The Divesoft Analyser He/O2 is a precise apparatus for measuring oxygen helium concentrations in diving breathing gases. It is a necessary tool for technical divers using nitrox and trimix mixtures.
Simple connector to the DIN G5/8 valve. The connection is placed into the gas input port of the analyzer and pushed against the cylinder valve. Gas flow is regulated using the cylinder valve. It is suitable for a fast analysis of gas in several cylinders. With some valves is may be difficult or even impossible to set a low enough gas flow – in such case use a flow limiter or regulator.
A replacement connection house for use with the professional, standard, or inflator flow limiter. It is meant for a cylindrical low-pressure connection with a diameter of 5.8 mm.
More Than an Analyser.
Total Control of Your Gas Mixture
Oxygen, Helium and Carbon monoxide - all in one package!
Comes with a professional flow limiter.
More Than an Analyser.
Total Control of Your Gas Mixture
Oxygen, Helium and Carbon monoxide - all in one package!
Now with a reliable, service-free, extremely long service life solid-state sensor and professional flow limiter.
More Than an Analyser.
Total Control of Your Gas Mixture
Oxygen, Helium and Carbon monoxide - all in one package!
Now with a reliable, service-free, extremely long service life solid-state sensor.
The Divesoft Limited for QD Connection enables measuring mixtures in already-dressed cylinders without needing to remove the second-stage regulators, using an inflator or other quick-release connector.
An ideal tool for every Nitrox diver. An innovative, accurate, durable and user-friendly Nitrox Analyser that fits in your pocket and connects to your smartphone via Bluetooth.
Please note: The Oxygen sensor is sold separately.
The Professional Flow Limiter Mk2 is equipped with a regulator that reduces the gas to flow at a constant rate regardless of the cylinder pressure. This enables the gas sampling to remain accurate even at very low pressures. This feature has proven to be critical during gas blending procedures.
