Our DTEX CONSOLE 3 gauge combines an easy to read dial with our best elasto polimer boot to ensure realibility. The Console 3 is our most complete console in the family. It is designed to meet the most demanding diver who need complete control over one's dive. Don't take our words for it. Deploy this console in the harshest condition you think of. The console clearly displays your pressure, current depth readings as well as compass heading for easy viewing under water.
TACDIVE DTEX CONSOLE 3 (PRESSURE+DEPTH+COMPASS)
Rp4,914,000.00Price
Original Tac Dive
Our special dials have a long phosphorescent effect for better reading in poor visibility conditions.
The DTEX CONSOLE 3 can accurately reading pressure up to 5800 psi (metric available up to 400 bar) also depth of 70m/230ft. This is essential for mission critical applications and tactical/commercial applications.We also put a very detailed attention to our customers in every country. If you are located in northern hemisphere, your compass will be calibrated in such way that it works accurately on your local areas.
We do also adjust our compasses to those living in southern hemisphere.- The console internal case is constructed from nickel plated brass with hardened coating.
- The dial window is made of highly shock resistant material (anti-splinter polycarbonate)
- Elasto Polimer boot housing protects the gauge and HP hose fitting from accidental damage
- There is an over-pressure capsule fitted in the back of the module to prevent the screen from exploding in the unlikely event of the internal mechanism failing.
- The gauges are made with O2 compatible materials but ensure that they are O2 cleaned before use with high percentage oxygen
- Special phosphorescent effect for better long lasting effect in darkness and poor visibility areas
- Resettable max depth
COMPASS:
Southern Hesmiphere, Indonesia, 100% compatible and accurate.
Large, secure 360° ratcheting bezel
Luminescent gauge face for easy reading in low light
Fluorescent markings at 10° 20° 30° and 130° for navigation in low-light environments