43617

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Crimpers, Applicators, Presses, can all be included under the umbrella term of 43617 Application Field and Working Principle. Examples of these tools are systems used to attach a fitting to a larger structure such as a crimper, or systems used to attach a fitting to a smaller surface or space such as an applicator. There are many different types and sizes of these tools and each one can be used for different applications.

Crimpers are used to attach fittings to larger structures, such as pipes, by using a lever motion that secures the fitting with a crimp. These tools are often used to make permanent connections between steel, copper, or plastic pipes or fittings. The crimping tool works by applying pressure to the fitting being attached such that it reduces in size and creates a secure fit. The amount of pressure which is applied is usually predetermined and is dependent on the size and material of the pipe or fitting being attached.

Applicators are designed to attach fittings to smaller surfaces or spaces that may not accommodate the flexing motion used in a crimper. The tools are often composed of two parts: a syringe and a needle. The syringe is filled with a cement or glue mixture, and the needle is inserted into the fitting in order to dispense the mixture. The glue or cement then applies pressure, and sets, to form a secure attachment.

Presses are used to apply force to fittings to compress them to a particular size and shape. There are many different types of presses, such as hydraulic presses, pneumatic presses, and hand presses. Each offers different levels of precision and different capabilities. For example, a hydraulic press is typically more precise and can apply more force than a hand press, while a hand press is more portable and can be used in tighter spaces.

When choosing a tool for a 43617 Application Field and Working Principle, it is important to consider the size and material of the fitting being attached as well as the space in which the tool is being used. It is also important to factor in the level of precision and force which is needed to achieve a secure fit. Understanding the working principles of each type of tool and their differences is essential in order to choose the right tool for the job.

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