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40 MAINTENANCE
Performance Data Sheet
Model: LT1000P, LT1000PC, LT1000PCS
NSF System Trade Name Code: MDJ64844601
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 Standard 42, Standard 53 and Standard 401.
System tested and certified by NSF International against NSF/ANSI Standard 42, Standard 53 and
Standard 401 for the reduction of substances listed below.
Substance
Reduction
Average
Influent
Challenge
NSF
Specified
Challenge
Concentrati
on
Avg %
Reduction
Average
Product
Water
Concentrati
on
Max
Permissible
Product
Water
Concentrati
on
NSF
Reduction
Requireme
nts
Chlorine
Taste and
Odor
2.0 μ g/L 2.0 μ g/L±
10%
>97.5% 0.050 μ g/L N/A
2 50.00%
Nominal
Particulate
Class I, ,
2 0.5
to < 1.0 μ m
12,000,000
pts/mL
At least
10,000
particles/mL
99.80% 24,000 pts/
ml
N/A
2 85.00%
Asbestos 180 MFL
10
7
to 10
8
MFL; fibers
greater than
10 μ g/Lin
length
>99.00% < 1 MFL N/A
2 99.00%
Atrazine 8.5 μ g/L 9.0 μ g/L ±
10%
>94.10% 0.500 μ g/L 3.0 μ g/L NA
Benzene 15.0 μ g/L 15.0 μ g/L ±
10%
>96.60% 0.510 μ g/L 5.0 μ g/L NA
Carbofuran 74.0 μ g/L 80.0 μ g/L ±
10%
98.30% 1.258 μ g/L 40 μ g/L NA
Lindane 1.9 μ g/L 2.0 μ g/L ±
10%
>99.00% 0.019 μ g/L 0.2 μ g/L NA
P-
Dichlorobenz
ene
230.0 μ g/L 225.0 μ g/L ±
10%
>99.80% 0.460 μ g/L 75.0 μ g/L NA
2,4-D 210.0 μ g/L 210.0 μ g/L ±
10%
>99.90% 0.210 μ g/L 70.0 μ g/L NA
Lead pH
@6.5
140.0 μ g/L 150.0 μ g/L ±
10%
99.60% 0.560 μ g/L 10.0 μ g/L NA
Lead pH
@8.5
150.0 μ g/L 150.0 μ g/L ±
10%
>99.70% <0.500 μ g/L 10.0 μ g/L NA
Mercury @
pH6.5
5.9 μ g/L 6.0 μ g/L ±
10%
91.00% 0.531 μ g/L 2.0 μ g/L NA
us_main.book.book Page 40 Tuesday, July 7, 2020 3:07 PM