Why is the altitude rank shifted on my Zeagle N2ition?
This can occur when you are close to the altitude rank boundary or under very hot conditions. If it is hot, cool the unit down, such as by putting it in water. In other cases, this could indicate damage, so return to manufacturer for repair.
Why does the no-decompression limit in the dive plan of my Zeagle Diving Instrument only show a bar?
This occurs when the altitude rank is over 6000m and the altitude mark is blinking, so it will recover when the unit returns to a lower altitude. It may also occur when FO of MIX1 is left at default or when the depth rank is over the maximum PO depth in dive set mode.
Why doesn't the battery of my Zeagle N2ition Diving Instrument last 3 years?
In some cases, the battery put in at factory shipping is a monitor battery, so it will not last 3 years from the time of purchase. Also, the 3-year lifespan is based on 50 one-hour dives per year with the alarm sounding and EL backlight for 10 seconds per dive. Battery life will be shorter if you use the computer more than this.
Overview of the N2ition model, its features, and functions like time, alarms, GAGE mode, and dive data logging.
Explains the N2ition's decompression calculations, intended user base, NITROX usage guidelines, and safety assumptions.
Explains the functions displayed in Time mode, including current time, date, battery indicator, PGT/OLI graphs, and various icons.
Details the battery indicator icon states and the altitude rank levels and their corresponding altitude ranges and display behavior.
Identifies and describes the function of switches A, B, C, and D on the Zeagle N2ition dive computer.
Explains switch operations in normal and post-dive conditions, and provides important cautions regarding altitude rank and battery indicators.
Details the functions available in Dive Set mode, including fraction of oxygen, PO2, user safety factor, and dive time alarms.
Explains the Dive Plan mode, including depth rank, NDL, battery indicator, PGT/OLI graphs, and various icons like Nitrox and Don't Fly.
Details the Dive Log mode, including dive date, entry/exit times, log number, PGT/OLI graphs, and altitude rank.
Explains functions within Dive Log mode, such as log number, dive date/times, PGT/OLI graphs, altitude rank, Nitrox, fraction of oxygen, and dive time.
Describes water temperature, user safety factor, average/maximum depth, ascent rate indicator, and various warnings that can occur during a dive.
Explains the Gage Dive Log mode and switch operations for changing log numbers and navigating between modes.
Details the Dive Profile mode, including dive date, dive time, log number, fraction of oxygen, Sea/Fresh icon, and profile depth.
Explains the PC Transfer mode, its description of functions, and switch operations for moving between modes.
Details the Time Set mode, including setting 12/24 tense, current time, date, and year, along with switch operations.
Introduces the different dive modes: Non-decompression, Gage dive, Safety Stop, and Decompression, with visual examples.
Provides detailed descriptions of Non-decompression, Gage, Decompression, and Safety Stop dive modes, including switch operations.
Explains out-of-measurement range conditions, warnings, and switch operations for mix gas changes and display information.
Details dive time, maximum depth, PO2, PGT/OLI graphs, various icons, safety stop time, and decompression stop information.
Describes Ascent rate warning, Decompression dive warning, Decompression stop violation warning, and OLI warnings.
Explains OLI graph warnings (values 7 and 8) and PO2 warnings (values 1.4 and 1.6), including default warnings.
Details switch operations for Non-decompression, Decompression/Violation modes, and explains decompression stop violation lock.
Explains out-of-measurement range conditions, locks, and Gage dive mode operations.
Details the functions available in Gage Mode, including depth, temperature, and dive time measurements, and data logging.
Shows displays for Time Mode, Dive Set Mode, Dive Mode, and Hold Switch C, illustrating different dive computer states.
Describes the general switch operation for mode selection, highlighting differences from usual modes and cautions.
Details accuracy specifications for time, depth, and temperature, along with measurement ranges for depth, dive time, altitude, and temperature.
Covers operating temperature ranges and specific settings for NITROX MIX1 and MIX2, including setting steps.
Specifies waterproof ability to 99.9m and battery life estimates for the CR2032 battery, including usage conditions.
Illustrates sound patterns for warnings and alarms, including EL backlight timing and frequency variations for depth and dive time alarms.
Displays detailed frequency and timing patterns for dive time alarms, showing EL backlight activation and sound sequences.
Explains how to change units for water depth and temperature, including operating methods and cautions.
Provides crucial advice on handling the product, including storage, avoiding overheating, exposure to pressure, and not disassembling.
Covers battery replacement, checking power before diving, setting FO2/FHe, safety stops, and using backup instruments.
Details how to clean the dive computer, avoid damaging solvents, and store it properly to maintain its functionality and waterproofing.
Lists common issues like blinking DECO marks, blinking displays, and altitude rank issues, with their causes and solutions.
Addresses issues like dim displays, inability to enter dive mode, and computers not returning to surface mode, along with potential causes and fixes.
Covers battery life issues, computers going into dive mode unexpectedly, and display showing nothing, with solutions and repair advice.
Provides detailed external dimensions, materials used, and illustrations of the dive computer's physical layout.
Identifies the types of switches used and explains the format and generation of the serial number.
Lists the various reliability tests performed on the product, including temperature, humidity, vibration, and water pressure resistance.
Details the test methods for low/high temperature operation and temperature cycle tests, including graphical representations of test conditions.
Describes test methods for humidity resistance, vibration, drop tests, and static electricity resistance.
Details test methods for light resistance, weather resistance, corrosion resistance, and water pressure resistance.
Explains the acceptable quality levels and the sampling inspection method used based on MILSTD-105D standards.
Defines attribute assurance levels for appearance, functions, and dimensions, and provides definitions for major and minor defects.
Outlines the process for returning defective products within 12 months of delivery for replacement or corrective measures.
Describes lot configuration, including the contents of a lot, and details the types of labels used on inner and outer packaging boxes.
Explains the packaging method, specifically how the display area is protected with an anti-static air gap sheet.
Details the method for storing products in slip cases with separation frames and defines temperature ranges for shipment and storage.
Visually illustrates the flow between different modes like Time Mode, Dive Set Mode, Log Mode, Dive Mode, and various warning states.
Details the limited warranty period, coverage for defects, conditions for voiding the warranty, and the process for returns and repairs.
General| Display | LCD |
|---|---|
| Backlight | Yes |
| Water Resistance | 330 ft (100 m) |
| Nitrox Support | Yes |
| Modes | Gauge |
| Max Depth | 120 meters |
| Battery | User Replaceable |
| Logbook | Yes |
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