Løst Apeks MTX-R 2:trinn

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APEKS MTX-R SECOND STAGE

High performance, pneumatically balanced, lever operated poppet valve.
Large, diver friendly self-flushing controllable purge button.
Front cover with over-moulded elastomer incorporates a formed chromeplated brass plate improving durability of the second stage.
Large protective elastomer bumpers on the side and on the top to protectthe second stage from impacts and scratches in the most vulnerable places.
Reversible second stage for either a left or right hand gas supply configuration.
A heat exchanger (patented) which surrounds the valve mechanism, dissipates the cold caused by gas expansion while drawing in the warmth of the ambient water.
Comfo-bite mouthpiece
Double swivel hose
Flexible nylon braided hose has better cold water performance than traditional rubber hose.

The MTX-R is based on the MTX, a regulator that was developed in accordance with the United States Navy Experimental Dive Unit extreme cold water test. Innovations in design mean that the MTX-R regulator performs in almost freezing water at a depth of over 60 metres, something that very few other regulators on the consumer market can boast.
With an innovative first stage design that helps to prevent ice build up around the diaphragm, the MTX-R is reliable, rugged and expedition ready.

A first of its kind, over-moulded first-stage end cap and environmental diaphragm to prevent ice build-up that could cause a free flow in extreme circumstances. Forged 1st stage body gives maximum thermal performance. Ribbed diaphragm clamp on the 1st stage ensures improved heat exchange in cold water conditions. Angled HP ports allow for optimal hose routing and transmitter fitting. Parallel turret ports allow for improved hose orientation. Superb protection from impact damage on both the 1st and 2nd stage. Simple to use 2nd stage with no dive adjustment controls and a reduced chance of free flow. Double swivel hose for greater freedom of movement and comfort. Patented heat exchanger surrounds the valve mechanism, dissipating the cold caused by gas expansion while drawing in the warmth of the ambient water. Developed in accordance with the United States Navy Experimental Dive Unit extreme cold water test. Tested for Octopus use to 60 metres in cold water.