Parameter |
ASEC |
ASAPC-M |
Mass, kg |
900 |
2700 |
Dimensions, mm |
Diameter 1900,
height 2830 |
3000У2400У2200 |
AC voltage, V |
150-270 |
150-270 |
Mean daily power consumption,
VA |
1600 |
3000 |
Scheduled maintenance
cycle, months |
1 to 3 |
1 to 3 |
Warranted life-time
of balloons and calibration mixed gases, months |
12
(with subsequent replacement) |
12
(with subsequent replacement) |
Total mean service life,
years |
10 |
10 |
Possibility of remote
programmable control of ASEC working modes from ecological
center |
available |
available |
Telemetry system supplying
information from each station to ecological center on
technical state of gas analyzing equipment and instruments,
emergency situations and unauthorized opening of the
station. |
available |
available |
Operation under extreme
climatic conditions: snowdrift, icing, stormy wind loads
etc. |
available |
limited |
Possibility of use as
a mobile monitoring means |
available |
no |
Possibility to display
measured parameters and other parameters by circular
creeping line on external surface of the station's body |
available |
no |
The ASEC software and mathematical support provides the
release of commands from the Ecolog automated work station,
designed to remotely control the stations, in order to perform
the following operations:
a) Switching on/off of power buses of measurement instruments;
b) Change of time of data transmission;
c) Change of data collection periodicity;
d) Switching on/off of interrogation of required measured
parameters;
e) Calibration of measurement instruments on CO and CH
with the use of calibration mixed gases*;
f) Station conservation and stopping.
* - Calibration mixed gasses are stored inside the balloons
as part of ASEC. The mixed gas supply provides for one year
of operation of the station, after that time it should be
replenished. Gas analyzers on SO2 and NO/NO2/NOx
are calibrated manually on a regular basis once a month/quarter
(depending on technical state of instruments) with the use
of special generator of mixed gases and sources of SO2
and NO2 microflows.
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