Gasmet Portable Sampling System
The Gasmet portable sampling system has been designed for portable emission monitoring measurements. It is used for on-site measurements e.g., in compliance measurements or research. It can be used for measuring trace concentrations of pollutants in wet, corrosive gas streams. The sample gas can be measured undiluted and without drying since the sample pump, heated filter and valve are located in a module that is heated to 180 ºC. From the sampling system the gases can be directed into Gasmet FTIR gas analyzer. The function of the portable sampling system is automatic, but sample pump and valve can be controlled also manually.
System specifications
Heated sampling train
Set temperature:
180 ºC
Main components:
filter, pump, sample lines
Materials:
Teflon and stainless steel
Sample
Flow:
~4 l/min, constant
Filtering before PSS (optional probe):
Filtration of particulates (2 µm)
Power supply
Separate models for 115 and 230 V / 50 -60 Hz
Power consumption:
400 - 3600 W, depending on the sample lines (without sample probe)
Gas fittings
Sample in:
6 mm Swagelok, stainless steel
Sample out:
6 mm Swagelok, stainless steel
Zero gas and instrument air:
6 mm Swagelok, stainless steel
Enclosure
Dimensions:
400 *300 *210 mm
Material:
SS 316
Weight
12.3 kg
Product compliance
CE, UKCA
Internal heated filter
Default:
Bonded microfiber 2 µm particulate filtration
Option:
Sintered stainless steel 0.1µ
Oxygen sensor
(only in PSS Plus)
Principle:
ZrO2 cell
Measuring range:
0.1 – 25 %
Calibration:
Single point calibration with air
Optional heated line
Tube size:
4 mm inner diameter, 6 mm outer diameter
Core material:
Teflon
Fittings:
6 mm Swagelok
Power supply:
Supplied from PSS
Power density:
120 watts/meter
Maximum total sample line length:
20 m for 230V model, 10 m for the 115V model
Operating and storage conditions
Operating temperature
0 to 40 °C, non-condensing
Storage temperature
-20 to 60 °C, non-condensing
描述 [描述] It can be used for measuring trace concentrations of pollutants in wet, corrosive gas streams.