Scubapro MK17/S620 Regulator

Description

The Scubapro MK17/S620 regulator system is engineered for divers seeking top-tier performance, especially in cold or challenging underwater environments. This system combines the environmentally sealed MK17 EVO first stage with the high-performance S620 Ti second stage, delivering consistent airflow and exceptional durability.

🌊 MK17 EVO First Stage

• Air-Balanced Diaphragm Design: Ensures consistent airflow unaffected by depth, tank pressure, or breathing rate.

• Environmentally Sealed Dry Chamber: Protects internal components from water intrusion and contaminants, enhancing cold-water performance.

• Compact and Lightweight: Features a forged brass body with a twin-spring layout, making it more compact and reliable.

• Optimized Port Configuration: Equipped with two high-pressure ports set at a 15-degree angle and four high-flow low-pressure ports for versatile hose routing.

🫧 S620 Ti Second Stage

• Air-Balanced Valve: Provides smooth, effortless breathing at varying depths and supply pressures.

• Titanium Barrel: Offers corrosion resistance and reduces weight, ensuring long-term reliability.

• Compact and Durable Casing: Constructed from reinforced technopolymer with a stainless steel front cover, enhancing durability.

• Diver-Adjustable Controls: Includes an inhalation effort knob and Venturi-Initiated Vacuum Assist (VIVA) switch to fine-tune air delivery and prevent free flows.

• High-Flow Exhaust Valve: Reduces exhalation effort for better overall breathing comfort.

• Super-Flow Hose: Features an oversized bore that allows more air to flow on each inhalation.

⚙️ Technical Specifications

• Connector Type: Available in both DIN and Yoke configurations.

• Nitrox Compatibility: Up to 40% O₂.

• Weight: Approximately 2.85 lbs (1.29 kg).

• Temperature Suitability: Designed for cold and temperate waters.

The Scubapro MK17/S620 regulator system offers a balanced combination of performance, reliability, and comfort, making it an excellent choice for divers exploring a variety of underwater environments.