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Technical data
2
Technical data
General characteristics
Designation/type
Dimensions
Mass
Procedural data
Digestion principle
Digestion temperature
Catalyst
−
for liquid samples
−
for internal solids module
Measuring method
Carbon detection
Nitrogen detection (optional)
Sample volumes
Particle handling capacity
Sample feed
Gas supply
(carrier gas /NPOC auxiliary
gas/auxiliary gas for injector
lock)
Gas consumption:
in total
measuring gas flow
purge flow
measuring gas flow for internal
solids module (optional)
Control/analysis (control and
analysis software multiWin)
Electrical variables
Connection
Protection
Average power consumption
PC interface
4
Analyzer multi N/C 2100
Basic device (W x H x D) (513 x 464 x 540) mm
approx. 28 kg
Thermocatalytic oxidation
up to 950°C, depending on the catalyst
Pt(Al
O
) for multi N/C
2
3
CeO
(special catalyst for multi N/C)
2
TC, TIC, TOC (differential method), NPOC,
TN
(optional)
b
NDIR (coupled with VITA method)
ChD
50 – 500 µl
According to DIN EN 1484
only for syringes suitable for particles
Direct injection
Synthetic air (free of HC, free of CO
Synthetic/Purified air can be supplied from gas
cylinders or after clean-up of pressurized air by a
TOC gas generator.
Purity specifications to be met: CO
Hydrocarbons < 0,5 ppm (as CH
Supply pressure: min. 5 bar (72 psi)
Provided flow rate: min. 300 ml/min
or
oxygen (at least 4.5)
preliminary pressure 4 – 6 bar
approx. 15 l/h, dependent on the measuring mode
160 ± 10 ml/min
approx. 50 – 160 ml/min
400 ± 10 ml/min
Real-time graphics, status indication during analysis,
graphical display of the measured results, result print-
out
230 V AC, optionally 115 V AC, 50/60 Hz
230 V: T 6.3 A H, 115 V: T 6.3 A H
(Use only original fuses of Analytik Jena AG)
400 VA
USB 2.0
Edition 02.17
)
2
< 1 ppm
2
)
4
multi N/C 2100
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