Mazda RF-T DI engine
Engines

Mazda RF-T DI engine

Specifications of the 2.0-liter Mazda RF-T DI diesel engine, reliability, resource, reviews, problems and fuel consumption.

The 2.0-liter diesel engine Mazda RF-T DI or 2.0 DiTD was produced from 1998 to 2004 and was installed on the most popular models of the company of its time, such as 323, 626 or Premacy. In total, there were three different modifications of such a power unit: RF2A, RF3F and RF4F.

The R-engine line also includes internal combustion engines: RF and R2.

Specifications of the Mazda RF-T 2.0 DiTD engine

Basic modifications RF2A, RF3F
Exact volume1998 cm³
Supply systemdirect injection
Internal combustion engine power90 hp
Torque220 Nm
Cylinder blockcast iron R4
Block headaluminum 16v
Bore86 mm
Piston stroke86 mm
Compression ratio18.8
Features of the internal combustion engineSOHC
Hydraulic compensatorsno
Timing drivebelt
Phase regulatorno
TurbochargingYes
What kind of oil to pour4.7 liters 5W-30
fuel typediesel
Environmental classEURO 2/3
Approximate resource300 000 km

Powerful modifications of RF4F
Exact volume1998 cm³
Supply systemdirect injection
Internal combustion engine power100 - 110 HP
Torque220 - 230 Nm
Cylinder blockcast iron R4
Block headaluminum 16v
Bore86 mm
Piston stroke86 mm
Compression ratio18.8
Features of the internal combustion engineSOHC, intercooler
Hydraulic compensatorsno
Timing drivebelt
Phase regulatorno
TurbochargingVGT
What kind of oil to pour4.7 liters 5W-30
fuel typediesel
Environmental classEURO 2/3
Approximate resource275 000 km

The weight of the RF-T DI engine is 210 kg (with attachment)

The RF-T DI engine number is located at the junction of the block with the head

Fuel consumption Mazda RF-T DI

Using the example of a 626 Mazda 2000 with a manual transmission:

City7.4 liters
Track5.1 liters
Mixed5.9 liters

Which cars were equipped with the RF-T 2.0 DiTD engine

Mazda
323 VI (BJ)1998 – 2003
626V (GF)1998 – 2002
Premacy I (CP)1999 – 2004
  

Disadvantages, breakdowns and problems of RF-T DI

This unit has no proprietary weaknesses, its problems are typical for diesel engines

The motor does not like the left diesel fuel, it is easy to get there for repair of fuel equipment

The turbine is not famous for its largest resource, in the range from 100 to 200 thousand km

It is better to change the timing belt every 100 km, or it will break the rocker if it breaks

There are no hydraulic lifters here and every 100 km the valve will have to be adjusted


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