Description
Hydraulic brake control block ABS ATE
With a piece of wiring
Part description
This used ECU ABS for Peugeot 206 is intended for brake system repairs where the original faulty ABS/ESP module needs to be replaced. Includes hydraulic ABS ATE brake control block and wiring piece, which can make it easier to install or repair a damaged connection.
The part is especially suitable for mechanics and home repairers who are looking for a spare car part according to the exact designation. When choosing, it is therefore important to compare not only the type of part, but also all the numbers listed on the label and connectors.
Technical information
- Manufacturer: ATE
- Model: Peugeot 206
- Other numbers: 9652342980, 10.0970-1114.3, 10.0207-0036.4, 4541V5, 4541V6, 4541RW, 1682608780
Product codes
Installation recommendations
This part is an ABS module with hydraulic part and wiring. The exact procedure may vary according to the specific design of the car, so below we provide a generally applicable procedure typically for this type of part.
1) Before assembly
- Check that all product numbers on the original and new part match.
- Compare the shape of the body, the location of the outlets, the number and design of the connectors and the piece of cabling supplied.
- Check the condition of the contacts, threads, attachment and hydraulic connection points.
- Verify that the part is not mechanically damaged, dirty or corroded in critical areas.
2) Necessary tools and materials
- Basic set of hand tools
- Suitable wrenches for removing brackets and connections
- Cleaning agent for technical parts and lint-free cloths
- Protective gloves and means for capturing operating fluids
- Diagnostic equipment if a system check is required after installation
3) Step-by-step assembly procedure
- Secure the vehicle against movement and prepare the work area in such a way that the brake system is not contaminated.
- Disconnect the battery and only then start disassembling the original part.
- Mark the wiring connections and individual lines to avoid confusion during reassembly.
- Carefully disconnect the electrical connector or connected part of the wiring.
- Unfasten the original ABS module and carefully remove it.
- Before mounting the spare part, clean the mating surfaces and check the condition of the surrounding connections.
- Compare the replacement part again with the old part immediately before fitting.
- Place the part in place and secure it without using force so that it fits correctly in the holders and connections.
- Connect the electrical part and any piece of wiring so that the wiring is not stretched, broken or in contact with moving parts.
- Check the correct seating of all joints and the overall cleanliness of the work area.
- Connect the battery and perform a basic system function check.
- If the condition of the car requires it, perform a diagnostic check and verify that the system does not report a fault.
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4) Post-assembly checks and test drive/function verification
- Check that the part is firmly seated and the electrical connections are properly secured.
- Verify that there are no signs of leakage or mechanical stress at the mounting location.
- After starting the car, watch the brake system and ABS lights.
- Carry out a careful test drive and verify the standard behavior of the braking system without any unusual symptoms.
5) The most common assembly mistakes + how to avoid them
- Exchange part by incomplete number – always compare all markings on the part.
- Damage to the connector or wiring – do not manipulate the connectors with force and check the condition of the latches.
- Mounting a dirty part or in a dirty area – clean everything carefully before installation.
- Incorrect seating of the module – before tightening, check the position in the holders and the continuity of the connection.
- Skip exit inspection – after installation, always verify the system’s function and the car’s behavior during a test drive.
Reasons why the part is damaged
- long-term exposure to moisture and corrosion
- damage to electrical connectors or wiring
- vibration and mechanical stress during operation
- pollution and clogging of working parts
- intervention during unprofessional disassembly or assembly
- failure of a downstream part of the braking or electrical system
