Categories
- Air
- Absolute Pressure
- Air Compressor
- Ascent Bottle
- Artificial Spit
- Bar
- BSAC
- Bail-out Bottle
- BCD
- Buoyancy Compensator
- Buoyancy Control Device
- Burst Disk
- Carbon Dioxide (CO2)
- CAGE
- Canister Light
- CDAA
- CMAS
- C-Card
- DAN
- Decompression
- Deco Mix
- Decompression Sickness
- Decompression Stop
- Dive Computer
- Dual Regulator Systems
- EAD
- EAN
- Eustachian Tube
- Equalization
- FAD
- First Stage
- Fins
- Foramen Oval
- Fathom
- FAUI
- Gas Analysis
- Granny Line
- Gas Saturation
- Halocline
- Hang Tank
- Hyperbaric Chamber
- HP Hose
- Hookah
- IANTD
- J Valve
- Knot
- K-Valve
- Live aboard
- Lift Bag
- Log Book
- LP Hose
- Manifold
- Mask Squeeze
- Narcosis
- Nitrogen
- Nitrox
- Octopus
- Off Gassing
- Oxygen
- Occy
- Oxygen Toxicity
- Partial Pressure
- PADI
- Pony Bottle
- Prescription Dive Mask
- Purge Valve
- QRB
- Rebreather
- Recreational Scuba Diving
- Regulator
- Repetitive Dive
- Rule of Thirds
- Safety Stop
- Saturation
- Second Stage
- Solo Diving
- Diving Tank
- Tekkie
- Trimix
- UPTD
- Veering
- Vertigo
- Wall Dive
- X Scooter
- Yaw
- Y Valve
- Zenith
Diving Tank
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Diving Tank
Photo illustrating Diving Tank
Diving Tank
A diving cylinder, scuba tank or diving tank is used to store and transport high pressure breathing gas as a component of SCUBA (Self-Contained Underwater Breathing Apparatus). It provides gas to the SCUBA diver through the demand valve of a diving regulator. Diving cylinders typically have an internal volume of between 3 and 18 litres and a maximum pressure rating of 200 bar to 300 bar, (about 3000 psi to 4500 psi). The internal cylinder volume is also expressed as "water capacity" - the volume of water which could be contained by the cylinder. When pressurised, a cylinder carries a volume of gas greater than its water capacity because gas is compressible. 696 (3 x 232) litres (25ft³) of gas at atmospheric pressure can be compressed into a 3-litre cylinder filled to 232 bar. Cylinders also come in smaller sizes, such as 0.2, 1.5 and 2 litres, however these are not generally used for breathing, instead being used for purposes such as Surface Marker Buoy, drysuit and buoyancy compensator inflation.