HygroMatik WL-ROL 160-1200 Series, Руководство пользователя

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Page 74
16. Technical data
These values are theoretical because they
can change with the temperature of the feed
water and its chemical and physical qualities.
These values were used for feed water with a
TDS of 500 ppm and a water temperature of
18°C.
The temperature of the feed water has a
great influence on the productivity and quality
of the permeate. As the temperature increa-
ses, the permeate output also increases, but
with a worse conductivity value.
The recovery value is calculated as follows:
* quantity
If a softening unit (e.g. the WaterLine-D) is
connected upstream, the recovery value can
increase up to 75%.
WL-ROL 160 WL-ROL 320 WL-ROL 460 WL-ROL 600 WL-ROL 1000 WL-ROL 1200
160 320 460 600 1000 1200
150 150 460 600 470 570
circulation [l/h]* 160 150 460 600 450 450
320 470 920 1200 1500 1770
max. recovery rate [%] 50 68
max. working pressure [bar]
feed water temperature [°C]
feed water pressure [bar]
feed water Total Dissolved Salt [ppm]
feed water conductivity [
μ S/cm]
2 4 2 2 4 4
size of low-energy-membranes 4" x 40 4" x 40 XL 4" x 40 4" x 40 XL
7,9 8,8 7,4 7,9 8,1 8,8
permeate pressure [bar]
electrical power [kW]
weight (kg) im Betrieb
75 83
Dimensions height
[mm] depth
width
permeate pipe connection
drainage connection
Water hardness
Conductivity measurement
Antiscalant pump
* Specifications refer to the reference water quality: 15°C, TDS: 500 ppm, 15°dH, permeat pressure: 1 bar
50 68
3/4" AG
100 125
John Guest Ø 15 mm 3/4" AG
3/4" AG
1555 1550
only included in antiscalant version (AS), otherwise optional
drain function
can only be operated with an upstream softening unit or an antiscalant pump

Permeate and feed water monitoring, alarm function included
10
5 - 25
2 - 5
0,95 1,65 2,02
< 750
< 1000
2 - 4
water connection
510 700
940 1090
John Guest Ø 15 mm
number of membranes
2,5" x 40
membran pressure [bar]
electrical connection 230V /1Ph /N /50-60Hz
Technical data WL-ROL (Reverse Osmosis Large)
permeat production [l/h] *
concentrate production [l/h]*
water consumption during operatio [l/h]
RECOVERY (%) = Permeat* x 100
Permeat* + Concentrate*