Nissan 3.0 L Diesel Engines For Sale
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Nissan 3.0 L Reconditioned Diesel Engine For Sale
Here at Engine Engineering we offer to supply you with a reconditioned or remanufactured Nissan 3.0 L Diesel engine. This engine is an inline 4-cylinder direct injection diesel engine which has been used in a range of models over the years including:
- Nissan Terrano II 3.0 DiTd
- Nissan Patrol II 3.0 Dti
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Nissan Pathfinder 3.0 DDTi
- Nissan NT400 Cabstar
- Nissan Elgrand 3.0 D AWD
Nissan 3.0 L ZD30DDTi Engine
The following specifications can be found with the Nissan ZD30DDTi 3.0 Diesel Engine:
- DOHC
- Direct Injection
- 16 Valve
- Turbocharged
- 2953cc Displacement
- Bore: 96mm
- Stroke: 102mm
Nissan 3.0 l Diesel Engine Reconditioning
Engine Engineering offers a few services with the 3.0 L Nissan Diesel engines:
- Supply only - we dispatch a newly rebuilt reconditioned engine to you.
- Supply & Fit - at out engine recon center
- Current Engine Recon - We can recondition or remanufacture your current engine to the highest of standards
Recon Nissan 3.0 L Diesel Engine Prices
Prices for these engines vary on your model and requirements. Standard reconditioning starts at £950 + vat. Contact a member of our team to discuss options or enter your registration online.
Call Us On 0141 432 4353
NISSAN RECON ENGINES FOR SALE
Nissan ZD Engine Supplied & Fitted
This Nissan 3.0 L Engine is part of the ZD family. We offer to supply you with this engine, recondition your engine, or supply and fit a reconditioned or remanufactured engine to your Nissan vehicle.
Nissan 3.0 L Engine Codes
- ZD30DD
- ZD30DDT (Turbo)
- ZD30DDTi (Turbo + Intercooled)
Nissan 3.0 L Engine Common Problems and Faults
Here at Engine Engineering we are aware of a few issues with this family of engine. These engines run relatively high boost levels and as clean diesel engines, they also use high levels of exhaust gas recirculation (EGR). This, in turn, reduces the amount of NOx released into the atmosphere and enables the vehicles to pass stringent emission standards. One problem is that the high boost levels create high pressures in the crankcase which in turn pushes reasonable amounts of oil past the crankcase baffle and into the engines intake system. This oil finds its way into the intercooler and eventually into the inlet manifold, where it mixes with EGR gasses to form a thick black greasy substance that restricts the inlet manifold runners. In most cases, the runners most affected are the rear ones, which are closest to the EGR valve itself.