Shop by Category
- This product is also found in:
- Steel Cylinders
- Rebreather Cylinders and Valves
PLEASE NOTE: The Australian supplier is no longer importing the 2.0lt Faber cylinders.
If you need to get your hands on a cylinder with similar specs - may we suggest the 3.0lt as an alternative - 3.0lt (232bar) Cylinder option or 3.0lt (300bar) Cylinder option.
The Faber 232 bar, 2 litre (16 cubic foot), 100 mm (3.9 inch) diameter, Steel Cylinder with DIN/K valve is Nitrox ready.
This Faber tank is one of the most common cylinders used for closed circuit rebreathers (CCR). It is known as the Faber 2 litre, as the liquid volume of this tank is – you guessed it, 2 litres of water. Some also refer to it as the Faber FX15.
Among others, this Faber 2 litre cylinder is typically used on the Evolution, Evolution+, rEvo, Megalodon, KISS, JJ-CCR, Sentinel, Hammerhead, Hollis Prism, and Titan rebreathers.
These cylinders are made by Faber, the leading European manufacturer of scuba diving tanks, with extremely high quality steel made to international standards. Faber cylinders display a unique combination of size, weight and buoyancy.
Please Note: Oxygen Clean can only be completed on cylinders being picked-up in store.
Valves:
We supply a DIN to Yoke convertible valve as standard. The valves are made by San-o-Sub, a leading Italian manufacturer of medical, industrial and scuba valves. They are strong and reliable and are made from really top quality materials. The inner air passages were carefully studied in the design so as to guarantee top performance even, and above all, with the top performance regulators. The valve design ensures an excellent grip, facilitating opening and closing of the tank. The valve regulator connection incorporates a threaded insert, which means it can equally be used for both INT bracket (Yoke) or DIN connection. Because the valves are modular you can easily change from a single connection valve to dual connection valve and vice versa.
Valve Options: If you require your cylinder with a different valve configuration, we offer the following additional valve choices:
Please specify the valve you desire when you order.
Valve Oxygen Cleaning:
The Faber steel cylinders are supplied Oxygen (O2) clean, suitable for use with up to 100% oxygen. However, if you are planning to use the cylinder with Enriched Air Nitrox (Nitrox) mixes up to 100% oxygen, it's essential for the safety of the cylinder user and the person filling the cylinder that the valve be oxygen cleaned and prepared with special o-rings, seats, and grease designed for exposure to pure oxygen. The cylinder should then be banded with the familiar yellow and green Nitrox band/wrap/sticker, and an Oxygen Clean 'In Test' inspection sticker applied. The Scuba Doctor can do all of this for you as an add-on service.
Faber 2 Litre 232 bar Cylinder Specifications:
- Fill pressure: 232 bar (3365 psi)
- Test pressure: 348 bar (5047 psi)
- Standard: BS 5045 Pt 1
- Material: 34CRMO4 Chromium Molybdenum Alloy Steel
- Manufacturing Process: Cold deep drawing from steel plate
- External Primary Finish: Hot Zinc sprayed, layer thickness 60/70 microns
- External Final Finish: 2 part polyurethane white paint sprayed and air dried
- Internal Finish: Chemically treated with Ferrous Phosphate
- Neck Thread: 3/4 inch NPSM
CYLINDER SPECIFICATIONS | ||||||||
---|---|---|---|---|---|---|---|---|
Water Cap. | Volume Cu Ft | Tare Weight | Len. | Dia. | Buoyancy | |||
Empty | Full | |||||||
2 litre | 16 cf | 3.0 kg 6.6 lb |
360 mm 14.17 in |
100 mm 3.9 in |
Shipping:
International shipping: Not available.
Shipping within Australia: Email or call for prices.
Our standard freight fees do not apply.
All cylinders are shipped unfilled with the valve off.
All scuba tanks for delivery are sold EMPTY due to restrictions in place on the transportation of high pressure cylinders. If you are picking up your order instore, The Scuba Doctor will be happy to give you a FREE air fill.
Note: Cylinders comply with Australian Standards.
We will only ship cylinders to locations in Australia.
(01/23 HS)