Apeks XL4+ Regulator Set

Apeks XL4+ Regulator Set

Apeks XL4+ First stage

• 2 high pressure ports.
• Compact machined first stage based on the expedition tested Apeks DS4 platform.
• Break through, innovative over-moulded first-stage endcap and environmental diaphragm helps prevent ice build-up that can cause first stage free flow in extreme circumstances.
• Also protects the first stage from impact damage
• Large surface area heat exchanger diaphragm clamp helps increase the gas temperature inside the first stage, resulting in improved cold water performance.
• Unique over-balanced diaphragm design – as the diver descends, the over-balancing feature allows the medium pressure gas in the hose to increase at a faster rate than ambient. This results in superior performance at depth.

Apeks XL4+ Second stage

• High performance pneumatically balanced lever operated poppet valve.
• Large, over molded self-flushing and controllable purge button.
• Ergonomic Venturi lever is easy to use and locate.
• White flexible nylon braided hose has better cold water performance than traditional rubber hose.
• Standard metallic hose connection for interchangeability.
• Comfo-bite mouthpiece has a unique bridge that fits across the upper palate and does not require bite pressure to stay in place.
• Compatible with XL4 Octopus (See page A25).

Apeks XL4 Ocea Octopus

• This octopus is based on the XL4 second stage
• Designed for cold-water with the performance you expect from an Apeks pneumatically balanced valve
• Diver adjustable venturi control
• Durable and flexible rubber exhaust tee
• The unit has a high visibility yellow accent pieces and a 36” braided yellow hose

Apeks SPG Gauge

• The gauge case is made from nickel plated brass
• The dial window is made of highly shock resistant material (anti-splinter polycarbonate)
• A specially designed housing protects the gauge and HP hose fitting from accidental damage
• A large loop area designed into the housing allows for easy attachment.
• There is an over-pressure capsule fitted in the back of the module to prevent the screen from exploding in the unlikely event of the internal mechanism failing.