Equipment for cleaning the injector Triumph 4

Description

Equipment for cleaning injectors Triumph 4 works on the principle of hydrodynamic cavitation

The equipment for cleaning injector the Triumph 4 works on the principle of hydrodynamic cavitation. How it works? Let’s figure it out:

• The injector needle in a fluid stream moves at high speed. It has many bulges on its surface. Behind them, a vacuum is formed during the movement;
• As a result of environmental pressure, the vacuum is divided into a huge number of microscopic bubbles;
• Bubbles collapse, forming microexplosions. Their energy also eliminates varnish deposits that impede the full operation of the injector.

Technology benefits

1. The cavitation zone is formed directly in the injector channel, due to which the nozzle, fuel channel and valve needle are cleaned. As a result, maximum efficiency is achieved in removing varnish deposits from the workspace of the part.
2. Injectors made of ceramic or teflon can be cleaned. The phenomenon of hydrodynamic cavitation interacts much more carefully with the material than the same ultrasonic waves.
3. Flushing in one step. This greatly speeds up the work and, therefore, increases the profit of the workshop.

All three of these items are not performed by ultrasound equipment.

Functionality Triumph 4

• Gasoline injector cleaning: Europe / Japan / America
• Cleaning gasoline injectors with longitudinal fuel injection / lateral fuel injection / monoinjection
• Simultaneous measurement of the resistance of a group of injectors
• Checking the mechanics (quality of the spring)
• Dynamic check consumption
• Auto cleaning mode
• Manual cleaning mode
• Turbo cleaning mode
• Short circuit protection
• Protection against deformation of the needle and seat when closing the injector (anti-shock system)
• Idle valve cleaning mode
• Integrated compressor.

Specifications

By clicking on this link you will find a description of the modified version of the stand – the Triumph 4M model.

Here you can visit our page in the FB.