9
EN
1 Scope of delivery
The complete filter system consists of the following components:
Filter cartridge (1) with hygienic cap and male thread for screwing into the filter head (2).
Filter head (2) with female thread for mounting the filter cartridge (1), suitable for all filter
cartridge sizes with installation label. An Aquastop and two non return valves (inlet and outlet)
are installed in the filter head.
Bracket (3) for mounting the filter cartridge.
The filter cartridge needs to be ordered separately. The scope of delivery of the filter head
includes the wall bracket.
2 Technical data
2.1 Dimensions and weights
AC100
Total height without bracket, max.
A
mm
(inch)
280
(11 11/16)
Total height with bracket, max.
B
mm
(inch)
305
(12 1/16)
Connection height
C
mm
(inch)
226
(8 7/8)
Distance from floor
D
mm
(inch)
65
(2 9/16)
Installation length
E
mm
(inch)
125
(4 15/16)
Filter cartridge Ø
F
mm
(inch)
88
(3 7/16)
Weight of dry filter cartride, approx.
kg
(lb)
0.5
(1.01)
Weight of wet filter cartridge, approx.
kg
(lb)
1.1
(2.43)
2.2 Operating conditions
AC100
Connection thread
(intake/outlet)
3
/
8
"
(BSP male)
Nominal flow
L/h
(US gal/h)
180
(48)
Line pressure, min.-max.
bar
(psi)
2 – 8
(29 - 116)
Flow pressure
bar
(psi)
> 1.2
(> 17.4)
Pressure loss at 30 L/h
(8 US gallons/h)
¹
bar
(psi)
0.10
(1.5)
Pressure loss at 60 L/h
(16 US gallons/h)
¹
bar
(psi)
0.15
(2.2)
Pressure loss at 180 L/h
(48 US gallons/h)
¹
bar
(psi)
0.60
(8.7)
Water temperature, min.–max.
°C
(°F)
+4 to +30
(+39 to +86)
Ambient temperature, min.–max.
°C
(°F)
+4 to +40
(+39 to +104)
Ambient temperature during transportation/storage, min.–max.
°C
(°F)
-20 to +40
(-4 to +104)
Bed volume
L
(US gal)
0.45
(0.1)
Operating position
horizontal or vertical
Volume of flushing water
L
(US gal)
1
(0.3)
Particle filtration
µm
5
¹ With a 1.5 m (59.06 inch) hose DN8 fitted to both the intake and outlet.
2.3 Typical capacities and chlorine reduction
AC100
Typical capacity²
L
(US gal)
3000
(793)
Chlorine reduction according to 5.5.2EN 14898:2006
Category
1
² The actual capacities in operation can be higher or lower than the capacities stated in the table. The capacities depend on the quality of the input water,
the flow rate, the intake water pressure and the flow continuity.