AQUA WTU
Compact water treatment system for safe dialysis operation
The Aqua WTU is a complete reverse osmosis water treatment system designed to operate in either a direct feed format, supplying up to 5 dialysis machines, or with a treated water tank for alternative applications. The complete system is housed within a compact sound proofed frame providing quiet operation and portability.
Microbiological purity
Safety in dialysis operation
Economical operation
Technical data |
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Electronic control unit |
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Microprocessor control unit, illuminated clear text display, operator guidance and indication of machine parameters. Data backup in case of power failure, RS232 serial interface port, optional remote control |
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Hydraulic unit |
|
Chassis |
mobile design, stainless steel powder |
Dimensions |
925mm x 510mm x 580mm |
Weight (approx.) |
110 kg (dry) |
Feed water supply |
|
Feed water supply |
potable water |
Inlet pressure |
3.5 – 6.0 bar |
Inlet temperature |
5 – 30oC |
SDI (Silt Density Index) |
<5 |
Drain |
DN 32 drain and air break installed |
Power supply |
|
Standard |
single phase supply |
power supply |
230 V AC 50 Hz, 16 A, 750 VA |
Performance |
|
AquaWTU 125 |
125 L/hr at 15°C, 1.5 bar counter pressure |
AquaWTU 250 |
250 L/hr at 15°C, 1.5 bar counter pressure |
Yield |
adjustable, (typical operation 50–70%) |
Technical specifications subject to change |
AQUA B
Central Reverse Osmosis Water Treatment System for Safe Dialysis Operation
The Aqua B is a single pass reverse osmosis unit designed to meet the recommendations set down by AAMI, the European Pharmacopoeia and the European Best Practice Guidelines for Haemodialysis (part 1).
Microbiological purity
An integrated aseptic sample point in the permeate return line allows easy and accurate microbiological sampling.
Semi-automatic volume controlled chemical disinfection provides accuracy, security and safety during the disinfection cycle.
Safety in dialysis operation
Economical operation
Aqua B includes the patented Fresenius “dynamic” water saving device providing a considerable reduction in water usage and subsequent cost savings.
A fully programmable control with a 7-day calendar clock provides automated flexible operations. It includes options for automatic start/stop, “stand-by” and “auto-rinse” functions.
The modular design allows for future expansion whilst avoiding large expenditure for replacement equipment.
Technical Data |
|
Electronic Control Unit |
|
Microprocessor control unit, illuminated clear text display, operator guidance and indication of machine parameters. Data backup in case of power failure, RS232 serial interface port, optional remote control. |
|
Hydraulic Unit |
|
Chassis |
mobile design, stainless steel powder |
Control Unit |
1420mm x 510mm x 660mm (h x w x d) |
Separate RO module unit (for units ≥ 750) |
1315mm x 525mm x 500mm (h x w x d) |
Weight (approx.) |
150 kg control unit plus RO modules dependent on the number of membranes. |
Feed water supply |
|
Feed water supply |
Potable water (full feed water analysis required) |
Inlet pressure |
Dynamic 2 – 6 bar |
Inlet temperature |
5 – 35oC |
Hardness |
< 1o dH (0.2mmol/l) |
Free Chlorine |
<0.1ppm |
SDI (Silt Density Index) |
<3 |
Power supply |
|
Power supply |
three phase supply 380-400 V 50Hz/16A, slow blow type C MCB, CEE plug |
Consumption |
max 3.5kW |
Performance |
|
Aqua B |
250-2000 L/hr (250l/h per module at 15°C and 3.0 bar counter pressure) |
Yield |
adjustable, typical 70% |
Technical specifications subject to change |