operation
file: n:\article\cos14310m5-v1_08hpc-en\20150130_cos14310m5-v1.08hpc-en_instructions_for_use_h-p-cosmos_treadmill.doc
© 2015 h/p/cosmos sports & medical gmbh author: fh [email protected] created 30.01.2015 printed 30.01.2015 page: 72 of 216
94. Test profile
Step
Time (min)
Speed
(km(h)
Elevation
(%)
Acceleration
level
1
2:30
7.2
3.5
1
2
2:00
6.9
10.5
3
1:00
0.0
0
4
1:00
7.8
10.5
5
1:00
8.1
6
1:00
8.4
7
1:00
8.6
8
0:45
8.9
9
0:45
9.2
10
0:45
9.4
11
0:30
9.5
12
0:30
9.6
13
0:30
9.8
14
0:30
9.9
15
0:10
10.1
16
0:10
10.2
17
0:10
10.4
18
0:10
10.5
19
0:10
10.7
20
0:10
10.8
21
0:10
10.9
5.10.5.3
Programming example: user-defined profile
User-defined profiles/tests can be programmed and modified in test mode Pr. 21 - Pr. 28. The programming example
below shows programming for Pr. 21. Up to 40 program steps can be stored per program. If more program steps are
required, ask for the optional PC Software h/p/cosmos para graphics
®
, which is able to control all functions of the
running machine via host PC and also to serve for on-line monitoring of all data. During programming, the displays
indicate the values of the present program step and not the value of the total distance or total time programmed so far.
In case of entering a false value, or in case you want to alternate a profile, you can "scroll" the profile steps with the help
of the keys
e
and
f
.
With the help of the keys
d
and
a
,
you can alter the values. During programming procedure the
display
"
indicates the acceleration level “Acc X” for the single program step.
The following example shows a user-defined profile with different acceleration levels. The machine speeds up at
acceleration level 4 and reduces the speed to level 2 after the sprint distance of 200 meters. During programming
procedure, the display
%
indicates the present program step “St X”.
Sequence of profile
Step
Acceleration
level
Speed (km/h)
=
Distance
§
Time (min)
!
Elevation (%)
$
Warming up
1
1
5.0
5:00
0
Speed increase
2
1
8.0
2:30
0
Easy up-hill run
3
1
8.0
4:00
5
Sprint with fast acceleration
4
4
16.0
200
0
Cool-down
5
2
6.0
5:00
0
Stop
6
1
0.0
0:00
0
