Leave Your Message

COMPLETE ENGINE : Engine Volkswagen CJSA

The 1.8-liter petrol turbo engine Volkswagen CJSA 1.8 TSI has been produced since 2012 and is installed on mid-size models of the concern such as Passat, Touran, Octavia and Audi A3. There is a version of this power unit for all-wheel drive vehicles under the CJSB index.

The EA888 gen3 series includes: CJSA, CJSBCJEBCHHACHHBCXDACNCDCJXC.

    PRODUCT INTRODUCTION

    CJSA (1)p5s

    The 1.8-liter petrol turbo engine Volkswagen CJSA 1.8 TSI has been produced since 2012 and is installed on mid-size models of the concern such as Passat, Touran, Octavia and Audi A3. There is a version of this power unit for all-wheel drive vehicles under the CJSB index.
    The EA888 gen3 series includes: CJSA, CJSB, CJEB, CHHA, CHHB, CXDA, CNCD, CJXC.



    Specifications

    Production years

    since 2012

    Displacement, cc

    1798

    Fuel system

    FSI + MPI

    Power output, hp

    180

    Torque output, Nm

    250

    Cylinder block

    cast iron R4

    Block head

    aluminum 16v

    Cylinder bore, mm

    82.5

    Piston stroke, mm

    84.2

    Compression ratio

    9.6

    Features

    DOHC, AVS

    Hydraulic lifters

    yes

    Timing drive

    chain

    Phase regulator

    on both shafts

    Turbocharging

    IHI IS12

    Recommended engine oil

    5W-30

    Engine oil capacity, liter

    5.2

    Fuel type

    petrol

    Euro standards

    EURO 5/6

    Fuel consumption, L/100 km (for VW Passat 2016)
    — city
    — highway
    — combined

    7.1
    5.0
    5.8

    Engine lifespan, km

    ~260 000

    Weight, kg

    138

    The engine was installed on:
     Audi A3 3 (8V) in 2012 – 2016;
     Audi TT 3 (8S) in 2015 – 2018;
     Seat Leon 3 (5F) in 2013 – 2018;
     Skoda Octavia 3 (5E) in 2012 – 2020;
     Skoda Superb 3 (3V) in 2015 – 2019;
     Volkswagen Passat B8 (3G) in 2015 – 2019;
     Volkswagen Touran 2 (5T) in 2016 – 2018.


    Disadvantages of the VW CJSA engine

     The most serious engine failures are associated with a drop in oil pressure in the system;
     The main reasons lie in the bearing strainers and the new oil pump;
     Not a very high resource here has a timing chain, as well as a phase control system;
     The cooling system often fails: the thermostat is buggy, the pump or valve N488 is leaking;
     Approximately every 50,000 km it is necessary to adapt the turbine pressure regulator.