Product/Service
ANATEL A-1000: Total Organic Carbon Analyzer
Source: Hach Company - Particle Counting DivisionModern ultrapure water systems demand TOC analyzers that provide the
lowest detection limits, most accurate results, maximum sensitivity to the
smallest changes in water quality, and a measure of reliability that meets the
most rigorous quality standards.
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Product Brochure: ANATEL A-1000 Total Organic Carbon Analyzer
Pre-Recorded Webinars
ISO 21501
PAT Guidelines For On-Line Release of USP Water
USP <788> Harmonization
Counting Particles in Pharmaceutical Liquids
Product Brochure: ANATEL A-1000 Total Organic Carbon Analyzer
Pre-Recorded Webinars
ISO 21501
PAT Guidelines For On-Line Release of USP Water
USP <788> Harmonization
Counting Particles in Pharmaceutical Liquids
Product Brochure: ANATEL A-1000 Total Organic Carbon Analyzer
Pre-Recorded Webinars
ISO 21501
PAT Guidelines For On-Line Release of USP Water
USP <788> Harmonization
Counting Particles in Pharmaceutical Liquids
The A-1000 is ideal for monitoring ultrapure water production and measuring the influent and effluent water at rinse stations to ensure that cleaning is complete. You can also monitor hot and cold water to detect and report quickly even the most rapid TOC changes in the ultrapure water system.
The A-1000 offers detection limits from 0.05 to 1999 ppb TOC. This operating range ensures the correct operation of water systems in the semiconductor and flat panel display industries. To give an idea of the level of sensitivity, consider that 1 second over a period of 32 years is an equivalent comparison to 1 ppb of carbon in solution.
Features
- Patented stopped flow and photocatalytic oxidation
- Robust design offers superior reliability
- Network sensors with ANET
- Detection limits to 0.05 ppb TOC
- Convenient serial, analog and digital interfacing
- Portable TOC sensors
Product Brochure: ANATEL A-1000 Total Organic Carbon Analyzer
Pre-Recorded Webinars
ISO 21501
PAT Guidelines For On-Line Release of USP Water
USP <788> Harmonization
Counting Particles in Pharmaceutical Liquids

