Shearwater Petrel 2 OC/CC Trimix with Fischer Port Scuba Diving Computer
Processing...

Shearwater Petrel 2 OC/CC Trimix with Fischer Port Scuba Diving Computer

Code: com267

$1,189.00
Scuba Shearwater Petrel 2 OC/CC Trimix with Fischer Port Scuba Diving Computer

SHIPS FOR FREE


Qty

Product Description

•••••
This is the Shearwater Petrel 2 OC/CC Trimix with Fischer Port Scuba Diving Computer

Features:
  • Rugged and Reliable
  • Multiple Diving Modes
  • OC Recreational
  • Three gas nitrox computer with features for the serious recreational diving enthusiast. Includes adaptive safety stop and NDL bar graph
  • 5 OC gases Trimix enabled by default
  • Closed Circuit/Bailout
    • 5 OC/5 CC gases
    • Trimix enabled
    • Constant PO2 for closed circuit
  • Gauge
    • Depth, time, resettable stop watch function
    • Full dive logging
  • External Monitoring
    • Real time PPO2 monitoring of 1 - 3 O2 sensors
    • This includes semi-closed rebreathers
  • Simple and Powerful
    • 2.4" bright and clear full colour display
  • Two Button Interface
    • Easy to navigate, state aware menu structure
  • User Replaceable AA Battery
    • The Petrel works with any type of standard AA battery
  • Digital Compass
    • Three Axis, tilt compensated, digital compass
  • Bluetooth Integration
    • Smart ready Bluetooth for communication with PC, Mac, iPod and iPad
  • Multiple Languages
    • Languages include: English, French, Simplified Chinese, Traditional Chinese, German, Portuguese, Korean, Japanese, Italian, and Spanish.
Specifications:
  • Screen Resolution 320x240 QVGA
  • Display Type Full colour LED LCD
  • Battery Type Single AA (any type)
  • Battery Life
  • AA Alkaline 35 Hours
  • SAFT LS14500 100 Hours
  • Number of Gases 5 OC / 5 CC
  • Dimensions: Computer (WxHxD) 83x74x39mm (3.3"x2.9"2.15")
  • Dive Log 1000 Hours
  • Weight: Computer 260g (0.57lbs)
The Petrel 2 Fischer features all the modes of the Petrel 2 and incorporates a fischer connector for integration into rebreathers for primary or redundant PPO2 monitoring with full decompression.