fuel consumption GREAT WALL FLORID 2008 Service Manual

Page 18 of 281

Downloaded from www.Manualslib.com manuals search engine 11Overall Parameters
ItemS08 S16S12
GW413EFGW4G15YC4W75-31
Size Pa-
rameters
(no load)
(mm)
Length3907
Width1694
Height1521
Wheelbase2368
Tread: front/rear1459/1430
Front suspension813
Rear suspension726
Quality
Parameters
Load capacity (kg)5 people × (68±7) kg/person
Curb weight (kg)113511201118
Gross vehicle weight (kg)151014951493
Unload axle load distribution: front/rear (kg)646/434669/451689/429
Unload centroid location (x, y, z) (mm)951/27/285.9954/27/285.9909/27/285.9
Full load axle load distribution: front/rear (kg)748/707770/725791/702
Full load centroid location (x, y, z) (mm)1151/22/375.51148/22/375.51114/22/375.5
Passing
Ability
Parameters
Minimum turning diameter (m)11
Minimum ground clearance (mm)127 (full load)
Approach angle (°)17 (full load)
Departure angle (°)20 (full load)
Breakover angle (°)16 (full load)
Dynamic
Performance
Minimum stable speed of the direct gear (km/h)≤25
Direct drive 25 km/h - 100 km/h acceleration
time (s)≤32
Acceleration time from standstill with the first
gear to shifting gears until reaching 100 km/h (s)≤19
Maximum speed (km/h)162178152
Maximum climbing capacity (%)30.63434.3
Economy
Sliding distance (m) of 50 km/h initial speed≥500
F u e l c o n s u m p t i o n o f 9 0 k m / h s p e e d w i t h
constant velocity (L/100 km)5.796.14.25
Fuel consumption of 120 km/h speed with
constant velocity (L/100 km)≤8.5
U n d e r t h e u r b a n a n d s u b u r b d r i v i n g c y c l e
simulation (L/100 km)≤7.5≤8.1≤7.5
Braking
Performance
Service braking distance (m) of 50 km/h initial
braking speed19.0≤ (no load) ≤ 20 (full load)
Emergency braking distance (m) of 50 km/h
initial braking speed ≤38
Grade braking (%)≥18
Stability
Maximum angle of rolling stability when empty
or inactive (°)≥35
Handling stability (min)Nan≥60 and NZ≥60
Basic Parameters of the Overall Vehicle

Page 19 of 281

Downloaded from www.Manualslib.com manuals search engine GWFLORID Maintenance Manual12
Ride
Performance
Outter acceleration noise dB (A)≤74≤75
60 km/h constant velocity interior noise dB (A)≤65≤65
Driver operating noise dB (A)≤90≤90
Emission
CO emission (g/km)≤2.30≤1.00≤0.64
HC emission (g/km)≤0.20≤0.10/
NOx emission (g/km)≤0.15≤0.08≤0.5
Particle emission (g/km)//≤0.05
Smoke density//≤4.0
Engine Technical Parameters
ItemUnitSpecifications and Parameters
Model numberGW413EFGW4G15YC4W75-31
Model
Inline four cylinder, 4-stroke, water cooling, dual
overhead camshaft, petrol engine
Inline four cylinder,
4-stroke, water cooled,
dual overhead camshaft,
diesel engine
Fuel supply typeElectronic controlled, multi-points ordinal injection
High pressure electronic
controlled common-rail
fuel injection
Cylinder bore ×
strokemm × mm78.7 × 69.075 × 84.771.0 × 77.0
DisplacementL1.3421.4971.219
Compression ratio9.3:110.5: 118.5:1
Number of valves/
cylinder16/4
Lowest rate of fuel
consumption g/(kW·h)<260≤260215
Maximum power/
rotation speed kW/(r/m)65/600077/600050/4200
Max. torque/
rotation
speed
N·m/(r/m)115/4400-5200138/4200153/2000-2400
Total net weightkg11596142±2
Idle speedr/min800±50800750±50
Fuel type and
gradeRON/MONUnleaded gasoline, #93Euro diesel fuel
Cooling style and
performance
parameters
Forced water circulation
cooling, the opening
temperature of the
thermostat is 82±2oC, the
water temperature under
normal working condition
is 90-100oC, the opening
pressure of the coolant
compensation box&#39;s
pressure limiting valve is
108±14.7 kpa
Forced water circulation
cooling, the opening
temperature of the
thermostat is 82±2oC, the
water temperature under
normal working condition
is 80-90oC, the opening
pressure of the coolant
compensation box’s
pressure limiting valve is
108±15 kpa
Forced water circulation
cooling, the thermostat
starts to open at 75oC and
is fully open at 85oC, the
opening pressure of the
coolant compensation
box&#39;s pressure limiting
valve is 108±14.7 kpa
Starting style and
performance
Motor starting, starting performance complies with GB18297
requirements 8.1.2 and 8.1.3
Lubricating
methodPressure and splash combination