C = cupped end - the type you would slide over another pipe to make a sweat connection
FTG = fitting end - the type that slides inside a cupped end, also called a "street" fitting
M = male pipe threads
FE (sometimes listed as just F, not correct)= female pipe threads
The "X" is "by", so C X C is "cupped by cupped", a fitting with two ends such as a coupling or elbow, both cupped for sweating onto a pipe or fitting end.
C X C X C would be a fitting with three ends such as a tee, all cupped.
C X FTG could be a street elbow or a reducing bushing, one part slides over a pipe, the other inside another cupped fitting.
C is indeed a cupped fitting. CMP is compression, but there is no such thing as a copper fitting with a compression connection. There are brass and plastic compression fittings that will fit copper pipe, but not copper compression fittings.
Copper x copper, which means the fitting is sized for copper pipe and usually needs to be soldered unless it is a compression type fitting.
You cannot solder Steel BUT you can braze steel and copper and you can thread steel and then use a copper x female adapter Or finf a steel fitting and use a C x M adapter
By the use of Flagg Flow T.P Fitting adapters and Cx M or C x F adapters attached to the T.P fitting T.P = threadless pipe
110. just multiply the two measurements for sq ftg
1.5 x 25.4 = 16.8 x size of spool - the length to the plan ------------------------------------------------------------------------------ new answer A is baseline of a triangle B is the Vertical Line of a triangle C is the diagonal line or Hypotenuse C is what you want using a 45 degree A x 1.4142 = C B x 1,4142 = C A^2 x B^2 = C^2 the fitting takeout to find cut length of pipe is TAN(1/2 degree of turn) x radius if the fitting or Tan(22.5) x Fitting Radius Fitting Radius has 3 options Short Radius = 1x pipe size Long Radius = 1.5 x pipe size 3 Radius = 3 x Pipe size
A CXC plumbing connection refers to a type of fitting used in plumbing systems, specifically a copper-to-copper connection. The term "CXC" denotes a connection where the first "C" stands for "copper," the second "C" also stands for "copper," and the "X" indicates that it is a female connection, typically designed to join two copper pipes using soldering or compression methods. This connection is commonly used for water supply lines and ensures a secure and leak-free joint.
CXCXC refers to the dimensions of a Tee fitting, where each "C" stands for the diameter of the connecting pipes (usually referring to the "C" or "Crown" of the fitting). In a Tee fitting, the first two "C"s represent the size of the two main branches, while the last "C" represents the size of the perpendicular branch. If the Tee is specified as 6 x 6 x 4, it means that the two main branches have a diameter of 6 inches, while the perpendicular branch has a diameter of 4 inches.
A fernco or rubber fitting. This made of rubber and had hose clamps on it. You should ask for assistance at a hardware or plumbing shop for a 2" Plastic X 2" Copper Fernco or rubber coupling.
C x M adapter C x F adapter PVC x F adapter PVC x M adapter or Thread if your really using "pipe" in lieu of "tubing"
The coefficient of linear expansion for copper is 17 x 10^-6 per degree Celsius. Given the temperature change from 9.0 to 87 degrees C, the temperature change is 78 degrees C. Thus, the expansion of the copper pipe would be 10.000 * 17 x 10^-6 * 78 = 0.01326 meters or 13.26 mm.
Ah, that's a big number! In Roman numerals, 9999999 is written as IX CM XC IX. Each letter represents a different value, and when combined, they create this beautiful Roman numeral that tells a story of patience and perseverance. Just like painting a masterpiece, sometimes it takes many small strokes to create something truly magnificent.
To calculate the energy transferred when heating copper, you can use the formula: Energy = mass * specific heat capacity * temperature change. The specific heat capacity of copper is 0.385 J/g°C. Plugging in the values, you get: Energy = 3kg * 0.385 J/g°C * (220°C - 20°C).