Atomic MB-50 Specifications Page 17
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17
POWER SUPPLY
The ATOM (Watch) utilizes 1 - 3 volt CR2430 Lithium Battery.
Transmitters use 1 - 3 volt, CR2 Lithium Battery. When used as a
Dive Computer, the ATOM's battery should provide over 100
dive hours of operation if 2 dives are conducted during each
dive period. The Transmitter's battery should provide over 1000
dive hours of operation.
Transmitters check battery voltage when they are pressurized and
will send a Low Battery signal to the Receiver in the ATOM when
the voltage drops below the Warning level. The ATOM checks
its battery voltage every 2 minutes during surface operation.
• If voltage of the ATOM decreases to the Warning level (2.75
volts), the Battery icon will appear (Fig. 4a) as an indication
that the Battery should be changed prior to commencing a
series of dives.
• If voltage decreases to the Alarm level (2.50 volts), the Battery
icon will flash and operation will revert to Main Time. The
ATOM would then operate in Watch modes until the Battery
becomes completely depleted.
• Battery Status cannot be checked during Dive Modes.
• If a Low Battery Condition was not displayed prior to starting
a Dive, and a Low Battery Condition occurs during the dive,
there will be sufficient Battery power remaining in the ATOM
to maintain it's operation for the remainder of that dive.
Fig. 4 - Low Battery
a
- ATOM FULL LCD 2
- FCC ID: MH8A 8
- INTRODUCTION 10
- Fig. 1 - Main Time 11
- Fig. 2 - PC Interface 12
- FEATURES AND DISPLAYS 13
- Fig. 3 - Sample Messages 14
- Fig. 4 - Low Battery 17
- (Not Available) 18
- Status (Low) 18
- WATCH FEATURES 19
- Fig. 9 - Main Time Wet 20
- (24 Hour Format) 20
- Fig. 10 - Set Hour Format 21
- Fig. 11 - Set Hour 22
- Fig. 12 - Set Minute 22
- Fig. 13 - Set Year 23
- Fig. 14 - Set Month 23
- Fig. 16 - Alternate Time 24
- Fig. 15 - Set Day 24
- Fig. 17 - Set Alternate Time 26
- Fig. 18 - Countdown Timer 27
- Fig. 20 - Timer Started 28
- Fig. 19 - Set Timer 28
- Fig. 22 - Lap Recall 29
- Fig. 21 - Chronograph 29
- Fig. 23 - Daily Alarm 30
- Fig. 24 - Set Daily Alarm 31
- DIVE COMPUTER 33
- Fig. 26 - O2 Bar Graph 34
- Fig. 25 - Nitrogen Bar Graph 34
- Fig. 27 - Max O2 Exceeded 35
- Fig. 29 - Depth Displays 36
- Fig. 28 - Tank Pressure 36
- Fig. 31 - Log Mode (Date) 37
- Fig. 30 - Safety Stop 37
- SURFACE SEQUENCE AND MODES 39
- Fig. 33 - Surface Mode 40
- (Pre Dive) 40
- Fig. 34 - Surface Mode 40
- (Post Dive) 40
- Fig. 36 - Surface Mode (O2) 42
- Fig. 37 - ATOM Battery Good 43
- Fig. 38 - TMT3 Not Available 43
- Fig. 39 - Wet 44
- (DC Surface Mode) 44
- Fig. 40 - Wet 44
- (Watch Time Mode) 44
- (Air setting) 48
- Fig. 43 - Set FO2 GAS1 48
- (32% setting) 48
- Fig. 42 - Set FO2 GAS1 48
- Fig. 44 - Set FO2 GAS2 49
- (AIR setting) 49
- Fig. 45 - Set FO2 GAS2 49
- (50% setting) 49
- Fig. 46 - Set FO2 GAS3 50
- Fig. 47 - Set FO2 GAS3 50
- (100% setting) 50
- Fig. 48 - Set FO2 Default 51
- Fig. 49 - Set Receiver 52
- Fig. 50 - Set Digital Gauge 53
- Fig. 51 - Set A 54
- Fig. 52 - Set Audible Alarm 55
- Fig. 53 - Set Depth Alarm 56
- Fig. 54 - Set EDT Alarm 57
- Fig. 55 - Set TLBG Alarm 58
- Fig. 56 - Set DTR Alarm 59
- Fig. 57B - Set Turn Pressure 60
- Alarm (value) 60
- Fig. 57A - Set Turn Pressure 60
- Alarm (OFF) 60
- Fig. 58 - Set End Pressure 61
- Fig. 59 - Set PO2 Alarm 62
- Fig. 60 - Set U 63
- Fig. 61 - Set Wet Activation 64
- Fig. 62 - Set Units 65
- Fig. 63 - Set Safety Stop 66
- Fig. 64 - Set Conservative 67
- Fig. 65 - Set Backlight 68
- Duration 68
- Fig. 66 - Set Sampling Rate 69
- Fig. 67 - Set TID1 70
- Fig. 68 - Set TID2 72
- Fig. 69 - Set TID3 74
- Fig. 70 - Serial Number 76
- (of the Watch) 76
- Fig. 71 - Plan Mode 79
- Fig. 72 - Fly Mode 80
- Fig. 73 - SAT Mode 81
- Fig. 74 - Log Preview 83
- Fig. 75 - Log Nitrogen 84
- Fig. 76 - Log Oxygen 84
- Fig. 77 - History 85
- OVERVIEW OF DIVE MODE 87
- INFORMATION 87
- Fig. 79 - Link Interruption 89
- Underwater 89
- Fig. 81 - O2 Bar Graph 91
- Fig. 80 - Nitrogen Bar Graph 91
- Fig. 82 - O2 Time Remaining 92
- Fig. 82 - ATR Alarm 93
- Fig. 83 - Ascent Rate 94
- Fig. 84 - Ascent Rate Alarm 95
- DIVE MODES 97
- Fig. 87 - No Deco Alt #2 99
- Fig. 86 - No Deco Alt #1 99
- Fig. 88 - No Deco Secondary 100
- Fig. 89 - No Deco Safety 101
- Stop Main 101
- Fig. 90 - Entry into Deco 102
- Fig. 91 - Managing a Stop 102
- Fig. 92 - Deco Main 103
- Fig. 93 - Deco Alt #1 104
- Fig. 94 - Deco Alt #2 104
- Fig. 95 - Deco Secondary 105
- Fig. 96 - Conditional 105
- Violation 105
- Responsible 106
- Fig. 98 - Delayed 107
- Violation #2 107
- Fig. 97 - Delayed 107
- Violation #1 107
- Fig. 99 - Delayed 108
- Violation #3 108
- Fig. 100 - Violation Gauge 109
- Mode (Underwater) 109
- Fig. 101 - Violation Gauge 109
- Mode (on Surface) 109
- Fig. 102 - High PO2 Warning 110
- Fig. 103 - High PO2 Alarm 111
- Fig. 104 - High O2 Alarm 112
- Fig. 105 - Digital Gauge Main 113
- SWITCHING GAS MIXES 115
- Fig. 106 - Switch Gas Alert 116
- Fig. 108 - GAS 1 Switch 118
- Fig. 109 - GAS 2 Switch 118
- Fig. 110 - Switch from GAS 1 119
- Fig. 111 - Switch from GAS 2 119
- Back to GAS 1 was made 119
- Fig. 112 - GAS 3 Switch 120
- Fig. 113 - Switch from GAS 2 120
- POST DIVE MODES 121
- Fig. 114 - Transition Period 122
- Fig. 115 - Log Preview 123
- (during Transition Period) 123
- Fig. 116 - Surface Mode 123
- (after Transition Period) 123
- REFERENCE 127
- Fig. 117 - ATOM Case Back 128
- Fig. 127 -Threading 137
- Transmitter into Regulator 137
- SPECIFICATIONS 141
- SPECIFICATIONS (CONTINUED) 143
- OXYGEN EXPOSURE LIMITS 148
- (from NOAA Diving Manual) 148
- INSPECTION / SERVICE RECORD 150
- OCEANIC WORLD WIDE 151
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