The engine is controlled by a 32 - bit ECU and common
rail injection pressure is 1,600 bar.
Not exact matches
This is compared to the Mazda DISI engine with direct fuel
injection having
rail pressure of 1,600 PSI.
CDI is the term that Mercedes uses for their diesels — it stands for Common -
rail Diesel
Injection — and which use the same high - pressure injection te
Injection — and which use the same high -
pressure injection te
injection technology.
Common -
rail technology is used for the
injection system, two pumps building
pressure up to 2000bar in the
rails.
By the way, variable
injection can be achieved by variable
rail pressure, but also by variable injector opening / orifice.
Common
rail electronic
injection, where fuel is at high
pressure in a common
rail and controlled electronically.
The most powerful diesel version of the compact BMW X model features a four - cylinder engine with TwinPower Turbo technology and Common
Rail direct
injection, the piezoelectric injectors of which operate at a maximum
pressure of 2,000 bar.
The sophisticated power unit engine features high -
pressure common -
rail fuel
injection with piezoelectric injectors, a variable nozzle turbine (VNT) turbocharger, a variable swirl system and an uprated engine management system for optimum combustion efficiency.
Engine and Performance: This BMW X3 xDrive20d xLine trim is powered by a slightly modified 2.0 - litre diesel engine that has high
pressure common
rail direct
injection system.
These files are tweaked under various parameters like fuel
injection, boost
pressure,
rail pressure, fuel pump
pressure, ignition timing, raising the speed, rev and torque limiters, water temperature correction, smoke limiters, EGR deletion etc..
Sensors in the combustion chambers, a common -
rail fuel
injection system with a delivery
pressure of up to 2,000 bar and a high - performance exhaust gas recirculation system keep untreated exhaust emissions to a minimum.
The common
rail injection system has also undergone further development: it has a maximum operating
pressure of 2,000 bar and can therefore inject fuel in an extremely precise spray pattern.
It features high -
pressure common -
rail fuel
injection for maximum efficiency and a variable geometry turbocharger to enhance low - speed driveability while ensuring strong top - end power for the high motorway speeds common in Europe.
Its common
rail direct
injection system operates at a maximum
injection pressure of 1600 bar.
You'll still be able to perceive the mechanical symphony of the high -
pressure, common -
rail fuel
injection, but it's not even remotely similar to crude diesel truck clatter.
The maximum fuel
rail pressure is limited regarding its absolute height for the protection of
injection components.
With
pressure feedback from each fuel injector instead of using a traditional single
pressure sensor in the common
rail, i - ART makes it possible to continuously monitor and adapt fuel
injection per combustion in each of the four cylinders.
As for the 2.0 TDI, the successor to the most successful diesel engine ever, a common -
rail system providing
injection pressure of 1,800 bar ensures excellent driving refinement.
With 4 valves per cylinder and a variable turbine geometry the common -
rail direct
injection system of the new small diesel engine operates at a maximum
injection pressure of 1600 bar.
The D - Max single cab 4 × 4 will be powered by a 134 hp, BSIV compliant, high
pressure Common
Rail Fuel
Injection Diesel Engine, mated to a robust 5 speed Manual Transmission that delivers a maximum torque level of 320 Nm @ 1800 - 2800 rpm.
The fuel pump, fuel
rail pressure, fuel
injection timing, and
injection duration are controlled by the engine control module.
Its highlights include the new chain drive layout that includes the two newly developed high -
pressure pumps for the common
rail injection system.
Two more chains drive the oil pump and the two high -
pressure pumps actuate the common
rail injection system.
The
injection pressure in the diesel engines with common
rail direct
injection is also higher and fuel is fed to the combustion chambers with even greater precision.
With its all - aluminium power unit, the BMW 740d xDrive boasts BMW TwinPower Turbo Technology as well as common -
rail direct fuel
injection with its piezo - injectors operating at a
pressure of up to 2,000 bar.
The new engine also benefits from the use of fourth - generation common -
rail injection with
pressures of up to 2050 bar.
The 2.0 TDI features two balancer shafts in the crankcase, adjustable camshafts and a common
rail injection system delivering maximum
pressure of 2,000 bar.
The 3.0 L diesel engine gets common
rail direct
injection with piezo injectors that can achieve an
injection pressure of up to 2,500 bar.
The 2.0 TDI clean diesel features separate cooling circuits, two balancing shafts in the crankcase, a cylinder -
pressure sensor, substantially reduced inner friction and a common -
rail fuel
injection system with a maximum
pressure of 2,000 bar.
The EcoDiesel's fuel pump supplies the engine's 2,000 - bar (29,000 - psi) high -
pressure common -
rail injection system.
The MPI fuel
rail has an integrated low -
pressure sensor to regulate the
injection volume; the MPI valves are integrated in the Variable Tumble System (VTS) flange.
The 2.0 - liter I - 4 engine's fuel pump supplies the engine's 2,900 - psi high -
pressure common -
rail injection system.
Additional engine features: Iron cylinder block and aluminum DOHC cylinder head Forged steel crankshaft and connecting rods Oiling circuit that includes a dedicated feed for the turbocharger to provide increased
pressure at the turbo and faster oil delivery Piston - cooling oil jets 16.5:1 compression ratio Common
rail direct
injection fuel system Ceramic glow plugs for shorter heat - up times and higher glow temperatures Balance shaft that contributes to smoothness and drives the oil pump Laminated steel oil pan with upper aluminum section that contributes to engine rigidity and quietness B20 bio-diesel capability The Duramax 2.8 L is the cleanest diesel truck engine ever produced by General Motors, and meets some of the toughest U.S. emissions standards, thanks in part to a cooled exhaust gas recirculation (EGR) system.
The diesel engine development engineers at Audi have combined an entire package of innovative measures for this latest TDI generation: The piezo common
rail system with an
injection pressure of 2,000 bar, highly efficient exhaust gas recirculation and optimized turbocharging result in significantly reduced raw engine emissions.
BMW gradually adopted high -
pressure common
rail fuel
injection systems over the lifetime of the M47.
The V6 diesel features the latest generation high -
pressure Common
Rail direct -
injection, «multiple pilot»
injection, and piezo - electric
injection control, allowing sophisticated management of the
injection patterns to make combustion smoother and quieter.
Iron cylinder block and aluminum DOHC cylinder head Forged steel crankshaft and connecting rods Oiling circuit that includes a dedicated feed for the turbocharger to provide increased
pressure at the turbo and faster oil delivery Piston - cooling oil jets 16.5:1 compression ratio Common
rail direct
injection fuel system Ceramic glow plugs for shorter heat - up times and higher glow temperatures Balance shaft that contributes to smoothness and drives the oil pump Laminated steel oil pan with upper aluminum section that contributes to engine rigidity and quietness B20 bio-diesel capability.
Pressure in the common
rail injection system has been increased.
However, its common
rail engine (2,500 bar maximum
injection pressure) is equipped with sequential turbocharging.
The common -
rail system generates up to 2,500 bars of
injection pressure.
Improved combustion efficiency and emissions performance due to a newly adopted two - stage turbocharger, ultra-high
pressure common -
rail system, highly efficient exhaust gas recirculation (EGR), and an exhaust pipe fuel
injection system.
Featuring a high
pressure common
rail injection system and 4v per cylinder valvetrain, the Duramax replaced the long outdated Detroit diesel (2001 - 2004 model years).
By featuring
pressure feedback from each fuel injector instead of using a traditional single
pressure sensor in the common
rail, i - ART makes it possible to continuously monitor and adapt fuel
injection per combustion in each of the four cylinders.
The BMW TwinPower Turbo technology featured on the 2 - liter power unit comprises a two - stage charging system and Common
Rail direct
injection operating at a maximum
pressure of 2,500 bar.
The
pressure of the common -
rail injection system has been increased to 2000 bar (previously: 1600 bar).
Fuel is supplied by the latest generation of common -
rail fuel
injection using piezo - injectors operating at a maximum
pressure of 1,800 bar.
Both state of the art direct
injection, high
pressure or common
rail, variable distribution, close to 500 c.c. per cylinder displacement, stop / start system... you name it...
A common -
rail fuel
injection system precisely optimizes performance and fuel efficiency, while a high -
pressure 29,000 pounds per square inch
injection calibration enables smoother, quieter operation with reduced emissions.
Controlled engine through open source engine control unit, which gave access to parameters such as start of
injection,
injection pressure,
rail pressure turbocharger and EGR