Guangdong Blue Whale Ultrasonic Equipment Co;Ltd
-Your Cleaning Expert - ultrasonic cleaning equipment/peripheral - 17 kinds of cleaning solution for different industry - Patent Technology for effuent treatment - Surface treatment solution provider
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15L 300W Ultrasonic Fuel Injector Cleaning Machine Digital Control With Heater
How Fuel Injector Cleaning Machine Works?
This is a true ultrasonic cleaner that uses energy in the form of sound waves to create literally millions of tiny, microscopic bubbles in the cleaning solution. These bubbles expand and collapse 28,000 or 40,000 times a second to create a mechanical 'scrubbing' action that works its way into the smallest holes and hidden cavities, loosening and washing away dirt and grease from all surfaces that the solution touches. Includes a 150mm deep, 330x300 mm stainless steel tank, parts basket, 0~30mins adjustable and stainless steel cover. Ideal for cleaning fule injector, model railroad components, R/C engines, instrument and clock parts, coins, eyeglasses and jewelry. Plugs into standard 120v Or 220V AC household outlet. Power consumption: 300w.
Specification:
| Model | LanJ-J06 |
| Capacity | 15L |
| Tank size | 330*300*150MM |
| Unit size | 360*325*285MM |
| Ultrasonic power | 0~300W adjustable |
| Heating power | 450W |
Customer's Feedback:
Cleaning Steps For Fuel Injector:
1. Each fuel injector is visually inspected and tested for resistance, shorts, current draw and inductance.
2. The fuel injector is externally cleaned using a parts washer to remove any dirt, grease or debris that may restrict the flow testing of the unit.
3. The fuel injector is placed on the ASNU cleaning machine and each injector is leak tested and the flow rate and spray pattern is recorded. During this process, the dynamic/pulsed and static/wide open tests are performed.
4. Each fuel injector is now disassembled by removing the pintle cap, filter basket and O-rings.
5. The three step ultrasonic cleaning process is now performed on the fuel injectors. The injectors are placed in a cleaning solution to remove any remaining grease or grim from the bottom of the injector. The injectors are then placed in the ultrasonic tank and connected to injector drivers to allow the injectors to be pulsed while being subjected to the ultrasonic waves. The injectors are then subjected to a high pressure back flush to remove to remove any remaining debris.
6. The fuel injectors are now placed back on the ASNU cleaning machine and flow testing, leak testing and spray pattern is re-recorded.
7. New pintle cap, filter basket and O-rings are installed on the fuel injector.
8. A detailed test report is prepared and returned with the fuel injectors that detail the fuel flow rates before and after cleaning, and the spray pattern assessments for each injector. Also included in the test report is the system variance that details the static and pulsed variance of the injectors before and after cleaning.
Benefits Of Ultrasonic Cleaning:
It's FASTER. Cleaning with ultrasonics can reduce the time needed to clean by up to 90%.
It's CONSISTENT. Unlike manual cleaning, ultrasonics offers unmatched cleaning consistency.
It's SAFE. Ultrasonic cleaning reduces the use of dangerous chemical concentrations.
It SAVES MONEY. With an average Return On Investment of 6-12 months, savings in chemical costs, water, energy and labour can be found using ultrasonics.