Aqualung Titan LX Supreme ACD regulator ( Yoke type )

Aqua Lung Titan LX Supreme ACD regulator (Yoke type) The ever-popular Titan LX Supreme is not only lightweight and travel-friendly, it comes standard with Aqua Lung’s auto-closure device (ACD). The ease of breathing is rated superior on the ANSTI breathing machine. All this, along with an attractive mid-range price, makes the Titan LX Supreme a sure value. Supreme Version: The Supreme cold water version is resistant to freezing when diving in waters colder than 50°F / 10°C An environmental dry system keeps water out of the main spring chamber thus preventing ice buildup and keeping silt and contamination out Comes with a lip shield to keep lips warm Specially adjusted to resist freezing First Stage: The balanced diaphragm first stage, by the nature of its design, is environmentally sealed and provides superior, consistent performance Available in yoke (3300 psi / 232 bar max) or din (4350 psi / 300 bar max) The T-shape of the first stage optimizes the location of the 4 MP ports and 2 HP ports 2 HP ports and 4 MP ports are angled for optimum hose configuration Uses parts that are common to other Aqua Lung models for easier servicing Compatible with EAN 40 new, out of the box Auto Closure Device (ACD) - keeps corrosive water out of the first stage inlet by automatically closing as the Legend is removed from the cylinder valve This prevents internal lubrication from washing away Safer for elevated percentages of oxygen Balanced, diaphragm design results in excellent performance at depth Available in your choice of yoke or DIN connectors Compatible with up to 40% O2 right out of the box Second Stage: Pneumatically-balanced second stage results in smooth, easy breathing The easy-to-grip venturi lever prevents unwanted freeflow at the surface while giving a performance boost at depth Equipped with Aqua Lung’s patented Comfobite™ mouthpiece along with a reusable mouthpiece clamp 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