A cam groove and push fitting, also known as a cam groove coupling, is an ideal type of hose coupling for a variety of applications. This type of coupling is favored due to its ease of use and its reliable connection capability over most other types of hose couplings. The most common application for these devices is in the water control sector. They are often used in conjunction with other types of fittings such as a two-piece ball valve or a three-inch PVC ball valve.
Cam grooves are formed on one side of the coupling to form a sealed and snug seal when mating a standard water pipe to the coupling’s female portion. Typically, there are four different styles of cam locks. The first style is the female cam lock, which uses a threaded brass diaphragm with a female adapter. The male part of this coupling then threads onto the diaphragm via a male npt thread type C. The female adapter then threads onto the threaded male part. The male cam lock style has a brass or steel screw threads onto which the hose can be secured. The other two styles are the male cam lock and the female cam coupler, which both employ threaded brass diaphragms with a female adapter.
The camlock type c sku number is the number used to identify a specific type of cam lock. The first two letters indicate the type of connector used, which in turn identifies the diameter of the opening in which the Couple rides. The other three letters identify the diameter of the opening in which the hose attaches to the Couple. The last two letters identify the length of the opening in which the hose is connected to the Couple. The number denotes the number of inches long, although it may vary slightly between models.
The two different styles of cam locks can be broken down further. There is the first type of camlock style, which employs a small metal lever that pivots on a pivot rod, much like the ratchet lever found on a desk lamp. The second style, called the non-pivot cam lock, does not use a lever but relies on the shape of the coupler and the tension of the hose for its locking mechanism.
The second style of camlock type e sku is also known as the non-pivot. This style uses a slender steel or brass diaphragm, which is shaped like an S-shape, and a straight sleeve that attaches to the end of the coupler. The sleeve and the diaphragm can be twisted together to lock into place, as in the cam lock type e sku. This style is used primarily in commercial applications where tight security is required.
It is impossible to fully understand how a cam groove adapter works without knowing a little about the electrical engineering. If you are you looking for more info regarding www.Shunchengvalve.com look into our web page. Basically, the electrical flow through a cam groove is split into two different groups, depending on the angle at which the two pieces of the diaphragm are connected. One flow path is going to the left hand side of the piece, while the other is going to the right. When the piece is turned, this creates a force that pulls the two pieces of diaphragm apart. The electrical flow then proceeds as desired, with one valve controlling the lower passage of electricity and the other controlling the upper passage of electricity.