Revue Technique Automobile Peugeot 206 14 Hdi Top ^hot^ Access
Common Rail Direct Injection (Siemens or Bosch).
The Peugeot 206 1.4 HDi is widely regarded as one of the most reliable small diesel engines of the early 2000s. Co-developed by PSA (Peugeot-Citroën), the 1.4 HDi was a downsizing marvel, offering fuel consumption and emissions comparable to larger 2.0L engines of the previous generation, while maintaining a simple architecture that avoided the complexity of the later 1.6 HDi.
Since I cannot generate a copyrighted PDF of a commercial manual (like the official ETAI or Haynes manuals), I have compiled a below. This "paper" covers the most critical technical aspects, common faults, and maintenance specifications for the 1.4 HDi engine (mostly the DV4 series). revue technique automobile peugeot 206 14 hdi top
Please let me know if you'd like me to add or modify anything!
The 1.4 HDi engine, also known by its internal code , is a robust and economical engine. The RTA will provide deep technical insights, but here are the key figures you can expect to find: Common Rail Direct Injection (Siemens or Bosch)
Unlike the 1.6 HDi, which often uses Siemens or Continental systems, the 1.4 HDi typically utilizes a high-pressure pump and injectors.
Le système électrique peut présenter des dysfonctionnements liés aux modules de gestion centralisée ou au commodo sous le volant (Com2000). Since I cannot generate a copyrighted PDF of
Perte de puissance, fumée noire à l'accélération, voyant moteur allumé.
: 4 cylindres en ligne, 8 soupapes, turbo-diesel Code moteur : DV4TD (8HX / 8HZ) Cylindrée : 1 398 cm³ Puissance maximale : 68 ch (50 kW) à 4 000 tr/min Couple maximal : 160 Nm dès 1 750 tr/min Puissance fiscale : 4 CV Consommation mixte moyenne : ~4,3 L / 100 km Vitesse maximale : 166 à 168 km/h Pourquoi posséder la RTA Peugeot 206 1.4 HDi ?
8 (2 par cylindre, simple arbre à cames en tête) Puissance fiscale : 4 CV Puissance maximale : 68 ch (50 kW) à 4000 tr/min Couple maximal : 150 Nm à 1750 tr/min
Le faisceau de tuyaux de gazole (l'araignée) frotte contre le boîtier du filtre à air sous le capot moteur. Les vibrations finissent par percer la durite plastique.