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the threads on a acetylene bottle are anti clockwise so on oygen bottle its righty tighty on acetylene its lefty tighty
The procedure involved is very simple: 1. check that all equipment is safe to use and is not broken in any way, if it is do not use this equipment. 2. make sure both regulator knobs are lose 3. open the acetylene control values. 4. turn the acetylene regulator adjustment knob until the desired reading 5.repet steps 3 an 4 but with oxygen. 6. open the acetylene blowpipe pipe (about half turn) 7.with a flint light, point the tip into the catchment area of the lighter. 8.adjust the acetylene blowpipe valve until a flicker of sut is coming from the flame 9. open the oxygen blowpipe valve until there is a neutral flame ( a neutral flame should have a small cone near the tip.
When "bleeding" an oxygen tank, you are releasing excess pressure stored in the regulator, not the tank itself. If the excess pressure remains, it can damage the regulator, and the guage needle can get stuck, giving an inaccurate reading of how much oxygen remains in the tank.
Acetylene.
acetylene is a flammable gas and relies on oxygen to burn. Argon would prevent a flame by displacing oxygen because of it's density in comparison to oxygen.
the threads on a acetylene bottle are anti clockwise so on oygen bottle its righty tighty on acetylene its lefty tighty
it regulate the oxygen pressure
a flame needs a source which is provided by oxygen and acetylene
The procedure involved is very simple: 1. check that all equipment is safe to use and is not broken in any way, if it is do not use this equipment. 2. make sure both regulator knobs are lose 3. open the acetylene control values. 4. turn the acetylene regulator adjustment knob until the desired reading 5.repet steps 3 an 4 but with oxygen. 6. open the acetylene blowpipe pipe (about half turn) 7.with a flint light, point the tip into the catchment area of the lighter. 8.adjust the acetylene blowpipe valve until a flicker of sut is coming from the flame 9. open the oxygen blowpipe valve until there is a neutral flame ( a neutral flame should have a small cone near the tip.
GASSES - Oxygen and Acetylene. Acetylene is sometimes replaced by a mixture of gasses. The Oxygen increases the burning rate/temperature of Acetylene and temperatures in excess of 6,000o F can be reached.
When "bleeding" an oxygen tank, you are releasing excess pressure stored in the regulator, not the tank itself. If the excess pressure remains, it can damage the regulator, and the guage needle can get stuck, giving an inaccurate reading of how much oxygen remains in the tank.
Oxygen and acetylene are used.
Used in welding metals, the reaction of acetylene with oxygen has = -1256.2= -1256.2 .
In normal usage in an oxy/acetylene cutting torch, the acetylene hose is red and the oxygen hose is green.
Acetylene.
acetylene is a flammable gas and relies on oxygen to burn. Argon would prevent a flame by displacing oxygen because of it's density in comparison to oxygen.
Oxygen is a chemical element, acetylene is an organic chemical compound.