MARES - Epic ADJ 82X Regulator
MARES - Epic ADJ 82X Regulator
Epic ADJ Second Stage
The Epic ADJ second stage was designed by Mares to be the absolute top of the line. This pneumatically balanced second stage features a Vortex Assisted Design (VAD) which allows for unobstructed airflow and consistent natural breathing at any depth. Also, an innovative Twin Power System allows the diver to control the speed of airflow. A simple twist increases airflow when required (designed for the very deep diver). Furthermore, breathing comfort is adjustable with a manual knob that is easy to use, even while wearing thick gloves. This easy to use feature also applies to the purge button, which is large and pivoting, for easy and immediate use.
This regulator was created using Physical Vapor Deposition (PVD) technology which deposits a thin metal film over various types of substrates. The process takes place in a vacuum chamber in which the metals to be deposited are evaporated. PVD coatings are particularly well-suited to innovative, advanced technical products.
TECH SPECS:
- Material: All Metal Technology
- Finish: P.V.D.
- First stage: Balanced Diaphragm
- First stage weight YOKE: 964 g / 34 oz
- First stage weight DIN: 790 g / 27.9 oz
- Second stage weight: 329 g / 11.6 oz
- Total weight (g) YOKE: 1429 g / 50.4 oz
- Total weight DIN: 1255 g / 44.3 oz
- High pressure ports:2 HP 7/16" UNF Ports
- Low pressure ports: 5 LP 3/8" UNF Ports
- Hose type: Superflex Hose
- Gas used: Air
- Hose length: 75 cm
All Metal Technology
Outstanding mechanical reliability and high thermal conductivity make our metal 2nd stages extremely long lasting and ideal for cold water dives. The high thermal conductivity of metal reduces also the dry mouth feeling during the dive.DFC - Dynamic Flow Control
Minimizes intermediate pressure drop during inhalation thus maximizing gas delivery, especially under extreme conditions.ACT Valve - Advanced Coating Technology
Advanced Coating TechnologyThe new valve in the “X” systems increases durability by an astounding 600%, even under the most extreme conditions.