BUD OPERATING MANUAL
BUD
DIVE COMPUTER
OPERATING MANUAL
© 2002 Design, 2011
Doc. No. 12-5259-r01 (7/21/11)
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BUD OPERATING MANUAL
Welcome
to
OCEANIC
and
THANK YOU
for choosing the
BUD
© 2002 Design, 2011
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BUD OPERATING MANUAL
DISPLAY LAYOUT
Icons:
SURF = Surface Interval Time
SAT =
STOP = Time remaining at Stop
TAT = Total Deco Ascent Time
NDC = No Deco Time Remaining
Time to Desaturate
EDT =
O2 =
Elapsed Dive Time
O2 Time Remaining
O2% = % of O2 saturation
LAST = Data is for the Last dive
SN =
FLY =
Serial Number
Time to Fly
STOP = Stop Depth required
# =
PO2 =
Dive recently conducted
value is PO2 level
M FT = Depth units
MAX = Max Depth
FO2 =
NX =
value is FO2 setting
FO2 is set for Nitrox
DSAT = Algorithm selected
CF =
Z+ =
Conservation Factor is On
Algorithm selected
Battery = voltage is low
NOTICES
LIMITED TWO-YEAR WARRANTY
For details, refer to the Product Warranty Registration Card provided.
COPYRIGHT NOTICE
This operating manual is copyrighted, all rights are reserved. It may not, in whole or in part, be copied, photocopied, reproduced, translated, or reduced to any electronic medium or machine readable form
without prior consent in writing from Oceanic/2002 Design.
BUD Operating Manual, Doc. No. 12-5258
©2002 Design, 2011
San Leandro, CA USA 94577
TRADEMARK NOTICE
Oceanic, the Oceanic logo, BUD, and the BUD logo, are all registered and unregistered trademarks of Oceanic. All rights are reserved.
PATENT NOTICE
U.S. Patents have been issued, or applied for, to protect the following design features:
Dive Time Remaining (U.S. Patent no. 4,586,136), Data Sensing and Processing Device (U.S. Patent no. 4,882,678), and Variable Ascent Rate Indicator (U.S. Patent no. 5,156,055). User Setable Display
(U.S. Patent no. 5,845,235) is owned by Suunto Oy (Finland).
DECOMPRESSION MODEL
The programs within the BUD simulate the absorption of nitrogen into the body by using a mathematical model. This model is merely a way to apply a limited set of data to a large range of experiences. The
BUD dive computer model is based upon the latest research and experiments in decompression theory. Still, using the BUD, just as using the U.S. Navy (or other) No Decompression Tables,
is no guarantee of avoiding decompression sickness, i.e. “the bends.” Every diver’s physiology is different, and can even vary from day to day. No machine can predict how your body will
react to a particular dive profile.
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BUD OPERATING MANUAL
FEATURES
&
DISPLAYS
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BUD OPERATING MANUAL
CONTROL BUTTON (B)
a
The Control Button (B) allows you to select display options and access specific information when you want to see it.
BAR GRAPHS
TLBG (Tissue Loading Bar Graph)
The TLBG (Fig. 1a) represents tissue loading of nitrogen, showing your relative no decompression or decompression status. As
your depth and elapsed dive time increase, segments will add to the TLBG, and as you ascend to shallower depths, the segments
will begin to recede, indicating that additional no decompression time is allowed for multilevel diving.
Fig. 1 - TLBG
a
The TLBG monitors 12 different nitrogen compartments simultaneously and displays the one that is in control of your dive.
It is divided into a No Decompression zone (up to 3 segments displayed), a Caution zone (4 segments displayed, also No Deco),
and a Decompression zone (all 5 segments displayed).
While you cannot provide a guarantee against the occurrence of decompression sickness, you may choose your own personal
zone of caution based upon age, physique, excessive weight, etc., to reduce the statistical risk.
Fig. 2 - VARI
VARI (Variable Ascent Rate Indicator)
The VARI (Fig. 2a) provides a visual representation of ascent speed (i.e., an ascent speedometer).
The segments of the VARI represent two sets of speeds which change at a reference depth of 60 FT (18 M). Refer to the chart for
segment values.
WARNING: At depths greater than 60 FT (18 M), ascent rates should not exceed 60 FPM (18 MPM). At depths of
60 FT (18 M) and shallower, ascent rates should not exceed 30 FPM (9 MPM).
When Ascent is too fast, (i.e., greater than 60/30 FPM, or 18/9 MPM), all segments will flash and the graphic SLOW will be
displayed (Fig. 3) until ascent is slowed.
Fig. 3 - ASCENT ALARM
b
a
Deeper than 60 FT (18 M)
60 FT (18 M) & Shallower
VARI
Segments
Ascent Rate
FPM
VARI
Segments
Ascent Rate
FPM
MPM
MPM
0
1
2
3
4
5
0 - 20
0 - 6
0
1
2
3
4
5
0 - 10
0 - 3
21 - 30
31 - 40
41 - 50
51 - 60
60 +
6.1 - 9
9.1 - 12
12.1 - 15
15.1 - 18
18 +
11 - 15
16 - 20
21 - 25
26 - 30
30 +
3.1 - 4.5
4.6 - 6
6.1 - 7.5
7.6 - 9
9 +
Fig. 4 - CURRENT DEPTH
b
a
ALPHA / NUMERIC DISPLAYS
It is imperative that you understand the formats, ranges, and values of the information represented to avoid any possible misun-
derstanding that could result in error.
Current Depth is displayed on the Main Dive screens (Fig. 4a).
Fig. 5 - STOP DEPTH
While at a No Deco Safety or a Deco Stop, the required Stop Depth is displayed on the Main (Fig. 5a).
b
a
Max Depth is displayed on Alternate Dive screens (Fig. 6a).
Times are shown in various formats.
• Hour:Minute - Dive Time Remaining (Fig. 4b), Elapsed Dive Time (Fig. 6b), Surface Interval, Fly, Sat.
• Minute:Second - Safety Stop Time (Fig. 5b).
Fig. 6 - MAX DEPTH
Altitude is displayed as a range from L2 to L7 on the Surface Main when at elevations above 3,000 feet. It is not displayed at
Sea level, which extends up to 3,000 feet elevation. Refer to the table on page ??.
POWER SUPPLY
The BUD utilizes (1) type CR 2430 Lithium 3 volt cell. Expected use life is approximately 100 hours if (1) 1 hour dive per day is
conducted each time the unit is activated, up to 300 hours if (3) 1 hour dives per day are conducted.
Low Battery
a
Fig. 7 - LOW BATTERY
WARNING
Voltage level is checked upon activation and every minute during operation on the surface.
• When voltage decreases to the warning level (2.75 volts), the icon is displayed solid on the Surface Main (Fig. 7a).
• Upon decreasing to a voltage level that will no longer sustain proper operation (2.50 volts), the icon will flash 5 times and
the unit will shut off.
• If a low battery condition exists when the unit is activated (by pressing the button), the graphic bAT and the icon will appear
flashing for 5 seconds and the unit will shut off.
• If the button is not pressed to activate the unit prior to a dive, and a low battery condition exists, the icon will appear flashing
as a warning upon descent to 5 FT (1.5 M) and no other information will be displayed.
• If a low battery condition occurs during a dive, there will be sufficient battery power to maintain operation for the remainder
of that dive. Upon entry into Surface Mode, the Battery icon will appear (shell only with no inner bar) with the graphics CHG
BAT flashing (Fig. 8).
Fig. 8 - LOW BATTERY
(occurred during dive)
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BUD OPERATING MANUAL
ACTIVATION
&
SETUP
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BUD OPERATING MANUAL
ACTIVATION
To Activate the BUD, press and release B (the button).
• The unit will enter Diagnostic mode (Fig. 9), displaying all segments of the LCD as 8's, followed by dashes ( - - ), then a
countdown from 9 to 0, checking the display and battery voltage to ensure that everything is within tolerance and functioning
properly.
• After manual activation, it will also check the ambient barometric pressure, and calibrate its present depth as zero. Begin-
ning at elevations of 3,001 feet (916 meters), it will recalibrate depth and adjust calculations every 2,000 feet (610 meters).
Fig. 9 - DIAGNOSTIC
The BUD will also automatically activate by water contact. This is accomplished by bridging the gap between contacts located
on the button and case.
If no dive is made within 2 hours after initial activation, the unit will automatically deactivate. If the wet contacts are still bridged,
the unit will reactivate.
WARNING: If the unit is activated at elevations higher than 14,000 feet (4,267 meters), it will perform a diagnos-
tic check and immediately shutdown.
SURF MAIN, information includes (Fig. 10):
> Surface Interval time (hr:min) with SURF icon; if no dive yet, this is time since activation.
> Dive number with # icon, up to 12 for that operating period (0 if no dive made yet).
> NX icon, if FO2 is set for Nitrox
> DSAT (or Z+) icon, Algorithm selected.> TLBG with icon, if any after a dive.
> Battery icon, if voltage is low.
• B (< 2 sec) to access ALT 1.
• B (2 sec) to access FLY/SAT, then step forward through other Surface selections.
Fig. 10 - SURFACE MAIN
(no dive yet)
Upon surfacing from dives, the Dive Main will remain on display for the first 10 minutes with Surface Interval in place of NDC
and the SURF icon flashing (Fig. 11).
After 10 minutes, the Surface Main will be displayed.
SURF ALT 1 (Last), information includes (Fig. 12):
> Elapsed Dive Time (hr:min) of dive previously made while still activated with EDT icons.
> LAST icon.
> Max Depth with FT (or M) and MAX icons, of dive previously made while still activated (3 dashes if MOD exceeded).
Fig. 11 - DIVE MAIN
(< 10 min on surface)
• B (< 2 sec) to access ALT 2*.
• Reverts to Main in 5 seconds if B is not pressed.
SURF ALT 2*, information includes (Fig. 13):
> Current %O2 saturation with SAT and O2% icons.
> PO2 Alarm setting (fixed at 1.40) with PO2 icon.
> FO2 setting with FO2 and NX icons.
• B (< 2 sec) to revert to Main.
• Reverts to Main in 5 seconds if B is not pressed.
Fig. 12 - SURFACE ALT 1
(Last dive's data)
*ALT 2 is not displayed if FO2 was set for AIR.
SURFACE SEQUENCE
Separate from the ALT screens, there is a sequence of selections in which you can -
> view Time to Fly/Desaturate.
> set FO2.
> select Algorithm.
> set Conservative Factor.
> view Plan NDLs.
> set Units.
Fig. 13 - SURFACE ALT 2
> view Serial Number.
Press B repeatedly (2 sec each time), to access and step through the sequence then return to the Surface Main.
While in the sequence, operation will revert to the Surface Main if B is not pressed within a period of 2 minutes.
The sequence cannot be accessed during the first 10 minutes on the surface following a dive.
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BUD OPERATING MANUAL
FLY/DESAT TIME
Time to Fly is a timer that counts down from 23:50 to 0:00 (hr:min) beginning 10 minutes after surfacing from a dive.
Time to Desaturate provides calculated time for tissue desaturation at sea level. It also begins counting down 10 minutes after
surfacing from a dive, counting down from a maximum of 23:50 to 0:00 (hr:min).
It generally starts at times much lower than 23:50 and reaches 0:00 before the Fly countdown reaches 0:00.
> When other screens are displayed while on the surface, the countdowns continue in the background.
> Desat Time is not displayed after a Violation dive.
> In the event that Desat Time still remains at the end of 24 hours, any remaining time will be cleared.
Fig. 14 - FLY/DESAT TIMES
Fly/Desat, information includes (Fig. 14):
> Time to Desaturate (hr:min) with SAT icon, - : - - if no dive yet, 0:00 if no time remaining.
> Time to Fly (hr:min) with FLY icon, - : - - if no dive yet.
• B (2 sec) to access Set FO2.
SET FO2, information includes (Fig. 15):
> Graphic SET.
> Graphic AIR flashing with FO2 icon; or -
> Max Depth allowed for the PO2 alarm setting (1.40) with FT (or M) and MAX icons, and FO2 Set Point value flashing with
FO2 and NX icons.
• B (< 2 sec), repeatedly, to step upward through Set Points one at a time from Air to 21 through 50 (%) in increments of 1(%).
• B (2 sec) to save the setting and access Set Algorithm.
Fig. 15 - SET FO2
The BUD does not feature an FO2 50% Default selection. FO2 remains at the setting saved until changed.
SET ALGORITHM, information includes (Fig. 16):
> Graphics SET and ALGO.
> Z+ (or DSAT) icon flashing.
• B (< 2 sec) to toggle between Z+ and DSAT.
• B (2 sec) to save the setting and access Set CF.
or
Fig. 16 - SET ALGORITHM
This feature allows selection of the algorithm to be used for nitrogen and oxygen calculations for Plan and DTR values. The setting locks in for
24 hours after dives.
SET CONSERVATIVE FACTOR, information includes (Fig. 17):
> Graphic SEt.
> Graphic OFF (or ON) flashing with CF icon.
• B (< 2 sec) to toggle between OFF and ON.
• B (2 sec) to save the setting and access Plan.
or
When CF is set On, NDLs are reduced to values equivalent to those that would be available at the next higher 3000 foot (915 meter) Altitude.
Refer to tables in the back of this manual.
Fig. 17 - SET CF
PLAN MODE
No Deco Dive Times (NDLs/OTLs) in Plan Mode are based on the algorithm selected (DSAT or Z+), the FO2 set, and any residual
nitrogen or oxygen remaining from previous dives.
Plan Lead-in, information includes (Fig. 18):
> Graphic PLAN.
> Graphic AIR with FO2 icon; or -
> Max Depth allowed for the PO2 alarm setting (1.40) with FT (or M) and MAX icons, and FO2 Set Point value with FO2 and
NX icons.
> DSAT (or Z+) icon, algorithm selected.
• B (< 2 sec) to access PDPS.
• B (2 sec) to step forward to Set Units.
PDPS (Pre Dive Planning Sequence)
The PDPS displays Depths and allowable No Deco Dive Times, NDC (nitrogen) or O2 time, whichever is in control. It is a se-
quence of screens displaying Depths from 30 to 190 FT (9 to 57 M) with Plan times* based upon the previous dive profiles in a
series of repetitive dives, taking into account descent and ascent rates of 60 FPM (18 MPM).
*If less then 1 minute time
Fig. 18 - PLAN LEAD-IN
is available, dashes will
PDPS, information includes (Fig. 19):
be displayed for time, and
Depth values will flash.
> Dive Time allowed (hr:min) with NDC (or O2) icon.
> Plan Depth with FT (or M) icon.
> DSAT (or Z+) icon, and NX icon if Nitrox.
• B (< 2 sec), repeatedly, to step through screens one at a time from 30 to 190 FT (9 to 57 M) in increments of 10 FT (3 M),
then repeat the step through.
• B (2 sec), at any time, to exit the PDPS and revert to the Plan Lead-in screen.
Fig. 19 - PLAN LEAD-IN
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BUD OPERATING MANUAL
SET UNITS, information includes (Fig. 20):
> Graphic SEt.
> Graphic IMP (Imperial) or MET (Metric) flashing with FT (or M) icons.
• B (< 2 sec) to toggle between IMP and MET.
• B (2 sec) to save the setting and access SN.
or
Fig. 20 - SET UNITS
SERIAL NUMBER
Information displayed on this screen should be recorded and kept with your sales receipt, it will be required in the event that your
unit requires factory service.
Serial Number, information includes (Fig. 21):
> Graphic R1A (or higher), indicating the revision level of the unit's Firmware (operating software).
> Factory programmed serial number with SN icon.
• B (2 sec) to revert to Surface Main.
Fig. 21 - SN
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BUD OPERATING MANUAL
DIVE MODE
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BUD OPERATING MANUAL
FEATURES
ALGORITHM
The BUD is configured with 2 algorithms which allows you to choose which set of NDLs (No Deco Limits) will be used for nitrogen/oxygen calculations and
displays relating to Plan and DTR (Dive Time Remaining).
You can select to use either the DSAT or the Z+. The selection will lock in for 24 hours after the last dive.
DSAT features NDLs that are based on exposures and test data which also formed validation for the PADI RDP. It imposes restrictions for repetitive
Deco dives, considered more risky.
Z+ (Pelagic Z+) performance is based on Buhlmann ZHL-16c. It features NDLs that are considerably more conservative especially at shallower depths.
To create even greater margins of safety with respect to decompression a No Deco Safety Stop can be performed for No Deco dives.
SAFETY STOP (SS), No Deco only
Upon ascent to 20 FT (6 M) for 1 second on a No Deco dive in which Depth exceeded 30 FT (9 M) for 1 second, a SS to be taken at 15 FT (4.5 M) will
appear on the Main display with a countdown beginning at 3:00 (min:sec).
• In the event that you descend 10 FT (3 M) below the SS Depth for 10 seconds during the countdown, or the countdown reaches 0:00; the No Deco
Main will replace the SS Main which will reappear upon ascent to 20 FT (6 M) for 1 second.
• In the event that you enter Deco during the dive, complete the Deco obligation, then descend below 30 FT (9 M); the SS Main will appear again upon
ascent to 20 FT (6 M) for 1 second.
• If you surface during the SS countdown, the SS will be canceled for the remainder of that dive.
• There is no Penalty if you surface prior to completing the SS or ignore it.
DTR (DIVE TIME REMAINING)
The BUD constantly monitors No Deco status and O2 accumulation, and will display whichever Time is the least amount available as DTR on the No Deco
Dive Main screen. The Time being displayed will be identified by the NDC or O2 icon.
NDC (No Deco DTR)
NDC is the maximum amount of time that you can stay at your present Depth before entering Deco. It is calculated based on the amount of nitrogen ab-
sorbed by hypothetical tissue compartments.
The rates each of these compartments absorb and release nitrogen is mathematically modeled and compared against a maximum allowable nitrogen level.
Whichever one is closest to this maximum level is the controlling compartment for that Depth. Its resulting value (NDC) will be displayed as DTR and the
TLBG.
As you ascend, the TLBG segments 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.
OTR (O2 TIME REMAINING)
When set for Nitrox operation, O2 during a dive is displayed on an ALT screen as a % of allowed saturation.
The limit for O2 exposure (100%) is set at 300 OTU (oxygen tolerance units) per dive or 24 hour period. As time before reaching the limit decreases, %
O2 increases and OTR (time allowed) decreases.
When OTR (time) becomes less than the NDC (time), calculations for the dive will be controlled by O2 and OTR will be displayed as DTR on the Dive
Main.
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BUD OPERATING MANUAL
NO DECO MAIN, information includes (Fig. 22) -
> DTR (hr:min) with NDC (or O2) icon.
> Current Depth with FT (or M) icon.
> Max Depth with MAX and FT (or M) icons
> EDT (Elapsed Dive Time) with DIVE and min icons
> NX, CF, DSAT (or Z+), icons - those that apply.
> TLBG.
> VARI, while ascending.
Fig. 22 - NO DECO MAIN
• B (< 2 sec) to access ALTs.
Upon ascending to 2 FT (0.6 M) during a dive, Surface Interval time will be displayed with the SURF icon flashing for the first 10
minutes with Current Depth displayed as 0 (Fig. 23).
• B (< 2 sec) to access Dive ALTs.
If a descent is made to 5 FT (1.5 M) for 5 seconds during that first 10 minutes, the dive will be continued. Surface time will not be added to
Elapsed Dive Time.
After 10 minutes elapse on the surface, operation will revert to the Surface Main with full access given to the other surface items.
Fig. 23 - NO DECO MAIN
(on surface < 10 min)
NO DECO ALT 1, information includes (Fig. 24) -
> EDT (hr:min) with EDT icon.
> Max Depth with FT (or M) and MAX icons.
• B (< 2 sec) to access ALT 2 if NX, or revert to Main if Air.
• Revert to Main in 5 sec, if B not pressed.
NO DECO ALT 2 (if Nitrox), information includes (Fig. 25) -
> O2 saturation (accumulation) with O2% icon.
> Current PO2 value (ATA) with PO2 icon.
Fig. 24 - NO DECO ALT 1
> FO2 Set Point with FO2 and NX icons.
• 5 sec or B (< 2 sec) to revert to Main.
SAFETY STOP MAIN, information includes (Fig. 26) -
> Stop Time (min:sec) with STOP icon, counting down.
> Current Depth with FT (or M) icon.
> Stop Depth with STOP and FT (or M) icons.
> NX, CF, DSAT (or Z+), icons - those that apply.
> TLBG.
Fig. 25 - NO DECO ALT 2
• B (< 2 sec) to access ALTs**.
** The SS features up to 3 ALT displays which are similar to the No Deco Main, ALT1, and ALT2 displays, respectively.
DECOMPRESSION
Decompression mode activates when theoretical No Decompression time and depth limits are exceeded.
Upon entry into Deco, the full TLBG will flash (Fig. 27) for 10 seconds. The Stop Depth digits will flash while 10 FT (3 M) below
the required Stop Depth.
Fig. 26 - SS MAIN
> Once within 10 FT (3 M) below the required Stop Depth (stop zone), the Stop Depth digits will stop flashing.
To fulfill your decompression obligation, you should make a safe controlled Ascent to a depth slightly deeper than, or equal to,
the required Stop Depth indicated and decompress for the Stop Time indicated.
The amount of decompression credit time that you receive is dependent on Depth, with slightly less credit given the deeper you
are below the Stop Depth indicated.
You should stay slightly deeper than the required Stop Depth indicated until the next shallower Stop Depth appears. Then, you
can slowly ascend to, but not shallower than that indicated Stop Depth.
Fig. 27 - DECO ENTRY
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BUD OPERATING MANUAL
DECO STOP MAIN, information includes (Fig. 28) -
> Stop Time (hr:min) with STOP icon.
> Current Depth with FT (or M) icon.
> Stop Depth with STOP and FT (or M) icons.
> NX, CF, DSAT (or Z+), icons - those that apply.
> Full TLBG.
• B (< 2 sec) to access ALT 1.
Fig. 28 - DECO STOP MAIN
DECO STOP ALT 1, information includes (Fig. 29) -
> TAT* (hr:min) with TAT icon.
> Current Depth with FT (or M) icon.
• B (< 2 sec) to access ALT 2.
• Revert to Main in 5 sec, if B not pressed.
Fig. 29 - DECO STOP ALT 1
*TAT is Total Ascent Time which includes calculated Times at all required Deco Stops plus vertical Ascent Time to the surface based on the
max ascent rate allowed.
DECO STOP ALT 2, information includes (Fig. 30) -
> Elapsed Dive Time (hr:min) with EDT icon.
> Max Depth with FT (or M) MAX icons.
• B (< 2 sec) to access ALT 3 (if Nitrox).
• Revert to Main in 5 sec, if B isnot pressed.
Fig. 30 - DECO STOP ALT 2
DECO STOP ALT 3 (if Nitrox), information includes (Fig. 31) -
> O2 saturation (accumulation) with O2% icon.
> Current PO2 value (ATA) with PO2 icon.
> FO2 Set Point with FO2 and NX icons.
• 5 sec or B (< 2 sec) to revert to Main.
Fig. 31 - DECO STOP ALT 3
alt w/
CV (CONDITIONAL VIOLATION)
Upon ascent above the required Deco Stop Depth, operation will enter CV during which no off gassing credit will be given.
While above the Sop, the graphic DOWN alternates with the Stop Time digits while the Stop Depth digits flash (Fig. 32).
If you descend deeper than the required Deco Stop before 5 minutes elapse, Deco operation will continue with no off gassing
credit given for time above the Stop. Instead, for each minute above the Stop 1-1/2 minutes of penalty time will be added to
required Stop Time.
> The added penalty (Deco) time will have to be worked off before obtaining off gassing credit.
> Once the penalty time is worked off, and off gassing credit begins, required Deco Stop Depths and Time will decrease
toward zero. The TLBG will recede into the No Deco zone and operation will revert to No Deco mode.
Fig. 32 - CV MAIN
alt w/
DV 1 (DELAYED VIOLATION 1)
If you remain shallower than a Deco Stop Depth for more than 5 minutes, operation will enter DV 1* which is a continuation of
CV with penalty time still being added.
The graphic DOWN will alternate with Stop Time while the full TLBG and Stop Depth digits flash (Fig. 33), until descent is made
to below the Stop Depth indicated.
Fig. 33 - DV1 MAIN
*The difference is that 5 minutes after surfacing from the dive, operation will now enter Violation Gauge Mode.
After 5 minutes on the surface following a DV1, operation enters Violation Gauge Mode.
DV 2 (DELAYED VIOLATION 2)
If the calculated Deco obligation requires a Stop Depth between 60 FT (18 M) and 70 FT (21 M), operation will enter DV 2.
The full TLBG and Stop Depth digits will flash (Fig. 34) for 10 seconds.
Fig. 34 - DV2 MAIN
After 5 minutes on the surface following a DV2, operation enters Violation Gauge Mode.
CV, DV1, & DV2 ALTs are
similar to those for Deco.
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BUD OPERATING MANUAL
DV 3 (DELAYED VIOLATION 3)
If you descend deeper than the MOD*, DTR and Current Depth will be displayed as with the Depth ones flashing (Fig. 35).
Max Depth on the ALT will also be displayed as 3 dashes.
*MOD is the Max Operating Depth at which the BUD can properly perform calculations or provide accurate display information. Refer to the
Specifications in the back.
Upon ascending above the MOD, Current Depth will be restored, however, Max Depth will continue to be displayed as dashes
for the remainder of that dive.
Fig. 35 - DV3 MAIN
DTR will be restored if it is accurate, or remain as dashes if not.
VGM (VIOLATION GAUGE MODE)
During NORM dives, operation will enter VGM when Deco requires a Stop Depth greater than 70 FT (21 M).
Operation would then continue in VGM during the remainder of that dive and for 24 hours after surfacing. VGM turns the BUD
into a digital instrument without any decompression or oxygen related calculations or displays.
Upon activation of VGM, the full TLBG with the graphics VIO and UP flash for 10 seconds as a warning (Fig. 36).
Fig. 36 - VGM ACTIVATION
VGM Dive Main, after 10 sec information includes (Fig. 37) -
> Graphic VIO (in place of DTR) solid.
> Current Depth with FT (or M) icon.
> Graphic UP, flashing until on surface
> VARI while ascending
• B (< 2 sec) to access ALT (EDT & Max Depth).
Fig. 37 - VGM DIVE MAIN
VGM on Surface
Upon surfacing, the graphic VIO will alternate with Surface Interval time until the unit shuts off after 24 hours.
alt w/
The SURF icon will flash during the first 10 minutes (Fig. 38).
Operation will also enter VGM 5 minutes after surfacing from a dive in which a Delayed Violation occurred.
> A full 24 hour continuous surface interval must then be served before all functions are restored.
HIGH PO2
Fig. 38 - VGM SURFACE
Warning >> at 1.20 (ATA).
Alarm >> at 1.40 (ATA), except in Deco then at 1.60 only.
During No Deco -
When PO2 (partial pressure of oxygen) increases to the Warning level; the PO2 value will alternate with Current Depth for 10
seconds with the graphic UP displayed (Fig. 39).
After 10 seconds, Current Depth is restored. The graphic UP remains on solid until PO2 decreases below 1.20.
If PO2 continues to increase and reaches the Alarm level (1.40), the PO2 value will again alternate with Current Depth and the
graphic UP will flash (Fig. 40) until PO2 is < 1.40.
Fig. 39 - PO2 WARNING
alternate
During Deco -
If PO2 reaches 1.60 while in Deco, the PO2 value (=> 1.60) with icon will alternate with Current Depth (Fig. 41).
When PO2 decreases below 1.60, Current Depth will restored.
No indication is given to ascend (graphic UP), you control action to be taken according to your expertise and training.
Fig. 40 - PO2 ALARM
Fig. 41 - PO2 ALARM DECO
Doc. No. 12-5259-r01 (7/21/11)
© 2002 Design, 2011
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BUD OPERATING MANUAL
HIGH O2
Warning >> when 80 to 99% (240 OTU).
Alarm >> at 100% (300 OTU).
When O2 reaches the Warning Level; the O2 value will flash (in place of DTR or Deco Stop Time) for 10 seconds (Fig. 42).
After 10 seconds, DTR will be restored.
If O2 reaches the Alarm level; the O2 value (100) will flash (in place of DTR or Deco Stop Time) and the graphic UP will flash
(Fig. 43) until on the surface.
Fig. 42 - O2 WARNING
Upon surfacing, the the O2 value (100) will alternate with Surface Interval time (Fig. 44).
O2 will be removed when it decreases below 100%.
> If you surface due to 100% O2 without having completed the Deco obligation, the full TLBG and O2 value (100) will flash for
the first 10 minutes, then operation will enter VGM for 24 hours.
Fig. 43 - O2 ALARM
alt w/
Fig. 44 - O2 ALARM
(on surface)
© 2002 Design, 2011
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BUD OPERATING MANUAL
GENERAL
© 2002 Design, 2011
Doc. No. 12-5259-r01 (7/21/11)
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BUD OPERATING MANUAL
CARE AND CLEANING
Protect your BUD from shock, excessive temperatures, exposure to chemicals, and tampering. Protect the lens against scratches
with a Instrument Lens Protector. Small scratches will naturally disappear underwater.
• Soak and rinse the BUD in fresh water at the end of each day of diving, and check to ensure that the areas around the Low
Pressure (Depth) Sensor (Fig. 45a) and button are free of debris or obstructions.
• To dissolve salt crystals, use lukewarm water or a slightly acidic bath (50% white vinegar/50% fresh water). After removal
from the bath, place the BUD under gently running fresh water and towel dry before storing.
• Transport your BUD cool, dry, and protected.
a
Fig. 45 - CASE BACK
INSPECTIONS AND SERVICE
Your BUD should be inspected annually by an Authorized Oceanic Dealer who will perform a factory prescribed function check
and inspection for damage or wear.
To keep the 2 year limited warranty in effect, this inspection must be completed one year after purchase (+/- 30 days).
Oceanic recommends that you continue to have an inspection performed every year to ensure it is working properly.
The costs of annual inspections, or inspections relating to water tight integrity, are not covered under the terms of the 2 year
limited warranty.
To Obtain Service:
Take your BUD to your local Authorized Oceanic Dealer.
If required to return your BUD to the Oceanic USA factory:
• Obtain an RA (Return Authorization) number by contacting Oceanic USA at 510/562-0500 or send an e-mail to service@
oceanicusa.com.
• Record all dive data in the Log. All data will be erased during factory service.
• Package it using a protective cushioning material.
• Include a legible note stating the specific reason for return, your name, address, daytime phone number, serial number(s),
and a copy of your original sales receipt and Warranty Registration.
• Send freight prepaid and insured using a traceable method.
• Non-warranty service must be prepaid. COD is not accepted.
• Additional information is available on the Oceanic web site OceanicWorldwide.com or on the local Oceanic web site that
serves your global region.
The procedures that follow must be closely adhered to. Damage due to
improper battery replacement is not covered by the BUD's warranty.
When the battery is removed, settings and calculations for repetitive dives are retained in the unit's memory while a
new battery is installed.
BATTERY REPLACEMENT
The Battery Compartment should only be opened in a dry and clean environment with extreme care taken to prevent the entrance
of moisture or dust.
As an additional precautionary measure to prevent formation of moisture in the Battery Compartment, it is recommended that the
Battery be changed in an environment equivalent to the local outdoor temperature and humidity (e.g., do not change the Battery
in an air conditioned environment then take it outside during a hot sunny day).
Fig. 46A - COVER
REMOVAL (using tool)
Inspect the Buttons, Lens, and Housing to ensure they are not cracked or damaged. If there is any sign of moisture in the BUD,
DO NOT attempt to use it for diving until it receives proper service by an authorized Oceanic facility.
Battery Removal
• Locate the Battery Compartment on the back of the unit.
• Rotate the Battery Cover clockwise 10 degrees using the special Battery Cover Tool (Fig. 46A), or by pushing the lower
portion to the left while pushing the upper portion to the right using your thumbs (Fig. 46B).
• Lift the Cover with O-ring up and away from the Housing.
• Using care not to damage the Contact (Fig. 47a), slide the Battery up and out of the left side of the Compartment.
• Discard the Battery according to local regulations governing disposal of Lithium batteries.
Fig. 46B - COVER
REMOVAL (using thumbs)
CAUTION: DO NOT allow a metal object to short circuit the top of the Battery, which is positive (+), to the nega-
tive ( - ) contact of the Battery Compartment.
a
Inspection
• Closely check all of the sealing surfaces for any signs of damage that might impair proper sealing.
• Inspect the Buttons, Lens, and Housing to ensure they are not cracked or damaged.
• Remove the Battery Cover O-ring and inspect it for any signs of deterioration or deformity. DO NOT use tools to remove the
O-ring.
• To ensure proper sealing, O-ring replacement is highly recommended each time the Battery is replaced.
• Closely examine the threads of the Battery Cover and Housing for any signs of damage that might prevent proper threading.
• Closely examine the inside of the Battery Compartment for any signs of corrosion indicating entrance of moisture into the
unit.
Fig. 47 - BATTERY
REMOVAL
• If it is necessary to clean the Battery Compartment, flush it thoroughly with a solution of 50% white vinegar and 50% fresh
water. Rinse with fresh water, and allow to dry overnight or blow dry with a hair dryer set at no heat.
© 2002 Design, 2011
Doc. No. 12-5259-r01 (7/21/11)
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BUD OPERATING MANUAL
WARNING: If damage, moisture, or corrosion is found, return your BUD to an Authorized Oceanic Dealer, and
DO NOT attempt to use it until it has received factory prescribed service.
Battery Installation
• Slide a new 3 volt type CR2430 Lithium Battery, negative side down into the Battery Compartment. Slide it in from the left
side (Fig. 48) and ensure that it slides under the contact clip on the lower/right rim of the cavity.
• Lightly lubricate the new Cover O-ring* with silicone grease and place it on the inner rim of the Battery Cover. Ensure that it
is evenly seated (Fig. 49).
Fig. 48 - BATTERY INSTALL
*The O-ring must be a genuine Oceanic part that can be purchased from an Authorized Oceanic Dealer. Use of any
other O-ring will void the warranty.
• Carefully place the Battery Cover (with O-ring) into position on the rim of the Battery Compartment, then press it evenly and
completely down into place.
• Maintain the Battery Cover securely in place and turn it counter clockwise 10 degrees using the special Battery Cover tool
(Fig. 50A), or by pushing the lower portion to the right while pushing the upper portion to the left (Fig. 50B).
Fig. 49 - COVER O-RING
Testing
• Observe the LCD display to ensure it is consistently clear and sharp in contrast throughout the screen.
• Set the Date and Time.
• Verify all Set Points prior to diving.
If any portions of the display are missing or appear dim, or if a Low Battery Condition is indicated, return
your BUD to an Authorized Oceanic Dealer for a complete evaluation before attempting to use it.
Fig. 50A - COVER
INSTALL (using tool)
Fig. 50B - COVER
INSTALL (using thumbs)
ALTITUDE SENSING AND ADJUSTMENT
Altitude (i.e., ambient pressure) is measured upon activation and every 15 minutes until a dive is made.
> Measurements are only taken when the unit is dry.
> Two readings are taken, the second reading 5 seconds after the first. The readings must be within 1 foot (30 cm) of each other to record that ambient
pressure as the current Altitude.
> No adjustments are made during any time that the Wet Contacts are bridged.
> When diving in high altitude waters from 3,001 to 14,000 feet (916 to 4,270 meters), the BUD automatically adjusts to these conditions providing
corrected Depth, and reduced No Deco and O2 Times at intervals of 1,000 feet (305 meters).
> At Sea Level, calculations are based upon an Altitude of 6,000 feet.
> All adjustments for Altitudes greater than 11,000 feet (3,355 meters) are then made to allowable dive times for 14,000 feet (4,270 meters).
> The BUD will not function as a Dive Computer above 14,000 feet (4,270 meters).
© 2002 Design, 2011
Doc. No. 12-5259-r01 (7/21/11)
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BUD OPERATING MANUAL
Z+ ALGORITHM >> NDLS (HR:MIN) AT ALTITUDE (IMPERIAL)
Altitude
(feet)
0
3001
to
4001
to
5001
to
6001
to
7001
to
8001
to
9001
to
10001
to
11001
to
12001
to
13001
to
14000
to
3000
4000
5000
6000
7000
8000
9000
10000
11000
12000
13000
Depth
( FT )
30
3:17
1:49
1:05
0:48
0:35
0:26
0:19
0:16
0:12
0:10
0:08
0:07
0:06
0:06
0:05
0:05
0:04
2:30
1:21
0:53
0:37
0:26
0:19
0:15
0:11
0:09
0:08
0:07
0:06
0:05
0:05
0:04
0:04
0:04
2:21
1:15
0:51
0:35
0:24
0:18
0:14
0:10
0:08
0:07
0:06
0:05
0:05
0:05
0:04
0:04
0:04
2:14
1:11
0:49
0:33
0:23
0:17
0:13
0:10
0:08
0:07
0:06
0:05
0:05
0:04
0:04
0:04
0:03
2:08
1:08
0:47
0:32
0:21
0:16
0:12
0:09
0:08
0:07
0:06
0:05
0:05
0:04
0:04
0:03
0:03
2:02
1:05
0:44
0:30
0:20
0:15
0:11
0:09
0:07
0:06
0:05
0:05
0:04
0:04
0:04
0:03
0:03
1:57
1:02
0:42
0:28
0:19
0:14
0:10
0:08
0:07
0:06
0:05
0:05
0:04
0:04
0:03
0:03
0:03
1:52
1:00
0:39
0:26
0:18
0:13
0:10
0:08
0:07
0:06
0:05
0:04
0:04
0:04
0:03
0:03
0:03
1:47
0:57
0:37
0:24
0:17
0:12
0:09
0:07
0:06
0:05
0:05
0:04
0:04
0:04
0:03
0:03
0:03
1:39
0:55
0:35
0:23
0:16
0:11
0:09
0:07
0:06
0:05
0:05
0:04
0:04
0:03
0:03
0:03
0:03
1:34
0:53
0:34
0:22
0:16
0:11
0:08
0:07
0:06
0:05
0:04
0:04
0:04
0:03
0:03
0:03
0:03
1:29
0:51
0:33
0:21
0:14
0:10
0:08
0:07
0:05
0:05
0:04
0:04
0:03
0:03
0:03
0:03
0:00
40
50
60
70
80
90
100
110
120
130
140
150
160
170
180
190
Z+ ALGORITHM >> NDLS (HR:MIN) AT ALTITUDE (METRIC)
Altitude
(meters)
0
916
to
1221
to
1526
to
1831
to
2136
to
2441
to
2746
to
3051
to
3356
to
3661
to
3965
3966
to
4270
to
915
1220
1525
1830
2135
2440
2745
3050
3355
3660
Depth
( M )
9
3:37
1:55
1:08
0:50
0:36
0:27
0:20
0:16
0:13
0:10
0:09
0:08
0:06
0:06
0:05
0:05
0:05
2:41
1:27
0:55
0:39
0:28
0:20
0:16
0:12
0:09
0:08
0:07
0:06
0:05
0:05
0:04
0:04
0:04
2:31
1:21
0:53
0:37
0:26
0:19
0:15
0:11
0:09
0:07
0:06
0:06
0:05
0:05
0:04
0:04
0:04
2:23
1:15
0:51
0:35
0:24
0:18
0:13
0:10
0:08
0:07
0:06
0:05
0:05
0:04
0:04
0:04
0:03
2:16
1:12
0:49
0:33
0:23
0:17
0:12
0:09
0:08
0:07
0:06
0:05
0:05
0:04
0:04
0:04
0:03
2:10
1:08
0:47
0:32
0:21
0:16
0:11
0:09
0:07
0:06
0:06
0:05
0:04
0:04
0:04
0:03
0:03
2:04
1:05
0:44
0:30
0:20
0:15
0:11
0:09
0:07
0:06
0:05
0:05
0:04
0:04
0:04
0:03
0:03
1:59
1:03
0:42
0:28
0:19
0:14
0:10
0:08
0:07
0:06
0:05
0:05
0:04
0:04
0:03
0:03
0:03
1:54
1:00
0:39
0:26
0:18
0:13
0:09
0:08
0:07
0:05
0:05
0:04
0:04
0:04
0:03
0:03
0:03
1:50
0:58
0:37
0:24
0:17
0:12
0:09
0:07
0:06
0:05
0:05
0:04
0:04
0:03
0:03
0:03
0:03
1:43
0:55
0:36
0:23
0:16
0:11
0:09
0:07
0:06
0:05
0:05
0:04
0:04
0:03
0:03
0:03
0:03
1:37
0:54
0:34
0:22
0:16
0:11
0:08
0:07
0:06
0:05
0:04
0:04
0:04
0:03
0:03
0:03
0:03
12
15
18
21
24
27
30
33
36
39
42
45
48
51
54
57
DSAT ALGORITHM >> NDLS (HR:MIN) AT ALTITUDE (IMPERIAL)
Altitude
(feet)
0
3001
to
4001
to
5001
to
6001
to
7001
to
8001
to
9001
to
10001
to
11001
to
12001
to
13001
to
to
3000
4000
5000
6000
7000
8000
9000
10000
11000
12000
13000
14000
Depth
( FT )
30
4:20
2:17
1:21
0:57
0:40
0:30
0:24
0:19
0:16
0:13
0:11
0:09
0:08
0:07
0:07
0:06
0:05
3:21
1:43
1:03
0:43
0:31
0:24
0:19
0:15
0:12
0:09
0:08
0:07
0:06
0:06
0:05
0:05
0:04
3:07
1:36
1:00
0:40
0:30
0:23
0:18
0:14
0:11
0:09
0:08
0:07
0:06
0:05
0:05
0:05
0:04
2:55
1:30
0:58
0:38
0:28
0:21
0:17
0:13
0:10
0:08
0:07
0:06
0:06
0:05
0:05
0:04
0:04
2:45
1:25
0:55
0:36
0:27
0:20
0:16
0:12
0:09
0:08
0:07
0:06
0:05
0:05
0:04
0:04
0:04
2:36
1:20
0:52
0:34
0:26
0:19
0:15
0:11
0:09
0:08
0:07
0:06
0:05
0:05
0:04
0:04
0:04
2:28
1:16
0:48
0:33
0:24
0:18
0:14
0:10
0:08
0:07
0:06
0:06
0:05
0:05
0:04
0:04
0:04
2:21
1:12
0:45
0:31
0:23
0:17
0:13
0:10
0:08
0:07
0:06
0:05
0:05
0:04
0:04
0:04
0:03
2:15
1:09
0:43
0:30
0:22
0:16
0:12
0:09
0:08
0:07
0:06
0:05
0:05
0:04
0:04
0:04
0:03
2:10
1:06
0:41
0:29
0:20
0:16
0:11
0:09
0:07
0:06
0:06
0:05
0:04
0:04
0:04
0:03
0:03
2:04
1:03
0:39
0:28
0:19
0:14
0:10
0:08
0:07
0:06
0:05
0:05
0:04
0:04
0:04
0:03
0:03
1:58
1:01
0:37
0:27
0:18
0:13
0:10
0:08
0:07
0:06
0:05
0:05
0:04
0:04
0:03
0:03
0:03
40
50
60
70
80
90
100
110
120
130
140
150
160
170
180
190
DSAT ALGORITHM >> NDLS (HR:MIN) AT ALTITUDE (METRIC)
Altitude
0
916
to
1220
1221
to
1526
to
1831
to
2136
to
2441
to
2746
to
3051
to
3356
to
3661
to
3966
to
(meters) to
915
1525
1830
2135
2440
2745
3050
3355
3660
3965
4270
Depth
( M )
9
4:43
2:24
1:25
0:59
0:41
0:32
0:25
0:20
0:17
0:14
0:11
0:09
0:08
0:07
0:06
0:06
0:05
3:37
1:52
1:06
0:45
0:33
0:26
0:19
0:16
0:12
0:10
0:08
0:07
0:06
0:06
0:05
0:05
0:04
3:24
1:44
1:03
0:42
0:31
0:24
0:18
0:15
0:11
0:09
0:08
0:07
0:06
0:06
0:05
0:05
0:04
3:10
1:37
1:00
0:40
0:29
0:22
0:17
0:13
0:11
0:09
0:07
0:07
0:06
0:05
0:05
0:04
0:04
2:58
1:30
0:57
0:38
0:28
0:21
0:16
0:12
0:10
0:08
0:07
0:06
0:06
0:05
0:05
0:04
0:04
2:48
1:25
0:55
0:36
0:27
0:20
0:16
0:12
0:09
0:08
0:07
0:06
0:05
0:05
0:04
0:04
0:04
2:39
1:21
0:52
0:34
0:26
0:19
0:14
0:11
0:09
0:07
0:06
0:06
0:05
0:05
0:04
0:04
0:04
2:31
1:17
0:49
0:32
0:24
0:18
0:13
0:10
0:08
0:07
0:06
0:05
0:05
0:04
0:04
0:04
0:03
2:24
1:13
0:46
0:31
0:23
0:17
0:12
0:10
0:08
0:07
0:06
0:05
0:05
0:04
0:04
0:04
0:03
2:18
1:10
0:43
0:30
0:21
0:16
0:12
0:09
0:08
0:06
0:06
0:05
0:05
0:04
0:04
0:03
0:03
2:12
1:07
0:41
0:29
0:20
0:15
0:11
0:09
0:07
0:06
0:05
0:05
0:04
0:04
0:04
0:03
0:03
2:07
1:04
0:39
0:28
0:19
0:14
0:10
0:08
0:07
0:06
0:05
0:05
0:04
0:04
0:04
0:03
0:03
12
15
18
21
24
27
30
33
36
39
42
45
48
51
54
57
© 2002 Design, 2011
Doc. No. 12-5259-r01 (7/21/11)
20
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BUD OPERATING MANUAL
SPECIFICATIONS
CAN BE USED AS
Dive Computer (Air or Nitrox)
•
DIVE COMPUTER PERFORMANCE
•
•
•
•
•
•
•
Buhlmann ZHL-16c based Z+, or DSAT based, algorithm
No Deco limits closely follow PADI RDP
Decompression in agreement with Buhlmann ZHL-16c and French MN90
No Deco Deep Stops - Morroni, Bennett
Deco Deep Stops (not recommended) - Blatteau, Gerth, Gutvik
Altitude - Buhlmann, IANTD, RDP (Cross)
Altitude corrections and O2 limits based on NOAA tables
OPERATIONAL PERFORMANCE
Function:
Accuracy:
•
•
Depth
Timers
±1% of full scale
1 second per day
Dive Counter:
•
•
Displays Dives #1 to 12
Resets to Dive #1, upon diving (after 24 hours with no dives)
Altitude:
•
•
•
•
Operational from sea level to 14,000 feet (4,270 meters) elevation
Measures ambient pressure every 30 minutes when inactive, upon activation, every 15 minutes while activated.
Does not measure ambient pressure when Wet.
Compensates for Altitudes above sea level beginning at 3,001 feet (916 meters) elevation and every 1,000 feet (305 meters) higher.
Power:
•
•
•
•
(1) 3 vdc, CR2430, Lithium battery (Panasonic or equivalent)
Shelf life
Replacement
Use Life
Up to 5 years (dependent on battery manufacturer)
User (annual recommended)
100 dive hours if (1) 1 hour dives per dive day to 300 hours if (3) 1 hour dives per day
Battery Icon:
•
•
Warning - icon on solid at 2.75 volts, Battery change recommended
Alarm - icon on flashing at 2.50 volts, change the Battery
Activation:
•
•
•
•
Manual - push button (recommended).
Automatic - when wet.
Cannot be manually activated deeper than 4 FT (1.2 M).
Cannot operate at elevations higher than 14,000 feet (4,270 meters)
Operating Temperature:
•
•
Out of the water - between 20 °F and 140 °F (-6 and 60 °C).
In the water - between 28 °F and 95 °F (-2 and 35 °C).
TLBG
segments
1 to 3
4
• No Deco Normal zone
• No Deco Caution zone
• Decompression zone
5 (all)
VARI
60 FT (18 M) & Shallower
Deeper than 60 FT (18 M)
segments
FPM
MPM
0 - 3
3.5 - 4.5
5 - 6
6.5 - 7.5
8 - 9
> 9
segments
FPM
0 - 20 0 - 6
21 - 30 6.5 - 9
31 - 40 9.5 - 12
41 - 50 12.5 - 15
51 - 60 15.5 - 18
MPM
0
1
2
3
0 - 10
11 - 15
16 - 20
21 - 25
26 - 30
> 30
0
1
2
3
•
Normal zone
Normal zone
Normal zone
•
•
Caution zone
Too Fast zone (flashing)
4
4
5 (all)
5 (all)
> 60
> 18
NUMERIC DISPLAYS:
Range:
0 to 12
0:00 to 23:59 hr:min
23:50 to 0:00 hr:min*
Resolution:
1
1 min
1 min
•
•
•
Dive Number
Surface Interval Time
Time to Fly & Desat
(* starting 10 min after the dive)
•
FO2 Set Point
Air, 21 to 50 %
1 %
•
•
•
•
•
PO2 Value
Depth
Elapsed Dive Time
Dive Time Remaining
Safety Stop Time
0.00 to 5.00 ATA
.01 ATA
1 FT (.1/1 M )
1 min
1 min
1 sec
0 to 330 FT (100 M)
0:00 to 9:59 hr:min
0:00 to 9:59 hr:min
0:00 to 3:00 min:sec
•
•
•
Deco Stop Time
Total Ascent Time
Violation Countdown Timer
0:00 to 9:59 hr:min
0:00 to 9:59 hr:min
23:50 to 0:00 hr:min
1 min
1 min
1 min
MOD (Max Operating Depth):
330 FT (100 M)
© 2002 Design, 2011
Doc. No. 12-5259-r01 (7/21/11)
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BUD OPERATING MANUAL
INSPECTION / SERVICE RECORD
Serial Number:
Firmware Rev:
___________________________________________________________________________________________________
___________________________________________________________________________________________________
___________________________________________________________________________________________________
___________________________________________________________________________________________________
Date of Purchase:
Purchased from:
Below to be filled in by an Authorized Oceanic Dealer:
Date
Service Performed
Dealer/Technician
OCEANIC WORLD WIDE
OCEANIC USA
2002 Davis Street
San Leandro, CA 94577
Tel: 510/562-0500
Fax: 510/569-5404
E-mail: [email protected]
OCEANIC NORTHERN EUROPE
OCEANIC AUSTRALIA
Rosebud, Victoria, Australia
Tel: 61-3-5986-0100 Fax: 61-3-5986-1760
E-mail: [email protected]
Augsburg, Germany
Tel: +49 (0) 821 810342 0 Fax: +49 (0) 821 810342 29
E-mail: offi[email protected]
OCEANIC ITALY
Genova, Italy
OCEANIC ASIA PACIFIC
Singapore
Tel: +39 010 545 1212 Fax: +39 010 518 4232
E-mail: [email protected]
Tel: +65-6391-1420 Fax: +65-6297-5424
E-mail: [email protected]
OCEANIC JAPAN
Yokohama Kanagawa-Prev, Japan
Tel: 03-5651-9371
OCEANIC UK
Devon, United Kingdom
Tel: (44) 1404-891819 Fax: +44 (0) 1404-891909
E-mail: [email protected]
E-mail: [email protected]
OCEANIC HAWAII and MICRONESIA
Kapolei, Hawaii
OCEANIC FRANCE
Nice, France
Tel: 808-682-5488 Fax: 808-682-1068
E-mail: [email protected]
Tel: +33.(0)4 93 72 43 00 Fax: +33.(0)4 93 72 43 05
E-mail: [email protected]
© 2002 Design, 2011
Doc. No. 12-5259-r01 (7/21/11)
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BUD OPERATING MANUAL
NOTES
© 2002 Design, 2011
Doc. No. 12-5259-r01 (7/21/11)
23
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BUD OPERATING MANUAL
BUD
DIVE COMPUTER
OPERATING MANUAL
© 2002 Design, 2011
Doc. No. 12-5259-r01 (7/21/11)
24
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