The HTY-DI1500 Total Organic Carbon (TOC) analyzer is a specialized instrument for detecting total organic carbon in deionized water such as purified water, injection water, and ultrapure water. This instrument is controlled by software installed on a computer and performs data analysis and processing, with more complete functions, rich display content, convenient data query, and simple operation.

1. Operating software developed based on SQL database to improve user work efficiency. Realize intelligence and automation.
2. Fully comply with GMP requirements for computerized system validation, and meet the requirements of 21 CFR Part 11 for electronic data integrity, electronic signatures, and audit trails.
3. Dual wavelength UV oxidation+conductivity detection sensor. Has excellent reproducibility and an ultra long calibration stability period.
4. Dynamic detection technology combined with professional algorithms ensures good repeatability of data.
5. The dual sensor configuration of total carbon (TC) and total inorganic carbon (IC) ensures the elimination of interference from inorganic carbon on organic carbon detection.
6. Provide IQ (Installation Qualification), OQ (Operational Qualification), and PQ (Performance Qualification).
7. Self service replacement of consumables, easy and convenient maintenance.

Power Supply: （100-240）VAC 50/60Hz
Indication error: ± 5% (JJG (Zhejiang) 98-2007 750.0 μ g/L)
Detection range: （0-1500.0）μg/L
Suggested calibration cycle: 6 months
Environmental temperature: (10-40) ℃
Rated power: 100W
Repeatability: RSD ≤ 2% (JJG (Zhejiang) 98-2007 750.0 μ g/L); JB/T 20178-2017 Total Organic Carbon Analyzer for Pharmaceutical Water
The required conductivity range for water samples is: （0-5.1）μS/ cm@25 ℃
Testing time: 4 minutes
Sample temperature: (1-95) ℃
Instrument size: 23cm × 24cm × 34cm

This system can be used to detect the concentration of total organic carbon in purified water, injection water, and high-purity water in the pharmaceutical industry; Can be used for TOC detection of ultrapure water in the semiconductor industry, power plants, scientific research institutions, pharmaceutical industry, chemical industry, and other industries.