subsurface/dives/Poseidon_MkVILog.xml

<divelog program='subsurface-import' version='2'>
 <dives>
  <dive tags='CCR' date='2011-06-14' time='11:20'>
   <notes>
MkVI_Config v1.08
Dive started at            : 2011-06-14 11:20:36
Starting O2 Pressure(Bar)  : 184.0
Starting Dil Pressure(Bar) : 181.0
Starting PO2 Sensor 1 (Bar): 0.34
Starting PO2 Sensor 2 (Bar): 0.08
Starting PO2 Sensor 1 (mV) : 83
Starting PO2 Sensor 2 (mV) : 4
Starting Depth (m)         : 0.6
Depth offset (m)           : 0.0
Mouthpiece Position        : Closed Circuit (1)
Version number of logger   : 19
Assumed FO2 of oxygen      : 99
Software version           : 44
Battery Serial number      : 0586
Rig Serial number          : 0567
Helium percentage          : 0
Nitrogen percentage        : 79
Battery SoC (%)            : 89
Battery millivoltage       : 4031
Battery cycles             : 26
Cumulative OTUs            : 134
Nitrogen tension 1         : 26.3534
Nitrogen tension 2         : 26.3535
Nitrogen tension 3         : 26.3535
Nitrogen tension 4         : 26.3535
Nitrogen tension 5         : 26.3547
Nitrogen tension 6         : 26.3777
Nitrogen tension 7         : 26.4539
Nitrogen tension 8         : 26.7887
Nitrogen tension 9         : 26.9007
Helium tension 1           : 0.0000
Helium tension 2           : 0.0000
Helium tension 3           : 0.0000
Helium tension 4           : 0.0000
Helium tension 5           : 0.0000
Helium tension 6           : 0.0000
Helium tension 7           : 0.0000
Helium tension 8           : 0.0000
Helium tension 9           : 0.0000
----
   </notes>
   <cylinder size='3.0 l' workpressure='200.0 bar' description='3l Mk6'/>
   <cylinder size='3.0 l' workpressure='200.0 bar' description='3l Mk6'/>
   <divecomputer model='Poseidon MkVI Discovery' deviceid='0567' dctype='CCR' no_o2sensors='2' no_batteries='1'>
<sample time='00:00' depth='01.0 m'/>
<sample time='00:01' depth='01.0 m' sensor2='00.32 bar'/>
<sample time='00:02' depth='01.0 m' sensor1='00.36 bar'/>
<sample time='00:03' depth='01.0 m' sensor1='00.38 bar'/>
<sample time='00:04' depth='01.0 m'/>
<sample time='00:05' depth='01.0 m'/>
<sample time='00:06' depth='01.0 m'/>
<sample time='00:07' depth='01.0 m' temp='26.60 C'/>
<sample time='00:08' depth='01.0 m' sensor2='00.36 bar'/>
<sample time='00:15' depth='01.0 m' sensor1='00.37 bar'/>
<sample time='00:17' depth='01.0 m' sensor2='00.35 bar'/>
<sample time='00:18' depth='01.0 m' sensor2='00.34 bar'/>
<sample time='00:19' depth='01.0 m' sensor1='00.33 bar'/>
<sample time='00:20' depth='01.0 m' sensor2='00.32 bar'/>
<sample time='00:21' depth='01.0 m' sensor1='00.32 bar'/>
<sample time='00:22' depth='01.0 m' sensor2='00.31 bar'/>
<sample time='00:26' depth='01.0 m'/>
<sample time='00:29' depth='01.0 m' sensor1='00.30 bar'/>
<sample time='00:30' depth='01.0 m' sensor2='00.29 bar'/>
<sample time='00:31' depth='00.0 m'/>
<sample time='00:35' depth='00.5 m'/>
<sample time='00:36' depth='00.0 m'/>
<sample time='00:41' depth='00.0 m' sensor1='00.29 bar'/>
<sample time='00:45' depth='00.0 m'/>
<sample time='00:48' depth='00.0 m'/>
<sample time='00:49' depth='00.0 m' sensor1='00.31 bar'/>
<sample time='00:50' depth='00.0 m'/>
<sample time='00:52' depth='00.0 m'/>
<sample time='00:56' depth='00.0 m'/>
<sample time='01:08' depth='00.0 m' sensor2='00.31 bar'/>
<sample time='01:09' depth='00.0 m' sensor1='00.32 bar'/>
<sample time='01:11' depth='00.0 m' sensor1='00.33 bar'/>
<sample time='01:15' depth='00.0 m'/>
<sample time='01:16' depth='00.0 m' sensor2='00.32 bar'/>
<sample time='01:20' depth='00.0 m' sensor2='00.33 bar'/>
<sample time='01:22' depth='00.0 m'/>
<sample time='01:23' depth='00.0 m'/>
<sample time='01:24' depth='00.0 m' sensor2='00.34 bar'/>
<sample time='01:27' depth='00.0 m' sensor1='00.35 bar'/>
<sample time='01:33' depth='00.0 m'/>
<sample time='01:36' depth='00.0 m'/>
<sample time='01:39' depth='00.0 m'/>
<sample time='01:40' depth='00.0 m' sensor1='00.37 bar'/>
<sample time='01:42' depth='00.0 m'/>
<sample time='01:43' depth='00.0 m' sensor2='00.37 bar'/>
<sample time='01:45' depth='00.0 m'/>
<sample time='01:46' depth='00.0 m'/>
<sample time='01:48' depth='00.0 m'/>
<sample time='01:55' depth='00.0 m' sensor2='00.37 bar'/>
<sample time='01:56' depth='00.0 m' sensor1='00.38 bar'/>
<sample time='01:57' depth='00.0 m' sensor2='00.36 bar'/>
<sample time='01:58' depth='00.0 m'/>
<sample time='01:59' depth='00.0 m'/>
<sample time='02:00' depth='00.0 m'/>
<sample time='02:03' depth='00.0 m'/>
<sample time='02:04' depth='00.0 m'/>
<sample time='02:08' depth='00.0 m' sensor1='00.35 bar'/>
<sample time='02:11' depth='00.0 m'/>
<sample time='02:17' depth='00.0 m'/>
<sample time='02:19' depth='00.0 m'/>
<sample time='02:22' depth='00.0 m'/>
<sample time='02:23' depth='00.0 m' sensor2='00.35 bar'/>
<sample time='02:24' depth='00.0 m'/>
<sample time='02:27' depth='00.0 m' sensor2='00.36 bar'/>
<sample time='02:28' depth='00.0 m' sensor1='00.37 bar'/>
<sample time='02:33' depth='00.0 m' sensor2='00.37 bar'/>
<sample time='02:34' depth='00.0 m'/>
<sample time='02:38' depth='00.0 m' sensor1='00.37 bar'/>
<sample time='02:39' depth='00.0 m' sensor2='00.36 bar'/>
<sample time='02:40' depth='00.0 m'/>
<sample time='02:41' depth='00.0 m' sensor1='00.36 bar'/>
<sample time='02:51' depth='00.0 m'/>
<sample time='02:53' depth='00.5 m'/>
<sample time='02:54' depth='00.5 m' sensor1='00.37 bar'/>
<sample time='02:55' depth='00.5 m'/>
<sample time='02:58' depth='01.0 m' sensor2='00.37 bar'/>
<sample time='02:59' depth='01.0 m'/>
<sample time='03:00' depth='01.0 m'/>
<sample time='03:01' depth='01.5 m' sensor1='00.39 bar'/>
<sample time='03:03' depth='02.0 m' sensor1='00.40 bar'/>
<sample time='03:05' depth='02.5 m' sensor2='00.40 bar'/>
<sample time='03:06' depth='03.0 m'/>
<sample time='03:07' depth='03.5 m'/>
<sample time='03:08' depth='03.5 m' sensor1='00.42 bar'/>
<sample time='03:09' depth='03.5 m' sensor2='00.42 bar'/>
<sample time='03:10' depth='03.5 m'/>
<sample time='03:11' depth='04.5 m' sensor2='00.43 bar'/>
<sample time='03:12' depth='04.5 m'/>
<sample time='03:13' depth='05.0 m' sensor2='00.44 bar'/>
<sample time='03:14' depth='05.0 m'/>
<sample time='03:15' depth='05.5 m'/>
<sample time='03:17' depth='05.5 m' sensor1='00.46 bar'/>
<sample time='03:18' depth='06.0 m'/>
<sample time='03:19' depth='06.0 m'/>
<sample time='03:20' depth='06.0 m'/>
<sample time='03:21' depth='06.0 m'/>
<sample time='03:22' depth='07.0 m'/>
<sample time='03:23' depth='07.0 m'/>
<sample time='03:24' depth='07.0 m'/>
<sample time='03:25' depth='07.0 m'/>
<sample time='03:26' depth='08.0 m'/>
<sample time='03:27' depth='08.0 m'/>
<sample time='03:28' depth='08.0 m'/>
<sample time='03:29' depth='08.0 m'/>
<sample time='03:30' depth='08.0 m'/>
<sample time='03:31' depth='08.0 m' setpoint='01.03 bar'/>
<sample time='03:32' depth='08.0 m'/>
<sample time='03:33' depth='08.0 m' setpoint='01.05 bar'/>
<sample time='03:34' depth='08.0 m' setpoint='01.05 bar'/>
<sample time='03:35' depth='09.5 m' temp='26.00 C'/>
<sample time='03:36' depth='09.5 m' pdiluent='172.0 bar'/>
<sample time='03:37' depth='09.5 m' sensor2='00.51 bar'/>
<sample time='03:38' depth='10.0 m'/>
<sample time='03:39' depth='10.5 m'/>
<sample time='03:40' depth='10.5 m'/>
<sample time='03:41' depth='10.5 m' sensor2='00.55 bar'/>
<sample time='03:42' depth='10.5 m' sensor2='00.56 bar'/>
<sample time='03:43' depth='11.0 m' sensor1='00.57 bar'/>
<sample time='03:44' depth='11.0 m'/>
<sample time='03:45' depth='11.0 m'/>
<sample time='03:46' depth='11.5 m' sensor1='00.60 bar'/>
<sample time='03:47' depth='11.5 m' sensor1='00.61 bar'/>
<sample time='03:48' depth='11.0 m'/>
<sample time='03:49' depth='11.5 m' sensor2='00.64 bar'/>
<sample time='03:50' depth='11.5 m' sensor1='00.65 bar'/>
<sample time='03:51' depth='11.5 m' sensor2='00.65 bar'/>
<sample time='03:52' depth='12.0 m'/>
<sample time='03:53' depth='12.0 m' sensor2='00.66 bar'/>
<sample time='03:55' depth='12.0 m' sensor1='00.67 bar'/>
<sample time='03:56' depth='12.0 m' sensor2='00.67 bar'/>
<sample time='03:57' depth='12.0 m' sensor1='00.68 bar'/>
<sample time='03:58' depth='12.0 m'/>
<sample time='03:59' depth='12.0 m' sensor1='00.69 bar'/>
<sample time='04:00' depth='12.5 m'/>
<sample time='04:01' depth='12.0 m'/>
<sample time='04:02' depth='12.5 m' sensor1='00.71 bar'/>
<sample time='04:03' depth='12.5 m' sensor2='00.71 bar'/>
<sample time='04:04' depth='12.5 m'/>
<sample time='04:05' depth='12.5 m' sensor2='00.72 bar'/>
<sample time='04:06' depth='12.5 m'/>
<sample time='04:08' depth='12.5 m'/>
<sample time='04:09' depth='12.5 m' sensor2='00.74 bar'/>
<sample time='04:10' depth='13.0 m' sensor1='00.76 bar'/>
<sample time='04:11' depth='13.0 m'/>
<sample time='04:12' depth='13.0 m' sensor1='00.78 bar'/>
<sample time='04:13' depth='13.0 m'/>
<sample time='04:14' depth='13.0 m'/>
<sample time='04:15' depth='13.0 m'/>
<sample time='04:16' depth='13.5 m' sensor1='00.80 bar'/>
<sample time='04:17' depth='13.5 m'/>
<sample time='04:19' depth='13.5 m'/>
<sample time='04:20' depth='13.5 m' sensor2='00.80 bar'/>
<sample time='04:22' depth='13.5 m' sensor1='00.82 bar'/>
<sample time='04:23' depth='13.5 m' sensor2='00.81 bar'/>
<sample time='04:24' depth='13.5 m' sensor1='00.83 bar'/>
<sample time='04:25' depth='13.5 m'/>
<sample time='04:26' depth='13.5 m' sensor2='00.83 bar'/>
<sample time='04:27' depth='13.5 m' sensor1='00.85 bar'/>
<sample time='04:28' depth='13.5 m' sensor2='00.84 bar'/>
<sample time='04:30' depth='13.5 m'/>
<sample time='04:32' depth='13.0 m'/>
<sample time='04:33' depth='13.0 m' sensor2='00.86 bar'/>
<sample time='04:35' depth='13.0 m' sensor1='00.88 bar'/>
<sample time='04:36' depth='13.0 m' sensor2='00.87 bar'/>
<sample time='04:37' depth='13.0 m'/>
<sample time='04:38' depth='12.5 m'/>
<sample time='04:39' depth='12.5 m' temp='25.60 C'/>
<sample time='04:40' depth='12.5 m' sensor1='00.90 bar'/>
<sample time='04:42' depth='12.5 m' sensor2='00.89 bar'/>
<sample time='04:44' depth='12.0 m'/>
<sample time='04:45' depth='12.5 m' sensor1='00.91 bar'/>
<sample time='04:46' depth='12.5 m' sensor2='00.90 bar'/>
<sample time='04:47' depth='12.0 m'/>
<sample time='04:49' depth='12.0 m'/>
<sample time='04:52' depth='12.0 m' sensor1='00.90 bar'/>
<sample time='04:53' depth='11.5 m'/>
<sample time='04:54' depth='11.5 m' sensor1='00.89 bar'/>
<sample time='04:55' depth='11.5 m'/>
<sample time='04:56' depth='11.5 m'/>
<sample time='04:57' depth='11.0 m'/>
<sample time='04:58' depth='11.0 m' sensor2='00.86 bar'/>
<sample time='04:59' depth='11.0 m' sensor1='00.86 bar'/>
<sample time='05:00' depth='11.0 m'/>
<sample time='05:01' depth='11.0 m' sensor2='00.84 bar'/>
<sample time='05:03' depth='11.0 m'/>
<sample time='05:04' depth='11.0 m'/>
<sample time='05:05' depth='11.0 m'/>
<sample time='05:06' depth='10.0 m'/>
<sample time='05:07' depth='10.0 m'/>
<sample time='05:08' depth='10.0 m' pressure='176.0 bar'/>
<sample time='05:09' depth='10.0 m'/>
<sample time='05:12' depth='10.0 m' sensor2='00.79 bar'/>
<sample time='05:13' depth='10.5 m'/>
<sample time='05:14' depth='10.5 m' sensor1='00.82 bar'/>
<sample time='05:15' depth='11.0 m'/>
<sample time='05:16' depth='11.0 m' sensor1='00.84 bar'/>
<sample time='05:17' depth='11.0 m' sensor2='00.82 bar'/>
<sample time='05:18' depth='11.0 m'/>
<sample time='05:19' depth='11.0 m'/>
<sample time='05:20' depth='11.0 m' sensor1='00.86 bar'/>
<sample time='05:21' depth='11.5 m'/>
<sample time='05:22' depth='11.5 m' sensor2='00.84 bar'/>
<sample time='05:23' depth='11.5 m'/>
<sample time='05:24' depth='11.5 m' sensor1='00.88 bar'/>
<sample time='05:25' depth='11.5 m' sensor2='00.86 bar'/>
<sample time='05:26' depth='11.5 m' sensor2='00.87 bar'/>
<sample time='05:27' depth='12.0 m' sensor2='00.88 bar'/>
<sample time='05:28' depth='12.0 m' sensor2='00.89 bar'/>
<sample time='05:29' depth='12.0 m' sensor2='00.90 bar'/>
<sample time='05:30' depth='12.0 m' sensor2='00.91 bar'/>
<sample time='05:32' depth='12.0 m'/>
<sample time='05:34' depth='12.0 m' sensor2='00.93 bar'/>
<sample time='05:35' depth='12.0 m'/>
<sample time='05:36' depth='12.5 m' sensor1='00.96 bar'/>
<sample time='05:37' depth='12.0 m'/>
<sample time='05:38' depth='12.0 m' sensor2='00.95 bar'/>
<sample time='05:39' depth='12.5 m'/>
<sample time='05:40' depth='12.5 m'/>
<sample time='05:41' depth='12.5 m' sensor2='00.97 bar'/>
<sample time='05:42' depth='12.5 m'/>
<sample time='05:43' depth='12.5 m' sensor2='00.98 bar'/>
<sample time='05:47' depth='12.5 m'/>
<sample time='05:51' depth='12.5 m'/>
<sample time='05:52' depth='12.5 m'/>
<sample time='05:53' depth='12.5 m'/>
<sample time='05:54' depth='12.5 m'/>
<sample time='05:55' depth='12.5 m'/>
<sample time='05:56' depth='12.5 m'/>
<sample time='05:57' depth='12.5 m' sensor1='01.04 bar'/>
<sample time='05:58' depth='12.5 m' sensor1='01.05 bar'/>
<sample time='06:00' depth='12.5 m' sensor1='01.06 bar'/>
<sample time='06:02' depth='12.5 m' sensor1='01.07 bar'/>
<sample time='06:04' depth='12.5 m' sensor2='01.05 bar'/>
<sample time='06:05' depth='12.5 m' sensor1='01.08 bar'/>
<sample time='06:07' depth='12.5 m'/>
<sample time='06:08' depth='12.5 m' sensor1='01.09 bar'/>
<sample time='06:09' depth='12.5 m' sensor2='01.07 bar'/>
<sample time='06:11' depth='12.5 m'/>
<sample time='06:13' depth='12.5 m' sensor2='01.08 bar'/>
<sample time='06:16' depth='12.5 m' sensor1='01.11 bar'/>
<sample time='06:18' depth='12.5 m' sensor1='01.12 bar'/>
<sample time='06:19' depth='12.5 m' sensor2='01.11 bar'/>
<sample time='06:20' depth='12.5 m' sensor1='01.15 bar'/>
<sample time='06:21' depth='12.5 m'/>
<sample time='06:22' depth='12.5 m'/>
<sample time='06:23' depth='12.5 m'/>
<sample time='06:24' depth='12.0 m'/>
<sample time='06:25' depth='12.5 m'/>
<sample time='06:27' depth='12.5 m'/>
<sample time='06:29' depth='12.5 m'/>
<sample time='06:31' depth='12.5 m' sensor2='01.14 bar'/>
<sample time='06:33' depth='13.0 m'/>
<sample time='06:34' depth='13.0 m'/>
<sample time='06:37' depth='13.0 m'/>
<sample time='06:39' depth='13.0 m'/>
<sample time='06:40' depth='13.0 m'/>
<sample time='06:41' depth='13.5 m'/>
<sample time='06:42' depth='13.5 m'/>
<sample time='06:43' depth='13.5 m'/>
<sample time='06:44' depth='13.5 m'/>
<sample time='06:45' depth='13.5 m' pdiluent='168.0 bar'/>
<sample time='06:46' depth='13.5 m' sensor1='01.22 bar'/>
<sample time='06:51' depth='13.5 m' sensor1='01.21 bar'/>
<sample time='06:52' depth='13.5 m' sensor2='01.18 bar'/>
<sample time='06:53' depth='13.5 m' sensor1='01.20 bar'/>
<sample time='06:54' depth='14.0 m'/>
<sample time='06:56' depth='14.0 m' sensor1='01.19 bar'/>
<sample time='06:57' depth='14.0 m' sensor2='01.16 bar'/>
<sample time='06:58' depth='14.0 m' sensor1='01.18 bar'/>
<sample time='06:59' depth='14.0 m' sensor2='01.15 bar'/>
<sample time='07:00' depth='14.0 m' sensor1='01.17 bar'/>
<sample time='07:01' depth='14.0 m' sensor2='01.14 bar'/>
<sample time='07:02' depth='14.0 m' sensor1='01.16 bar'/>
<sample time='07:03' depth='14.0 m' sensor2='01.13 bar'/>
<sample time='07:04' depth='14.0 m' sensor1='01.15 bar'/>
<sample time='07:05' depth='14.0 m' sensor2='01.12 bar'/>
<sample time='07:10' depth='14.0 m' sensor2='01.13 bar'/>
<sample time='07:13' depth='14.0 m'/>
<sample time='07:15' depth='14.5 m'/>
<sample time='07:18' depth='14.0 m'/>
<sample time='07:19' depth='14.5 m'/>
<sample time='07:23' depth='14.5 m'/>
<sample time='07:25' depth='14.5 m'/>
<sample time='07:26' depth='14.5 m'/>
<sample time='07:27' depth='15.0 m'/>
<sample time='07:28' depth='15.0 m'/>
<sample time='07:29' depth='15.0 m'/>
<sample time='07:31' depth='14.5 m' setpoint='01.19 bar'/>
<sample time='07:32' depth='15.0 m' setpoint='01.20 bar'/>
<sample time='07:36' depth='15.0 m' sensor2='01.16 bar'/>
<sample time='07:43' depth='15.0 m' temp='24.80 C'/>
<sample time='07:49' depth='15.0 m' sensor1='01.20 bar'/>
<sample time='07:54' depth='15.0 m' sensor1='01.19 bar'/>
<sample time='08:05' depth='15.0 m'/>
<sample time='08:06' depth='15.0 m'/>
<sample time='08:10' depth='15.5 m'/>
<sample time='08:12' depth='15.5 m'/>
<sample time='08:14' depth='15.5 m'/>
<sample time='08:22' depth='15.5 m' sensor2='01.14 bar'/>
<sample time='08:23' depth='15.5 m'/>
<sample time='08:25' depth='16.0 m'/>
<sample time='08:26' depth='15.5 m' sensor1='01.15 bar'/>
<sample time='08:27' depth='15.5 m'/>
<sample time='08:28' depth='16.0 m' sensor2='01.11 bar'/>
<sample time='08:29' depth='15.5 m'/>
<sample time='08:30' depth='16.0 m' sensor1='01.13 bar'/>
<sample time='08:31' depth='16.0 m' sensor2='01.10 bar'/>
<sample time='08:32' depth='16.0 m' sensor1='01.12 bar'/>
<sample time='08:33' depth='16.0 m' sensor2='01.09 bar'/>
<sample time='08:43' depth='16.0 m'/>
<sample time='08:47' depth='16.0 m' temp='24.80 C'/>
<sample time='08:49' depth='16.0 m'/>
<sample time='08:50' depth='16.0 m'/>
<sample time='08:51' depth='16.0 m'/>
<sample time='08:55' depth='17.0 m'/>
<sample time='08:59' depth='17.0 m'/>
<sample time='09:03' depth='17.0 m' sensor2='01.07 bar'/>
<sample time='09:04' depth='17.5 m'/>
<sample time='09:05' depth='17.0 m'/>
<sample time='09:07' depth='17.5 m'/>
<sample time='09:09' depth='17.5 m' sensor2='01.08 bar'/>
<sample time='09:10' depth='17.5 m'/>
<sample time='09:11' depth='17.5 m'/>
<sample time='09:16' depth='17.5 m'/>
<sample time='09:18' depth='17.5 m' sensor1='01.12 bar'/>
<sample time='09:20' depth='17.5 m' sensor2='01.10 bar'/>
<sample time='09:21' depth='17.5 m'/>
<sample time='09:22' depth='17.5 m' sensor2='01.11 bar'/>
<sample time='09:23' depth='17.5 m' sensor1='01.14 bar'/>
<sample time='09:26' depth='17.5 m' sensor2='01.12 bar'/>
<sample time='09:27' depth='17.5 m'/>
<sample time='09:29' depth='18.0 m'/>
<sample time='09:30' depth='17.5 m' sensor1='01.16 bar'/>
<sample time='09:32' depth='17.5 m'/>
<sample time='09:34' depth='17.5 m' sensor2='01.14 bar'/>
<sample time='09:36' depth='17.5 m' sensor1='01.17 bar'/>
<sample time='09:38' depth='18.0 m' sensor2='01.15 bar'/>
<sample time='09:39' depth='18.0 m'/>
<sample time='09:40' depth='18.0 m' sensor2='01.16 bar'/>
<sample time='09:43' depth='18.0 m' sensor2='01.17 bar'/>
<sample time='09:46' depth='18.0 m'/>
<sample time='09:47' depth='18.0 m'/>
<sample time='09:48' depth='18.0 m' sensor1='01.22 bar'/>
<sample time='09:50' depth='18.0 m'/>
<sample time='09:58' depth='18.0 m' sensor2='01.18 bar'/>
<sample time='09:59' depth='18.0 m' sensor2='01.19 bar'/>
<sample time='10:04' depth='18.0 m' sensor2='01.18 bar'/>
<sample time='10:06' depth='18.0 m' sensor1='01.21 bar'/>
<sample time='10:07' depth='18.0 m' temp='24.40 C'/>
<sample time='10:09' depth='18.0 m' sensor2='01.17 bar'/>
<sample time='10:11' depth='18.0 m' temp='24.60 C'/>
<sample time='10:14' depth='18.0 m' sensor2='01.16 bar'/>
<sample time='10:15' depth='18.0 m' sensor1='01.19 bar'/>
<sample time='10:16' depth='18.0 m'/>
<sample time='10:17' depth='18.0 m' sensor1='01.18 bar'/>
<sample time='10:19' depth='18.0 m' sensor2='01.14 bar'/>
<sample time='10:20' depth='18.0 m'/>
<sample time='10:22' depth='18.0 m'/>
<sample time='10:23' depth='18.0 m' temp='24.40 C'/>
<sample time='10:26' depth='18.0 m' sensor2='01.12 bar'/>
<sample time='10:27' depth='18.0 m'/>
<sample time='10:28' depth='18.0 m'/>
<sample time='10:29' depth='18.0 m'/>
<sample time='10:35' depth='19.0 m'/>
<sample time='10:42' depth='19.0 m'/>
<sample time='10:43' depth='19.0 m'/>
<sample time='10:44' depth='19.0 m' sensor2='01.11 bar'/>
<sample time='10:46' depth='19.5 m' temp='24.60 C'/>
<sample time='10:50' depth='19.5 m'/>
<sample time='10:58' depth='19.5 m' sensor1='01.15 bar'/>
<sample time='11:00' depth='19.5 m' sensor2='01.12 bar'/>
<sample time='11:07' depth='20.0 m' sensor2='01.13 bar'/>
<sample time='11:08' depth='20.0 m'/>
<sample time='11:10' depth='20.0 m'/>
<sample time='11:11' depth='19.5 m'/>
<sample time='11:18' depth='19.5 m'/>
<sample time='11:19' depth='19.5 m'/>
<sample time='11:20' depth='19.5 m' pdiluent='164.0 bar'/>
<sample time='11:22' depth='18.5 m'/>
<sample time='11:23' depth='19.0 m'/>
<sample time='11:24' depth='18.5 m'/>
<sample time='11:25' depth='18.5 m' sensor2='01.11 bar'/>
<sample time='11:29' depth='18.0 m'/>
<sample time='11:31' depth='18.0 m'/>
<sample time='11:32' depth='18.0 m'/>
<sample time='11:34' depth='17.5 m'/>
<sample time='11:36' depth='17.5 m'/>
<sample time='11:37' depth='17.5 m' sensor2='01.09 bar'/>
<sample time='11:39' depth='17.5 m'/>
<sample time='11:40' depth='17.5 m'/>
<sample time='11:41' depth='17.0 m'/>
<sample time='11:42' depth='17.5 m'/>
<sample time='11:43' depth='17.0 m'/>
<sample time='11:47' depth='17.0 m'/>
<sample time='11:48' depth='17.0 m' sensor1='01.13 bar'/>
<sample time='11:54' depth='16.5 m'/>
<sample time='12:07' depth='16.5 m' sensor1='01.14 bar'/>
<sample time='12:08' depth='16.5 m'/>
<sample time='12:11' depth='16.5 m'/>
<sample time='12:12' depth='16.5 m'/>
<sample time='12:13' depth='16.5 m'/>
<sample time='12:16' depth='16.5 m'/>
<sample time='12:18' depth='16.5 m'/>
<sample time='12:19' depth='16.5 m' pressure='171.0 bar'/>
<sample time='12:20' depth='16.5 m'/>
<sample time='12:21' depth='16.5 m' sensor2='01.13 bar'/>
<sample time='12:22' depth='16.5 m'/>
<sample time='12:23' depth='16.5 m'/>
<sample time='12:24' depth='16.5 m'/>
<sample time='12:25' depth='16.5 m'/>
<sample time='12:26' depth='17.0 m'/>
<sample time='12:27' depth='17.0 m'/>
<sample time='12:28' depth='17.0 m'/>
<sample time='12:30' depth='17.0 m' sensor2='01.17 bar'/>
<sample time='12:31' depth='17.5 m' sensor1='01.23 bar'/>
<sample time='12:32' depth='17.5 m'/>
<sample time='12:33' depth='17.5 m' sensor2='01.19 bar'/>
<sample time='12:35' depth='17.5 m' sensor2='01.20 bar'/>
<sample time='12:37' depth='17.5 m' sensor1='01.26 bar'/>
<sample time='12:40' depth='17.5 m' sensor2='01.21 bar'/>
<sample time='12:41' depth='17.5 m' sensor1='01.27 bar'/>
<sample time='12:43' depth='17.5 m'/>
<sample time='12:44' depth='17.5 m' sensor1='01.28 bar'/>
<sample time='12:46' depth='18.5 m'/>
<sample time='12:47' depth='18.5 m' sensor1='01.29 bar'/>
<sample time='12:49' depth='18.0 m'/>
<sample time='12:50' depth='18.0 m'/>
<sample time='12:54' depth='18.0 m'/>
<sample time='12:57' depth='18.0 m' sensor1='01.30 bar'/>
<sample time='13:04' depth='18.5 m'/>
<sample time='13:06' depth='18.5 m'/>
<sample time='13:12' depth='18.5 m' sensor1='01.28 bar'/>
<sample time='13:14' depth='18.5 m' pdiluent='163.0 bar'/>
<sample time='13:15' depth='18.5 m' sensor2='01.21 bar'/>
<sample time='13:17' depth='18.5 m'/>
<sample time='13:19' depth='18.5 m'/>
<sample time='13:20' depth='18.5 m'/>
<sample time='13:21' depth='18.5 m'/>
<sample time='13:22' depth='18.5 m' sensor2='01.17 bar'/>
<sample time='13:24' depth='18.5 m' sensor2='01.16 bar'/>
<sample time='13:25' depth='18.5 m'/>
<sample time='13:26' depth='18.5 m' sensor2='01.15 bar'/>
<sample time='13:27' depth='18.5 m' sensor1='01.21 bar'/>
<sample time='13:28' depth='20.0 m'/>
<sample time='13:30' depth='19.5 m'/>
<sample time='13:36' depth='19.5 m'/>
<sample time='13:38' depth='19.5 m'/>
<sample time='13:41' depth='19.5 m'/>
<sample time='13:43' depth='19.5 m' sensor1='01.20 bar'/>
<sample time='13:46' depth='19.5 m' sensor2='01.13 bar'/>
<sample time='13:49' depth='21.0 m'/>
<sample time='13:52' depth='21.5 m'/>
<sample time='13:55' depth='22.0 m'/>
<sample time='13:56' depth='22.0 m'/>
<sample time='14:05' depth='23.5 m'/>
<sample time='14:06' depth='23.5 m'/>
<sample time='14:07' depth='24.0 m' sensor2='01.14 bar'/>
<sample time='14:08' depth='24.0 m'/>
<sample time='14:10' depth='24.0 m' sensor2='01.15 bar'/>
<sample time='14:12' depth='24.5 m' sensor2='01.16 bar'/>
<sample time='14:13' depth='24.5 m'/>
<sample time='14:15' depth='25.0 m'/>
<sample time='14:17' depth='25.0 m' sensor1='01.21 bar'/>
<sample time='14:18' depth='25.5 m'/>
<sample time='14:20' depth='25.5 m'/>
<sample time='14:22' depth='25.5 m' sensor1='01.20 bar'/>
<sample time='14:23' depth='26.0 m'/>
<sample time='14:25' depth='26.5 m'/>
<sample time='14:26' depth='26.5 m' sensor1='01.19 bar'/>
<sample time='14:28' depth='27.0 m'/>
<sample time='14:30' depth='27.0 m' sensor1='01.20 bar'/>
<sample time='14:32' depth='27.5 m'/>
<sample time='14:33' depth='27.0 m'/>
<sample time='14:34' depth='27.5 m'/>
<sample time='14:39' depth='28.0 m'/>
<sample time='14:47' depth='28.0 m' sensor2='01.13 bar'/>
<sample time='14:51' depth='28.0 m'/>
<sample time='14:59' depth='28.0 m' sensor2='01.13 bar'/>
<sample time='15:02' depth='28.0 m' temp='24.00 C'/>
<sample time='15:03' depth='29.0 m'/>
<sample time='15:05' depth='28.5 m'/>
<sample time='15:06' depth='28.5 m' temp='24.20 C'/>
<sample time='15:14' depth='29.5 m'/>
<sample time='15:15' depth='29.5 m'/>
<sample time='15:16' depth='29.5 m'/>
<sample time='15:28' depth='29.5 m'/>
<sample time='15:30' depth='29.5 m'/>
<sample time='15:33' depth='29.5 m'/>
<sample time='15:34' depth='29.5 m' sensor1='01.18 bar'/>
<sample time='15:36' depth='29.5 m' sensor2='01.10 bar'/>
<sample time='15:37' depth='29.5 m'/>
<sample time='15:40' depth='29.5 m'/>
<sample time='15:41' depth='30.0 m'/>
<sample time='15:42' depth='29.5 m'/>
<sample time='15:43' depth='29.5 m'/>
<sample time='15:44' depth='30.0 m'/>
<sample time='15:47' depth='30.0 m'/>
<sample time='15:48' depth='30.0 m' sensor2='01.07 bar'/>
<sample time='15:50' depth='30.0 m'/>
<sample time='15:51' depth='30.0 m' sensor1='01.14 bar'/>
<sample time='15:53' depth='30.0 m' sensor2='01.06 bar'/>
<sample time='15:54' depth='29.5 m'/>
<sample time='15:55' depth='30.0 m'/>
<sample time='15:55' depth='30.0 m'/>
<sample time='15:56' depth='29.5 m'/>
<sample time='15:57' depth='30.0 m'/>
<sample time='15:59' depth='29.5 m'/>
<sample time='16:01' depth='29.5 m'/>
<sample time='16:03' depth='30.0 m'/>
<sample time='16:06' depth='30.0 m' sensor1='01.11 bar'/>
<sample time='16:07' depth='30.0 m'/>
<sample time='16:14' depth='30.0 m'/>
<sample time='16:17' depth='30.0 m'/>
<sample time='16:18' depth='30.0 m'/>
<sample time='16:23' depth='30.0 m'/>
<sample time='16:24' depth='30.5 m' sensor2='01.07 bar'/>
<sample time='16:27' depth='30.5 m'/>
<sample time='16:28' depth='30.5 m'/>
<sample time='16:30' depth='30.5 m'/>
<sample time='16:31' depth='30.5 m'/>
<sample time='16:33' depth='30.5 m'/>
<sample time='16:35' depth='31.0 m'/>
<sample time='16:36' depth='30.5 m'/>
<sample time='16:37' depth='30.5 m' sensor2='01.12 bar'/>
<sample time='16:38' depth='30.5 m'/>
<sample time='16:41' depth='31.0 m'/>
<sample time='16:42' depth='30.5 m'/>
<sample time='16:48' depth='30.5 m'/>
<sample time='16:49' depth='30.5 m' sensor1='01.19 bar'/>
<sample time='16:51' depth='30.5 m' sensor2='01.11 bar'/>
<sample time='16:56' depth='30.0 m'/>
<sample time='16:57' depth='30.5 m' sensor1='01.18 bar'/>
<sample time='16:59' depth='30.0 m'/>
<sample time='16:59' depth='30.5 m'/>
<sample time='17:01' depth='30.0 m'/>
<sample time='17:02' depth='30.5 m'/>
<sample time='17:05' depth='30.0 m'/>
<sample time='17:06' depth='30.0 m'/>
<sample time='17:08' depth='30.0 m'/>
<sample time='17:09' depth='30.0 m'/>
<sample time='17:10' depth='30.0 m' sensor1='01.15 bar'/>
<sample time='17:13' depth='30.0 m'/>
<sample time='17:14' depth='30.0 m' sensor1='01.14 bar'/>
<sample time='17:16' depth='30.0 m'/>
<sample time='17:22' depth='30.0 m'/>
<sample time='17:24' depth='30.0 m'/>
<sample time='17:31' depth='30.0 m'/>
<sample time='17:35' depth='30.0 m' sensor1='01.14 bar'/>
<sample time='17:39' depth='30.0 m' sensor2='01.08 bar'/>
<sample time='17:41' depth='29.5 m'/>
<sample time='17:42' depth='30.0 m'/>
<sample time='17:43' depth='30.0 m'/>
<sample time='17:45' depth='30.0 m'/>
<sample time='17:46' depth='30.0 m' sensor2='01.09 bar'/>
<sample time='17:47' depth='29.5 m'/>
<sample time='17:48' depth='30.0 m'/>
<sample time='17:51' depth='30.0 m'/>
<sample time='17:52' depth='30.0 m'/>
<sample time='17:53' depth='30.0 m' sensor1='01.17 bar'/>
<sample time='17:54' depth='30.0 m'/>
<sample time='17:56' depth='30.0 m'/>
<sample time='17:57' depth='30.5 m'/>
<sample time='17:59' depth='30.5 m' sensor2='01.13 bar'/>
<sample time='18:01' depth='30.5 m' sensor1='01.20 bar'/>
<sample time='18:02' depth='31.0 m'/>
<sample time='18:06' depth='31.0 m' sensor2='01.13 bar'/>
<sample time='18:08' depth='31.0 m'/>
<sample time='18:09' depth='31.0 m'/>
<sample time='18:10' depth='32.0 m'/>
<sample time='18:11' depth='31.5 m'/>
<sample time='18:12' depth='32.0 m' sensor2='01.11 bar'/>
<sample time='18:20' depth='32.5 m'/>
<sample time='18:21' depth='32.5 m'/>
<sample time='18:28' depth='32.0 m'/>
<sample time='18:30' depth='32.0 m' sensor2='01.10 bar'/>
<sample time='18:32' depth='32.0 m'/>
<sample time='18:35' depth='32.0 m' sensor2='01.09 bar'/>
<sample time='18:37' depth='32.5 m'/>
<sample time='18:38' depth='32.0 m'/>
<sample time='18:42' depth='32.0 m'/>
<sample time='18:45' depth='32.0 m' sensor1='01.15 bar'/>
<sample time='18:46' depth='32.0 m'/>
<sample time='18:51' depth='32.0 m'/>
<sample time='18:52' depth='32.0 m' sensor1='01.16 bar'/>
<sample time='18:54' depth='32.0 m'/>
<sample time='18:56' depth='32.0 m'/>
<sample time='18:57' depth='33.0 m'/>
<sample time='18:58' depth='32.5 m'/>
<sample time='19:00' depth='32.5 m' sensor1='01.17 bar'/>
<sample time='19:01' depth='32.5 m'/>
<sample time='19:02' depth='33.0 m'/>
<sample time='19:04' depth='32.5 m' sensor2='01.11 bar'/>
<sample time='19:07' depth='32.5 m'/>
<sample time='19:11' depth='32.5 m'/>
<sample time='19:23' depth='32.5 m' sensor2='01.10 bar'/>
<sample time='19:24' depth='33.0 m'/>
<sample time='19:26' depth='33.5 m'/>
<sample time='19:27' depth='33.5 m'/>
<sample time='19:31' depth='33.5 m' pdiluent='151.0 bar'/>
<sample time='19:37' depth='34.0 m'/>
<sample time='19:38' depth='33.5 m'/>
<sample time='19:39' depth='33.5 m'/>
<sample time='19:40' depth='34.0 m'/>
<sample time='19:41' depth='33.5 m'/>
<sample time='19:42' depth='34.0 m'/>
<sample time='19:43' depth='33.5 m'/>
<sample time='19:44' depth='34.0 m'/>
<sample time='19:49' depth='34.5 m'/>
<sample time='19:54' depth='34.5 m'/>
<sample time='19:57' depth='34.5 m'/>
<sample time='19:58' depth='34.5 m'/>
<sample time='19:59' depth='34.5 m'/>
<sample time='20:00' depth='34.5 m'/>
<sample time='20:01' depth='35.0 m'/>
<sample time='20:02' depth='35.0 m'/>
<sample time='20:04' depth='35.0 m' sensor1='01.19 bar'/>
<sample time='20:06' depth='34.5 m'/>
<sample time='20:10' depth='35.0 m'/>
<sample time='20:11' depth='34.5 m' pdiluent='151.0 bar'/>
<sample time='20:14' depth='34.5 m'/>
<sample time='20:15' depth='34.5 m'/>
<sample time='20:30' depth='34.5 m'/>
<sample time='20:36' depth='34.5 m' sensor2='01.13 bar'/>
<sample time='20:43' depth='34.5 m'/>
<sample time='20:46' depth='34.5 m'/>
<sample time='20:56' depth='35.0 m'/>
<sample time='21:03' depth='35.0 m'/>
<sample time='21:04' depth='35.0 m' sensor1='01.16 bar'/>
<sample time='21:10' depth='34.5 m'/>
<sample time='21:12' depth='34.5 m'/>
<sample time='21:14' depth='34.5 m' sensor1='01.17 bar'/>
<sample time='21:23' depth='34.0 m'/>
<sample time='21:24' depth='34.5 m'/>
<sample time='21:25' depth='34.5 m' temp='23.40 C'/>
<sample time='21:29' depth='34.5 m' temp='23.60 C'/>
<sample time='21:33' depth='34.0 m'/>
<sample time='21:35' depth='34.5 m'/>
<sample time='21:36' depth='34.0 m'/>
<sample time='21:38' depth='34.0 m'/>
<sample time='21:40' depth='34.5 m'/>
<sample time='21:41' depth='34.0 m'/>
<sample time='21:43' depth='34.5 m'/>
<sample time='21:44' depth='34.0 m'/>
<sample time='21:54' depth='34.0 m'/>
<sample time='21:56' depth='34.0 m'/>
<sample time='21:58' depth='34.0 m'/>
<sample time='21:59' depth='33.5 m'/>
<sample time='22:02' depth='33.5 m'/>
<sample time='22:03' depth='33.5 m' sensor2='01.09 bar'/>
<sample time='22:07' depth='33.5 m' sensor1='01.14 bar'/>
<sample time='22:08' depth='33.5 m'/>
<sample time='22:10' depth='33.5 m'/>
<sample time='22:15' depth='33.5 m'/>
<sample time='22:16' depth='33.5 m'/>
<sample time='22:17' depth='33.5 m' sensor2='01.08 bar'/>
<sample time='22:18' depth='33.5 m' sensor1='01.14 bar'/>
<sample time='22:25' depth='33.5 m'/>
<sample time='22:26' depth='34.0 m'/>
<sample time='22:27' depth='33.5 m'/>
<sample time='22:28' depth='34.0 m'/>
<sample time='22:30' depth='34.0 m' pressure='167.0 bar'/>
<sample time='22:31' depth='34.0 m' sensor1='01.15 bar'/>
<sample time='22:34' depth='34.0 m'/>
<sample time='22:35' depth='34.0 m'/>
<sample time='22:37' depth='34.0 m'/>
<sample time='22:38' depth='34.0 m'/>
<sample time='22:41' depth='34.0 m'/>
<sample time='22:43' depth='34.0 m'/>
<sample time='22:44' depth='34.0 m' sensor1='01.18 bar'/>
<sample time='22:47' depth='34.0 m'/>
<sample time='22:48' depth='33.5 m'/>
<sample time='22:51' depth='33.5 m' sensor2='01.10 bar'/>
<sample time='22:54' depth='33.5 m' sensor2='01.09 bar'/>
<sample time='23:00' depth='33.0 m'/>
<sample time='23:02' depth='33.5 m'/>
<sample time='23:06' depth='33.5 m'/>
<sample time='23:08' depth='33.5 m'/>
<sample time='23:09' depth='33.5 m'/>
<sample time='23:11' depth='33.5 m'/>
<sample time='23:12' depth='32.5 m'/>
<sample time='23:14' depth='33.0 m'/>
<sample time='23:15' depth='32.5 m'/>
<sample time='23:16' depth='33.0 m'/>
<sample time='23:18' depth='33.0 m'/>
<sample time='23:20' depth='32.5 m'/>
<sample time='23:22' depth='32.5 m' temp='23.40 C'/>
<sample time='23:26' depth='32.5 m'/>
<sample time='23:30' depth='33.0 m'/>
<sample time='23:31' depth='32.5 m'/>
<sample time='23:32' depth='33.0 m'/>
<sample time='23:35' depth='33.0 m'/>
<sample time='23:38' depth='33.0 m' sensor1='01.18 bar'/>
<sample time='23:39' depth='33.0 m'/>
<sample time='23:42' depth='33.0 m' sensor1='01.19 bar'/>
<sample time='23:43' depth='33.0 m'/>
<sample time='23:44' depth='33.0 m' sensor2='01.13 bar'/>
<sample time='23:47' depth='33.0 m'/>
<sample time='23:49' depth='32.5 m'/>
<sample time='23:52' depth='32.5 m' sensor1='01.18 bar'/>
<sample time='23:55' depth='32.5 m' sensor1='01.17 bar'/>
<sample time='23:57' depth='32.5 m'/>
<sample time='23:58' depth='32.5 m'/>
<sample time='24:01' depth='32.5 m' sensor2='01.09 bar'/>
<sample time='24:03' depth='32.5 m'/>
<sample time='24:04' depth='33.0 m'/>
<sample time='24:05' depth='32.5 m'/>
<sample time='24:06' depth='33.0 m'/>
<sample time='24:11' depth='33.0 m' sensor1='01.16 bar'/>
<sample time='24:12' depth='33.0 m' sensor2='01.10 bar'/>
<sample time='24:17' depth='33.0 m'/>
<sample time='24:18' depth='33.5 m'/>
<sample time='24:19' depth='33.0 m'/>
<sample time='24:25' depth='33.5 m'/>
<sample time='24:26' depth='33.0 m'/>
<sample time='24:27' depth='33.5 m'/>
<sample time='24:28' depth='33.5 m'/>
<sample time='24:38' depth='33.5 m' sensor2='01.09 bar'/>
<sample time='24:41' depth='33.5 m'/>
<sample time='24:42' depth='33.5 m' sensor2='01.08 bar'/>
<sample time='24:44' depth='34.0 m'/>
<sample time='24:47' depth='34.0 m' sensor1='01.13 bar'/>
<sample time='24:49' depth='33.5 m'/>
<sample time='24:52' depth='33.5 m' sensor2='01.09 bar'/>
<sample time='24:53' depth='33.5 m' sensor1='01.14 bar'/>
<sample time='24:56' depth='33.5 m'/>
<sample time='24:58' depth='33.0 m'/>
<sample time='24:59' depth='33.0 m'/>
<sample time='25:03' depth='33.0 m' sensor2='01.09 bar'/>
<sample time='25:04' depth='33.0 m'/>
<sample time='25:07' depth='32.5 m'/>
<sample time='25:08' depth='32.5 m' sensor1='01.15 bar'/>
<sample time='25:09' depth='32.5 m'/>
<sample time='25:10' depth='32.5 m' sensor1='01.16 bar'/>
<sample time='25:11' depth='32.5 m' sensor2='01.12 bar'/>
<sample time='25:12' depth='32.5 m' sensor1='01.17 bar'/>
<sample time='25:13' depth='32.5 m' sensor2='01.13 bar'/>
<sample time='25:15' depth='32.5 m'/>
<sample time='25:17' depth='32.5 m' temp='23.60 C'/>
<sample time='25:21' depth='32.5 m'/>
<sample time='25:23' depth='32.0 m'/>
<sample time='25:24' depth='32.0 m' sensor1='01.17 bar'/>
<sample time='25:25' depth='32.0 m' sensor2='01.12 bar'/>
<sample time='25:26' depth='32.0 m'/>
<sample time='25:28' depth='32.0 m' sensor1='01.16 bar'/>
<sample time='25:31' depth='32.0 m'/>
<sample time='25:33' depth='32.0 m' sensor2='01.12 bar'/>
<sample time='25:35' depth='31.5 m'/>
<sample time='25:39' depth='31.5 m' sensor1='01.18 bar'/>
<sample time='25:43' depth='31.0 m'/>
<sample time='25:49' depth='31.0 m' sensor2='01.11 bar'/>
<sample time='25:52' depth='31.0 m'/>
<sample time='25:53' depth='31.0 m'/>
<sample time='25:57' depth='31.0 m' sensor1='01.17 bar'/>
<sample time='25:59' depth='30.5 m'/>
<sample time='26:00' depth='30.0 m'/>
<sample time='26:07' depth='29.5 m'/>
<sample time='26:11' depth='29.5 m' sensor2='01.12 bar'/>
<sample time='26:13' depth='30.0 m'/>
<sample time='26:16' depth='30.0 m' sensor1='01.19 bar'/>
<sample time='26:18' depth='30.0 m'/>
<sample time='26:19' depth='30.0 m'/>
<sample time='26:22' depth='30.0 m'/>
<sample time='26:24' depth='30.0 m' sensor1='01.21 bar'/>
<sample time='26:25' depth='30.0 m' sensor1='01.20 bar'/>
<sample time='26:27' depth='30.0 m' sensor2='01.14 bar'/>
<sample time='26:29' depth='30.0 m' sensor2='01.13 bar'/>
<sample time='26:33' depth='30.0 m'/>
<sample time='26:40' depth='30.0 m' sensor2='01.11 bar'/>
<sample time='26:41' depth='30.0 m'/>
<sample time='26:42' depth='30.0 m'/>
<sample time='26:45' depth='30.0 m' temp='23.40 C'/>
<sample time='26:47' depth='30.0 m' sensor2='01.10 bar'/>
<sample time='26:48' depth='30.0 m' sensor1='01.16 bar'/>
<sample time='26:50' depth='30.0 m'/>
<sample time='26:51' depth='30.5 m'/>
<sample time='26:53' depth='30.5 m' sensor1='01.15 bar'/>
<sample time='26:57' depth='30.5 m'/>
<sample time='27:00' depth='30.5 m' sensor1='01.16 bar'/>
<sample time='27:01' depth='30.5 m'/>
<sample time='27:02' depth='30.0 m'/>
<sample time='27:10' depth='30.5 m'/>
<sample time='27:11' depth='30.0 m'/>
<sample time='27:13' depth='30.0 m'/>
<sample time='27:15' depth='30.5 m'/>
<sample time='27:21' depth='30.5 m'/>
<sample time='27:25' depth='30.5 m'/>
<sample time='27:27' depth='30.5 m'/>
<sample time='27:32' depth='30.5 m'/>
<sample time='27:33' depth='30.5 m' temp='23.60 C'/>
<sample time='27:41' depth='30.5 m' temp='23.40 C'/>
<sample time='27:45' depth='30.5 m' temp='23.60 C'/>
<sample time='27:46' depth='30.5 m'/>
<sample time='27:48' depth='30.0 m' temp='23.40 C'/>
<sample time='27:49' depth='30.0 m'/>
<sample time='27:50' depth='30.0 m' sensor2='01.10 bar'/>
<sample time='27:52' depth='30.0 m' sensor2='01.09 bar'/>
<sample time='28:00' depth='30.5 m'/>
<sample time='28:02' depth='30.5 m'/>
<sample time='28:05' depth='30.5 m'/>
<sample time='28:06' depth='30.5 m' sensor1='01.17 bar'/>
<sample time='28:08' depth='30.5 m' sensor2='01.12 bar'/>
<sample time='28:09' depth='30.5 m'/>
<sample time='28:11' depth='30.5 m'/>
<sample time='28:13' depth='30.5 m' sensor2='01.13 bar'/>
<sample time='28:24' depth='30.5 m' sensor2='01.12 bar'/>
<sample time='28:25' depth='30.5 m' temp='23.60 C'/>
<sample time='28:27' depth='30.5 m'/>
<sample time='28:29' depth='30.5 m' temp='23.40 C'/>
<sample time='28:33' depth='30.5 m' sensor2='01.12 bar'/>
<sample time='28:34' depth='30.5 m' sensor1='01.18 bar'/>
<sample time='28:36' depth='30.0 m'/>
<sample time='28:43' depth='30.0 m'/>
<sample time='28:44' depth='29.5 m'/>
<sample time='28:45' depth='29.5 m' temp='23.60 C'/>
<sample time='28:49' depth='29.5 m'/>
<sample time='28:52' depth='29.5 m' temp='23.40 C'/>
<sample time='28:56' depth='29.5 m'/>
<sample time='28:58' depth='29.0 m'/>
<sample time='29:04' depth='29.0 m' temp='23.60 C'/>
<sample time='29:05' depth='29.0 m'/>
<sample time='29:10' depth='29.0 m' sensor2='01.11 bar'/>
<sample time='29:12' depth='28.0 m' sensor2='01.10 bar'/>
<sample time='29:13' depth='28.0 m' temp='23.40 C'/>
<sample time='29:14' depth='28.0 m' sensor1='01.15 bar'/>
<sample time='29:17' depth='28.0 m'/>
<sample time='29:20' depth='28.0 m' sensor1='01.16 bar'/>
<sample time='29:21' depth='28.0 m' sensor2='01.11 bar'/>
<sample time='29:23' depth='28.0 m'/>
<sample time='29:25' depth='28.0 m' sensor1='01.18 bar'/>
<sample time='29:26' depth='28.5 m'/>
<sample time='29:27' depth='28.5 m' sensor1='01.19 bar'/>
<sample time='29:28' depth='28.0 m' sensor2='01.13 bar'/>
<sample time='29:29' depth='28.5 m' sensor1='01.21 bar'/>
<sample time='29:30' depth='28.5 m' sensor2='01.15 bar'/>
<sample time='29:31' depth='28.5 m'/>
<sample time='29:32' depth='28.5 m' sensor1='01.23 bar'/>
<sample time='29:35' depth='28.5 m'/>
<sample time='29:41' depth='28.5 m'/>
<sample time='29:42' depth='29.0 m'/>
<sample time='29:44' depth='29.0 m'/>
<sample time='29:45' depth='29.0 m'/>
<sample time='29:49' depth='29.0 m'/>
<sample time='29:52' depth='28.5 m'/>
<sample time='29:54' depth='28.5 m'/>
<sample time='29:55' depth='28.5 m'/>
<sample time='29:56' depth='28.5 m'/>
<sample time='29:57' depth='28.5 m' sensor1='01.19 bar'/>
<sample time='29:58' depth='28.5 m' sensor1='01.18 bar'/>
<sample time='29:59' depth='28.5 m' sensor2='01.12 bar'/>
<sample time='30:00' depth='28.5 m' sensor1='01.17 bar'/>
<sample time='30:01' depth='28.5 m' sensor2='01.11 bar'/>
<sample time='30:02' depth='28.5 m' sensor1='01.16 bar'/>
<sample time='30:04' depth='28.5 m'/>
<sample time='30:06' depth='28.5 m'/>
<sample time='30:07' depth='28.5 m' sensor2='01.10 bar'/>
<sample time='30:12' depth='28.5 m' temp='23.40 C'/>
<sample time='30:14' depth='28.5 m' sensor1='01.16 bar'/>
<sample time='30:17' depth='28.5 m' sensor2='01.12 bar'/>
<sample time='30:19' depth='28.5 m' sensor1='01.17 bar'/>
<sample time='30:20' depth='29.5 m'/>
<sample time='30:21' depth='29.0 m'/>
<sample time='30:25' depth='29.0 m'/>
<sample time='30:32' depth='29.0 m' sensor1='01.16 bar'/>
<sample time='30:34' depth='29.0 m'/>
<sample time='30:36' depth='29.0 m' sensor1='01.15 bar'/>
<sample time='30:37' depth='29.0 m'/>
<sample time='30:40' depth='28.5 m'/>
<sample time='30:44' depth='28.5 m'/>
<sample time='30:49' depth='28.0 m'/>
<sample time='30:51' depth='28.0 m'/>
<sample time='30:53' depth='28.5 m'/>
<sample time='30:56' depth='28.5 m'/>
<sample time='30:57' depth='28.5 m' temp='23.60 C'/>
<sample time='31:00' depth='28.5 m' temp='23.40 C'/>
<sample time='31:01' depth='29.0 m'/>
<sample time='31:02' depth='28.5 m'/>
<sample time='31:03' depth='29.0 m'/>
<sample time='31:04' depth='29.0 m' sensor2='01.14 bar'/>
<sample time='31:06' depth='29.0 m'/>
<sample time='31:08' depth='29.0 m'/>
<sample time='31:09' depth='29.0 m'/>
<sample time='31:11' depth='29.5 m'/>
<sample time='31:12' depth='29.5 m'/>
<sample time='31:13' depth='29.5 m' sensor2='01.16 bar'/>
<sample time='31:14' depth='30.0 m'/>
<sample time='31:15' depth='30.0 m'/>
<sample time='31:18' depth='30.5 m'/>
<sample time='31:24' depth='30.5 m'/>
<sample time='31:25' depth='30.0 m'/>
<sample time='31:29' depth='30.0 m'/>
<sample time='31:30' depth='29.0 m'/>
<sample time='31:32' depth='29.0 m'/>
<sample time='31:33' depth='28.5 m'/>
<sample time='31:34' depth='28.5 m'/>
<sample time='31:36' depth='28.0 m'/>
<sample time='31:37' depth='28.0 m' sensor2='01.12 bar'/>
<sample time='31:38' depth='28.0 m'/>
<sample time='31:39' depth='28.0 m'/>
<sample time='31:41' depth='27.5 m'/>
<sample time='31:42' depth='27.5 m' sensor1='01.15 bar'/>
<sample time='31:43' depth='27.5 m'/>
<sample time='31:44' depth='27.5 m' sensor2='01.08 bar'/>
<sample time='31:46' depth='27.0 m' sensor2='01.07 bar'/>
<sample time='31:48' depth='27.0 m' sensor1='01.12 bar'/>
<sample time='31:51' depth='26.5 m'/>
<sample time='31:52' depth='27.0 m'/>
<sample time='31:54' depth='26.5 m'/>
<sample time='31:56' depth='26.5 m' sensor1='01.11 bar'/>
<sample time='31:57' depth='26.5 m'/>
<sample time='31:59' depth='26.5 m'/>
<sample time='32:00' depth='26.5 m'/>
<sample time='32:02' depth='26.0 m'/>
<sample time='32:03' depth='26.0 m' pressure='161.0 bar'/>
<sample time='32:06' depth='26.0 m' sensor2='01.09 bar'/>
<sample time='32:08' depth='26.0 m' sensor1='01.15 bar'/>
<sample time='32:09' depth='26.5 m'/>
<sample time='32:10' depth='26.5 m' sensor2='01.11 bar'/>
<sample time='32:12' depth='26.0 m'/>
<sample time='32:13' depth='26.5 m'/>
<sample time='32:14' depth='26.5 m'/>
<sample time='32:15' depth='26.0 m'/>
<sample time='32:16' depth='26.5 m'/>
<sample time='32:17' depth='26.0 m'/>
<sample time='32:18' depth='26.0 m'/>
<sample time='32:22' depth='26.0 m' sensor2='01.10 bar'/>
<sample time='32:23' depth='26.0 m'/>
<sample time='32:25' depth='26.0 m'/>
<sample time='32:27' depth='26.0 m'/>
<sample time='32:35' depth='26.0 m'/>
<sample time='32:36' depth='26.5 m'/>
<sample time='32:38' depth='26.5 m' sensor2='01.08 bar'/>
<sample time='32:40' depth='26.5 m' temp='23.60 C'/>
<sample time='32:43' depth='26.5 m' sensor1='01.14 bar'/>
<sample time='32:44' depth='26.5 m' temp='23.40 C'/>
<sample time='32:48' depth='26.5 m' sensor1='01.15 bar'/>
<sample time='32:50' depth='26.5 m'/>
<sample time='32:52' depth='26.5 m'/>
<sample time='32:53' depth='26.5 m'/>
<sample time='32:54' depth='27.0 m'/>
<sample time='32:55' depth='27.0 m' sensor1='01.17 bar'/>
<sample time='32:56' depth='27.0 m'/>
<sample time='32:57' depth='27.0 m'/>
<sample time='32:59' depth='27.0 m'/>
<sample time='33:00' depth='27.0 m'/>
<sample time='33:01' depth='27.0 m'/>
<sample time='33:03' depth='27.0 m'/>
<sample time='33:05' depth='27.0 m'/>
<sample time='33:08' depth='27.0 m'/>
<sample time='33:10' depth='27.0 m'/>
<sample time='33:12' depth='27.0 m'/>
<sample time='33:16' depth='27.0 m'/>
<sample time='33:21' depth='27.0 m'/>
<sample time='33:23' depth='26.5 m'/>
<sample time='33:24' depth='27.0 m'/>
<sample time='33:25' depth='27.0 m'/>
<sample time='33:26' depth='27.0 m'/>
<sample time='33:27' depth='27.0 m' sensor2='01.12 bar'/>
<sample time='33:28' depth='26.5 m' sensor1='01.17 bar'/>
<sample time='33:29' depth='27.0 m'/>
<sample time='33:30' depth='26.5 m' sensor2='01.10 bar'/>
<sample time='33:32' depth='26.5 m' sensor2='01.09 bar'/>
<sample time='33:34' depth='26.5 m' sensor1='01.14 bar'/>
<sample time='33:36' depth='26.5 m'/>
<sample time='33:37' depth='26.0 m'/>
<sample time='33:40' depth='26.0 m' sensor1='01.13 bar'/>
<sample time='33:44' depth='26.0 m'/>
<sample time='33:45' depth='26.0 m' sensor1='01.12 bar'/>
<sample time='33:52' depth='26.5 m'/>
<sample time='33:53' depth='26.0 m'/>
<sample time='33:56' depth='26.0 m' sensor2='01.09 bar'/>
<sample time='33:59' depth='26.0 m'/>
<sample time='34:03' depth='26.0 m' sensor1='01.16 bar'/>
<sample time='34:04' depth='26.0 m' sensor2='01.11 bar'/>
<sample time='34:09' depth='26.0 m'/>
<sample time='34:14' depth='25.0 m'/>
<sample time='34:16' depth='25.0 m' sensor1='01.18 bar'/>
<sample time='34:18' depth='25.0 m' sensor2='01.13 bar'/>
<sample time='34:22' depth='25.0 m'/>
<sample time='34:25' depth='25.0 m'/>
<sample time='34:30' depth='24.5 m'/>
<sample time='34:31' depth='24.5 m'/>
<sample time='34:36' depth='24.5 m' sensor2='01.13 bar'/>
<sample time='34:37' depth='24.0 m'/>
<sample time='34:38' depth='24.5 m'/>
<sample time='34:39' depth='24.5 m'/>
<sample time='34:41' depth='24.5 m'/>
<sample time='34:42' depth='24.5 m' sensor2='01.14 bar'/>
<sample time='34:45' depth='24.5 m' sensor2='01.13 bar'/>
<sample time='34:46' depth='24.5 m' sensor1='01.18 bar'/>
<sample time='34:49' depth='24.5 m'/>
<sample time='34:50' depth='24.5 m'/>
<sample time='34:56' depth='24.5 m' temp='23.80 C'/>
<sample time='35:00' depth='24.5 m' temp='23.60 C'/>
<sample time='35:01' depth='24.0 m'/>
<sample time='35:04' depth='24.0 m' temp='23.80 C'/>
<sample time='35:08' depth='24.0 m' temp='23.60 C'/>
<sample time='35:11' depth='24.0 m' sensor1='01.17 bar'/>
<sample time='35:12' depth='24.0 m' temp='23.80 C'/>
<sample time='35:14' depth='25.0 m' sensor2='01.11 bar'/>
<sample time='35:16' depth='25.0 m'/>
<sample time='35:18' depth='25.0 m' sensor1='01.15 bar'/>
<sample time='35:23' depth='25.5 m'/>
<sample time='35:24' depth='25.5 m'/>
<sample time='35:26' depth='25.5 m'/>
<sample time='35:32' depth='25.5 m'/>
<sample time='35:35' depth='25.0 m'/>
<sample time='35:36' depth='25.0 m'/>
<sample time='35:42' depth='26.0 m'/>
<sample time='35:46' depth='26.5 m'/>
<sample time='35:47' depth='26.5 m'/>
<sample time='35:48' depth='26.5 m'/>
<sample time='35:50' depth='27.0 m'/>
<sample time='35:51' depth='27.0 m'/>
<sample time='35:53' depth='27.0 m' sensor1='01.16 bar'/>
<sample time='35:59' depth='27.0 m' sensor2='01.12 bar'/>
<sample time='36:01' depth='27.0 m'/>
<sample time='36:06' depth='27.5 m'/>
<sample time='36:07' depth='28.0 m'/>
<sample time='36:15' depth='28.0 m' pdiluent='145.0 bar'/>
<sample time='36:19' depth='28.0 m'/>
<sample time='36:20' depth='28.0 m'/>
<sample time='36:27' depth='27.5 m'/>
<sample time='36:33' depth='27.5 m'/>
<sample time='36:34' depth='27.5 m'/>
<sample time='36:35' depth='27.5 m' sensor1='01.14 bar'/>
<sample time='36:36' depth='27.5 m' sensor2='01.09 bar'/>
<sample time='36:40' depth='27.5 m'/>
<sample time='36:42' depth='27.5 m' sensor2='01.08 bar'/>
<sample time='36:44' depth='27.0 m'/>
<sample time='36:45' depth='27.0 m' sensor2='01.07 bar'/>
<sample time='36:48' depth='27.0 m' sensor1='01.11 bar'/>
<sample time='36:50' depth='27.0 m'/>
<sample time='36:53' depth='26.5 m'/>
<sample time='36:56' depth='26.5 m'/>
<sample time='36:57' depth='26.5 m' sensor1='01.13 bar'/>
<sample time='37:03' depth='26.5 m' sensor2='01.09 bar'/>
<sample time='37:05' depth='26.5 m'/>
<sample time='37:07' depth='26.5 m'/>
<sample time='37:08' depth='26.5 m'/>
<sample time='37:09' depth='26.0 m'/>
<sample time='37:10' depth='26.5 m'/>
<sample time='37:11' depth='26.5 m'/>
<sample time='37:12' depth='26.5 m'/>
<sample time='37:18' depth='26.5 m' sensor2='01.12 bar'/>
<sample time='37:19' depth='26.5 m'/>
<sample time='37:26' depth='26.5 m'/>
<sample time='37:27' depth='25.5 m'/>
<sample time='37:31' depth='25.5 m'/>
<sample time='37:33' depth='25.0 m'/>
<sample time='37:35' depth='25.0 m' sensor1='01.15 bar'/>
<sample time='37:36' depth='25.0 m' sensor2='01.10 bar'/>
<sample time='37:44' depth='25.0 m'/>
<sample time='37:46' depth='24.5 m'/>
<sample time='37:47' depth='24.5 m'/>
<sample time='37:49' depth='24.5 m' sensor1='01.16 bar'/>
<sample time='37:50' depth='24.5 m' sensor2='01.11 bar'/>
<sample time='38:00' depth='24.0 m'/>
<sample time='38:03' depth='23.5 m'/>
<sample time='38:05' depth='23.5 m'/>
<sample time='38:06' depth='23.0 m'/>
<sample time='38:11' depth='23.0 m' sensor2='01.09 bar'/>
<sample time='38:13' depth='23.0 m' sensor1='01.14 bar'/>
<sample time='38:20' depth='23.0 m'/>
<sample time='38:21' depth='23.0 m' sensor1='01.16 bar'/>
<sample time='38:22' depth='23.0 m'/>
<sample time='38:23' depth='23.0 m'/>
<sample time='38:24' depth='23.0 m'/>
<sample time='38:28' depth='23.0 m' sensor2='01.14 bar'/>
<sample time='38:30' depth='22.0 m'/>
<sample time='38:31' depth='22.5 m'/>
<sample time='38:32' depth='22.5 m'/>
<sample time='38:35' depth='22.5 m' sensor2='01.14 bar'/>
<sample time='38:36' depth='22.5 m' sensor2='01.13 bar'/>
<sample time='38:41' depth='22.5 m'/>
<sample time='38:45' depth='22.5 m'/>
<sample time='38:46' depth='22.5 m'/>
<sample time='38:47' depth='22.5 m' sensor2='01.12 bar'/>
<sample time='38:51' depth='22.5 m'/>
<sample time='38:53' depth='22.5 m'/>
<sample time='38:54' depth='22.5 m' sensor1='01.16 bar'/>
<sample time='38:55' depth='22.5 m' sensor2='01.10 bar'/>
<sample time='38:56' depth='21.5 m'/>
<sample time='38:57' depth='21.5 m'/>
<sample time='38:59' depth='21.5 m'/>
<sample time='39:01' depth='21.5 m' sensor1='01.14 bar'/>
<sample time='39:06' depth='21.0 m'/>
<sample time='39:07' depth='21.5 m'/>
<sample time='39:08' depth='21.0 m'/>
<sample time='39:12' depth='21.0 m'/>
<sample time='39:17' depth='21.0 m'/>
<sample time='39:18' depth='21.0 m'/>
<sample time='39:19' depth='20.5 m'/>
<sample time='39:20' depth='20.5 m' sensor2='01.12 bar'/>
<sample time='39:21' depth='20.5 m'/>
<sample time='39:31' depth='20.5 m'/>
<sample time='39:32' depth='20.5 m'/>
<sample time='39:33' depth='20.5 m' sensor1='01.19 bar'/>
<sample time='39:35' depth='20.5 m' sensor2='01.14 bar'/>
<sample time='39:36' depth='21.0 m'/>
<sample time='39:37' depth='20.5 m'/>
<sample time='39:38' depth='20.5 m' sensor1='01.20 bar'/>
<sample time='39:39' depth='20.5 m'/>
<sample time='39:40' depth='20.5 m'/>
<sample time='39:43' depth='20.5 m'/>
<sample time='39:44' depth='20.5 m' sensor1='01.22 bar'/>
<sample time='39:53' depth='20.5 m' sensor1='01.21 bar'/>
<sample time='39:54' depth='20.5 m'/>
<sample time='39:56' depth='20.5 m'/>
<sample time='40:02' depth='20.5 m'/>
<sample time='40:03' depth='20.5 m'/>
<sample time='40:07' depth='20.5 m' sensor2='01.12 bar'/>
<sample time='40:22' depth='20.5 m'/>
<sample time='40:23' depth='20.5 m' sensor1='01.17 bar'/>
<sample time='40:24' depth='20.5 m'/>
<sample time='40:25' depth='20.5 m'/>
<sample time='40:26' depth='20.5 m'/>
<sample time='40:27' depth='20.5 m'/>
<sample time='40:29' depth='20.5 m'/>
<sample time='40:31' depth='20.5 m' sensor2='01.08 bar'/>
<sample time='40:33' depth='20.5 m' sensor1='01.12 bar'/>
<sample time='40:34' depth='20.5 m' sensor2='01.07 bar'/>
<sample time='40:36' depth='20.0 m'/>
<sample time='40:37' depth='20.5 m'/>
<sample time='40:38' depth='20.0 m'/>
<sample time='40:41' depth='20.0 m'/>
<sample time='40:43' depth='20.5 m'/>
<sample time='40:45' depth='20.5 m'/>
<sample time='40:50' depth='20.5 m'/>
<sample time='40:51' depth='20.5 m' sensor1='01.10 bar'/>
<sample time='40:53' depth='20.5 m'/>
<sample time='40:55' depth='20.5 m'/>
<sample time='40:57' depth='20.5 m'/>
<sample time='41:02' depth='20.5 m'/>
<sample time='41:04' depth='20.5 m'/>
<sample time='41:06' depth='20.5 m' sensor2='01.06 bar'/>
<sample time='41:07' depth='21.0 m'/>
<sample time='41:08' depth='21.0 m'/>
<sample time='41:09' depth='21.0 m'/>
<sample time='41:10' depth='21.0 m' sensor2='01.09 bar'/>
<sample time='41:11' depth='21.0 m' sensor1='01.14 bar'/>
<sample time='41:12' depth='21.0 m'/>
<sample time='41:13' depth='21.0 m'/>
<sample time='41:14' depth='21.0 m'/>
<sample time='41:15' depth='21.0 m'/>
<sample time='41:16' depth='21.0 m'/>
<sample time='41:17' depth='20.5 m'/>
<sample time='41:18' depth='21.0 m' sensor2='01.13 bar'/>
<sample time='41:19' depth='20.5 m' sensor1='01.18 bar'/>
<sample time='41:20' depth='21.0 m'/>
<sample time='41:21' depth='20.5 m'/>
<sample time='41:22' depth='21.0 m'/>
<sample time='41:24' depth='20.5 m'/>
<sample time='41:33' depth='20.5 m'/>
<sample time='41:39' depth='20.5 m' sensor2='01.14 bar'/>
<sample time='41:41' depth='20.5 m'/>
<sample time='41:47' depth='20.5 m' sensor1='01.20 bar'/>
<sample time='41:48' depth='20.5 m'/>
<sample time='41:56' depth='20.5 m'/>
<sample time='41:58' depth='20.5 m'/>
<sample time='42:00' depth='20.5 m'/>
<sample time='42:19' depth='20.5 m'/>
<sample time='42:21' depth='20.5 m' sensor1='01.17 bar'/>
<sample time='42:24' depth='20.0 m'/>
<sample time='42:31' depth='20.0 m'/>
<sample time='42:32' depth='20.0 m'/>
<sample time='42:34' depth='20.5 m'/>
<sample time='42:35' depth='20.0 m'/>
<sample time='42:37' depth='20.5 m'/>
<sample time='42:38' depth='20.0 m'/>
<sample time='42:40' depth='20.0 m'/>
<sample time='42:44' depth='20.0 m'/>
<sample time='42:48' depth='20.0 m'/>
<sample time='42:52' depth='20.0 m'/>
<sample time='42:56' depth='20.0 m'/>
<sample time='42:59' depth='20.0 m' temp='24.00 C'/>
<sample time='43:00' depth='19.5 m'/>
<sample time='43:08' depth='19.5 m' sensor2='01.10 bar'/>
<sample time='43:09' depth='19.5 m' sensor1='01.15 bar'/>
<sample time='43:11' depth='19.5 m'/>
<sample time='43:15' depth='19.5 m' sensor2='01.11 bar'/>
<sample time='43:22' depth='19.5 m'/>
<sample time='43:24' depth='19.5 m'/>
<sample time='43:27' depth='19.5 m'/>
<sample time='43:30' depth='20.0 m'/>
<sample time='43:31' depth='19.5 m'/>
<sample time='43:32' depth='19.5 m'/>
<sample time='43:35' depth='19.5 m' temp='24.20 C'/>
<sample time='43:36' depth='19.5 m' sensor1='01.17 bar'/>
<sample time='43:39' depth='19.5 m'/>
<sample time='43:41' depth='19.0 m' sensor1='01.16 bar'/>
<sample time='43:43' depth='19.0 m' temp='24.20 C'/>
<sample time='43:47' depth='19.0 m' temp='24.00 C'/>
<sample time='43:49' depth='18.5 m'/>
<sample time='43:52' depth='18.5 m'/>
<sample time='43:53' depth='18.5 m' sensor2='01.10 bar'/>
<sample time='43:54' depth='18.5 m'/>
<sample time='43:55' depth='18.0 m'/>
<sample time='43:56' depth='18.5 m'/>
<sample time='43:57' depth='18.0 m'/>
<sample time='43:59' depth='18.0 m' sensor2='01.09 bar'/>
<sample time='44:01' depth='18.0 m'/>
<sample time='44:04' depth='18.0 m'/>
<sample time='44:05' depth='18.0 m' sensor2='01.09 bar'/>
<sample time='44:08' depth='18.0 m'/>
<sample time='44:09' depth='17.5 m'/>
<sample time='44:16' depth='17.0 m'/>
<sample time='44:18' depth='17.0 m'/>
<sample time='44:19' depth='17.0 m'/>
<sample time='44:21' depth='17.5 m'/>
<sample time='44:22' depth='17.0 m'/>
<sample time='44:23' depth='17.5 m'/>
<sample time='44:27' depth='17.5 m' sensor1='01.17 bar'/>
<sample time='44:31' depth='17.5 m'/>
<sample time='44:35' depth='17.5 m' sensor1='01.17 bar'/>
<sample time='44:38' depth='17.5 m' sensor2='01.11 bar'/>
<sample time='44:46' depth='17.5 m'/>
<sample time='44:47' depth='17.5 m' sensor1='01.16 bar'/>
<sample time='44:48' depth='18.5 m'/>
<sample time='44:50' depth='18.5 m' sensor1='01.15 bar'/>
<sample time='44:53' depth='18.5 m' sensor2='01.09 bar'/>
<sample time='44:54' depth='18.5 m' sensor1='01.14 bar'/>
<sample time='44:57' depth='19.0 m'/>
<sample time='44:58' depth='19.0 m'/>
<sample time='44:59' depth='19.0 m'/>
<sample time='45:13' depth='19.0 m'/>
<sample time='45:14' depth='19.0 m'/>
<sample time='45:15' depth='18.5 m'/>
<sample time='45:16' depth='19.0 m'/>
<sample time='45:17' depth='19.0 m'/>
<sample time='45:18' depth='18.5 m'/>
<sample time='45:19' depth='18.5 m'/>
<sample time='45:20' depth='18.5 m'/>
<sample time='45:21' depth='18.5 m' pressure='151.0 bar'/>
<sample time='45:22' depth='18.5 m' sensor2='01.08 bar'/>
<sample time='45:25' depth='18.5 m'/>
<sample time='45:32' depth='18.0 m'/>
<sample time='45:37' depth='18.0 m' sensor2='01.07 bar'/>
<sample time='45:40' depth='18.0 m'/>
<sample time='45:41' depth='18.0 m'/>
<sample time='45:43' depth='18.0 m' sensor1='01.10 bar'/>
<sample time='45:50' depth='18.0 m'/>
<sample time='45:52' depth='18.0 m' sensor2='01.04 bar'/>
<sample time='45:55' depth='18.0 m'/>
<sample time='45:57' depth='18.0 m' sensor1='01.09 bar'/>
<sample time='45:58' depth='18.0 m' sensor1='01.08 bar'/>
<sample time='46:04' depth='18.0 m' sensor1='01.09 bar'/>
<sample time='46:07' depth='18.0 m'/>
<sample time='46:09' depth='18.0 m'/>
<sample time='46:10' depth='18.0 m' pressure='150.0 bar'/>
<sample time='46:11' depth='17.5 m'/>
<sample time='46:12' depth='17.5 m' sensor1='01.12 bar'/>
<sample time='46:14' depth='17.5 m' temp='24.40 C'/>
<sample time='46:15' depth='18.0 m'/>
<sample time='46:17' depth='18.0 m' sensor1='01.14 bar'/>
<sample time='46:19' depth='18.0 m' sensor1='01.15 bar'/>
<sample time='46:21' depth='18.0 m' sensor2='01.12 bar'/>
<sample time='46:22' depth='18.0 m' sensor1='01.17 bar'/>
<sample time='46:23' depth='18.0 m' sensor1='01.18 bar'/>
<sample time='46:24' depth='18.0 m' sensor2='01.15 bar'/>
<sample time='46:25' depth='18.0 m'/>
<sample time='46:27' depth='17.5 m' sensor1='01.20 bar'/>
<sample time='46:30' depth='17.5 m' sensor1='01.21 bar'/>
<sample time='46:33' depth='17.5 m' sensor1='01.22 bar'/>
<sample time='46:34' depth='17.5 m'/>
<sample time='46:37' depth='17.5 m' sensor2='01.17 bar'/>
<sample time='46:38' depth='17.0 m'/>
<sample time='46:39' depth='17.0 m' sensor1='01.20 bar'/>
<sample time='46:40' depth='17.0 m'/>
<sample time='46:41' depth='17.0 m' sensor2='01.14 bar'/>
<sample time='46:42' depth='17.0 m' sensor2='01.13 bar'/>
<sample time='46:44' depth='17.0 m'/>
<sample time='46:46' depth='17.0 m'/>
<sample time='46:47' depth='16.0 m'/>
<sample time='46:50' depth='16.0 m'/>
<sample time='46:51' depth='15.5 m'/>
<sample time='46:55' depth='15.5 m'/>
<sample time='46:57' depth='15.5 m' sensor2='01.09 bar'/>
<sample time='46:58' depth='15.5 m'/>
<sample time='46:59' depth='14.5 m'/>
<sample time='47:00' depth='14.5 m' sensor1='01.12 bar'/>
<sample time='47:03' depth='14.5 m'/>
<sample time='47:07' depth='14.0 m'/>
<sample time='47:08' depth='14.5 m'/>
<sample time='47:09' depth='14.0 m'/>
<sample time='47:11' depth='14.5 m' sensor2='01.07 bar'/>
<sample time='47:13' depth='14.5 m' sensor1='01.12 bar'/>
<sample time='47:14' depth='14.5 m' sensor2='01.08 bar'/>
<sample time='47:15' depth='14.5 m' sensor1='01.13 bar'/>
<sample time='47:16' depth='14.5 m' sensor2='01.09 bar'/>
<sample time='47:21' depth='14.5 m' sensor2='01.10 bar'/>
<sample time='47:22' depth='14.0 m'/>
<sample time='47:24' depth='14.0 m'/>
<sample time='47:37' depth='14.0 m'/>
<sample time='47:40' depth='14.0 m'/>
<sample time='47:43' depth='13.5 m'/>
<sample time='47:51' depth='13.5 m'/>
<sample time='47:53' depth='13.5 m' sensor1='01.16 bar'/>
<sample time='47:58' depth='13.5 m' sensor2='01.12 bar'/>
<sample time='47:59' depth='13.5 m'/>
<sample time='48:01' depth='13.5 m' sensor1='01.18 bar'/>
<sample time='48:04' depth='13.5 m'/>
<sample time='48:05' depth='13.5 m' sensor1='01.19 bar'/>
<sample time='48:06' depth='14.0 m'/>
<sample time='48:07' depth='13.5 m'/>
<sample time='48:08' depth='14.0 m' sensor2='01.15 bar'/>
<sample time='48:10' depth='14.0 m' sensor1='01.20 bar'/>
<sample time='48:12' depth='13.5 m'/>
<sample time='48:13' depth='13.5 m' sensor1='01.19 bar'/>
<sample time='48:14' depth='13.5 m'/>
<sample time='48:15' depth='14.0 m'/>
<sample time='48:17' depth='13.5 m' sensor2='01.13 bar'/>
<sample time='48:19' depth='13.5 m'/>
<sample time='48:26' depth='13.5 m'/>
<sample time='48:28' depth='13.5 m'/>
<sample time='48:29' depth='13.5 m' sensor1='01.17 bar'/>
<sample time='48:32' depth='13.5 m'/>
<sample time='48:35' depth='13.5 m'/>
<sample time='48:36' depth='13.0 m'/>
<sample time='48:39' depth='13.0 m' sensor2='01.10 bar'/>
<sample time='48:40' depth='13.0 m' sensor1='01.15 bar'/>
<sample time='48:42' depth='13.0 m'/>
<sample time='48:43' depth='13.0 m'/>
<sample time='48:44' depth='13.0 m'/>
<sample time='48:48' depth='13.0 m' sensor2='01.08 bar'/>
<sample time='48:49' depth='12.5 m'/>
<sample time='48:50' depth='12.5 m'/>
<sample time='48:59' depth='12.5 m'/>
<sample time='49:03' depth='13.0 m'/>
<sample time='49:04' depth='12.5 m'/>
<sample time='49:05' depth='13.0 m'/>
<sample time='49:08' depth='13.0 m'/>
<sample time='49:11' depth='13.0 m'/>
<sample time='49:13' depth='12.5 m'/>
<sample time='49:14' depth='12.5 m'/>
<sample time='49:15' depth='12.5 m'/>
<sample time='49:16' depth='13.0 m'/>
<sample time='49:19' depth='13.0 m' sensor1='01.17 bar'/>
<sample time='49:20' depth='13.0 m'/>
<sample time='49:22' depth='13.0 m'/>
<sample time='49:23' depth='13.0 m' temp='24.40 C'/>
<sample time='49:24' depth='12.5 m' sensor1='01.18 bar'/>
<sample time='49:25' depth='13.0 m'/>
<sample time='49:26' depth='12.5 m' sensor2='01.14 bar'/>
<sample time='49:27' depth='12.5 m' sensor1='01.19 bar'/>
<sample time='49:28' depth='13.0 m'/>
<sample time='49:30' depth='13.0 m' sensor1='01.20 bar'/>
<sample time='49:31' depth='13.0 m'/>
<sample time='49:34' depth='13.0 m' sensor2='01.16 bar'/>
<sample time='49:38' depth='13.0 m' temp='24.40 C'/>
<sample time='49:39' depth='13.0 m'/>
<sample time='49:40' depth='13.0 m' sensor2='01.14 bar'/>
<sample time='49:42' depth='13.0 m' temp='24.20 C'/>
<sample time='49:43' depth='12.5 m'/>
<sample time='49:45' depth='13.0 m'/>
<sample time='49:46' depth='13.0 m' temp='24.40 C'/>
<sample time='49:47' depth='12.5 m'/>
<sample time='49:48' depth='12.5 m' sensor2='01.13 bar'/>
<sample time='49:53' depth='12.5 m' sensor1='01.18 bar'/>
<sample time='49:54' depth='12.5 m'/>
<sample time='49:56' depth='12.5 m'/>
<sample time='49:57' depth='13.5 m'/>
<sample time='49:59' depth='13.5 m'/>
<sample time='50:06' depth='13.5 m'/>
<sample time='50:10' depth='13.5 m'/>
<sample time='50:11' depth='13.5 m' temp='24.20 C'/>
<sample time='50:14' depth='13.5 m'/>
<sample time='50:15' depth='13.0 m' temp='24.40 C'/>
<sample time='50:16' depth='13.0 m' sensor2='01.12 bar'/>
<sample time='50:19' depth='13.0 m' sensor1='01.17 bar'/>
<sample time='50:20' depth='13.0 m'/>
<sample time='50:21' depth='13.0 m'/>
<sample time='50:25' depth='13.0 m'/>
<sample time='50:26' depth='13.0 m' sensor2='01.12 bar'/>
<sample time='50:29' depth='13.0 m'/>
<sample time='50:34' depth='13.0 m'/>
<sample time='50:35' depth='13.5 m'/>
<sample time='50:36' depth='13.5 m' sensor1='01.18 bar'/>
<sample time='50:40' depth='14.0 m'/>
<sample time='50:45' depth='14.0 m'/>
<sample time='50:58' depth='14.0 m'/>
<sample time='51:00' depth='14.0 m' setpoint='01.20 bar'/>
<sample time='51:01' depth='14.5 m'/>
<sample time='51:02' depth='15.0 m'/>
<sample time='51:03' depth='15.0 m' setpoint='01.20 bar'/>
<sample time='51:04' depth='15.0 m' sensor2='01.14 bar'/>
<sample time='51:05' depth='15.0 m'/>
<sample time='51:06' depth='14.5 m'/>
<sample time='51:07' depth='14.5 m' sensor2='01.13 bar'/>
<sample time='51:08' depth='15.0 m'/>
<sample time='51:09' depth='14.5 m'/>
<sample time='51:10' depth='14.5 m'/>
<sample time='51:13' depth='14.5 m' sensor1='01.16 bar'/>
<sample time='51:14' depth='14.5 m' sensor2='01.12 bar'/>
<sample time='51:18' depth='14.5 m'/>
<sample time='51:19' depth='15.0 m'/>
<sample time='51:20' depth='15.0 m'/>
<sample time='51:24' depth='14.5 m'/>
<sample time='51:25' depth='14.5 m' sensor2='01.12 bar'/>
<sample time='51:28' depth='14.5 m' sensor1='01.17 bar'/>
<sample time='51:29' depth='14.5 m'/>
<sample time='51:31' depth='14.5 m' sensor2='01.12 bar'/>
<sample time='51:32' depth='14.0 m'/>
<sample time='51:33' depth='14.0 m'/>
<sample time='51:38' depth='13.5 m'/>
<sample time='51:39' depth='13.5 m'/>
<sample time='51:41' depth='13.5 m'/>
<sample time='51:43' depth='13.5 m'/>
<sample time='51:47' depth='13.5 m' setpoint='01.18 bar'/>
<sample time='51:49' depth='13.5 m'/>
<sample time='51:50' depth='12.5 m'/>
<sample time='51:53' depth='12.0 m'/>
<sample time='51:54' depth='12.0 m' sensor2='01.10 bar'/>
<sample time='51:55' depth='12.0 m'/>
<sample time='51:59' depth='11.5 m' sensor1='01.13 bar'/>
<sample time='52:02' depth='11.5 m' sensor2='01.09 bar'/>
<sample time='52:04' depth='11.5 m' sensor1='01.12 bar'/>
<sample time='52:07' depth='11.5 m'/>
<sample time='52:09' depth='11.0 m'/>
<sample time='52:10' depth='11.0 m' sensor2='01.07 bar'/>
<sample time='52:11' depth='11.0 m' sensor1='01.10 bar'/>
<sample time='52:13' depth='11.0 m'/>
<sample time='52:14' depth='11.0 m' setpoint='01.14 bar'/>
<sample time='52:15' depth='11.0 m'/>
<sample time='52:16' depth='11.0 m'/>
<sample time='52:17' depth='11.0 m' sensor1='01.09 bar'/>
<sample time='52:19' depth='11.0 m'/>
<sample time='52:21' depth='10.0 m'/>
<sample time='52:24' depth='10.0 m' sensor1='01.08 bar'/>
<sample time='52:26' depth='10.0 m' sensor2='01.04 bar'/>
<sample time='52:27' depth='10.0 m'/>
<sample time='52:30' depth='10.0 m'/>
<sample time='52:31' depth='10.0 m'/>
<sample time='52:32' depth='10.0 m'/>
<sample time='52:33' depth='10.0 m' sensor2='01.06 bar'/>
<sample time='52:34' depth='10.0 m'/>
<sample time='52:35' depth='10.0 m'/>
<sample time='52:36' depth='10.0 m' setpoint='01.13 bar'/>
<sample time='52:37' depth='10.0 m' sensor1='01.12 bar'/>
<sample time='52:38' depth='10.0 m'/>
<sample time='52:39' depth='10.0 m' sensor1='01.13 bar'/>
<sample time='52:40' depth='10.0 m' sensor2='01.10 bar'/>
<sample time='52:41' depth='10.0 m'/>
<sample time='52:42' depth='10.0 m'/>
<sample time='52:43' depth='10.0 m' sensor2='01.09 bar'/>
<sample time='52:44' depth='10.0 m'/>
<sample time='52:45' depth='10.0 m'/>
<sample time='52:46' depth='10.0 m'/>
<sample time='52:47' depth='10.0 m' sensor2='01.07 bar'/>
<sample time='52:48' depth='10.0 m' sensor2='01.06 bar'/>
<sample time='52:49' depth='10.0 m'/>
<sample time='52:50' depth='10.0 m' sensor1='01.09 bar'/>
<sample time='52:51' depth='10.0 m' sensor2='01.04 bar'/>
<sample time='52:52' depth='10.0 m'/>
<sample time='52:53' depth='10.0 m'/>
<sample time='52:54' depth='10.0 m' sensor1='01.07 bar'/>
<sample time='53:00' depth='09.5 m'/>
<sample time='53:01' depth='09.5 m'/>
<sample time='53:02' depth='09.5 m'/>
<sample time='53:03' depth='09.5 m'/>
<sample time='53:04' depth='10.0 m'/>
<sample time='53:05' depth='10.0 m'/>
<sample time='53:06' depth='10.0 m'/>
<sample time='53:10' depth='10.0 m'/>
<sample time='53:13' depth='10.5 m'/>
<sample time='53:15' depth='10.5 m'/>
<sample time='53:16' depth='11.0 m'/>
<sample time='53:17' depth='11.0 m'/>
<sample time='53:20' depth='11.0 m'/>
<sample time='53:23' depth='11.0 m' sensor2='01.07 bar'/>
<sample time='53:25' depth='11.0 m'/>
<sample time='53:26' depth='11.0 m'/>
<sample time='53:27' depth='12.0 m'/>
<sample time='53:28' depth='12.0 m'/>
<sample time='53:29' depth='12.0 m'/>
<sample time='53:30' depth='12.0 m'/>
<sample time='53:31' depth='12.0 m'/>
<sample time='53:34' depth='12.0 m' sensor1='01.14 bar'/>
<sample time='53:35' depth='12.0 m' sensor2='01.09 bar'/>
<sample time='53:36' depth='12.0 m' sensor1='01.13 bar'/>
<sample time='53:37' depth='12.0 m' sensor1='01.12 bar'/>
<sample time='53:38' depth='12.0 m' sensor1='01.11 bar'/>
<sample time='53:39' depth='12.0 m' sensor1='01.10 bar'/>
<sample time='53:40' depth='12.0 m'/>
<sample time='53:41' depth='12.0 m'/>
<sample time='53:42' depth='12.0 m'/>
<sample time='53:43' depth='12.0 m' sensor1='01.06 bar'/>
<sample time='53:44' depth='12.0 m'/>
<sample time='53:45' depth='12.0 m'/>
<sample time='53:46' depth='12.0 m' sensor2='00.99 bar'/>
<sample time='53:47' depth='12.0 m'/>
<sample time='53:48' depth='12.0 m' sensor2='00.98 bar'/>
<sample time='53:50' depth='12.0 m'/>
<sample time='53:52' depth='12.0 m' sensor2='01.00 bar'/>
<sample time='53:54' depth='12.0 m'/>
<sample time='53:55' depth='12.0 m'/>
<sample time='53:56' depth='11.5 m'/>
<sample time='53:57' depth='11.5 m'/>
<sample time='53:59' depth='11.5 m'/>
<sample time='54:01' depth='11.5 m' sensor2='01.04 bar'/>
<sample time='54:02' depth='11.0 m'/>
<sample time='54:03' depth='11.0 m' setpoint='01.15 bar'/>
<sample time='54:04' depth='11.0 m'/>
<sample time='54:06' depth='11.0 m' setpoint='01.14 bar'/>
<sample time='54:08' depth='11.0 m'/>
<sample time='54:09' depth='11.0 m' sensor2='01.01 bar'/>
<sample time='54:10' depth='11.0 m' setpoint='01.12 bar'/>
<sample time='54:11' depth='11.0 m'/>
<sample time='54:12' depth='11.0 m' setpoint='01.11 bar'/>
<sample time='54:14' depth='09.5 m'/>
<sample time='54:15' depth='09.5 m' sensor2='00.98 bar'/>
<sample time='54:16' depth='09.5 m'/>
<sample time='54:17' depth='09.5 m'/>
<sample time='54:18' depth='09.5 m'/>
<sample time='54:19' depth='09.5 m'/>
<sample time='54:20' depth='09.0 m'/>
<sample time='54:21' depth='09.5 m'/>
<sample time='54:22' depth='09.0 m'/>
<sample time='54:23' depth='09.0 m'/>
<sample time='54:25' depth='09.0 m'/>
<sample time='54:26' depth='09.0 m'/>
<sample time='54:27' depth='08.5 m'/>
<sample time='54:28' depth='08.5 m'/>
<sample time='54:29' depth='08.5 m' sensor1='01.00 bar'/>
<sample time='54:30' depth='08.0 m'/>
<sample time='54:31' depth='08.0 m' setpoint='00.98 bar'/>
<sample time='54:32' depth='08.0 m'/>
<sample time='54:33' depth='08.0 m' sensor1='00.98 bar'/>
<sample time='54:34' depth='08.0 m' sensor2='00.94 bar'/>
<sample time='54:35' depth='08.0 m' sensor1='00.97 bar'/>
<sample time='54:36' depth='08.0 m' sensor1='00.96 bar'/>
<sample time='54:37' depth='08.0 m' sensor2='00.91 bar'/>
<sample time='54:38' depth='07.0 m' sensor1='00.93 bar'/>
<sample time='54:39' depth='07.0 m' sensor2='00.88 bar'/>
<sample time='54:40' depth='07.0 m' sensor1='00.90 bar'/>
<sample time='54:41' depth='07.0 m' sensor2='00.85 bar'/>
<sample time='54:42' depth='07.0 m' sensor2='00.84 bar'/>
<sample time='54:43' depth='07.0 m' sensor2='00.83 bar'/>
<sample time='54:44' depth='07.0 m'/>
<sample time='54:45' depth='07.0 m' setpoint='00.83 bar'/>
<sample time='54:46' depth='07.0 m' sensor1='00.85 bar'/>
<sample time='54:47' depth='07.0 m'/>
<sample time='54:48' depth='07.0 m' sensor2='00.80 bar'/>
<sample time='54:50' depth='07.0 m'/>
<sample time='54:51' depth='07.0 m'/>
<sample time='54:52' depth='07.0 m'/>
<sample time='54:53' depth='07.0 m' setpoint='00.78 bar'/>
<sample time='54:54' depth='07.0 m'/>
<sample time='54:55' depth='07.0 m' setpoint='00.74 bar'/>
<sample time='54:56' depth='07.0 m' sensor2='00.76 bar'/>
<sample time='54:59' depth='06.5 m' setpoint='00.74 bar'/>
<sample time='55:00' depth='06.0 m'/>
<sample time='55:01' depth='06.0 m'/>
<sample time='55:02' depth='06.0 m'/>
<sample time='55:03' depth='06.0 m'/>
<sample time='55:04' depth='06.0 m'/>
<sample time='55:05' depth='06.0 m' sensor1='00.76 bar'/>
<sample time='55:06' depth='06.0 m'/>
<sample time='55:07' depth='06.0 m'/>
<sample time='55:08' depth='06.0 m' sensor2='00.71 bar'/>
<sample time='55:09' depth='05.5 m' setpoint='00.69 bar'/>
<sample time='55:10' depth='05.5 m'/>
<sample time='55:11' depth='05.5 m' sensor2='00.70 bar'/>
<sample time='55:12' depth='05.5 m' sensor1='00.73 bar'/>
<sample time='55:14' depth='05.5 m' sensor2='00.69 bar'/>
<sample time='55:15' depth='05.5 m' sensor1='00.72 bar'/>
<sample time='55:16' depth='05.5 m' sensor2='00.68 bar'/>
<sample time='55:17' depth='05.0 m'/>
<sample time='55:18' depth='05.0 m'/>
<sample time='55:19' depth='05.0 m' sensor1='00.70 bar'/>
<sample time='55:20' depth='05.0 m'/>
<sample time='55:21' depth='05.0 m' sensor2='00.66 bar'/>
<sample time='55:22' depth='05.0 m'/>
<sample time='55:24' depth='04.5 m'/>
<sample time='55:25' depth='04.5 m'/>
<sample time='55:26' depth='04.5 m'/>
<sample time='55:27' depth='04.5 m'/>
<sample time='55:28' depth='04.5 m' sensor2='00.63 bar'/>
<sample time='55:31' depth='04.5 m'/>
<sample time='55:34' depth='04.5 m'/>
<sample time='55:36' depth='04.5 m'/>
<sample time='55:38' depth='04.5 m'/>
<sample time='55:39' depth='04.5 m'/>
<sample time='55:40' depth='04.5 m'/>
<sample time='55:43' depth='04.5 m'/>
<sample time='55:45' depth='04.5 m' setpoint='00.63 bar'/>
<sample time='55:46' depth='04.5 m'/>
<sample time='55:47' depth='04.5 m'/>
<sample time='55:50' depth='04.5 m' temp='24.60 C'/>
<sample time='55:52' depth='04.5 m'/>
<sample time='55:53' depth='04.5 m' sensor1='00.62 bar'/>
<sample time='55:54' depth='04.5 m'/>
<sample time='55:56' depth='05.5 m'/>
<sample time='55:57' depth='05.5 m'/>
<sample time='55:58' depth='05.5 m'/>
<sample time='55:59' depth='05.5 m'/>
<sample time='56:02' depth='05.5 m'/>
<sample time='56:05' depth='05.5 m'/>
<sample time='56:06' depth='05.5 m'/>
<sample time='56:07' depth='05.0 m'/>
<sample time='56:08' depth='05.0 m'/>
<sample time='56:09' depth='05.0 m' sensor1='00.61 bar'/>
<sample time='56:10' depth='05.0 m'/>
<sample time='56:11' depth='05.0 m' setpoint='00.61 bar'/>
<sample time='56:12' depth='05.0 m' sensor2='00.57 bar'/>
<sample time='56:13' depth='05.0 m' sensor1='00.59 bar'/>
<sample time='56:14' depth='05.0 m' sensor2='00.56 bar'/>
<sample time='56:15' depth='05.0 m'/>
<sample time='56:16' depth='05.0 m' sensor1='00.57 bar'/>
<sample time='56:17' depth='05.0 m'/>
<sample time='56:18' depth='04.5 m'/>
<sample time='56:19' depth='04.5 m' sensor2='00.53 bar'/>
<sample time='56:20' depth='04.5 m' setpoint='00.56 bar'/>
<sample time='56:21' depth='04.5 m'/>
<sample time='56:22' depth='04.0 m' sensor2='00.51 bar'/>
<sample time='56:23' depth='04.0 m' sensor1='00.52 bar'/>
<sample time='56:24' depth='04.0 m'/>
<sample time='56:25' depth='03.5 m'/>
<sample time='56:26' depth='03.5 m' setpoint='00.49 bar'/>
<sample time='56:27' depth='03.5 m'/>
<sample time='56:28' depth='03.5 m' setpoint='00.47 bar'/>
<sample time='56:29' depth='03.5 m'/>
<sample time='56:30' depth='02.5 m' setpoint='00.45 bar'/>
<sample time='56:31' depth='02.5 m' setpoint='00.44 bar'/>
<sample time='56:32' depth='02.0 m' setpoint='00.43 bar'/>
<sample time='56:33' depth='02.0 m'/>
<sample time='56:34' depth='01.5 m' setpoint='00.42 bar'/>
<sample time='56:35' depth='01.0 m' sensor1='00.48 bar'/>
<sample time='56:36' depth='01.0 m' sensor2='00.46 bar'/>
<sample time='56:37' depth='00.5 m'/>
<sample time='56:38' depth='00.0 m'/>
<sample time='56:39' depth='00.0 m' sensor1='00.45 bar'/>
<sample time='56:40' depth='00.0 m' sensor1='00.44 bar'/>
<sample time='56:41' depth='00.0 m' sensor2='00.42 bar'/>
<sample time='56:42' depth='00.0 m'/>
<sample time='56:43' depth='00.0 m'/>
<sample time='56:44' depth='00.0 m' sensor2='00.39 bar'/>
<sample time='56:45' depth='00.0 m' sensor2='00.38 bar'/>
<sample time='56:46' depth='00.0 m'/>
<sample time='56:47' depth='00.0 m' sensor2='00.36 bar'/>
<sample time='56:48' depth='00.0 m'/>
<sample time='56:49' depth='00.0 m'/>
<sample time='56:50' depth='00.0 m'/>
<sample time='56:51' depth='00.0 m'/>
<sample time='56:52' depth='00.0 m'/>
<sample time='56:53' depth='00.0 m' sensor2='00.31 bar'/>
<sample time='56:56' depth='00.0 m'/>
<sample time='56:59' depth='00.0 m' sensor1='00.34 bar'/>
<sample time='57:00' depth='00.0 m' sensor2='00.33 bar'/>
<sample time='57:10' depth='00.0 m' sensor1='00.35 bar'/>
<sample time='57:12' depth='00.0 m' sensor1='00.34 bar'/>
<sample time='57:13' depth='00.0 m' temp='25.00 C'/>
<sample time='57:14' depth='00.0 m' pressure='143.0 bar'/>
<sample time='57:19' depth='00.0 m' sensor1='00.35 bar'/>
<sample time='57:21' depth='00.0 m'/>
<sample time='57:28' depth='00.0 m' sensor1='00.36 bar'/>
<sample time='57:29' depth='00.0 m' sensor2='00.35 bar'/>
<sample time='57:36' depth='00.0 m'/>
<sample time='57:38' depth='00.0 m'/>
<sample time='57:41' depth='00.0 m'/>
<sample time='57:42' depth='00.0 m'/>
<sample time='57:46' depth='00.0 m'/>
<sample time='57:48' depth='00.0 m' sensor1='00.35 bar'/>
<sample time='57:51' depth='00.0 m' sensor1='00.36 bar'/>
<sample time='57:57' depth='00.0 m'/>
<sample time='57:58' depth='00.0 m'/>
<sample time='57:59' depth='00.0 m' sensor1='00.35 bar'/>
<sample time='58:18' depth='00.0 m'/>
<sample time='58:19' depth='00.0 m' sensor2='00.35 bar'/>
<sample time='58:31' depth='00.0 m'/>
<sample time='58:35' depth='00.0 m'/>
<sample time='58:36' depth='00.0 m' sensor2='00.34 bar'/>
<sample time='58:38' depth='00.0 m' sensor1='00.35 bar'/>
<sample time='58:44' depth='00.0 m' sensor2='00.33 bar'/>
<sample time='58:46' depth='00.0 m'/>
<sample time='58:48' depth='00.0 m' sensor1='00.34 bar'/>
<sample time='59:06' depth='00.0 m'/>
<sample time='59:07' depth='00.0 m'/>
<sample time='59:08' depth='00.0 m'/>
<sample time='59:10' depth='00.0 m'/>
<sample time='59:12' depth='00.0 m'/>
<sample time='59:15' depth='00.0 m' sensor1='00.34 bar'/>
<sample time='59:19' depth='00.0 m'/>
<sample time='59:21' depth='00.0 m'/>
<sample time='59:22' depth='00.0 m' sensor2='00.30 bar'/>
<sample time='59:23' depth='00.0 m' sensor2='00.29 bar'/>
<sample time='59:25' depth='00.0 m' sensor2='00.28 bar'/>
<sample time='59:26' depth='00.0 m' sensor1='00.29 bar'/>
<sample time='59:29' depth='00.0 m' sensor1='00.30 bar'/>
<sample time='59:35' depth='00.0 m' sensor2='00.29 bar'/>
<sample time='59:38' depth='00.0 m'/>
<sample time='59:43' depth='00.0 m' pressure='141.0 bar'/>
<sample time='59:45' depth='00.0 m'/>
<sample time='59:46' depth='00.0 m' sensor2='00.30 bar'/>
<sample time='59:48' depth='00.0 m'/>
<sample time='59:51' depth='00.0 m'/>
<sample time='59:52' depth='00.0 m' sensor2='00.31 bar'/>
<sample time='59:53' depth='00.0 m'/>
<sample time='59:55' depth='00.0 m'/>
<sample time='59:57' depth='00.0 m'/>
<sample time='59:59' depth='00.0 m' sensor1='00.38 bar'/>
<sample time='60:01' depth='00.0 m'/>
<sample time='60:03' depth='00.0 m' sensor1='00.40 bar'/>
<sample time='60:06' depth='00.0 m'/>
<sample time='60:07' depth='00.0 m' sensor2='00.34 bar'/>
<sample time='60:10' depth='00.0 m'/>
<sample time='60:15' depth='00.0 m' sensor2='00.35 bar'/>
<sample time='60:17' depth='00.0 m'/>
<sample time='60:20' depth='00.0 m' sensor1='00.41 bar'/>
<sample time='60:21' depth='00.0 m' temp='24.80 C'/>
<sample time='60:24' depth='00.0 m' sensor1='00.40 bar'/>
<sample time='60:27' depth='00.0 m'/>
<sample time='60:29' depth='00.0 m' sensor1='00.38 bar'/>
<sample time='60:30' depth='00.0 m' sensor2='00.33 bar'/>
<sample time='60:32' depth='00.0 m' sensor1='00.37 bar'/>
<sample time='60:36' depth='00.0 m' sensor1='00.36 bar'/>
<sample time='60:39' depth='00.0 m' sensor2='00.32 bar'/>
<sample time='60:40' depth='00.0 m' sensor1='00.35 bar'/>
<sample time='60:47' depth='00.0 m' sensor1='00.34 bar'/>
   </divecomputer>
  </dive>
 </dives>
</divelog>