Operating Instructions
Page 32
RevA
CC Example Dive (cont.)
m
0
.
0
MOD
CNS
%
0
DilPO2
.10
152
10/50
0.7
DECO
m
min
TTS
SURFACE
m
h
13
14
CC
--
-- -
5� Pre-Dive
6� Diluent Check
m
15
.
8
O2/He
10/50
NDL
52
0
37
:
2
1.3
TTS
CC
CL
EA
R
INFO
Auto SP Up
SP
7� Automatic Set
point Switch
m
46
.
3
O2/He
10/50
NDL
4
1
53
:
5
1.3
TTS
CC
SP
8� Decreasing NDL
m
90
.
3
O2/He
10/50
DECO
48 1
m
min
1
53
:
92
1.3
TTS
CC
SP
9� Bottom Time
m
61
.
6
O2/He
10/50
DECO
48 1
m
min
29
12
:
96
1.3
TTS
3
CC
SP
10� Ascending to
First Stop
Note on Hypoxic Diluents
Hypoxic diluents such as 10/50 in this
example require special training since they
c
an be deadly near the surface.
5. Pre-Dive - Prior to beginning the dive we can see
from the mode indicator that we are in CC mode. Our
active diluent gas is set to 10/50, our set point is 0.7,
the Teric’s battery is about half charged, and only
vibration alerts are active.
6. Diluent Check - Pressing INFO a few times brings
up the info screen that shows the diluent PPO2. The
red indicates it is unsafe to breath directly.
This information can be viewed at any time to verify
the diluent is safe or to check what the expected
PPO2 will be when flushing with diluent at depth.
7. Automatic Set point Switch - The optional auto
set point switch was enabled with a depth setting of
15m. So as we cross 15m on the descent, the set point
automatically switches from 0.7 to 1.3.
8. Decreasing NDL - As we descend deeper, the NDL
decreases. The TTS shows it will take 5 minutes to
ascend to the surface at 10m/min (33ft/min).
9. Bottom Time - We have completed the bottom
time. The TTS indicates we have about 1.5 hours of
decompression to do. The first stop will be at 48m for
1 minute.
10. Ascending to the First Stop - Here we are
ascending at 3m/min. This is slower than the
expected 10m/min ascent rate. This slow ascent has
caused the TTS to rise, as most tissues are still on-
gassing.
m
0
.
0
O2/He
10/50
DECO
m
min
0.7
TTS
SURFACE
m
h
13
14
CC
SP
--
-- -
Содержание Teric
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