Configure your new TOC-L

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Please select a TOC System (choose one of the four)
High Sensitivity Systems:
TOC-LCPH (PC-Controlled Model)
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TOC-LCPH is designed and configured for analysis of wastewater, drinking water, pharmaceutical water, ground water, surface water, saline water, domestic, and industrial wastewater. This instrument meets or exceeds all specifications according to Standard Methods 5310B, Environmental Protection Agency (EPA) Methods 415.1 & 415.3, EPA SW-846 Method 9060A, ASTM 2579, and Pharmaceutical Water for Injection (WFI), Pure Water (PW) according to United States Pharmacopoeia (USP), Method <643>, and Clean-In-Place TOC application. The TOC-LC utilizes the approved Platinum catalyst, 680-degree Celsius combustion technique to oxidize aqueous samples. The combustion type TOC eliminates salt interferences and ensures complete oxidation even with high molecular weight compounds, suspended particles, and refractory compounds. The system incorporates a Non-Dispersive Infrared (NDIR) detector for maximum sensitivity and durability. The measuring range is from 4ppb to 30,000ppm.

TOC-LCSH (Standalone Model)
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TOC-LCSH is designed and configured for analysis of wastewater, drinking water, pharmaceutical water, ground water, surface water, saline water, domestic, and industrial wastewater. This instrument meets or exceeds all specifications according to Standard Methods 5310B, Environmental Protection Agency (EPA) Methods 415.1 & 415.3, EPA SW-846 Method 9060A, ASTM 2579, and Pharmaceutical Water for Injection (WFI), Pure Water (PW) according to United States Pharmacopoeia (USP), Method <643>, and Clean-In-Place TOC application. The TOC-LC utilizes the approved Platinum catalyst, 680-degree Celsius combustion technique to oxidize aqueous samples. The combustion type TOC eliminates salt interferences and ensures complete oxidation even with high molecular weight compounds, suspended particles, and refractory compounds. The system incorporates a Non-Dispersive Infrared (NDIR) detector for maximum sensitivity and durability. The measuring range is from 4ppb to 30,000ppm. External printer not included.

OR
Regular Sensitivity Systems:
TOC-LCPN (PC-Controlled Model)
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TOC-LCPN is designed and configured for analysis of wastewater, drinking water, pharmaceutical water, ground water, surface water, saline water, domestic, and industrial wastewater. This instrument meets or exceeds all specifications according to Standard Methods 5310B, Environmental Protection Agency (EPA) Methods 415.1 & 415.3, EPA SW-846 Method 9060A, ASTM 2579, and Pharmaceutical Water for Injection (WFI), Pure Water (PW) according to United States Pharmacopoeia (USP), Method <643>, and Clean-In-Place TOC application. The TOC-LC utilizes the approved Platinum catalyst, 680-degree Celsius combustion technique to oxidize aqueous samples. The combustion type TOC eliminates salt interferences and ensures complete oxidation even with high molecular weight compounds, suspended particles, and refractory compounds. The system incorporates a Non-Dispersive Infrared (NDIR) detector for maximum sensitivity and durability. The measuring range is from 50ppb to 30,000ppm.

TOC-LCSN (Standalone Model)
 Click here for more information

TOC-LCSN is designed and configured for analysis of wastewater, drinking water, pharmaceutical water, ground water, surface water, saline water, domestic, and industrial wastewater. This instrument meets or exceeds all specifications according to Standard Methods 5310B, Environmental Protection Agency (EPA) Methods 415.1 & 415.3, EPA SW-846 Method 9060A, ASTM 2579, and Pharmaceutical Water for Injection (WFI), Pure Water (PW) according to United States Pharmacopoeia (USP), Method <643>, and Clean-In-Place TOC application. The TOC-LC utilizes the approved Platinum catalyst, 680-degree Celsius combustion technique to oxidize aqueous samples. The combustion type TOC eliminates salt interferences and ensures complete oxidation even with high molecular weight compounds, suspended particles, and refractory compounds. The system incorporates a Non-Dispersive Infrared (NDIR) detector for maximum sensitivity and durability. The measuring range is from 50ppb to 30,000ppm. External printer not included.

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