Total Organic Carbon-toc

Description

The TOC analyzer (conductivity method) is designed specifically for the detection of high-purity water quality. The instrument adopts advanced differential conductivity detection technology to efficiently convert organic carbon in water samples into carbon dioxide through ultraviolet oxidation, and accurately measure the conductivity changes caused by it, thereby achieving precise and rapid analysis of TOC content.

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Additional Infomation

Android system

7-inch touch screen

WIFI upload

High-precision measurement

No reagent design

Built-in thermal printing

Quartz reactor

Safe and energy-saving

Compact and portable

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This instrument is designed specifically for organic pollution monitoring in high-purity water systems and is widely used in industries with strict water quality requirements.

It is a reliable tool for testing purified water, water for injection (WFI), and cleaning validation in the pharmaceutical industry, ensuring compliance with pharmacopoeia standards of various countries.

In the fields of microelectronics and semiconductors, it can be used to monitor the quality of ultrapure water, which is a key link in ensuring chip yield.

At the same time, it is also applicable to water quality control of systems such as nuclear power and ultra-high pressure boiler feed water in the power industry, as well as daily analysis work in scientific research laboratories, providing accurate data support for fine water quality management and product quality control in various fields.

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Detection range	0.001 mg/L~1.600 mg/L (1 ppb~1600 ppb)
Indication error	± 5%
Repeatability	RSD ≤ 2%
Response time	<12 minutes
Sample temperature	1~70 ℃
Working environment	temperature 10~40 ℃ (fluctuation<± 5 ℃/d); humidity: ≤ 85% RH (no condensation)
Working power supply	AC 100~240 V 50/60 Hz
Basic dimensions	350 mm × 250 mm × 350 mm
Weight	Approximately 3 kg

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