Mitsubishi Evolution X. Manual - part 115

 

  Index      Mitsubishi     Mitsubishi Evolution X - service repair manual 2008 year

 

Search            

 

 

 

 

 

 

 

 

 

Content   ..  113  114  115  116   ..

 

 

Mitsubishi Evolution X. Manual - part 115

 

 

SYSTEM OPERATION

TSB Revision

LOCAL INTERCONNECT NETWORK (LIN)

54B-5

Frame

Region name

Description

Header

Synchronization 
start region

A region that informs each ECU of the starting of header transmission 
by sending dominant signals for a given period of time.

Synchronization 
region

A region that synchronizes the transmission cycle of each ECU 
connected to the LIN bus line (the slave ECU matches its 
communication speed to that of the master ECU).

Identifier region

A region that stores an ID to call the slave ECU defined by the LIN 
protocol. The number of bytes for the data region is also defined in this 
region.

Response

Data region

A region to store the control data used by ECU that is called by the 
header

Checksum region

A region for checking errors in data content The sending-end ECU 
calculates data region value according to the specified computing 
equation, and the result is stored in this filed. The receiving-end ECU 
detects the transmission error based on the checksum filed value.

NOTES

14-1

GROUP 14

ENGINE COOLING

CONTENTS

GENERAL INFORMATION . . . . . . . .

14-2

WATER PASSAGE  . . . . . . . . . . . . . .

14-3

WATER PUMP  . . . . . . . . . . . . . . . . . .

14-3

GENERAL INFORMATION

TSB Revision

ENGINE COOLING

14-2

GENERAL INFORMATION

M2140000101051

For the cooling system, in addition to the adoption of 
forced water-cooling circulation method to satisfy the 
engine cooling performance, a consideration has 
been given to its serviceability.

• The radiator fan diameter has been increased, 

and the condenser fan has been mounted to the 
back of radiator to increase the fan air volume 
and to improve the cooling performance.

• A cross flow type radiator has been adopted and 

the radiator core size has been increased to 
improve the cooling performance.

• Together with an adoption of resin cooling fan 

shroud, the radiator fan shroud and condenser 
fan shroud have been integrated for a weight 
reduction.

SPECIFICATIONS

CONSTRUCTION DIAGRAM

Item

Specification

Cooling method

Water-cooled pressurized, forced 
circulation with electrical fan

Water pump

Type

Centrifugal impeller

Drive method

Drive belt

Thermostat

Type

Wax pellet with jiggle valve

Valve open temperature 

°C (°F)

76.5 (170)

Radiator

Type

Pressurized corrugate type

Core size [width 

× height × 

thickness] mm (in)

700 

× 403.3 × 27 (27.56 × 15.88 × 

1.06)

Performance kJ/h (kcal/h)

253,800 (60,630)

Radiator fan

Fan size mm (in)

φ340 (13.4)

Condenser fan

Fan size mm (in)

φ320 (12.6)

AC710569

Condenser fan motor

Radiator assembly

Radiator upper hose
assembly

Radiator condenser
tank assembly

Radiator fan motor

Cooling fan shroud

Radiator lower pipe

AB

Radiator lower hose

Radiator lower hose

 

 

 

 

 

 

 

Content   ..  113  114  115  116   ..