25X First stage FML - XR Line Left Mares

Varenummer: 01-39101
Lagerbeholdning:

The 25XR first stage is extremely reliable and environmentally sealed- great for keeping out water. With an interchangeable port design to offer perfect SPG instrument positioning.

Mares 25X First stage FML - XR Line Left DIN

 
The 25X first stage is extremely reliable and environmentally sealed- great for keeping out water. With an interchangeable port design to offer perfect SPG instrument positioning.
 

DESCRIPTION

  • Full metal body
  • Nickel-plated marine brass
  • Compact, solid one-piece body
  • Balanced diaphragm - DFC
  • New ACT valve - Advanced coating technology
  • Dry cold water kit
  • DIN only
  • Trimix, Heliox, Helitrox
  • 2 LP ports (3/8” UNF) all angled downward
  • 1 HP port (IPD: Interchangeable Port Design) powered (7/16” UNF)
  • Extreme reliability – Highest safety
  • Maximized breathing comfort
  • Extreme depth, engaged dives & Mixed gas diving (Helium, O2, Nitrogen)
  • Perfect LP hoses positioning – no useless port - Offering perfect, snag free hose positioning
  • For twinset use but equally suitable for single or stage cylinder configurations
  • IPD: Interchangeable Port Design concept for HP
  • Dual configuration: fits all certifying agencies from RSTC to DIR divers and all XR uses including cave
  • Minimized risk of accidental snagging + no hose kinking + easier access to the manifold valves
  • Environmental dry system = keeps water out of the main spring chamber + prevents ice buildup + keeps silt and contamination out
  • Cold water resistant

FACTS

Code: 416400
Material: Metal Technology
First stage: Balanced Diaphragm
Oil/Dry cold water kit: Yes
HP Ports: 1 [7/16" UNF]
LP Ports: 2 [3/8" UNF]
 

TECHNICAL SPECIFICATIONS

INT / DIN / NX
First Stage Weight DIN: 758g
 

TECHNOLOGIES

ACT Valve - Advanced Coating Technology
Advanced Coating Technology
The new valve in the “X” systems increases durability by an astounding 600%, even under the most extreme conditions.

DFC - Dynamic Flow Control
Minimizes intermediate pressure drop during inhalation thus maximizing gas delivery, especially under extreme conditions.