Total Organic Carbon Analyzer 50μg/l (ppb) TOC-A3000 Scitek Global
Product Description
Benchtop TOC
Analyzer Specifications:
|
Model
|
TOC-A3000
|
|
Detector
|
NDIR
|
|
Method
|
Wet Method
|
|
Parameters
|
TC, TIC, TOC, NPOC
|
|
Digestion Mode
|
Wet Chemical Oxidation by UV
|
|
Operation Mode
|
PC software Control
|
|
Application
|
Liquid Sample
|
|
Gas Requirement
|
Nitrogen ≥99.995%
|
|
Measurement Range
|
0-10000mg/l(ppm)
|
|
Detection Limit
|
50μg/l (ppb)
|
|
Repeatability
|
3%
|
|
Maximum Salinity
|
85g/l
|
|
Power Supply
|
AC 220V, 50/60Hz; 110V, 50/60Hz
|
|
Power
|
200W
|
|
Size(W×D×H)(mm)
|
430x455x440
|
|
Shipping Size (W×D×H)(mm)
|
670x620x690
|
|
N.W./G.W. (kg)
|
25/50
|
Benchtop Toc Analyzer
Feature:
1.
High-performance
processor,ensuring stable and reliable system running.
2.
Modular
design,simplifying device operation and maintenance.
3.
PID temperature
controlling technology,reaching higher accuracy.
4.
Precise gas flow
control technology improves accuracy.
5.
Unique three-stage
dehydration technology improves drying efficiency.
6.
Optional 20-position
autosampler saves 80% time and energy.
7.
Unique liquid path and
flow control system extend the service life of catalyst.
8.
Real-time monitoring
of diluted water and waste water.
9.
Multi-functional PC
software,complying with the requirements of GMP.
10.
Personalized standard
curve management provides great convenience for users.
11.
Consumables management
reminds users to replace consumables in time.
12.
680℃ catalytic oxidation technology with Platinum catalyst,
especially for seawater test.
13.
Imported NDIR detector,guaranteeing
higher sensitivity and stability.
High Temperature Pyrolysis Module
Pyrolysis temperature can be set as required.
Precision temperature control system, the
highest temperature 1000℃
IC Reaction Module
Complete IC digestion by acid-adding and
heating.
Electronic cooling system, filter and membrane
dryer effectively remove the water vapor.
NDIR Detector
Imported light source, detector and special
gas chamber.
Stable results, lower noise, wider detection
range and faster speed.
A constant temperature environment ensures
high stability and accuracy.