Nullzeit; O2 Min (Verbleibende O2-Zeit); Balkendiagramme - Oceanic PROPLUS 4.0 Bedienungshandbuch

DTR (VERBLEIBENDE TAUCHZEIT)
Der ProPlus 4.0 überprüft laufen den Nullzeitstatus und die O2-Sättigung. Er wird die jeweils kürzere verfügbare Zeit als DTR auf dem Nullzeit-
DTR (DIVE TIME REMAINING)
Hauptbildschirm anzeigen. Die angezeigte Zeit wird durch die Symbole NO DECO (Nullzeit) Min oder O2 (verbleibende Sauerstoffzeit) Min identifiziert.
The ProPlus 4.0 constantly monitors No Decompression status and O2 Accumulation, and will display whichever time is the least amount available
DTR (DIVE TIME REMAINING)
as DTR on the No Decompression Dive Main screen. The time being displayed will be identified by the NO DECO (no decompression) min or O2

NULLZEIT

The ProPlus 4.0 constantly monitors No Decompression status and O2 Accumulation, and will display whichever time is the least amount available
(Oxygen Time Remaining) min icons.
NULLZEIT ist die maximal zulässige Zeit, die Sie auf der aktuellen Tiefe bleiben können, bevor Deko-Verpflichtungen eintreten. Sie wird aufgrund der
as DTR on the No Decompression Dive Main screen. The time being displayed will be identified by the NO DECO (no decompression) min or O2
Stickstoffmenge errechnet, die von hypothetischen Gewebekompartimenten aufgenommen wird. Die Sättigung und Entsättigung dieser Kompartimente mit
(Oxygen Time Remaining) min icons.
Stickstoff wird mathematisch simuliert und mit den maximal zulässigen Stickstoffpegeln verglichen. NO DECOMPRESSION
No Decompression is the maximum amount of time that you can stay at your present depth before entering decompression. It is calculated based on
NO DECOMPRESSION
Das Kompartiment, das diesen maximalen Pegeln am nächsten kommt, ist das die Tiefe bestimmende (dominierende) Kompartiment. Der daraus
the amount of nitrogen absorbed by hypothetical tissue compartments. The rates each of these compartments absorb and release nitrogen is math-
No Decompression is the maximum amount of time that you can stay at your present depth before entering decompression. It is calculated based on
resultierende Wert NO DECO (Nullzeit) wird angezeigt. Zudem wird er auch grafisch als Gewebesättigungs-Balkendiagramm (TLBG) angezeigt, siehe
ematically modeled and compared against a maximum allowable nitrogen level.
the amount of nitrogen absorbed by hypothetical tissue compartments. The rates each of these compartments absorb and release nitrogen is math-
entsprechenden Abschnitt unten.
ematically modeled and compared against a maximum allowable nitrogen level.
Whichever compartment is closest to this maximum level is the controlling compartment for that depth. Its resulting value NO DECO (no decompres-
Beim Aufsteigen erlöschen einige TLBG-Segmente, da nun langsamere Kompartimente die Kontrolle übernehmen. Dies ist eine Funktion des
sion) will be displayed. It will also be displayed graphically as the Tissue Loading Bar Graph, see Bar Graphs later in this section.
Whichever compartment is closest to this maximum level is the controlling compartment for that depth. Its resulting value NO DECO (no decompres-
Dekompressionsmodells, das die Grundlage für das Multilevel-Tauchen bildet - einer der wichtigsten Vorteile der Oceanic Tauchcomputer.
sion) will be displayed. It will also be displayed graphically as the Tissue Loading Bar Graph, see Bar Graphs later in this section.
As you ascend, the Tissue Loading Bar Graph will recede as control shifts to slower compartments. This is a feature of the decompression model that
is the basis for multilevel diving, one of the most important advantages that Oceanic dive computers offer.
As you ascend, the Tissue Loading Bar Graph will recede as control shifts to slower compartments. This is a feature of the decompression model that
is the basis for multilevel diving, one of the most important advantages that Oceanic dive computers offer.

O2 MIN (VERBLEIBENDE O2-ZEIT)

O2 MIN (OXYGEN TIME REMAINING)
Im Nitrox-Betrieb wird O2 SAT (Sauerstoffsättigung) während eines Tauchgangs auf einem ALT-Bildschirm als % der erlaubten Sättigung angezeigt und
When set for nitrox operation, O2 SAT (Oxygen Saturation) during a dive is displayed on an ALT screen as a percentage of allowed saturation
mit dem Symbol O2 SAT gekennzeichnet. Die Grenze für O2 SAT (100 %) ist auf 300 OTU (Sauerstofftoleranz-Einheiten) pro Tauchgang oder für eine
O2 MIN (OXYGEN TIME REMAINING)
identified by the O2 SAT icon. The limit for O2 SAT (100%) is set at 300 OTU (Oxygen Tolerance Units) per dive or 24 hour period. See the chart at
24-Stundenperiode eingestellt. Siehe Tabelle am Ende dieses Handbuchs für spezifische Zeiten und zulässige Werte. Die Werte O2 SAT und O2 MIN sind
When set for nitrox operation, O2 SAT (Oxygen Saturation) during a dive is displayed on an ALT screen as a percentage of allowed saturation
the back of this manual for specific times and allowances. O2 SAT and O2 MIN values are inversely related; as the O2 SAT value increases the O2
umgekehrt proportional; mit steigendem O2 SAT Wert sink der O2 MIN Wert.
identified by the O2 SAT icon. The limit for O2 SAT (100%) is set at 300 OTU (Oxygen Tolerance Units) per dive or 24 hour period. See the chart at
MIN value decreases.
the back of this manual for specific times and allowances. O2 SAT and O2 MIN values are inversely related; as the O2 SAT value increases the O2
Wenn der O2 MIN Wert für den Tauchgang tiefer als die Nullzeitberechnungen sinken, wird DTR (Verbleibende Tauchzeit) von O2 SAT kontrolliert und der
MIN value decreases.
When the O2 MIN value becomes less than the No Decompression calculations for the dive, DTR (Dive Time Remaining) will be controlled by O2
O2 MIN Wert wird auf dem Tauch-Hauptbildschirm als DTR angezeigt und durch das O2 MIN Symbol gekennzeichnet.
ALT 3
SAT and the O2 MIN value will be displayed as the DTR on the Dive Main screen, identified by the O2 MIN icon.
When the O2 MIN value becomes less than the No Decompression calculations for the dive, DTR (Dive Time Remaining) will be controlled by O2
SAT and the O2 MIN value will be displayed as the DTR on the Dive Main screen, identified by the O2 MIN icon. ALT 3 ALT 3
% O2 Saturation
ALT 3
BAR GRAPHS

BALKENDIAGRAMME

The ProPlus 4.0 features two specific bar graphs.
BAR GRAPHS
Der ProPlus 4.0 verfügt über zwei besondere Balkendiagramme.
1. The one on the left represents nitrogen loading. It is referred to as TLBG (Tissue Loading Bar Graph).
The ProPlus 4.0 features two specific bar graphs.
1. Das Diagramm auf der linken Seite stellt die Stickstoffsättigung dar. Es wird TLBG (Gewebesättigungsdiagramm) genannt.
2. The one on the right represents ascent rate. It is referred to as the VARI (Variable Ascent Rate Indicator) Bar Graph.
1. The one on the left represents nitrogen loading. It is referred to as TLBG (Tissue Loading Bar Graph).
2. Der rechte Balken stellt die Aufstiegsgeschwindigkeit dar. Er wird als VARI (Anzeige der variablen Aufstiegsgeschwindigkeit Balkendiagramm)
2. The one on the right represents ascent rate. It is referred to as the VARI (Variable Ascent Rate Indicator) Bar Graph.
bezeichnet.
Tissue Loading
Bar Graph
Gewebesättigungs-
Tissue Loading
Balkendiagramm
Bar Graph
© Pelagic, 2019
DTR (DIVE TIME REMAINING)
The ProPlus 4.0 constantly monitors No Decompression status and O2 Accumulation, and will display whichever time is the least am
as DTR on the No Decompression Dive Main screen. The time being displayed will be identified by the NO DECO (no decompressi
(Oxygen Time Remaining) min icons.
NO DECOMPRESSION
No Decompression is the maximum amount of time that you can stay at your present depth before entering decompression. It is ca
the amount of nitrogen absorbed by hypothetical tissue compartments. The rates each of these compartments absorb and release n
ematically modeled and compared against a maximum allowable nitrogen level.
Whichever compartment is closest to this maximum level is the controlling compartment for that depth. Its resulting value NO DECO
sion) will be displayed. It will also be displayed graphically as the Tissue Loading Bar Graph, see Bar Graphs later in this section.
As you ascend, the Tissue Loading Bar Graph will recede as control shifts to slower compartments. This is a feature of the decompr
is the basis for multilevel diving, one of the most important advantages that Oceanic dive computers offer.
DTR ist
DTR is
Nullzeit
No Decompression
DTR is
No Decompression
DTR is
No Decompression
O2 MIN (OXYGEN TIME REMAINING)
When set for nitrox operation, O2 SAT (Oxygen Saturation) during a dive is displayed on an ALT screen as a percentage of allowe
identified by the O2 SAT icon. The limit for O2 SAT (100%) is set at 300 OTU (Oxygen Tolerance Units) per dive or 24 hour perio
the back of this manual for specific times and allowances. O2 SAT and O2 MIN values are inversely related; as the O2 SAT value
MIN value decreases.
When the O2 MIN value becomes less than the No Decompression calculations for the dive, DTR (Dive Time Remaining) will be co
DIVE MAIN
SAT and the O2 MIN value will be displayed as the DTR on the Dive Main screen, identified by the O2 MIN icon.
ALT 3
% der O -Sättigung
% O2 Saturation % O2 Saturation
2
% O2 Saturation
BAR GRAPHS
The ProPlus 4.0 features two specific bar graphs.
1. The one on the left represents nitrogen loading. It is referred to as TLBG (Tissue Loading Bar Graph).
2. The one on the right represents ascent rate. It is referred to as the VARI (Variable Ascent Rate Indicator) Bar Graph.
Variable
Ascent Rate
Tissue Loading
Variable
Indicator
Bar Graph
Ascent Rate
Bar Graph Balkendiagramm
Variable
Indicator
variabler
Ascent Rate
Bar Graph
Aufstiegs-
Indicator
geschwindigkeit
Bar Graph
DTR is
No Decompression
DIVE MAIN DIVE MAIN
TAUCH HAUPT
DIVE MAIN
DTR is O2 MIN
DTR is O2 MIN
DTR is O2 MIN
Variable
Ascent Rate
Indicator
Bar Graph
11
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PROPLUS 4.0 OPERATING MANUAL
PROPLUS 4.0 BEDIENUNGSHANDBUCH
PROPLUS 4.0 OPERATING MANUAL
PROPLUS 4.0 OPERATING MANUAL
DTR ist O MIN
DTR is O2 MIN
2
Doc. No. 12-5669-r01 (1/18/19)
Dok. Nr. 12-5669-r01 (18.01.2019)
PROPLUS 4.0 OPER