Aladin pro ultra errors

aladin pro ultra errors

www.libble.eu › Various › Dive Computer › UWATEC › Aladin-Pro-Ultra. Uwatec Aladin 2G Manual Online: appendix, Technical Information, If there are problems with the water contacts, ALADIN PRO ULTRA Appendix. Prodigy Oceanic XTC-100 SCUBAPRO Aladin Pro Ultra SCUBAPRO Aladin Sport allowing you to correct an error or get out of a difficult.

Aladin pro ultra errors - consider, that

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    Details about  Battery Change Uwatec Aladin Pro Nitrox Smartcom Air Z US Diver Monitor Legend

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    Battery Change Uwatec Aladin Pro Nitrox Smartcom Air Z US Diver Monitor Legend
    Battery Change Uwatec Aladin Pro Nitrox Smartcom Air Z US Diver Monitor LegendBattery Change Uwatec Aladin Pro Nitrox Smartcom Air Z US Diver Monitor Legend
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    NOTE: WRITTEN A LONG TIME AGO

    Aladin Air X Computer

    If you ask me what piece of dive equipment I own has most disappointed me, I think that I would have to answer "My Aladin Air X dive computer". Why? Well, while it has some fantastic features, it appears to be badly made and prone to breaking down, either temporarily or permanently. Some explanation.

    In about 1990 I purchased an Aladin Pro dive computer. This served me perfectly well except for the occasional time when it kept running when left in a damp environment. This was a marked contrast to the previous Aladin computer which had a lot of problems. The only real problem I noticed with the Pro was that in some cases (mostly when used by a diver who did less than 50 dives a year), the battery warning did not work and instead the computer went haywire, showing a dive just completed as being done to an enormous depth (eg 96 metres). A new battery solved the problem. Even disconnecting and reconnecting the battery solved the problem temporarily (this was like rebooting a PC).

    In late 1994 my house was broken into and amongst other things, the Aladin Pro was stolen. I decided to use the insurance money (as well as a considerable amount of my own) to upgrade to an Aladin Air X. This cost, including DataTrak software and connecting cable, was about A$1300 (US$845 at the time). Even though I knew there had been a lot of problems with the early examples of this new computer (it had by then been out over a year), I thought that the bugs would have been ironed out. This was not to be the case. I got the computer in February 1995.

    My first use of the computer was in Papua New Guinea on my 804th dive. I had also purchased the software and downloading cable and my first attempt to use it failed miserably. Even phone calls to the Australian distributor failed to solve the problem so I lost all my data from that trip. The problem appeared to be that the software was incomplete or faulty. I should point out at this time that I work in the IT (computer) Division of a large NSW Government Department so I think I know what I am talking about when I say the software was faulty.

    When I arrived home, I called the distributor again and attempted to get the problem resolved. I convinced him to send me another copy of the software and once I got this, the download feature worked perfect (well almost, see my later comments about the limitations of this software).

    Over the next year and a bit it worked okay (see comments about when it did not). The computer's integration with the air pressure in my tank was a marvellous feature and very handy when doing deep decompression dives (which I do often). In addition, the lack of a normal pressure gauge and attached hose meant that there was less to get caught up on rocks and wrecks. The location of the pressure gauge on the computer meant that it was also a lot easier to keep track of your tank level as every time you look at the computer, you should see the amount of air left in your tank. In addition, the ability to download the dive data from the computer to a PC and print this out meant that I ended up with a good record of the dive (the software had limitations and even now it is not real good).

    However, every now and then the computer did not switch off after diving or it restarted diving by itself. At these times, it seemed to sometimes be caused by being kept in a damp environment (eg in a dive bin) but at other times there was no obvious reason for the action. When this occurred, it meant that you could not download the dive data nor could you use the computer with any degree of accuracy. When it did this, it nearly always went into altitude mode (you can tell this as the deco stops are at 2 metres rather than 3 metres) and the depth at the surface was about 1.4 metres. The computer kept running as if it was completing one huge dive and while you could use it on a dive, it meant that the computer was over conservative and cut your bottom time dramatically (since it thought you had already been diving for hundreds of minutes). Eventually, the computer would reset itself and work okay.

    In early June 1996 after exactly 150 dives (my 954th dive), the computer died totally and started leaking oil from the screen. The computer was replaced under warranty even though it was four months out of warranty. The replacement computer was exactly the same, it still occasionally kept running after the dive. It even did it first dive after I got the replacement!!

    In November 1997 when diving in Chuuk Lagoon, the computer started giving funny tank readings. I kept complaining that I was getting really poor air fills but I still seemed to be not using too much air. Finally, on one dive (my 1,130th dive) I noticed that even after I had been in the water for a considerable time (at 50 metres), the tank pressure was higher than I thought it should be. Even after more time, the pressure had not dropped too much more so I knew something was wrong. Luckily I am very good on my air and had plenty to spare. Despite this, I finished the dive (after a lot of extra deco) with the gauge showing 60 bar but the tank empty! A bit of a problem.

    As I normally do, I had a spare pressure gauge with me so for the rest of the trip I used both gauges. Eventually the Aladin Air X stopped showing the tank pressure.

    I should say that at this time I knew of at least six people who had at least two Air X computers after their first had failed. Some had had more than three replacements but this was the first transmitter I had heard of failing.

    Upon my return to Sydney, I took the computer to Uwatec. I was given a new transmitter for the sum of $90 (especially note this price for when you get later on in article) which was said to be the cost of a new battery.

    After this the computer did not have a major malfunction for two years and ten months (more about this later) but it had the altitude/diving problem at least seven times. In January 2000, it had the worst attack of the altitude problem yet. At 0309 on 1 January 2000, a friend rang my mobile phone to wish me a Happy New Year (thanks Maret!). My mobile was next to the Air X. The next morning, the dive computer was showing a depth of 1.4 metres. We went diving and the computer showed a reduced bottom time (since the computer had already been diving for over seven hours) than my buddy. The second dive was even worse, with the computer going into decompression well before it should have.

    Normally I would have expected the computer to fix itself by the next morning but it did not. On 2 January I went diving again, with a spare computer. The reaction from the Air X was similar to the day before, with reduced bottom times. After the first dive I cleared the deco but at the end of the second dive it still showed eight minutes at two metres. I declined to do this since I had already done a 10 minute safety stop! The computer did not surface but stayed at 1.4 metres and beeped like hell. It stopped after a few minutes.

    The next morning the computer had reset itself and appeared normal, with no alarm showing. We went diving again. As soon as I hit the bottom, the remaining bottom time was only 8 minutes whereas it should have been about 25 minutes. Funnily enough, it never got much worse and even at the end of the dive there was still an indicated 4 minutes bottom time. However, my buddies computer showed only 2 minutes. After the dive, the desaturation time was over 70 hours. Considering that even when diving the SS President Coolidge, doing two deep dives a day, I have never before got over about 30 hours. Before the next dive the "Attn" signal came on but I ignored it as I was not using it as a computer, just a pressure gauge. The next dive was similar, with a small bottom time at the start but not much change throughout the dive. The desaturation time was still around 70 hours.

    However, once I downloaded the computer, the graph for these two dives was totally different to that shown during the dive. The microbubble signal was at its maximum during both dives and on the second, it showed decompression of 56 minutes was required! However, this not signalled during the dive?

    The "Attn" alarm remained on the computer for the whole 70 hours desaturation and but then worked okay for the next nine months.

    On 16 September 2000 on the 508th dive using the replacement computer (my 1,466th dive), while diving at Barrens Hut in Sydney, I started my ascent. At about 10 metres, the computer suddenly went blank and then came up with "Err" appearing in the bottom left of the main screen. Almost two weeks later it had still not corrected itself and appeared to have died. It should be noted that the battery life was still between 30 and 40% so it should not be this causing the problem. On 29 September 2000 I again took it back to the Australian Uwatec distributor.

    After looking at the computer, an employee of the company explained to me that they did not actually do any repair work on the computers in Australia and that they are all sent back to Switzerland (this I already knew from other sources). He told me that since it could not be repaired here, Uwatec's policy (and I took this to mean the parent company's) was to provide a new computer for the cost of repair . He also told me that it was not an uncommon problem for Air X computers to fail, hence this policy. He then set about getting me a new computer and processing it. I was out of there in ten minutes or so, less A$195 (incl GST) and with a new computer. Not too bad I suppose considering the battery was less than 40% and the strap would have needed replacing soon. I first used it on dive 1471.

    On 6 July 2002 after a slight knock, the strap broke. The plastic ends where they join the main body are very flimsy and one of the segments broke along a joining pin. I took the computer to Abyss Diving in Sydney and they sent it off to be repaired. Imagine my surprise the next weekend when I went to collect and I found that it was repaired and there was no cost!

    On 20 April 2003, on my 1,861st dive, the transmitter suddenly failed during a dive after having worked earlier that morning. This meant that the transmitter had lasted 730 dives since it had been replaced about five and a half years earlier. The Operating Manual says that the battery in the transmitter should last about 8.5 years based on the average of 132 dives I have done each year since late 1997. Therefore I should have got about another three years service out of the transmitter. The distributor said that it was probably not the battery and that the transmitter had failed. After some discussion about the problems I have had with the computer and transmitter over the years, I got a free replacement transmitter. I did not use this at first as I had another one that a friend gave me when his dive computer died and he switched models. I used this till dive 1972 when it died (this lasted almost 10 years from new). I used the new one from dive 1,973. I now have a dead transmitter (as well as a functioning one) and I intend to attempt to open and replace the battery. I have nothing to lose.

    In late-May 2003 (after my 1,869th dive), almost almost three years (32 months actually) after my acquiring my third Air X I wrote that it appeared to be working okay. In fact, I had not had a problem with it at all on or after any of the dives I had done using it. At that time, the battery level was 61% (having dropped about 10% in the previous 10 months - 102 dives). Note that this was far better than the last computer which was less than 40% after 500 dives, so I was getting about 100 dives for 10% of battery (compared to 77 dives per 10% on the last computer). I had calculated that if I would get another 50% of the battery life out of it, I would get about another 500 dives or another 3.5 years or so. This would give a total of 900 dives from the computer and say six years ownership. This is marginally more than shown in the Operating Manual.

    However, on 16 May 2004, the computer died while diving Shiprock. Again, as 16 September 2000, the screen went blank and came up with "Err". This was my 1,986th dive, meaning it had lasted 514 dives (discounting one dive when I did not use), only six more than the last one. Once again I was forced to approach the Australian distributor, now owned by Scubapro but still run by the same person. However, this time I decided to bypass this person and spoke to two other people.

    Both advised me that the problem would be the battery was dead. I asked why then did the computer show that there was still over 50% battery and one person claimed that the battery level indicator did not actually show the remaining battery level, but recorded the usuage and deducted this from some amount.

    During discussions in April 2003 it became apparent to me that although the battery can be replaced in the computer (according to the manual), the distributor does not do this and the computers are sent back to Switzerland for repair/battery replacement/refurbishment (note that in 2007 they said that the Air-X could not be opened without breaking the case). Instead, they provide either a replacement Air X ($195) or a new Air Z ($395), although the first option is not always provided unless you insist. This was not offered to me, I only found this out later.

    At the time I understood that the reason the battery could not be replaced is that the insides of the computer are enclosed in some sort of "oil bath" and that the whole thing needs to be opened when enclosed in oil. Note what happened to my first Air X, it leaked oil (I had always wondered why this happened).

    In addition, although the battery in the transmitter can apparently be replaced, it is not done unless you insist and instead a new transmitter is supplied for $249. These represent extremely excessive costs, having risen over 100% in 2.5 years in the case of the computer (since the Air X option is not offered) and the replacement cost of the transmitter has risen over 170% over 5.5 years. I wish I could get a pay rise of 40% or 31% per annum.

    My latest transmitter appears to have died as of 1 July 2010. This meant it worked for just over seven years and about 1,040 dives, a good number compared to my previous ones. I will update this page with the price of replacing it once I have done this.

    As much as I hate the poor reliability of the computer, the inability to replace the battery, the poor customer relations, I am locked into the Aladin AirX/AirZ for one simple reason. To any other computer would cost me over $1,000 and up to $2,000. Reluctantly, I replaced it at that time.

    So far (as at 25 July 2007), after about 1,720 dives with the computer (and its three replacements and two replacement transmitters), it has cost me a total of A$2,119 ($1,300 purchase price, $90 replacement transmitter and $195 replacement Air- X and $395 replacement Air-Z and battery replacement for Air-Z $139). This works out at A$1.23 a dive. Consider that I used my Aladin Pro for exactly 500 dives before it was stolen and it cost me A$650 (purchase and a battery), $1.30 a dive. Of course, except for the thief, I would probably still be using the Pro which would work out at about $0.31 a dive (assuming another three battery changes done by myself) over the 2,235 dives since then. A bit expensive I think.

    NOTE: The US Divers' Monitor 4 is virtually identical to the Air X and is also made by Uwatec. It also appears to suffer from the same problems, but since there are far less around, the level of problems are not as easy to ascertain.

    Some comments on all this. Well, the computer certainly has its faults but it is also, when working correctly, fantastic. First, the pluses, then the minuses.

    Positive Points

    Negative Points

    SUMMARY

    Do the negatives outweigh the positives? A very hard question to answer, one that really should be a simple, yes. However, I still do not know. The problem is that the technology in the Air X was probably too advanced for 1994/5 when it was released. It apprears to have been released without sufficent testing in real diving situations. The longer my third computer lasted, the more my answer would have been yes. However, its death in May 2004 has made me say no. The death in July 2007 of the Air-Z did not increase my feeling about these computers (I wrote back in 2004 that " I do not expect anything better" and I was right).

    Aladin Air Computer

    Some time after the release of the Air X, Uwatec released the Air. This is virtually identical to the Air X except that instead of having a radio-linked contents gauge, the computer is connected by a normal high pressure hose to the first stage. Other that this, it has the same features as the Air X. I have a couple of friends who have these and they have not encountered any problems so far.

    Aladin Air Z Computer

    The Air X was replaced by the Air Z. One friend purchased one and did not have any problems. Another one got one to replace (his third) dead Air X. As far as I can see it is identical to the Air X except for minor visual design changes but I am told that it has had the bugs ironed out.

    As mentioned above, in May 2004 I got an Air Z to replace my dead Air X. The new Air-Z computer worked pretty well except that occasionally it went into Altitude mode when on the surface (when it was wet) but this always cleared. On 7 July 2007, before my 2,535th dive, the computer came up with ERR. Luckily for me, I had just returned from a diving holiday overseas where I would have been up a creek without a paddle had it expired there.

    This means that this computer, my 5th (I think, hard to keep up with it) had only lasted 548 dives and three years and two months. I hardly think that this is a good deal, a battery should last more than this and the manual states that considering the number of dives a year, it should last about 200 dives more. In addition, the battery % was still about 43% or more when I last dived a few weeks before.

    This time when I rang the distributor, I was told something similar to my last call. However, one big difference was that the battery in the Air-Z can actually be replaced. I was told that it was in an oil bath and they could replace it in Australia. The cost would be $145 (in fact it turned out to cost $139 at the dive shop that I went through). While this is far better than the price for the Air X (remember I was not offered a Air X as a replacement last time), it still means that the battery cost is about $40 per year. Considering that the old Aladin Pro battery can be purchased for $15 at Jaycar (see later) and my wife's Tusa computer battery costs about $8 for two years, this is a rip-off.

    Let's see how long this one lasts! (this is what I wrote at the time).

    Well, in September 2009, the computer started mucking up when I was in the Solomon Islands. What it started doing was the tank contents would not always work at the start of the dive and it was very difficult to download. I put a separate contents gauge on my regs. On returning to Sydney it started working okay, but it was still very hard to download. The computer still worked correctly in relation to depth and decompression, except it was sometimes slow in turning on when you entered the water.

    In December 2009 it got worse. For the whole month, it did not once show the air in my tank except for perhaps the last 10 to 20 minutes of some dives. In addition, I had to use a piece of wire to make the contacts work (to view different parts of the screen) and to download. Then I noticed that on night dives the backlight was on the whole time. This should only happen when you press the computer just below the screen and should go off after a few seconds. It seems that this is related as when the light goes out, the contents works okay.

    Due to this, I decided to buy another computer as I figured it is perhaps heading for a terminal end. I puchased on Ebay a more modern Uwatec Smart Pro. How stupid am I you must think after my problems with the AirX and AirZ?

    Anyway, on a night dive on 7 January 2010, the AirZ actually showed the tank contents for almost the whole dive. However, once I left the water, the light came on and it started flashing like a disco. The next day it was dead. On the Saturday I was doing a deep dive so I had to use the Smart Pro. This means that this computer lasted only two years and five months and under 400 dives.

    When sent to Uwatec, the battery was replaced for $180 (up almost 25% in 2.5 years - 10% per year). I spoke to the technician about the problems (he is nice bloke and very helpful) and found that the problem with the contacts may have been caused by the board in the computer shifting when it was dropped (and it has of course). He said he would fix it back up. He also said he would cut the wire that turns on the backlight when I indicated that I never used it. This will stop it using power unnecessarily.

    Aladin Pro - Old

    As I indicated above, my first computer was an Aladin Pro. It was a wrist mounted model and it gave me excellent service, without any problems other than the occasional time when it kept running when accidently left in a damp location (eg a dive bin) after a dive. This sometimes also occurred when salt built up on the connections. It was also prone to switching to altitude setting (deco stops are at two metres). In both cases, a soak in warm water normally fixed it.

    The computer featured a much smaller screen that the current computers but it still easily read underwater. It as possibly the simpliest display of any dive computer with a readout of current depth, maximum depth, dive time, available bottom time. When available bottom time is passed, it switches to decompression mode and shows the depth of stop, time at that stop and total ascent time. When a second depth for decompression is reached, it shows the depth of deepest stop and time required there as well as total ascent time. This is very handy for regular deep divers and the major feature that the Aladin Sports does not have. In addition, the computer works out the correct stop even if you do it deeper than recommended (eg 4 metres instead of 3 metres) and warns you of you get too shallow for the stop.

    There is also a 9 dive memory (maximum depth, bottom time and surface interval where relevant). You can also plan dives (repetitive and first) but it is very basic.

    It also shows if you are ascending too quick, although like the Air X it is way too sensitive. It only has one ascent rate so on deeper dives, if you ascend at the shown rate (10 metres per minute), you can gain a lot of extra deco at depth. I used to ignore this and ascend from 50 to 30 metres as quick as I could, ignoring the alarm. Most other divers I knew also did this, without any problems (it is roughly equal to the ascent rate of the Air X). It is also a little bit more lenient than the Air X and newer versions in bottom time (eg 51 minutes versus 49 minutes for 18 metres). Depending on how you look at it, it is a benefit or a problem. However, when doing multiple dives, it is more conservative than Air Xs and newer models.

    The battery lasts about 3 to 5 years, even with heavy use. With low use, a problem can occur with the computer showing stupid dives (eg 99.9 metres). This is invariably caused by low battery. A temporary solution is to open computer and disconnect battery (it is soldered) and reconnect (this is like rebooting a PC). You will need to purchase a new battery as soon as possible. Note that when at least three friends had this problem, the distribution company denied that this was related to battery. Funny how a new battery (or just unconnecting and reconnecting battery) solved the problem. You can also replace the battery yourself (despite what the distributor says - it costs $15 from JayCar in 2007).

    Although these are not now available, having been superceded twice, they are often available for sale second hand. They still represent good value and if you can pick up one for $50 or so, you will have a good bargain. I would recommend them for newer divers.

    Aladin Pro - Newer

    After the Air X had been out for a while, Uwatec released a new Aladin Pro. It featured the same decompression model as the Air X (ie a bit more conservative for first dives but less for repetitive), a bigger screen but other than this, it was much the same for most users.

    The screen readout was the same, the decompression section the same. The main feature outside the bigger screen was that it was downloadable to a PC. In this case, it was the same as the Air X except for air consumption of course. See the Air X article above.

    Again, these have been very reliable and I do not know any that have failed. These have now been superceded again. Now that a new model is out, you may be able to get one for $200.

    Aladin Sports - Old

    After I purchased my Air X and had the first problems with it, I purchased a second hand Aladin Sports to use as a back up to the Air X. Trusting, aren't I?

    This is almost identical to the Aladin Pro (old) as outlined above. The only differences are it does not have audible alarms for ascent rate/too shallow stop, the decompression stop depth is shown but the time you have to stay is not nor is the total ascent time. This applies for multiple deeper stops. It still calculates the stop required, no matter the depth and lets you know when you are clear to ascend.

    The same comments apply re ascent rates and no stop limits as to the Aladin Pro (old). The log book, planning and battery life are the same. The same problems of crazy readings when battery became low and the habit of keep running when damp apply. As for the older Pros, can also replace the battery yourself (despite what the distributor says - it costs $15 from JayCar).

    You may be able to pick up one of these second hand for $50, a good bargain. Recommended for divers who do not want to do decompression dives or only the occasional decompression dive. I still use it occasionally (well often!) when my Air X dies.

    Ways to Get Better and Cheaper PC Compatibility

    The following information explains the ability to download the computer to a PC and to view the data. I have also provided information about better and cheaper solutions to inferfacing your Aladin Computer (all newer types) to your PC. In addition, I have provide a solution to collecting information when away from your PC and which takes the place of the MemoMouse (and is far better).

    Cables

    The cable that is sold by Uwatec is very expensive, in excess of $200 the last time I checked (it may not even be available now). You can make one up for about $10 so long as you have a little understanding of electronics or are a bit handy. Diagrams exist all over the web but a specific location is Matthias Heinrichs' Web Site. I made a number and it was quite easy. Note that this most simple cable does not permit changes to the computer's settings. To do this, you need one of the Uwatec cables or you need to make one of the more complex cables. The plans are also on Mr Heinrich's web site.

    Uwatec Software

    The normal Windows version of Uwatec's software, DataTrak, is very basic and as supplied, cannot be used to import data from the computer without an expensive MemoMouse. These cost over $300. The software has its uses, mainly to check the deco status of a computer during a dive. The software is available free from Uwatec's Web Site.

    As mentioned above, there are some settings of your Aladin that can be modified from a PC using a piece of Uwatec software called DataTalk. These settings are metric v imperial (all), beeps (Pro and Air X), tank reserve air and breathing sensitivity (Air X). If you have an Air X or Air-Z, you will need to modify the tank reserve to 30 bar (the normal setting is too high) and reduce the breathing sensitivity (which can cause incessant beeping if you breathe too heavy or shallow). The DOS version is required unless you have a MemoMouse in which case you can use the Windows version. There is also a problem in that this DOS software will not run on a fast PC (that is, virtually all Pentium PCs) unless you modify the software. Basically the software runs too quickly for the cable and computer to handle the transfer. You need to modify the software as follows. First, make a copy of the file. Open the copy with hex editor and search for hex "F7 D0 F7 D2 B9 37" and replace 37 with 7E or FF. Finally, save and close.

    As far as I know there are no PC-based alternatives to DataTalk to modify the settings on the computer but there is a Palm Pilot way. See Palm Solutions below.

    The older DOS version of DataTrak as well as DOS DataTalk are available from Matthias Heinrichs' Web Site.

    Other Software

    Despite the information contained on the Uwatec Web Site (which says that you cannot download data from Aladin computers using Windows without the MemoMouse due to insurmountable problems), there are a number of privately built software available that will do this "impossible" feat. The best software for importing data from your computer into Windows 3.1, 95, 98, NT or XP and for viewing, recording and querying your dive data is Wlog available from Thomas Temesvari's Web Site. It is very good and uses pull down screens which remember the data previosuly entered for certain entry fields. It runs on Windows 95, 98, NT, 2000 and XP. Its only drawback is that it does not show decompression detail. This used to be available free for use (with some minor limitations) or you could pay a fee for total and unfeted use but this has changed. Note that the most recent versions of this software only runs for two months before becoming unusable unless you pay Mr Temesvari 25 Euros. Unfortunately, there is no way for people like me to do this as he does not accept credit cards and you have to mail him the cash. Where am I going to get 25 Euros in Australia? Latest news, I went to Italy on holidays in late 2002 and brought back some Euros and mailed them off to him and got a registration number.

    Another piece of software is called ALDT. It is available from Jochen Van Waasen's Web Site. The enables you to import data direct into Windows 95/98/NT/2000/XP without the memo mouse. There is also ADTK (or Dive Talk) software from Cern Scuba Club in Geneva. It is not too bad either and offers the ability to download the basic data to other formats (eg to Word or Excel) and also shows data in a lot of other formats. Works under Windows 95/98/NT/XP.

    Palm Pilot Solutions - MemoMouse Alternative

    As indicated above, the Aladin MemoMouse must be used to transfer data from the computer to the PC when using the Windows DataTrak software. It is also used to save data when on holidays away from your PC since the Aladin computers can hold only a maximum of 200 minutes of data (and in many cases, far less than this). The MemoMouse is an expensive solution (over A$300) and my friends and I have often resorted to taking a bulky laptop overseas with us to solve the problem.

    However, I now have a much cheaper and more practical solution, especially for people who already own a Palm Pilot. There is now a piece of software called Paladin (as of September 2003 latest version is 4.27) which runs on the Palm Pilot and lets you download your computer to the Palm easily. All you need are the normal Palm cable or cradle, a null-serial cable, two bender genders, a Uwatec cable and the software. All the details of this are at N. Hisashi's Web Site. It is really good software and enables you to download as much data as the Palm will hold from multiple computers. This is heaps more than you could ever use - even on the base Palm. It also emmulates the MemoMouse and enables uploading to Windows DataTrak and you can even upload to WLog. As well, there are diagrams and instructions for making the interface between DataTrak cable and Palm and software for converting existing DataTrak .log files to Palm format for viewing on the Palm. While this caused problems in an earlier version I tried, the latest version works perfectly.

    Palidin also permits you to view your profile and some of the basic information on your Palm (depth, average depth, start time, dive time, water temperature, initial water temperature as well as showing alarms and when you entered decompression). You can also add notes to the dive so when you get home you are able to remember the details of each dive. Finally, you can change the modifiable settings of your Aladin (instead of using DataTalk on a PC) such as metric v imperial, beeps, tank reserve air and breathing sensitivity for Air X. Fantastic!! Remember you need either the real Uwatec cable or the more complex home made cable (not the simple one).

    It also now interfaces with some other Palm software which means you can import the data into log books (see below).

    MemoMouse Clone

    As pointed out above, the Uwatec MemoMouse is very expensive solution to the problem of lack of memory when travelling on a dive trip. An alternative to the Palm solution above is to build your own clone MemoMouse. A Web Site has details of how to build your own mouse. If you are handy with electronics, I am sure that you could build one very easily and cheaply.

    Other Palm Solutions

    A dive log for Palm Pilots is available from Ken Hancock's Web Site. This lets you keep detailed info on you dives but is not linked to Aladin computers at all. It is pretty good.

    There are links to two other Palm software dive logs which can be accessed from N. Hisashi's Web Site. One of these is Ruiz Scuba Log which as at February 2002 is not finished but will have a link utilising Paladin data (I think this will be free) and another piece which costs money. The other is Aqua DiveLog by Stephan Viegl. It is not too bad but needs some work to make a bit more user friendly.

    Summary

    As I implied by this article, I would not buy another Aladin AirX (or an AirZ) if my current one was to be lost or stolen. I am not poor, so it is not the money. It is the fact that not only have I had problems, so many people I know have had so many problems with Air X computers.

    I would, however, consider the Aladin Air which is integrated but via a hose but the attitude of the distributor would still probably turn me off it.

    However, the other Aladin computers (except newest models which have only just been released) have proved to be very reliable and easy to use. In fact, of all the people I dive with (in excess of 50 people), virtually everyone has an Aladin computer of one sort or another. Apart from those with AirXs (six of us), they are all very happy with their computers.

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  • Indonesian version: [ftp

      Whoever thinks about reproducing an interface for the Aladin, should first of all be aware of the fact that there are two different versions of the interface. The first version, easier to assemble, enables the user to transfer dive data from the Aladin to the personal computer. The other version, a more complex construction than the first one, enables the user both to transfer data from the Aladin to the PC and to configure some Aladin features via the PC, aladin pro ultra errors. For both versions the original UWATEC software for the PC is required. The program for receiving data from the Aladin and afterwards analysing the monitored dive is called DATATrak. It displays a aladin pro ultra errors of the dive and several additional data the Aladin records during the dive. It can thus be used as a virtual logbook since you can enter your own informations and store as many diveprofiles as you like, aladin pro ultra errors. The configuration program for which the second version of the interface is required, is called DATATalk. Dependant on the model different features can be configured:

    Divecomputer:

    Possible settings:

    #2 useful?

      Aladin - Sport/Plus  m / ft  No
      Aladin - Pro  m / ft, Beep ON/OFF  No
      Aladin - Pro Nitrox/Ultra  m / ft, Beep ON/OFF, ppO2  Yes
      Aladin Air / Aladin Air X/Z  m / ft, Beep ON/OFF, Reserve, Atemwarnung  Yes
      Aladin Air X/Z Nitrox  cp. Air X/Z und Pro Nitrox  Yes
      Monitor 2+  cp. Aladin Pro  No
      Monitor 3 Air  cp. Aladin Air / Aladin Air X/Z  Yes
      Mares Genius  cp. Aladin Air X/Z  Yes

      So you can change the measurement units from imperial to metric units (psi/bar - feet/m) of all Aladin models. All models except the Aladin Sport feature configurable Beeps for the operating menus (no acoustic warnings can be disabled) The AIR-series feature variable sensitivity for the "out-of-breath" warning and variable limits for the airbackup of the bottle while the NITROX series have programmeable breathing-gas relativities. Average Aladin Pro or Aladin Sport users will normally not alter the default settings of the divecomputer and will therefore only need to reproduce interface version one, which can only receive data from the Aladin. Since the construction aladin pro ultra errors of such a one-way-interface is easier error report acminidump.dmp dmpuserinfo.xml dumpdata.zip constructing a version two inteface both types are referred to here. Important note: The do-it-yourself-interfaces does not work with the MS-Windows versions of the DATATrak and DATATalk software. The diveprofiles and the logbook data can be edited and administered using the MS-Windows version of those programs, aladin pro ultra errors, just the transfer of the data doesn't work with the Windows versions. You can also download your Aladin with the ADLT (Aladin Download & Logbook Tool) or with Wlog if you absolutely don't want use the DOS-Programs.

      
       This interface can ONLY be used to receive data from the Aladin. It is NOT possible to configure the Aladin with this aladin pro ultra errors version. This interface does not work with the MS-Windows version of the program DATATrak from UWATEC. So you can ONLY READ the diveprofile, temperature etc. data from the computer using the MS-DOS Version, the ADLT (Aladin Download & Logbook Tool) or Wlog. The interface is plugged to the Aladin using two short cables (red and black) which are connected to the red and black declared connections in the schematic. The red cable is the ground cable for the transfer and is plugged into the BASE contact of the divecomputer (see divecomputer instructions). The black cable is the transfer cable, it is plugged into the - -contact of the Aladin. A wrong plugging order does not evolve any damage, but nothing will happen. The data coming from the Aladin has a very low voltage and therefore the plugging cables have to be relatively short. (red cable <10 inches; black cable <5 inches; my tip: both cables 4 inches, so there's one problem out of question) In addition to that a voltage amplifier within the interface is required for correctly receiving the data. The transfer cable from the interface to the PC should aladin pro ultra errors not be langer than 3 feet and it error clear renault clio be screened off. The four cores of this cable should be equipped with a serial plug (9-terminal Sub-D or 25-terminal Sub-D). The layout of those plugs is displayed below, aladin pro ultra errors. This interface is really simple to reproduce. The resistor and the diode can be soldered directly onto the IC and afterwards protected by a shrinking tube, aladin pro ultra errors. This way the interface is just a lengthening part of the 4-core cable. The diode can be any silicium-based diode. In some cases it's recommended to put another diode in row to increase the threshold of the interface. The interface works with any resistor between 15k and 25k. Even the IC choice allows many possibilities (e.g.: LM 741; LM 747; LM 318; LM 301; LM 358.). To avoid damage during soldering you should use a socket!!!!! The parts should be available at a price below 5 €. In spite of the fact that all schematics presented here have been tested by aladin pro ultra errors me I do NOT guarantee expected functionality and do NOT take responsibilty for any damage. Before the first usage a detailed visual control of the interface is strongly recommended!

    Version 1 (ONLY Aladin -> PC): Parts list:
    -1 IC: UA741CN or equal
    -1 Resistor 1/4 Watt, 22K Ohms (Kiloohms)
    -1 Diode 1N4148 or equal
    + Cables, plugs (see below), cases.

    Radio Shack Part # 's:
    - UA741CN : 276-007 set display_errors htaccess price $0.79 each
    - SOCKET for IC : 276-1995A - price $0.59 for 2
    - Resistor 1/4 Watt, 22KOhms : 271-1339 - price $0.49 for 5
    - Diode 1N4148 : 276-1620 - price $2.29 for 50
    - 9-pin sub-d female conector : 276-1428A - price $1.49 each
    - hood for sub-d : 276-1513 - price $1.49 each

    The shematic of version 1 and the circuit included into aladin pro ultra errors aladin pro ultra errors SUB-D9:



       This interface is a bit more complex to reproduce. It has the same functions as version 1 has, but you can ALSO configure the Aladin divecomputer with it. This interface does not work with the MS-Windows versions of the programs DATATrak and DataTALK from UWATEC, aladin pro ultra errors. So you can only READ the diveprofile, temperature etc. data from the computer using the MS-DOS Version, the ADLT (Aladin Download & Logbook Tool) or Wlog and WRITE with the DOS-Version of Uwatec's DataTALK ONLY!! Principally the schematic is not much different from version 1 but here the black cable can be used for sending data to the Aladin, too. Due to this feature a 5-core cable to the PC is required. It's the same here: the data coming aladin pro ultra errors from the Aladin has a very low voltage and therefore the plugging cables have to be relatively short. aladin pro ultra errors cable <10 inches; black cable <5 inches; my tip: both cables 4 inches, so there's one problem out of question) In addition to that a voltage amplifier within the interface is required for correctly receiving the data. If you have problems with this interface try a LF 353 instead of the LM258!! To avoid damage during soldering you should use a socket!!!!! The transfer cable from the interface to the PC should not be langer than 3 feet and it should be screened off. The five cores of this cable should be equipped with a serial plug (9-terminal Sub-D or 25-terminal Sub-D). The layout of those plugs is displayed below, aladin pro ultra errors. The parts should be available at a price below 10 €. In spite of the fact that all schematics presented here have been aladin pro ultra errors tested by me I do NOT guarantee expected functionality and do NOT take responsibilty for any damage. Before the first usage a detailed visual control of the interface is strongly recommended!

    Version 2 (Aladin <-> PC) -Parts list:
    - 1 IC LM258 or equal - 2 Diodes 1N4148 or equal
    - 2 Capacitors 4,7 uFarad (Microfarads= 1* 10-6 F)
    - 1 Resistor 1/4Watt 100kOhm (Kiloohms)
    - 1 Resistor 1/4Watt 330kOhm
    - 1 Resistor 1/4Watt 22kOhm
    - 1 Resistor 1/4Watt 220kOhm
    - 1 Resistor 1/4Watt 2k7=2,7kOhm
    - 1 Resistor 1/4Watt 3k3=3,3kOhm
    - 1 Resistor 1/4Watt 47kOhm
    - 1 aladin pro ultra errors Resistor 1/4Watt 470kOhm
    + Cables, plugs (see below), cases.

    To include the version aladin pro ultra errors into a SUB-D9-plug, you should use SMDs (surface mounted devices). The parts and the board are MUCH smaller, so don't forget a magnification lens :-). Have a look at http://www.tele.ucl.ac.be/PEOPLE/DOUXCHAMPS/aladin.html

    Frank Loozer made a layout using stadard components that fits into a SUB-D9-Case. Here you can find the layout and a parts list .

    Some of the alternative shown ICs have a DIL 14 case. To use this kind of IC you have to use the following pin-layout:
    (LM258) <-> (LM324)
    Pin 1 <-> Pin 1
    Pin 2 <-> Pin 2
    Pin 3 <-> Pin 3
    Pin 4 <-> Pin 4
    Pin 5 <-> Pin 5
    Pin 6 <-> Pin 6
    Pin 7 <-> Pin 7
    Pin 8 <-> Pin 11

    The Layout of a single IC:


    Pin-Layout of Sub-D-Plugs (soldering side!)

    PDA-Interface: to use your DOS-Interface with a PDA (like Palm Pilot) you have to build the following adapter (both plugs are seen from the soldering side!):

    +-------------------------------------------+

    Interface 2 -> PDA 3
    Interface 3 -> PDA 2
    Interface 4 -> PDA 6
    Interface 5 -> PDA 5
    Interface 7 -> PDA 8

    A great Idea from Rein von Koten:
    He uses the same interface for his PDA and PC. Both Plug-layouts are used in a single housing!


    Here you can see the pinlayout of a RS422-Plug and an Apple Desktop-Plug.

    Apple Desktop Bus, male RS422-Stecker, male

    If you run the Software VirtualPC and use the DOS-Version of Uwatec's DataTRAK, it's possible to read out your Aladin but it's not possible to configure your Aladin-settings using DataTALK.

    Signal:Pin-Nr.: (ADB-Plug)Pin-Nr.: (RS422-Plug)

    GND

    4

    -

    RTS

    -

    1

    TxD

    -

    3

    RxD

    -

    5

    DTR

    3

    -


    Due to the many requests about the best plugs for the Aladin interface I decided to publish some possibilities. There are surely more possibilities, aladin pro ultra errors, but these have been tested by me aladin pro ultra errors are reliable. When buying plugs, just take along your Aladin and check out the diameter of different plugs, aladin pro ultra errors. Apart from the fact that all plugs that are 'compatible' have to fit in the little sockets on the Aladin the divecomputer should be useable with the moisted fingers even when the cables are plugged. That means that the plugs must not be fully isolated. Soldering pins are my personal favourites. They are pewtered for better contact and fit without any problems (1,30mm diameter). A package with 100 pieces should be available at 1,5 € at the local Radio Shack.

    This is a simple brass drawing pin. This idea came from Richard Dunstone. It is easy to solder onto the under side and you have a big flat smooth surface to operate the computer when the pins are in place.

    Another (expensive) alternative is the middle pins of BNC plugs. Since they are only available per piece, one pin is as expensive as the 100pieces package of soldering pins. But they are easier to find in electronically-oriented shops. The BNC plugs are not assembled, aladin pro ultra errors, so you have direct access to the middle pin which fits perfectly into the Aladin due to the conical shape.

    You can also use a single paper clip as a contact to the Aladin. The open end of the red cable can be used for inputs

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