11.2 Mixed Gas Analysis Port and Sampling Chamber
After passing the flowmeters the air and oxygen gas sources are channeled to and
combined together at the top of the mixer. Integral to the top of the mixer, and adjacent
to the mixed gas analysis port, is a chamber designed to be accessed by the diverter of
an oxygen analyzer/monitor through the mixed gas analysis port. The chamber of the
mixed gas analysis port allows a sample of the mixed gas to be diverted towards the
oxygen analzyer/monitor without the need for a continuous gas bleed. The mixed gas
analysis port is sized for a 15mm diverter and contains a spring loaded, sealed plunger
that opens on receipt of the diverter and automatically closes and seals on removal of
the diverter.
11.3 Mixed Gas Outlet
A single gas outlet is located at the bottom of the MaxFLO
delivering metered flows of 10 LPM (at 20.9% or 100% O
mixed gas. The outlet is not intended to ever be sealed or occluded during normal use.
12.0 FLOW CHARACTERISTICS
12.1 Maximum Flow
The following diagram illustrates the maximum flow available to the High Flow MaxFLO
at any desired FiO
LPM and adjust the oxygen flowmeter until the desired FiO
flow at values ≥ 60% O
flowmeter until the desired FiO
100
95
90
85
80
75
70
65
60
55
50
20
30
12.2 Minimum Flow
The following diagram illustrates the minimum flow available to the High Flow MaxFLO
at any desired FiO
LPM and adjust the oxygen flowmeter until the desired FiO
flow at values ≥ 60% O
flowmeter until the desired FiO
10
. For maximum flow at values ≤ 60% O
2
set the oxygen flowmeter to 50 LPM and adjust the air
2
is attained.
2
40
50
% Oxygen
. For minimum flow at values ≤ 60% O
2
set the oxygen flowmeter to 10 LPM and adjust the air
2
is attained.
2
866.4.Maxtec www.maxtec.com
866.4.Maxtec
60
70
80
www.maxtecinc.com
. The outlet is capable of
2
) to 100 LPM (at 60% O
2
set the air flowmeter to 50
2
is attained. For maximum
2
90
100
set the air flowmeter to 10
2
is attained. For minimum
2
) of
2
2
2