2003.5 Peugeot Boxer Dag engine oil

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Page 15 of 181

Peugeot Boxer Dag 2003.5  Owners Manual PEUGEOT SERVICING 
Your vehicle benefits from extended service intervals. 
¥ For petrol engines: every 20,000 miles (30 000 km) or every two years.  
¥ For dual-fuel Petrol or LPG*/CNG** engines: ev

Page 17 of 181

Peugeot Boxer Dag 2003.5  Owners Manual 17-11-2003
MILES (KM) 20 000 (30 000) 40 000 (60 000) 60 000 (90 000)
THE SERVICE LEVELS Each vehicle has its own servicing cycle, based upon the engine type. 
This cycle consists of alternating 3 typ

Page 18 of 181

Peugeot Boxer Dag 2003.5  Owners Manual 17-11-2003
PEUGEOT SERVICING21
MAINTENANCE CYCLE FOR YOUR BOXER PETROL/LPG OR CNG ENGINE
Service every 2 years or 20 000 miles (30 000 km) maximum + LPG/CNG checks every 10 000 miles 
(15 000 km) or e

Page 19 of 181

Peugeot Boxer Dag 2003.5  Owners Manual 17-11-2003
PEUGEOT SERVICING
22
MAINTENANCE CYCLE FOR YOUR BOXER TURBO DIESEL HDI 2.0/2.2 LITRE ENGINE
Service every 2 years or 12 000 miles (20 000 km) maximum
Arduous conditions of use  (see corresp

Page 20 of 181

Peugeot Boxer Dag 2003.5  Owners Manual 17-11-2003
PEUGEOT SERVICING23
MAINTENANCE CYCLE FOR YOUR BOXER 2.8 LITRE TURBO DIESEL HDI/TED ENGINE
Service every 2 years or 12 000 miles (20 000 km) maximum 
Arduous conditions of use (see correspo

Page 22 of 181

Peugeot Boxer Dag 2003.5  Owners Manual 17-11-2003
PEUGEOT SERVICING25
A, B AND C SERVICE LEVELS AND THE INTERMEDIATE VISIT
�: All driving conditions�: Arduous conditions * According to country.
1st Level
Operations Description of operation

Page 23 of 181

Peugeot Boxer Dag 2003.5  Owners Manual 17-11-2003
26
DIESEL
DIESEL
PETROL PETROL
(1) Minimum grade: Petrol engine: ACEA A3 and API SH/SJ; Diesel engines ACEA B3 and API CF/CD.
ACEA = Association des Constructeurs EuropŽens Automobiles (As

Page 24 of 181

Peugeot Boxer Dag 2003.5  Owners Manual 17-11-2003
Recommended lubricants The oils which appear in the table opposite are suitable for most purposes.
The diagram opposite states theoptimum range of viscosity depend-ing on the temperatures a
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