Introduction

CU-600 use the Flow UV oxidation-Conductivity Detection method to detect the concentration of total organic carbon in de-ionized water, range from 0.1ppb-1500ppb. It has a high sensitivity and accuracy.

Application

Laboratory Offline detection for the total organic carbon Concentration of the purified water, deionized water, water for injection, online monitoring the pharmaceutical industry Water system, ultra-pure water preparation system in the semiconductor industry, and the deionized water preparation process in power plants.

Fundamentals

Using UV light to oxidized the slow flow of water samples, according to the difference of conductivity before and after oxidation of the sample to calculate the value of TOC.

Technical Parameters:

Fundamentals: Flow UV oxidation-Conductivity

Detect range: 0.1-1500.0 μmg/L 0.1ppb

Accuracy error: ≤±5%

Repeatability error: ≤±3%

Span drift: ≤±2%/D

Zero drift: ≤±2%/D

Conductivity detection range: 0.055-6.000 μS/cm

Showing Data: TOC, Conductivity, temperature

Response time: Less than 15 mins

Injection method: Self-priming peristaltic pump

Reagent: No need

Carrier gas: No need

Communication: 4-20mA(External)

Display and operator: 5.6 inches screen

Data storage: 5-year data (date measured 500 times)

Printer: Embedded dot matrix printer

Options: Online device, Calibration package, Autosampler

Power: 220V AC≤±10% 50Hz

Output: 60W

Ambient temperature: 0-40 degree Celsius

Dimensions (W*D*H mm): 300*200*180

Weight: 10kg

Product Features:

High accuracy

Lower test limit

Simultaneous Determination of conductivity

Conductivity temperature compensation technology

4-20mA Interface can be connected

5.6 Inch touch screen

Data convenient query

Five years of data storage

Embedded dot matrix printer

UV lamp output function

Low maintenance costs

Online testing optional

Automatic calibration optional