LAR 8000 ppO2-Monitoring

Highlights

Monitoring the partial pressure of oxygen (ppO2) is crucial for the diver's safety. The monitoring of ppO2 helps to prevent hypoxia (low oxygen levels) and hyperoxia (high oxygen levels), both of which can be life-threatening. By providing real-time data from the LAR 8000 circuit, the ppO2 monitor allows divers to adjust their depth as needed to complete their mission safely and in a controlled manner. This is particularly beneficial in training situations, where divers can learn to recognize and respect their limits.

Real-time measurement of oxygen partial pressure

The ppO2 monitoring for the LAR 8000 continuously measures the oxygen partial pressure in the breathing loop. The displayed values are based on the current oxygen content of the inhaled gas and enable precise real-time monitoring. This helps divers to operate safely within recommended limits and minimizes the risk of oxygen toxicity.

Fast and simple installation

The ppO2 monitoring system can be attached to the LAR 8000 in just a few seconds - without complex modifications or special tools. This ensures that the system is immediately ready for use and can be flexibly adapted to changing operational requirements.

Maintenance-free

The ppO2 monitoring uses a long-life, maintenance-free solid-state oxygen sensor to ensure maximum reliability without additional effort. Regular calibrations or complex servicing are not required, saving time and increasing the system's operational readiness.

Full-featured dive computer

The M28 from Poseidon is a full-featured dive computer specifically designed for the demands of rebreather diving. In addition to precise monitoring of oxygen partial pressure, it also supports decompression planning and monitoring, and provides reliable information on depth, time, and ascent rate. This way, divers maintain full control over their limits - even during challenging dives.