This is the Highland Two Pressure Gauge/Depth Console Combo With Miflex Hose
Features:
- Highland by XS Scuba Miflex Two Gauge Console:
- Low Profiled and Ergonomically Designed
- Fits in Hand Comfortably
- Easy to Read at a Glance with Outstanding Graphics
- Durable Noncorrosive Thermoplastic Boot
- 2 Loops for Attachment of Clip or Lanyard
- Pressure Gauge:
- Chromed Brass Housing
- Strong and Durable Design
- Luminescent Gauge Face
- Readout: 0 to 5,000 psi
- Diameter: 5 cm (1.96)
- Thickness: 1.4 cm (0.55")
- Air-Spool with Viton O-Rings
- Nitrox Ready
- Depth Gauge:
- Oil Filled Depth Gauge
- Very Accurate
- Readout: 0 to 63 Meters
- Maximum Depth Indicator Needle (MDIN)
- MDIN:
- Extremely Handy for Logging Dive Information
- Follows Depth Needle to Deepest Point Reached on Divev
- Marks Maximum Depth Reached
- Chromed Brass Housing Ring
- Tuff as Nails
- Diameter: 5 cm (1.95")
- Thickness: 2.3 cm (0.90" )
- Hose:XS Scuba Miflex High Pressure Carbon Hose
- Flexible, Durable, and Light Weight HP Hose
- Compact, Easier-to-Pack in Regulator Bag than Traditional Rubber Hose
- Working Pressure: 300 bar (4,500 psi)
- Burst Pressure: 2,000 bars (29,000 psi)
- Standard 7/16-20 UNF Male and 7/16-20 UNF Female Threaded Ends
- Hose Fittings: Durable Corrosion Resistant Electro-Less Nickel Plated Marine Grade Brass
- Length: 81.3cm (32")
- O.D. 7.8 mm (0.3")
- 35% Thinner than Traditional Rubber HP Hoses
- Streamlined Design Lowers your Profile, Reducing Water Resistance
- 50% Lighter than Traditional Rubber Hoses
- Better Travel and Transport
- Durable Abrasion Resistant Nylon Exterior Layer
- Factory Cleaned and Nitrox Ready with Viton O-Rings Out-of-the-Box
- 14 mm (0.55") Deep Air-Spool Wel
Highland by XS Scuba's Miflex Two Gauge Console is a low profiled and ergonomically designed to fit in the hand comfortably, and is easy to read at a glance with its outstanding graphics. The pressure gauge has a chromed brass housing for strength and durability, and a luminescent gauge face for easy reading when night diving or in low light conditions."
