RS-681 Regulator
The RS-681 is TUSA's latestregulator thatdelivers superiorperformance and build quality in a compact lightweight design.The R-600paired with the newly developed S-81 second stagefurther pushes theregulator engineering and performanceenvelope.
First Stage Features:
- Ultra-compact balanceddiaphragm first stage
- EK-600 cold water kit available for temperatures below 50F/10C
- DIN-R600 conversion kit available (300bar/4350psi)
- 2 HP and 4 LP ports
Second Stage Features:
- Elliptical low-profile case design
- S.E.A. Sequential Exhaust Assist technology (Pat P.)
- Venturi adjustment lever
- Built-in moisture exchange plate
- Attached to MIFLEX hose for exceptional flexibility
- Breathing Resistance Adjustment Control
- Ortho-consciously designed mouthpiece
- Eligible for TUSA CARE Free Parts for Life Program - USA Only
Technology:
TEFLON COATED PLATE TEST
The Teflon Coated Plate prevents dry mouth. Condensation forms on the brass plate adding moisture to the dry air released from scuba cylinders
CLICK SPRING ADJUSTMENT
The Click Spring Adjustment feature is exclusive to TUSA. It is a five (5)-position adjustment knob designed to better control breathing resistance
COLD WATER READY
The Cold Water Ready feature enables the diver to use the regulator in water temperatures below 50 F / 10 C
ENVIRONMENTALLY SEALED 1ST STAGE
The use of a secondary diaphragm and piston sealing the 1st stage preventing contamination or freezing when the regulator is submersed in contaminated or freezing water
ORTHO-CONSCIOUS MOUTH PIECE
The Ortho-Conscious Mouth Piece feature prevents jaw fatigue. The ridges and flexible material allow the diver to have more control of the mouth piece and reduces tension in the jawSEQUENCE EXHAUST ASSIST SYSTEM
The Sequence Exhaust Assist System gives the diver less resistance when exhaling due to its unique double exhaust design. The diver experiences smooth breathing cycles reducing air consumption and fatigue.
VENTURI FLOW ADJUSTMENT
The Venturi Flow Adjustment allows for ease of breathing by controlling the direction of air through the mouthpiece.
