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Details the battery type, expected life, and low battery indicators.
How the VEO 1.0 operates as an Air or Nitrox computer.
Steps to activate the VEO 1.0 manually or via water contact.
Configuring FO2, alarms, and measurement units.
Setting deep stops, choosing the algorithm, and setting hour format.
Choosing between DSAT and PZ+ algorithms, and Deep Stop function.
Entering decompression mode and handling violation alerts (CV, DV, VGM).
What happens when oxygen partial pressure or saturation exceeds limits.
Details the battery type, expected life, and low battery indicators.
How the VEO 1.0 operates as an Air or Nitrox computer.
Steps to activate the VEO 1.0 manually or via water contact.
Configuring FO2, alarms, and measurement units.
Setting deep stops, choosing the algorithm, and setting hour format.
Choosing between DSAT and PZ+ algorithms, and Deep Stop function.
Entering decompression mode and handling violation alerts (CV, DV, VGM).
What happens when oxygen partial pressure or saturation exceeds limits.
General| Display Type | LCD |
|---|---|
| Operating Modes | Air, Nitrox, Gauge |
| Altitude Adjustment | Yes |
| Ascent Rate Indicator | Yes |
| Audible Alarms | Yes |
| Battery Type | CR2450 |
| Dive Log Capacity | Up to 24 dives |
| Nitrogen Tracking | Yes |
| Oxygen Tracking | Yes |
| Backlight | Yes |
| Nitrox Compatibility | Yes, 21% to 50% O2 |
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