |
| Cylindrical tank with screw cap
7 sizes from 40 liters to 1000 liters
UV-stabilized polyethylene (PE)
Impressed liter graduation
The 75, 100, and 200 liters tanks dispose of sintered threa |
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| Geco C 103 |
| Dosing capacity up to 4 kg/hr
Resistant material for safe operation
Automatic optical empty signal
Automatic optical empty signal
Automatic optical empty signal
Automatic optical empty |
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| Geco C 111/113 |
| Dosing capacity up to 4 kg/h
Ergonomic design for high operating convenience
Automatic optical empty signal
Resistant material for safe operation
Available as multiple dosing regulator of up to 4 |
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| Oxiperm® 164 D |
| Chlorine dioxide preparation from diluted solution
( 7.5 % NaClO2 / 9% HCl )
System capacities [g/h]:
5 / 10 / 30 / 120 / 220 / 350 / 700 / 1000 / 1500 / 2000
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| Oxiperm® 164 C |
| -chlorine dioxide preparation from concentrated solution
( 24,5% NaClO2 / 32 % HCl)
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| Oxiperm® 166 |
| Fully – automatic Chlorine Dioxide preparation system
The Chlorine gas / Sodium Chlorite method |
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| Oxiperm 164 D |
| Oxiperm 164D on a mobile steel skid for batch operation (Conc.: 2 – 4 g/l) including dosing pump, buffer tank and leakage tubs
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