Braun Perfusor compact plus - Page 41

41
Start-up and trumpet curves
-10
-5
0
5
10
50 ml Omnifix
Förderrate = 1 ml/h
15
-15
Epmax
Epmin
0
0,5
1,5
2,0
1
0:30 1:00 1:30 2:00
Fluss Q(t) [ml/h]
2 5 11 19
Beobachtungsfenster p x ∆t [min]
31
Zeit [hh:mm]
0
0:30 1:00 1:30 2:00
Zeit [hh:mm]
Fluss Q(t) [ml/h]
Prozentualer Flussfehler
-10
-5
0
5
10
50 ml Omnifix
Förderrate = 5 ml/h
15
-15
2 5 11 19
Beobachtungsfenster p x
∆
t [min]
31
Prozentualer Flussfehler
Epmax
Epmin
Anlaufkurven Trompetenkurven
Delivery rate = 1 ml/h
Delivery rate = 5 ml/h
Observation window p x Δt [min]
Percentage flow error
Observation window p x Δt [min]
Percentage flow error
Note: Every syringe has certain tolerances
in start-up behaviour (depending on the
syringe manufacturer, syringe plunger
material, siliconisation of the cylinder etc.).
In order to keep the delay as short as
possible, the syringe should be as small
as possible and the plunger moved before
the syringe is inserted in order to work
through the rubber stopper’s breakloose
force behaviour.
The device is equipped with start accelera-
tion, which enables a quick infusion start
after each syringe change.
Note: Always use the device with the
smallest possible syringe, provided the
therapy permits this.
0
0,5
1,5
2,0
1
0:30 1:00 1:30 2:00
Fluss Q(t) [ml/h]
-10
-5
0
2 5 11 19
Beobachtungsfenster p x ∆t [min]
Prozentualer Flussfehler
31
5
10
Zeit [hh:mm]
-10
-5
0
2 5 11 19
Beobachtungsfenster p x ∆t [min]
Prozentualer Flussfehler
31
5
10
Epmax
Epmin
Epmax
Epmin
0
0:30 1:00 1:30 2:00
Zeit [hh:mm]
Fluss Q(t) [ml/h]
Anlaufkurven Trompetenkurven
20 ml Omnifix
Förderrate = 1 ml/h
20 ml Omnifix
Förderrate = 1 ml/h
20 ml Omnifix
Förderrate = 5 ml/h
20 ml Omnifix
Förderrate = 5 ml/h
-10
-5
0
2 5 11 19
Beobachtungsfenster p x ∆t [min]
Prozentualer Flussfehler
31
5
10
Epmax
Epmin
0:30 1:00 1:30 2:00
Zeit [hh:mm]
Fluss Q(t) [ml/h]
5 ml Omnifix
Förderrate = 1 ml/h
5 ml Omnifix
Förderrate = 1 ml/h
0
0,5
1,5
2,0
1
Delivery rate = 1 ml/h
Trumpet curves
Observation window p x Δt [min]
Percentage flow error
Delivery rate = 1 ml/h
Delivery rate = 5 ml/h
Observation window p x Δt [min]
Observation window p x Δt [min]
Percentage flow error
Percentage flow error