Injector Cleaning Bench

A restriction of only 8% to 10% in a single fuel injector can lean out the fuel mixture and cause a misfire. When this occurs, unburned oxygen enters the exhaust and makes the O2 sensor read lean. On older multiport systems that fire the injectors simultaneously, the computer compensates by increasing the “on” time of all the injectors, which can create an overly rich fuel condition in the other cylinders.

When the engine is shut off, the injectors undergo heat soak. Fuel residue evaporates in the injector nozzles, leaving the waxy olefins behind. Because the engine is off, there is no cooling airflow moving through the ports and no fuel flowing through the injectors to wash it away, so heat bakes the olefins into hard varnish deposits. Over time, these deposits can build up and clog the injectors. Even if a vehicle has low mileage, short drive cycles and increased heat soaks can clog the injector.

Since the formation of these deposits is a normal consequence of engine operation, detergents are added to gasoline to help keep the injectors clean. But if a vehicle is used primarily for short-trip driving, the deposits may build up faster than the detergents can wash them away. On four-cylinder engines, the No. 2 and No. 3 injectors are in the hottest location and tend to clog up faster than the end injectors on cylinders No. 1 and No. 4. The same applies to the injectors in the middle cylinders in six- and eight-cylinder engines. The hotter the location, the more vulnerable the injector is to clogging from heat soaks. Throttle body injectors are less vulnerable to heat soak because of their location high above the intake manifold plenum.

Replacing Injectors can be very costly. And may take time to source. But do they really need to be replace? Take the stress away and get them cleaned professionally in house!

Opportunity to offer service to the neighbourhood?

• Direct Flush
• Reverse Flush
• Top Feed AND Side Feed option available
  
• Ultrasonic Cleaning Bath
• On-Vehicle Cleaning (Optional Adaptors)
• Spray Pattern Monitoring
• Uniformity Test
• Leakage test
• Injecting Flow Test
• Electronic Drain

Specifications

• Power Supply AC220V – 50/60Hz or AC110V-60Hz
• Input power of Main Unit: 200W
• Ultrasonic Cleaning Power: 60W
• Pressure: 0-7bar
• Accuracy of Tube:+- 2%
• RPM Range: 0-9999rpm
• PW Range: 0-1`30ms. step: 0.1ms
• Timing: 1-30min.
• LED Display
• LED Background light
• Membrane Keypad
• Top-Supply Fuel distributor
• SIX or EIGHT Cylinder options available including stand. MORE SOLUTIONS!