1. DSLA150P1045 Diesel Injector Nozzle Application Information
- DSLA150P1045 Diesel Injector Nozzle Application for Injectors Part Number
| Injector Part Number | Injector Series | System Pressure | Re-manufactured Part Number | System Pressure |
| 0 414 720 018 | PDE-P1/80/465S18 | | | |
| 0 414 720 029 | PDE-P1/80/465S29 | | | |
| 0 414 720 038 | PDE-P1.3/80/465S38 | | | |
| 0 414 720 088 | PDE-P1.3/80/465S38 | | | |
| 0 986 441 554 | PDE-P1.3/80/465 S 38 | | | |
- DSLA150P1045 Diesel Injector Nozzle Car Model Matching Information
| Injector Part Number | Car Number | OE Number | OE Number | OE Number | OE Number | OE Number | OE Number |
| 0 414 720 018 | VW (VOLKSWAGEN) | 038 130 073 R | | | | | |
| 0 414 720 029 | FORD | YM219 A543 BA | | | | | |
| 0 986 441 573 | SEAT | 038 130 073 AC | | | | | |
| 0 414 720 039 | VW (VOLKSWAGEN) | 038 130 073 AC | | | | | |
| 0 414 720 038 | SEAT | 038 130 073 AK | | | | | |
| | VW (VOLKSWAGEN) | 038 130 073 AK | | | | | |
| 0 414 720 088 | FORD | RMYM21 9A543 AA | 1131977 | 1131855 | 1206303 | YM219 A543 BA | YM219 A543 BB |
| | SEAT | 038 130 073 AK | | | | | |
| | VW (VOLKSWAGEN) | 038 130 073 AK | | | | | |
| 0 986 441 554 | FORD | YM219 A543 BA | YM219 A543 BB | 1206303 | 1131855 | 1131977 | |
| | SEAT | 038 130 073 AC | 038 130 073 AK | | | | |
| | VW (VOLKSWAGEN) | 038 130 073 R | 038 130 073 AC | 038 130 073 AD | 038 130 073 AK | 038 130 079 AX | |
2. DSLA150P1045 Injector Nozzle Part Number Common Writing
0433175306, DSLA150P1045, 0 433 175 306, DSLA 150 P 1045, 0433 175 306, DSLA150 P 1045, 0433175
306, DSLA150P 1045, 0 433 175306, DSLA150 P1045, 0 433175306, DSLA 150P1045,
0 433175 306, DSLA 150P 1045
3. DSLA150P1045 Diesel Injector Nozzle Technical Support
1.DSLA150P1045 Diesel Injector Nozzle Installation Precautions
- Clean the injector nozzlein an ultrasonic cleaner for 3-5 minutes before installation, so as to make the stains, dust, rust-proof oil oxides, paraffin base, naphthenic base, intermediate base, salt, lead naphthenate, zinc naphthenate, sodium petroleum sulfonate, barium petroleum sulfonate, calcium petroleum sulfonate, tallow diamine trioleate, rosinamine on the surface of the injector nozzle fall off.
- Use compressed air to clean the cleaning fluid attached to the surface of the injector nozzleafter cleaning, and clean it up to the standard of use.
- DSLA150P1045 Diesel Injector Nozzle Installation
- Tightening torque of injector nozzle
The torque lever and tightening moment specified in the injector maintenance manual must be installed when the injector nozzle is installed. (50Nm)
The tightening torque of the nozzle cap must be installed in accordance with the tightening torque specified in the injector maintenance manual
4. DSLA150P1045 Injector Nozzle Testing After Maintenance
- After installation, it needs to be tested on the test bench.
The correct injector type should be selected for testing
- The test results need to be ensured that the following items are within the standard data range of the test stand.
LEAK TEST: Test whether sealing test is up to standard or not
- In this step, no injector collector should be installed at the nozzle during the test so as to observe whether the nozzle is dripping oil, meanwhile observe that all joints are no oil leaking.
- The static oil return of the test should not exceed 8mm2/H, otherwise, you need to check whether the high-pressure sealing ring, valve assembly, and stroke parameters of the injector are within the standard range.
VL: Test whether full load oil (main injection, high speed) is up to standard or not
- This step needs to be combined with vehicle driving conditions, such as power, fuel consumption and smoke as well as the maintenance of the engine, if there is situation of insufficient power, fuel consumption is high, thick black smoke and irregularly maintenance of the engine, the engine needs to be maintained according to the maintenance handbook at very first time.
- Each of injector part needs to be adjusted and checked if there is any damage according to above situations to ensure the injector is normal. After make sure the injector works normal, you need to reduce the armature stroke if too much oil injection, and increase the armature stroke if too little oil injection.
- The error of each injector should be controlled in 6mm3/HH when adjusting.
TL\EM: Test whether the torque point, emission point, exhaust limit, fuel supply reach standard or not
- Through this test, it is detected that when the oil injection is too little, the engine’s acceleration is slow, vice versa, when the oil injection is too much, the engine’s acceleration will produce black smoke and the engine excessive exhaust emissions.
- Injector nozzle spring force gasket, armature stroke, lift gasket and solenoid valve spring force gasket determine whether exhaust restriction and injector fuel supply reach standard
LL: Test if the idle fuel supply reaches the standard
- This test detects oil injection is too much will cause engine idle smoke, otherwise if the oil injection too little will cause engine idling easy to stall, or difficult to start.
- The uneven of oil injection causes the unstable rotation speed of engine , making noise, and increase the engine swing in the acceleration process.
- Each injector error should be controlled within 2mm3/HH when adjusting.
- Idle speed fuel supply quantity mainly by adjusting the nozzle spring force gasket.
VE: Test whether the pre-injection meets the standard
- This test detects when oil injection is too much will cause cylinder knocking while the engine is working and the exhaust emissions is not up to standard (smoke).
- While when oil injection is too little will cause big noise while the engine is working, the engine is difficult to start, the engine weak acceleration, slow response of injector.
- Each injector error should be controlled within 0.5mm3/HH when adjusting.
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