product data sheets

PRODUCT DATA SHEETS
Water Filtration System
Model T1WB2/T1RFWB2 Capacity 200 Gallons (757 Liters) with PID; 100 Gallons (378 Liters) without PID
Model T1WB2L/T1RFWB2 Capacity 200 Gallons (757 Liters) with PID; 100 Gallons (378 Liters) without PID
System tested and certified by NSF International against NSF/
ANSI Standard 42, 53, 401 and CSA B483.1 for the reduction
of contaminants specified on the Performance Data Sheet.
ET
E
H
S
TA
A
D
E
NC System
A
M
R
n
PERFO ter Filtratio
This system has been tested according to NSF/ANSI Standards 42, 53, 401 and CSA B483.1 for the reduction of the substances listed below. The
concentration of the indicated substances in water entering the system was reduced to a concentration less than or equal to the permissible limit for
water leaving the system, as specified in NSF/ANSI Standards 42, 53, 401 and CSA B483.1.
Substance Reduction
Influent Challenge Concentration Maximum Permissable
Average% Reduction
Aesthetic Effects
) Product Water Concentration
s
r
e
t
i
Chlorine Taste/Odor
2.0 mg/L ± 10%
50%
>97.4%
) reduction
57 L
ns (7 757 Liters
Particulate Class I*
At least 10,000
85% reduction
98.4%
loparticles/mL
l
a
(
G
I
s
Contaminant Reduction
Influent
Maximum Permissable
Average%Reduction
/ANS
200 Challenge
lonConcentration
acity y 200 Gal l against NSF Product Water Concentration
The
p
a
C
elow. limit
t
b
a
f
i
2
n
o
d
c
e
io
B
t
n
Lead***: @ pH 6.5 / @RpH
8.5
±at10%
0.010 mg/L
99.3% / >99.4%
io
lis
ible
apa 0.150F mg/L
FW
Intern he reduct et.
rmiss
ances
/P1/ @ pH
B2L C d by0.006
NS mg/L
26.5
0.002
mg/L
96.7% / 96.7%
Mercury: W
@ pH
8.5
r±t 10% ta She
subst l to the pe
B
o
W
e
f
h
F
t
1
.
f
R
1
a
ie
3 8 ce D††a
if
7
n o or equ
tion
Asbestos
>99%
del P
an
educ
2L/P1 ted and ceratnd CSA10B4eto8rfo10rmfibers/L
ductio 99%
than
MoCysts
†1WB
e% R
the re n less 99.95%
g
s
r
P
a
50,000/L
min.
99.99%
e
1
P
t
o
r
0
f
e
e
l
4
h
io
v
1
m
t
e
.
t
,
e
A
a
3
3
t
d
n
r
8
5
s
t
o
o
4
y
n
,
M Turbidity S dard 42 pecified
A B a conce
11 NTU
±S10%
0.5 NTU
98.6%
C
d
n
s
n
o
ts
%
dt
Sta
01 a mg/L
.1.
Alchor
0.002 mg/L
99.4%
, 40.040
duce ±A10%
>97.5
minan
B483
2, 53
as remg/L
ction
CS± 10% rmissable tration 0.003 mg/L
conta
%
u
rds 4 ystem w
d
Atrazine
0.009
>94.8%
.2
d
a
n
9
e
d
a
9
n
R
n
1
e
g e%
3, 40
the s
SI Sta
um P ter Conce
Benzene
0.005 mg/L
>96.7%
Avera
axim± t10%
F/AN entering ards 42, 5 0.015Mmg/L
a
S
W
N
c 10% n
. 3%
tion
Carbofuran
0.040 mg/L
98.7%
tand
ing to
water
rodu±
/ >99
entra 0.080 Pmg/L
uctio
ccordtances in SF/ANSI S
r±ed10%
9.3% 90.8%
Conc
ed aChlorobenzene
9
t
2.000
mg/L
0.100
mg/L
99.9%
%
s
e
N
>
n
s
0
b
g
e
io
5
t
u
in
n
t
le
s
n
d
n
%/
alle
reduc ermissab ntratio0.002
ecifie
s bee indicatedEndrin
0.006 mg/L
mg/L
96.4%
>96.4
nt Ch
85% ± 10%
as sp
Influe
um P ter Conce
of the system, Ethylbenzene
%
im
9
x
2.100
mg/L
±
10%
0.700
mg/L
99.9%
9
a
a
L
e
M
%
W
m
h
0
/
t
t
%
1
s
c
9
ng
ation mg/L
g/ L ±
article centr0.002
Lindane
±u10%
0.0002 mg/L
99.0%
>99.9
Prod
2. 0 m t 10, 000 p
m g/ L
010%
Co n
.1%
ction
1
9
e
9
s
.0
g
MTBE
0.015
mg/L
±
0.005
mg/L
90.9%
>
a
0
n
le
e
/L
t
ll
g
a
A
m
h
s
.0±0210%
O-Dichlorobenzene
1.800 mg/L
0.600 mg/L
96.7%
ent C
97.6%
0
lu
f
n
I
Odor
0.005 mg/L
96.7%
Tetrachloroethylene
0.015 mg/L
94.5%
99±%10%
± 10%
5%
m g /L 10%
s I*
.9
0
9
5
Toxaphene
0.015
mg/L
±
10%
0.003
mg/L
93.3%
96.6%
9
n
1
.
±
io
0
t
L
c
††
/
U
u
g
T
m
N
Red
/L
TTHM
0.045 mg/L0±.510%
0.080 mg/L
99.9%
91.1%
. 006
L
8 fibers
/
0
g
7 to 10
02 m L
9%
.010%
H 8.5Styrene
2.000
mg/L
±
0.100
mg/L
>99.9%
9
0
p
.
0
/
1
in
@
g
6. 5 /
0/L m
03 m L
H 8. 5
0.300 mg/L ±0.0
10%
0.015 mg/L
99.8%
96.6%
/
50, 00 ± 10%
/ @ p VOC
5 mg
U
0
%
H 6.5
T
.0
0
N
Atenolol
200
ng/L
±
20%
30
ng/L
>95.1%
99.9%
0
1
L
±
/
11
g
L
/
m
mg
%
99%
Trimethoprim
140 ng/L ± 20%
20 ng/L
>96.7%
0.040 g/L
0. 040 g /L ± 10
m
00 m L
%
9
.1
0
0
90.6%
Linuron
140
ng/L
±
20%
20
ng/L
>96.2%
0
1
0
.
±
/
0
g
L
/
m
g
%
m
%
99.9
Estrone
140 ng/L ± 20%
20 ng/L
>96.8%
0.002 g/L
0. 015 g /L ± 10
m
m
%
96.4%
Nonylphenol
1400 ng/L ± 20%
200 ng/L
>97.0%
0.700 mg/L
0. 080 g /L ± 10
%
m
002
>93.7
Meprobamate
60 ng/L
95.3%
2.000 g/L ± 10% 400 ng/L ± 20%0.0 5 mg/L
%
m
% 1400 ng/L ± 20%0.00
99.5
Carbamazepine
200 ng/L
>98.5%
/L
0. 006 g /L ± 10
g
m
m
% 1400 ng/L ± 20%0.600
99.9%
DEET
200 ng/L
>98.5%
an
2. 100 g /L ± 10
g/ L
m
e
% 1400 ng/L ± 20% 0.005 m /L
n
2
0
e
0
99.7%
1
z
0
.
n
Metolachlor
200
ng/L
98.5%
±
0
e
g
L
/
m
g
%
3
m
0
%
95.7
Phenytoin
30 ng/L
>95.9%
0.015 g/L ± 10 200 ng/L ± 20% 0.0 0 mg/L
e
00 m L ± 10% 400 ng/L ± 20% 0.08
96.1%
n
8
Ibuprofen
60
ng/L
95.1%
e
.
L
/
z
1
n
g
e
/
m
g
%
0
m
0
.3
%
96
0.1
Naproxen
20 ng/L
>96.4%
0.015 g/L ± 10 140 ng/L ± 20%
g/ L
m
ne
%
5
m
90.6
.015 g/L ± 10%2000 ng/L ± 20% 0.01 /L
Bisphenol
A
300
ng/L
>99.1%
0
e
n
ze
5m
93.7%
3 0 ng
10%
oben
. 04
e Parameters: pH = 7.50±
L (1.89 Lpm). Pressure = 60 psig (413.7 kPa).
0.5
unless
noted.
Flow
=
0.5
gpm
g/L ± otherwise
/
chlor thylenTest
g
m
n
%
0
20 gallons (757 liters).
oe
± 10
2.00to 22°C).
Temp. = 68°F to 71.6°F (20°C
al
L
chlor
mg/L Rated service capacity = 2200
ident
0 ng/
.300NSF%401 have been deemed as “emerging
/inccompounds/incidental
The compounds certified under
compounds/incidental
contaminants.”
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ne
0
s
).
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a
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L
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o
2 that have been detected in drinking
ls, thtrace levels, these
20 ng /water
13.7 levels. Whileg occurring
contaminants are those compounds
supplies
veonly
comp leat
200 ± 0%
igat(4trace
ng L quality.
2
HM
wn
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± acceptance/perception
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