How to Measure A Cam and Groove (Camlock) Fitting
- Female camlock size is determined by measuring the open end or inside diameter of the female camlock.
- Male camlock size is determined by measuring the outside diameter of the male camlock.
What is a cam lock fitting?
First and foremost, camlock fittings are a type of hose coupling. This means that they are a way to connect or disconnect a hose or pipe in a speedy, efficient way without having to involve complex tools or equipment. These connections guarantee tight and secure bonds because of the way that the cams lock into place.
How do you remove a cam lock without the key?
For a simple cam lock, you can get an old standard blade screwdriver that you don’t care about messing up. Use a hammer and drive the screwdriver into the key slot, the further the better. Use a pipe wrench on the screwdriver handle, and turn. In most cases, that will torque the lock open.
How do you unlock a cam lock and nut?
How to Unlock a Cam Lock in Furniture Assembly
- Select a screwdriver that best fits the slotted or Phillips-head recess on the top of the cam.
- Turn the handle of the screwdriver counterclockwise to turn the cam within its hole.
- Pull one piece of furniture away from the other to confirm that you unlocked the cam lock.
What are cam lock fittings?
Cam Lock Fittings (quick connect couplings) allow for quick, secure connections of hoses to tanks or other hoses. The name “Cam Lock” comes from the cam or lever that is used to lock one hose or fitting into place with another one. The female connector has two cams as part of the assembly.
What are cam and groove fittings?
A cam and groove coupling, also called a camlock fitting, is a form of hose coupling. This kind of coupling is popular because it is a simple and reliable means of connecting and disconnecting hoses quickly and without tools.
What is a cam lock connector?
A camlock, or also cam lock and Cam-Lok, is an interchangeable single-pole electrical connector often used in temporary electrical power production and distribution predominantly used in the North America.
