ABB Advance Optima magnos206 User Manual

42/24-10 EN Rev. 9 Chapter 1: Preparing the Installation 1-3
Sample Gas Inlet and Outlet Conditions
Gas Inlet Conditions The following sample gas and, if applicable, flowing reference gas inlet conditions
apply to the analyzer modules and the gas module.
Module Temperature Pressure p
e
3)
Flow Rate
Caldos25 +5 to +50°C
1)2)
2 to 100 hPa
6)
10 to 90 l/h
max. 90 to 200 l/h
4)
Caldos27 +5 to +50°C
1)2)
2 to 100 hPa
6)
10 to 90 l/h
min. 1 l/h
Limas11 +5 to +45°C
1)
2 to 500 hPa 20 to 100 l/h
Magnos206 +5 to +50°C
1)2)
2 to 100 hPa
6)
30 to 90 l/h
5)
Magnos27 +5 to +50°C
1)2)
2 to 100 hPa
7)
20 to 90 l/h
Uras26 +5 to +45°C
1)
2 to 500 hPa 20 to 100 l/h
Oxygen Sensor +5 to +40°C
1)
2 to 500 hPa 20 to 100 l/h
Gas Module +5 to +45°C
1)
–80 to +20 hPa 30 to 60 l/h
1) The sample gas dew point should be at least 5°C below the ambient
temperature throughout the sample gas path. Otherwise a sample gas
cooler or condensate trap is required. Water vapor can result in cross
sensitivity.
2) When there is a direct sample chamber connection the maximum sample
gas dew point is 55°C. Water vapor can result in cross sensitivity.
3) p
e
= p
abs
– p
amb
where
p
e
= positive pressure, p
abs
= absolute pressure, p
amb
= atmospheric pressure
4) For option T
90
< 6 sec
5) Abrupt changes in gas flow rates should be avoided when using highly
suppressed measurement ranges.
6) Pressure resistance of the analyzer p
e
≤ 1000 hPa (1 bar)
7) Pressure resistance of the analyzer p
e
≤ 400 hPa (0.4 bar)
Note: Sample gas temperature, pressure and flow rate should be maintained
constant to such a degree that the fluctuation influence on the accuracy of
measurement is acceptable (see also Appendix 2 “Analyzer Module Operating
Specifications”).
Gas Outlet Conditions The outlet pressure should be equal to atmospheric pressure.
Continued on next page

ABB Advance Optima magnos206 Specifications

General

Brand	ABB
Model	Advance Optima magnos206
Category	Measuring Instruments
Language	English