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Common Rail DLLA145P2557 Injector Nozzle Encyclopedia

DLLA145P2557 Injector Nozzle Causes of Damage  (1) Fuel injector nozzle failure caused by impurities (water, lead, aluminum powder, iron powder, sulfide) in fuel exceeding standard requirements. (2) The nozzle is normally worn due to long time working under high temperature (3) Nozzle needle wear leads to oil hole blockage, insufficient fuel injection injector cannot work properly. Nozzle needle wear leads… Read More »Common Rail DLLA145P2557 Injector Nozzle Encyclopedia

Common Rail DLLA155P2307 Injector Nozzle Encyclopedia

DLLA155P2307 Injector Nozzle Causes of Damage  (1) Fuel injector nozzle failure caused by impurities (water, lead, aluminum powder, iron powder, sulfide) in fuel exceeding standard requirements. (2) The nozzle is normally worn due to long time working under high temperature (3) Nozzle needle wear leads to oil hole blockage, insufficient fuel injection injector cannot work properly. Nozzle needle wear leads… Read More »Common Rail DLLA155P2307 Injector Nozzle Encyclopedia

Common Rail DLLA145P2529 Injector Nozzle Encyclopedia

DLLA145P2529 Injector Nozzle Causes of Damage  (1) Fuel injector nozzle failure caused by impurities (water, lead, aluminum powder, iron powder, sulfide) in fuel exceeding standard requirements. (2) The nozzle is normally worn due to long time working under high temperature (3) Nozzle needle wear leads to oil hole blockage, insufficient fuel injection injector cannot work properly. Nozzle needle wear leads… Read More »Common Rail DLLA145P2529 Injector Nozzle Encyclopedia

Common Rail DLLA155P2264 Injector Nozzle Encyclopedia

DLLA155P2264 Injector Nozzle Causes of Damage  (1) Fuel injector nozzle failure caused by impurities (water, lead, aluminum powder, iron powder, sulfide) in fuel exceeding standard requirements. (2) The nozzle is normally worn due to long time working under high temperature (3) Nozzle needle wear leads to oil hole blockage, insufficient fuel injection injector cannot work properly. Nozzle needle wear leads… Read More »Common Rail DLLA155P2264 Injector Nozzle Encyclopedia

Common Rail DLLA148P2523 Injector Nozzle Encyclopedia

DLLA148P2523 Injector Nozzle Causes of Damage  (1) Fuel injector nozzle failure caused by impurities (water, lead, aluminum powder, iron powder, sulfide) in fuel exceeding standard requirements. (2) The nozzle is normally worn due to long time working under high temperature (3) Nozzle needle wear leads to oil hole blockage, insufficient fuel injection injector cannot work properly. Nozzle needle wear leads… Read More »Common Rail DLLA148P2523 Injector Nozzle Encyclopedia

Common Rail DLLA145P2471 Injector Nozzle Encyclopedia

DLLA145P2471 Injector Nozzle Causes of Damage  (1) Fuel injector nozzle failure caused by impurities (water, lead, aluminum powder, iron powder, sulfide) in fuel exceeding standard requirements. (2) The nozzle is normally worn due to long time working under high temperature (3) Nozzle needle wear leads to oil hole blockage, insufficient fuel injection injector cannot work properly. Nozzle needle wear leads… Read More »Common Rail DLLA145P2471 Injector Nozzle Encyclopedia

Common Rail DLLA155P2226 Injector Nozzle Encyclopedia

DLLA155P2226 Injector Nozzle Causes of Damage  (1) Fuel injector nozzle failure caused by impurities (water, lead, aluminum powder, iron powder, sulfide) in fuel exceeding standard requirements. (2) The nozzle is normally worn due to long time working under high temperature (3) Nozzle needle wear leads to oil hole blockage, insufficient fuel injection injector cannot work properly. Nozzle needle wear leads… Read More »Common Rail DLLA155P2226 Injector Nozzle Encyclopedia

Common Rail DLLA148P2497 Injector Nozzle Encyclopedia

DLLA148P2497 Injector Nozzle Common Writing  0433172497 , DLLA148P2497, 0 433 172 497, DLLA 148 P 2497, 0433 172 497, DLLA148 P 2497, 0433172 497, DLLA148P 2497, 0 433 172497, DLLA148 P2497, 0 433172497, DLLA 148P2497, 0 433172 497, DLLA 148P 2497     DLLA148P2497 Injector Nozzle Causes of Damage Fuel injector nozzle failure caused by impurities (water, lead, aluminum… Read More »Common Rail DLLA148P2497 Injector Nozzle Encyclopedia

Common Rail DLLA145P2448 Injector Nozzle Encyclopedia

DLLA145P2448 Injector Nozzle Causes of Damage  (1) Fuel injector nozzle failure caused by impurities (water, lead, aluminum powder, iron powder, sulfide) in fuel exceeding standard requirements. (2) The nozzle is normally worn due to long time working under high temperature (3) Nozzle needle wear leads to oil hole blockage, insufficient fuel injection injector cannot work properly. Nozzle needle wear leads… Read More »Common Rail DLLA145P2448 Injector Nozzle Encyclopedia

Common Rail DLLA155P2175 Injector Nozzle Encyclopedia

DLLA155P2175 Injector Nozzle Causes of Damage  (1) Fuel injector nozzle failure caused by impurities (water, lead, aluminum powder, iron powder, sulfide) in fuel exceeding standard requirements. (2) The nozzle is normally worn due to long time working under high temperature (3) Nozzle needle wear leads to oil hole blockage, insufficient fuel injection injector cannot work properly. Nozzle needle wear leads… Read More »Common Rail DLLA155P2175 Injector Nozzle Encyclopedia

DLLA155P2175 Injector Nozzle Causes of Damage 

(1) Fuel injector nozzle failure caused by impurities (water, lead, aluminum powder, iron powder, sulfide) in fuel exceeding standard requirements.

(2) The nozzle is normally worn due to long time working under high temperature

(3) Nozzle needle wear leads to oil hole blockage, insufficient fuel injection injector cannot work properly.

The cracking of the nozzle cap is caused by high intensity work under high temperature.

 

DLLA155P2175 Injector Nozzle Inspection.

(1) Check whether there is deformation, cracking, thread damage, quenching, leakage and rust in 9the guide sleeve, spring, gasket and tight cap of the nozzle. The tight cap of the nozzle must be replaced after being disassembled for more than 5 times, as shown in the following.

DLLA155P2175 injector nozzle

 

(2) Replace the tight cap of the  nozzle and the copper gasket of the injector nozzle

(3) Check whether the gap between the nozzle needle and the nozzle shell is within the standard range and whether it reaches the standard for use

 

DLLA155P2175 Injector Nozzle Storage Standard

(1)  The warehouse and cargo yard where the injector nozzles are stored should be kept clean and dry, and away from the factory buildings that generate harmful gases and dust; do not mix with acid, alkali, salt and other substances; the storage place should have a good drainage system; the cargo yard should be flattened with gravel or furnace ash etc. to enhance the water permeability of the surface layer to keep the reservoir area dry.

 

(2)  when the injector nozzles are put into storage, the surface cleaning work should be done well to remove water traces, oil stains, ash and other dirt, remove the rust and do anti-rust treatment in time. Packaged nozzles must be protected from damage.

 

(3)  Keep the warehouse dry and preventing moisture. The relative humidity is usually below 70% for the injector nozzles placed in the room, and the corrosion of the injector nozzles is significantly reduced.

 

(4)  Injector nozzles must be stored in the warehouse, and they are forbidden to store in the same warehouse with commodities with high water content.

 

(5)  After the injector nozzle is exposed to rain, the corrosion rate will increase significantly. The purpose of sealing is to isolate the injector from rainwater and humid air, so the warehouse window should be checked in time to avoid rainwater entering the warehouse.

 

(6)  If the injector nozzle package is damaged, it should be repaired or replaced; when the package is damp, the packaging material should be dried; if the original anti-corrosion and oil applied at the factory is found to be damaged or dried up, it should be cleaned and re-applied oil in time.

 

(7)   It is forbidden to leave the injector nozzle exposed in the air for a long time.

 

(8)  It is forbidden to store acid, alkali, salt and other substances together with the injector nozzle.

 

(9)  The unpacked diesel injector nozzle must be rust-proof during secondary storage.

 

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