Peugeot 307 Sw Autodata Jun 2026

The Essential Guide to Peugeot 307 SW Autodata: Specifications, Procedures, and Technical Insights The Peugeot 307 SW (Station Wagon) stands as one of the most distinctive vehicles in the compact family car segment. Produced between 2002 and 2008, it combined the practicality of an estate with the panoramic visibility of an MPV, largely thanks to its massive, optional glass roof. However, for automotive technicians and advanced DIY mechanics, the 307 SW is defined not by its windows, but by the complexity of its electronics and engine management systems. When repairing, servicing, or diagnosing this vehicle, having access to standard owner’s manuals is rarely sufficient. This is where Autodata becomes an indispensable tool. This article explores the critical technical data found in Autodata for the Peugeot 307 SW, covering engine variants, timing procedures, service intervals, and the specific diagnostic challenges that define this French classic. What is Autodata and Why is it Critical for the 307 SW? Autodata is a technical information system used by professional garages worldwide. Unlike a standard owner’s handbook, which tells you where the dipstick is, Autodata provides the deep engineering specifications required to rebuild engines, configure ECUs, and navigate complex repair procedures. For the Peugeot 307 SW, Autodata is particularly valuable because of the car's reliance on the PSA Group’s multiplexed wiring systems (CAN bus). The 307 range was one of the first from Peugeot to fully integrate complex body control modules (BSI) with engine management. Without the detailed wiring diagrams and pin-out data found in Autodata, diagnosing electrical faults in a 307 SW can quickly turn into a guessing game. Engine Range and Technical Specifications The 307 SW utilized a wide array of engines, ranging from economical petrol units to robust HDi diesel engines. When searching for "Peugeot 307 SW Autodata" information, the first step is identifying the correct engine code. Autodata organizes data strictly by these codes, ensuring the technician uses the correct torque settings and timing procedures. Petrol Engines The petrol lineup is generally straightforward but requires specific attention to timing belt intervals.

1.4L (TU3JP): A reliable entry-level engine. In Autodata, you will find the timing belt replacement interval is often listed at 40,000 miles or 4 years for older models, though this was later extended. The tensioning procedure requires specific tools to lock the camshaft and crankshaft. 1.6L (TU5JP4): This 16-valve unit is popular. Autodata highlights a critical difference for this engine: it requires high-quality oil (usually PSA B71-2290 or 2296 spec) due to the hydraulic tappets and variable valve timing. 2.0L (EW10J4): Found in the sportier variants, this engine shares architecture with the Citroën Xsara and C5. Autodata provides the specific torque-to-yield bolt settings for the cylinder head, which is crucial during a head gasket replacement.

Diesel Engines (HDi) The HDi engines are the workhorses of the 307 SW, but they require strict adherence to Autodata specifications regarding the fuel and intake systems.

1.6 HDi (DV6ATED4): This became the most common engine in later models. Autodata details the complex Diesel Particulate Filter (DPF) regeneration procedures. If a mechanic attempts to force regeneration without checking the specific oil dilution thresholds listed in Autodata, engine damage can occur. 2.0 HDi (DW10ATED): A very durable engine, but prone to EGR (Exhaust Gas Recirculation) issues. Autodata provides the vacuum diagram and the electronic activation values for testing the EGR valve duty cycle. peugeot 307 sw autodata

The Critical Issue: Timing Belt Replacement Intervals One of the most searched topics regarding the Peugeot 307 SW Autodata archives is the timing belt schedule. PSA Group (Peugeot and Citroën) famously extended the service intervals for timing belts during the production life of the 307, which caused significant confusion in the aftermarket. Originally, many 307 engines were sold with a timing belt interval of 72,000 miles . However, due to belt failures, Peugeot issued technical bulletins revising this downward. According to Autodata entries for most 307 SW engines (especially the 1.4 and 1.6 petrols, and the 2.0 HDi), the recommended replacement interval is often **40,000 miles or

Peugeot 307 SW Autodata: The Complete Technical Specification Guide When it comes to maintaining, repairing, or simply understanding a used estate car like the Peugeot 307 SW , guesswork is not an option. Launched in 2002 as the estate version of the popular C-segment hatchback, the 307 SW (Station Wagon) offered versatility, a panoramic sunroof, and flexible seating. However, like any complex European vehicle from the mid-2000s, it requires precise technical data. This is where Autodata becomes the gold standard for mechanics and DIY enthusiasts. In this article, we dive deep into the Peugeot 307 SW Autodata specifications, covering engine codes, service intervals, torque settings, electrical systems, and common fault diagnostics. What is Autodata and Why Does the Peugeot 307 SW Need It? Autodata is a technical information system used by professional garages worldwide. It provides standardized, manufacturer-accurate data for vehicle servicing, repair, and diagnostics. For a Peugeot 307 SW, Autodata bridges the gap between a generic Haynes manual and an expensive dealer-level Peugeot Planet diagnostic tool. Using Peugeot 307 SW Autodata information ensures you use the correct grade of oil, tighten bolts to the right Newton meters (Nm), and interpret fault codes correctly. Ignoring this data can lead to snapped bolts, oil sludge, or recurring electrical gremlins, especially in the 307 SW’s complex BSI (Built-in Systems Interface) unit. Engine Options and Autodata Identification The Peugeot 307 SW was offered with a wide range of petrol and diesel engines. Autodata helps you identify your specific engine via the Engine Code (DV6, DW10, TU5JP4, etc.) , usually found on a sticker near the timing belt cover or in the VIN. Petrol Engines (Autodata Key Codes) | Engine Size | Engine Code | Power | Notes | | :--- | :--- | :--- | :--- | | 1.4L 8V | KFW (TU3A) | 75 hp | Basic entry-level, reliable but underpowered for SW | | 1.6L 16V | NFU (TU5JP4) | 110 hp | Most common petrol; known for coil pack failures | | 2.0L 16V | RFN (EW10J4) | 138 hp | Smooth, but timing belt is critical | | 2.0L 16V | RFJ (EW10A) | 140 hp | VVT version; use only 5W30 oil per Autodata | Diesel Engines (The 307 SW’s Strong Point) | Engine Size | Engine Code | Power | Autodata Notes | | :--- | :--- | :--- | :--- | | 1.6L HDi | 9HZ (DV6TED4) | 90/109 hp | FAP filter (DPF) equipped; requires low-ash oil | | 2.0L HDi | RHS (DW10BTED4) | 90 hp | No DPF on early versions | | 2.0L HDi | RHR (DW10BTED4) | 136 hp | Siemens injection system; injector clamp torque critical | According to Peugeot 307 SW Autodata , the diesel HDi engines are robust but sensitive to fuel contamination. Always cross-reference the exact build date (pre/post 2005 facelift) because many electrical pinouts changed. Critical Service Interval Data from Autodata One of the most searched sections in Autodata is the service schedule. For the Peugeot 307 SW, the intervals depend on engine and market, but Autodata provides a standardized framework.

Oil Change: Every 12,000 miles (20,000 km) or 1 year. Use 5W30 (ACEA C2 for diesels with DPF; ACEA A5 for petrol). Oil Capacity (with filter): 1.4L petrol (3.25L); 1.6L HDi (3.8L); 2.0L HDi (4.25L). Timing Belt Replacement: Every 120,000 miles or 10 years. Crucial for DV6 and DW10 diesels – interference engines mean belt failure destroys valves. Auxiliary Belt: Replace at same interval as timing belt. Fuel Filter (Diesel): Every 24,000 miles (40,000 km). Spark Plugs (Petrol): Every 24,000 miles (NGK LFR5A-11 or equivalent). Air Filter: Every 24,000 miles or sooner in dusty conditions. The Essential Guide to Peugeot 307 SW Autodata:

Torque Settings (Newton Meters) – The Mechanic’s Bible Over-tightening on a Peugeot 307 SW can strip the aluminum threads of the engine block or cylinder head. Below are Peugeot 307 SW Autodata verified torque values:

Wheel Bolts: 90 Nm (Do not use an impact gun without a torque stick – alloy wheels crack easily). Engine Oil Drain Plug: 1.4/1.6L petrol (25 Nm); All HDi diesels (30 Nm). Always replace the copper washer . Spark Plugs: 28 Nm. Cylinder Head Bolts (2.0 HDi – DW10): Stage 1: 20 Nm, Stage 2: 70 Nm, Stage 3: Angle-tighten 260 degrees (requires angular torque gauge). Crankshaft Pulley Bolt (1.6 HDi): 50 Nm + 75 degrees (single-use bolt – must replace). Front Brake Caliper Carrier: 110 Nm. Rear Hub Nut: 200 Nm.

Note: Do not trust generic online forums. Always verify with an Autodata subscription or a screenshot from a verified technical database for your exact model year. Electrical Systems: BSI and Fuse Box Data The Peugeot 307 SW is notorious for electrical issues, especially related to the BSI (Built-in Systems Interface) unit. Autodata provides essential electrical diagrams and troubleshooting flows. What is Autodata and Why is it Critical for the 307 SW

BSI Location: Behind the glovebox (RHD) or above the fuse box (LHD). BSI Reset Procedure (from Autodata):

Disconnect battery negative terminal. Wait 3 minutes (BSI capacitors drain). Reconnect battery without turning on any accessories. Wait 10 minutes for BSI to reboot before starting engine.