I-Tech MIO-CARE PRO Benutzerhandbuch Seite 24

tempo tot 4 min
Frequency 6 Hz
N9
impulse width 300s
Total time 4 min
N10
Frequency 6 Hz
impulse width 200s
Total time 4 min
N11
Frequency 6 Hz
impulse width 300s
Total time 30 min (20 sec
5Hz - 200s 100% + 20
N12
sec 8Hz - 150s 100% +
20 sec 12Hz - 100s
100%) x 30 cycles
Total time 10 min
N13
Frequency 6 Hz
impulse width 250s
Total time 4 min
N14
Frequency 6 Hz
impulse width 250s
Total time 3 min
N15
Frequency 6 Hz
impulse width 200s
Total time 3 min
N16
Frequency 6 Hz
impulse width 300s
Total time 3 min
N17
Frequency 6 Hz
impulse width 200s
N18 Total time 3 min
Frequency 6 Hz
I.A.C.E.R. Srl
Tempo totale 10 min
(3Hz-300s x 7sec 80%+
1Hz 300s x 3 sec 100%
+ 70Hz-300s x 5 sec
80%) x 40 cycles
Total time 10 min (3Hz-
200s x 12sec 90%+ 1Hz
200s x 3 sec 100% +
100Hz-200s x 5 sec
80%) x 30 cycles
Total time 10 min (3Hz-
300s x 12sec 90%+ 1Hz
300s x 3 sec 100% +
100Hz-300s x 5 sec
80%) x 30 cycles
Total time 5 min (5Hz-
250s x 7sec 80%+ 1Hz
250s x 3 sec 100% +
20Hz-250s x 5 sec 80%)
x 20 cycles
Total time 15 min (5Hz-
250s x 8sec CH1&CH2
80%+ 50Hz 250s x 6
sec 75% CH1 + 50Hz
250s x 6 sec 75% CH2)
x 45 cycles
Total time 10 min (30Hz-
200s x 5 sec 80% CH1
+ 30Hz-200s x 5 sec
80% CH2) x 60 cycles
Total time 10 min (30Hz-
300s x 5 sec 80% CH1
+ 30Hz-300s x 5 sec
80% CH2) x 60 cycles
Total time 10 min (50Hz-
200s x 5 sec 75% CH1
+ 50Hz-200s x 5 sec
75% CH2) x 60 cycles
Total time 10 min (50Hz-
300s x 5 sec 75% CH1
+ 50Hz-300s x 5 sec
24
tempo tot 10 min (3Hz-
300s x 7sec 80%+
1Hz 300s x 3 sec
100% + 80Hz-300s x
5 sec 80%) x 40 cycles
Total time 10 min (3Hz-
200s x 12sec 90%+
1Hz 200s x 3 sec
100% + 120Hz-200s x
5 sec 80%) x 30 cycles
Total time 10 min (3Hz-
300s x 12sec 90%+
1Hz 300s x 3 sec
100% + 120Hz-300s x
5 sec 80%) x 30 cycles
Total time 10 min
Frequency 2 Hz
impulse width 250s
Total time 5 min
Frequency 10 Hz
impulse width 250s
(80%)
Total time 5 min
Frequency 4 Hz
impulse width 200s
(90%)
Total time 5 min
Frequency 4 Hz
impulse width 300s
(90%)
Total time 5 min
Frequency 4 Hz
impulse width 200s
(90%)
Total time 5 min
Frequency 4 Hz
MNPG173-04 11/11/2015