Product Introduction
LGRThe latest portable greenhouse gas analyzer launched(UGGA)Built into a waterproof, dustproof, anti extrusion, and easy to carry box, it can simultaneously measure methane, carbon dioxide, and water vapor concentrations.UGGACompact in size, easily placed on small aircraft (via)TSACertification), the electricity demand is only60Wa provides scientists with the opportunity to measure greenhouse gases anywhere.UGGASame as all othersLGRThe instrument is also easy to operate and is an ideal tool for field research, leak detection, air quality research, and soil flux research.
Product Features
Ø Lightweight, portable, low power consumption
Ø Three types of gases(CH4, CO2,2HO
)Simultaneous measurement ØDirect report4CH、2CO
Dry mole fraction Ø
Ideal tool for soil flux research and carbon emission monitoring Ø
The widest measurement range and full range linearity Ø
No cross interference from other gases Ø

There is a DC power supply interface that can be directly powered by batteries
performance index Ørepeatability/Accuracy(1σ1,second/ 10second/ 100
Seconds)4CH:
two2ppb / 0.6 ppb / 0.25 ppbCO
:2three hundredppb / 100 ppb / 40 ppbH
O :
one hundredppm / 35 ppm / 15 ppm
Ø Measurement speed:
0.01~1Hz(User adjustable)ØAccuracy:
Uncertainty< 1%
Without calibration conditions(410~35℃)
Ø2Measurement range (under all technical specifications):CH
:20.01~100ppmCO
: 1~20000
ppm4HO
:4500~70000ppmØ
Optional measurement range:2CH:
0~5002ppmCH:0~10%(Need to add an option to expand the range)CO
: 0~20000
ppmH
O:
0~70000ppm(
0~100% RH )
ØEnvironmental conditions:Sample temperature:-10~50 ℃
Operating temperature: 5~45 ℃
ambient humidity:0~100% RH, without condensationØOutput:Number(RStwo hundred and thirty-two
)Simulation, Ethernet USB
ØElectricity demand:sixtyW(10~30 VDC);66 W(115/230VAC)Ø
Size and weight:
seventeen point eight cm(H
)
x 47 cm
( W)
x 35.6 cm (D
), 15 kgOrdering information:
Ø Model number(Model16):915-0011Optional items:
Ø SF-3000Soil gas flux measurement systemØPS-3000Portable Soil Gas Flux Measurement SystemØ
