0011317170

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Crimpers, Applicators, and Presses are tools used in different industries for attachments, fittings, joining operations, and the shaping and processing of different materials. Crimpers, Applicators, Presses and their accessories help automate and optimize the process of joining and work with a variety of materials, including copper and aluminum, fiber cables, textiles, and many other materials.

0011317170 is a crimping accessory technology used for mechanical joining of electrical insulation materials. It is particularly suitable for tight joints and irregular materials. The product consists of a cylindrical housing, a die mounted on the housing, and a vertical mandrel that is inserted into the housing. The top of the cylinder contains a clamping mechanism which exerts pressure on the components to be joined. The components are then heated up to the temperature at which the machine softens the metal of one component. Then a force is applied to cause the components to join.

The main advantages of 0011317170 accessories are that they provide a reliable connection, are cost-effective, and are able to work with a wide range of materials and shapes. It is also easy to operate and can be adapted to different conditions. Other advantages include short cycle times, increased productivity, repeatability, and low wear and tear. Furthermore, the product is designed for quick change-over and can be used for large-scale production.

The working principle of the 0011317170 accessories involves a few key steps:

• Step 1: Heat up the components before joining. This is necessary to soften the metal of one component. The process is usually accomplished using a high frequency induction current or an electric arc.

• Step 2: The components are then aligned and placed in the housing. The mandrel is inserted into the housing and the clamping mechanism is activated to activate the force.

• Step 3: The components are pressed together using the force applied by the clamping mechanism. This creates an electric resistance between the components, leading to a solid joining.

• Step 4: The joint is cooled and checked for continuity.

The 0011317170 emerges as a convenient and cost-effective solution for the mechanical joining of electrical insulation materials. It is particularly suitable for tight joints and irregular-shaped components, as well as materials that are not suitable for conventional joining methods. Its design allows for quick change-over and it can be used for large-scale production. It offers several advantages such as a reliable connection, short cycle times, increased productivity, repeatability and low wear and tear.

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