2115031-2

Crimpers, applicators, and presses are all types industrial tools used to install and adjust various components.2115031-2 is one such tool, belonging to the press category. It is used in the automotive, electrical, HVAC, and plumbing industries. Understanding how it works and recognizing its applications is essential to achieving cost-effective projects.

2115031-2 Application Fields

In the automotive industry, the 2115031-2 was designed to press and fix components such as gaskets, seals, mountings, bearings, and bushings onto connecting car parts. In the electrical industry, it is often used to attach large contact components onto controller boards and power electronics. HVAC technicians use it to fix pipe fittings and terminations, while plumbers use it to attach valves and fixtures to pipes.

2115031-2 Working Principle

The 2115031-2 works by compressing a part with a set amount of force to achieve a desired result. It allows for very precise adjustments and fast results. The tool is composed of a heavy-duty frame, a powerful motor, and a pair of handles. The handles are placed at a slightly different level and their angle adjustability allows for easier handling of large parts. To prevent over-pressing or over-tightening, the strength of the motor can be set to a certain point.

To operate, the component needing to be compressed is placed in the machine, and the handles are hold in place. The motor is then powered on and the handles are pulled, which causes the component to be compressed with a set amount of force. The tool can be adjusted to fulfill various applications, as it has up to fifteen different settings available. This allows the user to create the exact size and pressure needed for the desired application.

Conclusion

The 2115031-2 is a versatile press that offers numerous advantages for professionals in the automotive, electrical, HVAC, and plumbing industries. Its ability to create a precise and consistent force allows for reliable installations and cost-effective projects. Knowing which components to apply it to, and being aware of its working principle, can help to ensure energy savings and a high quality of results.