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出口采购70KW汽油发动机 参数 查看采购商

大宗采购 | 2021-04-27 14:28:51

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出口采购70KW汽油发动机,满足欧V排放,每天150台,大量出口,要求满足下列要求,请厂家对接。             河北 石家庄
 

  

Subject Petrol Engine (Euro-V) for the Pick-Up
TO
Project
Name: Petrol Engine (Euro-V with EOBD) Project Code:

Continents
section Subject Page No.
1 Introduction
2 Company overview
3 Scope of work
4 Engine General Specifications
5 Vehicle General Specifications
6 Appendices
6-1 Appendix 1:
Required Deliverables from Supplier
6-2 Appendix 2:
Engine Specifications
Required from Supplier
6-3 Appendix 3:
Engine Tests
Required from Supplier
6-4 Appendix 4:
Engine Calibration Test Report
Required from Supplier

1. Introduction
We are seeking proposal for Gasoline Engine based on product portfolio covering performance range. This RFP presents the
general technical specs of engine. Development of subsystems that need to be done for whole vehicle (e.g. EMS Calibration,
cooling system, fueling system, air system …)
3. Scope of Work
Focusing on engine for pick up, we have a 2.4 Lit. Bi fuel petrol/CNG engine (Z24I/IB) on light pickup. These engine is
installed on the pickup with nearly application of light truck; To update range of production and covering market demand for
more production, we are planning to install a gasoline engine which is capable to compete with the same category
concerning their performance, fuel consumption and emission level (pollution & noise).
Proposed solutions should be corporate following criteria as well:
? Emission standard should be in compliance with European Standards (Euro-5 with EOBD)
? Should have Justifiable fuel consumption and NVH.
? Cover requested Power, low end and Max torque.
? The engine pack should be including: 1- Power Steering components 2- HVAC Compressor
? Required engine for production: 150 Set/day
4. Engine general Specification
Following table provides petrol engine expected performance as well as current Pickup in production figures in brief:

Platform
Z24 (Current)
Engine
Specs.
Engine type In line gasoline Same as Z24
Number of cylinder 4, MPFI Same as Z24
Max displacement (L) 2.4 < 2.4
Valve Train SOHC Same as Z24
Max .power Kw/rpm 70/4500 Same as Z24
Max. Torque NM/rpm 175/2500
Same as Z24
Torque @ 1500rpm
(N.m) 175
Same as Z24
Min. BSFC (gr/kwh)
Gasoline @ Full Load 265 Less than 250
Weight (kg) 140 TBD
Dimensions L*W*H (mm) 600*600*700 TBD
configuration
CNG Protection

Emission on NEDC (gr/km) Euro IV Euro-V with EOBD
ECR 83-05
Electro?Magnetic
Control
EMC , ECR 10
CO2 on NEDC (gr/km) 250 < 230
Transmission Manual/Automatic M M
IV | P a g e
EMS CNG/CAN/OBD/ESC CNG Single ECU -
Vehicle
GVW (Kg) 3800 3800
CVW (kg) 1700 1700
Drive type RWD RWD
Gard ability% 35 35
Safety ABS/EBD/ESD

1 GENERAL
Padra Plus (4*2)
1-1 Vehicle Class N2
1-2 Power Train Configuration Longitudinal 2WD
1-3 Power Train Layout Front Engine RWD
1-4 Number Of Seats 2
1-5 Number Of Doors 2
1-6 Spare Wheel Position Under Chassis
1-7 Body Type Single Cab
1-8 Emission EURO 5 + EOBD
2 DIMENSIONS
Pick-up (4*2)
2-1 Overall Length 4808 mm
2-2 Overall Width 1690 mm
2-3 Overall Height 1660 mm
2-4 Wheel Base 2865 mm
2-5 Front Axle Width 1405 mm
2-6 Rear Axle Width 1400 mm
2-7 MIN. Ground Clearance 210 mm
3 ENGINE
Described in engine general specifications
4 CLUTCH
4-1 Type Dry , Single plate
4-2 Operation Hydraulic
5 TRANSMISSION
V | P a g e
5-1 Model F4W81A
5-2 Type manual control
5-3 Gear Changing Mechanism Direct on top of gearbox
5-4 No. of speed 5+1
5-5 Gear Ratio:
5-5-1 1st 5.429 : 1
5-5-2 2nd 3.048 : 1
5-5-3 3rd 1.780 : 1
5-5-4 4th 1.000 : 1
5-5-5 5th 0.78 : 1
5-5-6 Reverse 6.544 : 1
6 AXLES
6-1 Final Drive Ratio 5.571 : 1
7 FEATURES (STANDARD/OPTION)
7-1 Immobilizer Standard
7-2 Power Window -
7-3 Power Mirror -
7-4 Airbag -
7-5 3-point safety belts Standard
7-6 Front fog lamp -
7-7 Rear fog lamp Standard
7-8 Hydraulic jack Standard
7-9 Tools bag Standard
7-11 Tachograph Standard
7-12 Air condition Option
7-13 Sunroof -
7-14 ABS (anti-lock braking system) Standard
7-15 EBD (Electronic brake force
distribution) brake Standard
7-16 ESP (Electronic stability program)
brake -
7-17 Brake shoe auto adjuster (rear
wheels) Standard
7-18 Seat heater -
7-19 Ambient Temperature -20 up to 55 °C
7-20 Ambient solar load 1000 w/m^2
7-21 Humidity Up to 100%
7-22 Power Steering Option Steering Ratio(Hydraulic ) 16.5±1
VI | P a g e
Appendix 1:
Required Deliverables from Supplier
No Title System Format Dependent
1 Feasibility Study Report Engine Report Product Design
Specification
2 Concept Design Report Engine Report Concept Design
Report & Packaging
3
Engine
Specifications(Appendix
4)
Engine Engine Spec.
Cooling System
Evaluation +
Performance
Analysis+Target
setting
4
System Test according to
section 3.4.2 Engine Test Report System Verification
5
Engine Cooling
Simulation Report Engine Report Cooling systen
evaluation
6 Engine CAD DATA Engine CATPART Pakaging+ System
Verification
7
Engine External
Dimension Engine Drawing Pakaging+ System
Verification
8
Engine /calibration Test
Reports (Appendix 3) EMS & Engine Test Report System Verification
VII | P a g e
Appendix 2:
Engine Specifications
Required from Supplier
Title Dependent
Moment of Inertia Concept Design Report & Crash
Analysis
Optimum operating temperature range of engine Target Setting+ Cooling System
Evaluation
Maximum permissible operating temperature of engine Target Setting+ Cooling System
Evaluation
Optimum operating temperature range of engine oil Target Setting
Thermostat technical specifications including opening
temperature
And fully open temperature
Target Setting
Engine Heat Rejection Map Cooling System Evaluation
Engine Power Map Cooling System Evaluation
Water Pump Map Cooling System Evaluation
Engine Pressure Loss ( Coolant side) Cooling System Evaluation
Water Pump 10 Crankshaft pulleys ratio Cooling System Evaluation
Capacity of Water Jacket (Recommended) Cooling System Evaluation
Expansion tank or Radiator cap pressur Cooling System Design
Engine Weight Vehicle Weight Target Analysis+
VOS & Crash Analysis
Catalyst Converter Technical Specifications Concept Design Report
Bore Performance Analysis
Stroke Performance Analysis
Compression ratio Performance Analysis
Throttle diameter Performance Analysis
Engine torque map Performance Analysis
Engine BSFC map Performance Analysis
All emissions map Performance Analysis
Engine BMEP map Performance Analysis
Spark advance map (Recommended) Performance Analysis
Lxhausi manifold gas temperature map Performance Analysis
Pressure map at upstream and downstream catalyst Performance Analysis
Volumetric efficiency in difference engine revolve at full load
(Recommended) Performance Analysis
Instantaneous cylinder pressure (p-tcta) in difference engine
revolve al full load ( Recommended ) Performance Analysis
Appendix 3:
Engine Tests
Required from Supplier
1. ENGINE DURABILITY
(Procedure: FEV XXXX-0100SD-001)
(Target: According to FEV acceptable criteria)
2. COLD PISTON SCUFF
(Procedure: FEV 12686-01 00SD-009)
(Target: According to FEV acceptable criteria)
3. HOT PISTON SCUFF
(Procedure: FEV 12686-01 00SD-008)
(Target: According to FEV acceptable criteria)
4. GENERALTEMPERATURE SURVEY
(Procedure: FEV XXXX-0100SD-018)
(Target: According to FEV acceptable criteria)
5. TIMING DRIVE DYNAMIC
(Procedure: FEV XXXX-0800SD-030)
(Target: According to FEV acceptable criteria)
6. FRICTION
(Procedure: SAE No. 950028)
(Target: According to SAE instruction acceptable criteria)
7. ENGINE INCLINATION
(Procedure: FEV 12686-0100SD-012)
(Target: According to FEV acceptable criteria)
8. OIL AERATJON
(Procedure: FEV 12686-0100SD-006)
(Target: According to FEV acceptable criteria)
9. COOLING FUNCTIONAL
(Procedure: FEV 12686-0100SD-004)
(Target: According to FEV acceptable criteria)
10. VALVE TRAIN
(Procedure: FEV XXXX-0600SD-022)
(Target: According to FEV acceptable criteria)
11. VALVE TEMPERATURE
(Procedure: FEV XXXX-0707CP-023)
(Target: According to FEY acceptable criteria)
12. ENGINE DYNO CALIBRATION
(According to the Appcndix3)
13. ENGINE NOISE
(Procedure: According to supplier procedure)
(Target: 1 Noise level less than K4M engine)
14. ENGINE POWER ( E-mark)
(Procedure: EEC 80/1269)
VIII | P a g e
(Target: According to the Section 3.2)
15. Deep Thermo shock
(Procedure: FEV XXXX-0100SD-002)
(Target: According to FEV acceptable criteria)
16. Lubrication Functional
(Procedure: FEV 12686-0100SD-003)
(Target: According to FEV acceptable criteria)
17. Turbocharger test:
? Turbocharger Functional test
? 150 hours Thermal shock test (Including exhaust manifold thermal shock test)
? 100 hours Resonance durability (Including resonance identification test)
? Turbo hot shutdown test
(Procedure and target will be defined by supplier)

Appendix 4:
Engine Calibration Test Report
Required from Supplier
No Title Dependent
1 Engine Calibration on Dynamometer System Verification
1-1 Basic ignition angle System Verification
1-2 Basic injection time System Verification
1-3 Break point determination System Verification
1-4 Combustion limit definition System Verification
1-5 Cylinder distribution measurement System
Verification
1-6 Intake manifold modeling System Verification
1-7 Knock calibration System Verification
1-8 Lambda control System Verification
1-9 Run-in System Verification
1-10 Wall film compensation System Verification
1-11 Idle speed control System Verification
1-12 Spark advance System Verification
1-13 Fuel Pressure Control System Verification
1-14 Full load Performance System Verification
2 Vehicle Calibration System Verification
2-1
Euro-5 emission development: this test is
performed
on chassis dyno at the site of calibration
software supplier.
System
Verification
2-2 Gear ratio calibration System Verification
2-3
Euro-5 emission development: The report of
emission confirmation test on chassis dyno
at Zamyads site.
This test is done before T.A test.
System Verification
2-4 Wall film compensation System Verification
2-5 OBD/EOBD System Verification
2-6 Cold start System Verification
2-7 Idle speed control System Verification
2-8 ROM validation System Verification
3 Cold trip and fuel adaptation System Verification
3-1 Cold start System Verification
XI | P a g e
3-2 Adaption value monitoring System Verification
3-3 Basic injection time System Verification
3-4 Basic ignition angle System Verification
3-5 Full load enrichment and catalyst
overheating prevention System Verification
3-6 Idle stability and additional correction System Verification
3-7 Drivability System Verification
3-8 Fan diagnosis calibration System Verification
3-9
Base emission test report: The report of
emission test which is done at the end of
cold trip test.
System Verification
4 Hot trip System Verification
4-1 Cold start System Verification
4-2 Injection time validation
4-3 Full load enrichment and catalyst
overheating prevention System Verification
4-4 Exhaust gas temperature modeling
validation
System Verification
4-5 Hot fuel handling System Verification
4-6 Knock validation System Verification
4-7 Idle stability System Verification
4-8 AC and Cooling fan strategies
4-9
Emission test report: The report of
emission test which is done at the end of
hot trip test.
System Verification
5
Hex file or data file including value of torque distribution, power distribution, lambda distribution, basic ignition angle distribution, start of injection distribution, mass air flow distribution, intake manifold distribution, average spark retard due to knocking combustion distribution, exhaust gas temperature upstream catalyst distribution, exhaust gas temperature in exhaust manifold distribution, exhaust gas temperature downstream catalyst distribution, pressure at upstream catalyst distribution, brake specific fuel consumption distribution, NOx emission distribution, CO emission distribution, and HC emission distribution over the whole map (BMEP versus engine revolve) and etc ... and all data that related to this calibration

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