technical sp0-hb projectairic-ir.com/assets/uploads/uploader/d523d1a7e7197716baa5b770c… · 2-...
TRANSCRIPT
Technical
SP0-HB Project
October ,2017
1- SAIPA and AIRIC
2- Introduction to SP0-HB Project
3- Detail Design Review:
3-1- Body
3-2-Trim and Hardware
3-3- DMU
4- Schedule Timing
5- Significant points about the proposal
2
Content :
SAIPA is the one of the largest automotive manufacturer in the Middle
East, located in Tehran, Iran. The company manufactures a wide
range of passenger cars, pick-ups, & commercial vehicles. Some of
the products are owned brand of SAIPA and some are from other
OEMS like Kia & Renault.
AIRIC is abbreviation for Automotive Industries Research & Innovation
Center of SAIPA. AIRIC 100% belongs to SAIPA.For more info see:
www.saipacorp.com
www.airic-ir.com
SAIPA
3
AIRICAIRIC is the first Iranian automotive design and engineering center, which was established in October 1993. It was officially
inaugurated in the second quarter of 1997 following the procurement and installation of necessary equipment and recruitment of
skilled workforce. AIRIC was designed to, among other things, design vehicles, render services on engineering analysis and
automotive tests, and manufacture prototypes of designed vehicles for both local and international markets.
On the back of successful implementation of vehicle design and research projects, and startup of standard experimental
laboratories to test vehicles and auto parts, AIRIC made its presence felt on the automotive stage and secured a special status
among automakers, parts manufacturers, and government organizations. AIRIC takes care of A to Z of automotive design
and design changes - market assessment and through final stages of vehicle testing. Quality is the name of the game all
the way down the line. Presence of skilled workforce, high technical know-how, experience of the past years and Airicll-equipped
laboratories have all contributed to the high potential of AIRIC. Taken into account the heavy investment made in the sector, and in
order to make optimal use of facilities, which are on hand at these workshops, AIRIC has embarked on rendering services to other
industrial firms and organizations in a wide array of fields such as research projects, engineering services and laboratory tests.
AIRIC offers services to a large number of institutions, among them such automakers as Iran Khodro, Saipa, Pars Khodro, Sapco,
and non-automotive institutes and organizations such as the Iranian Standard and Quality Inspection Company, the Fuel
Optimization Organization (an Oil Ministry affiliate), the Industrial Research and Standard Organization, Tehran Air Quality Control
Company, the Research Jihad Institute, and the Environment Protection Organization.
4
1- SAIPA and AIRIC
2- Introduction to SP0-HB Project
3- Detail Design Review:
3-1- Body
3-2-Trim and Hardware
3-3- DMU
4- Schedule Timing
5- Significant points about the proposal
5
Content :
Dimension SP0‐HB SP0‐Mini SUV SP0‐NB
Length (mm) 4069 4194 4307
Wheelbase (mm) 2500 2500 2500
AIRIC intends to design & develop a new product family in B-class segment on a modular
platform in project called SP0.
This family has three models which are :
• Hatch back
• Mini SUV
• Sedan
6
SP0-HB Project :
Scope of work for design review is for Hatch back model.
1- SAIPA and AIRIC
2- Introduction to SP0-HB Project
3- Detail Design Review:
3-1- Body
3-2-Trim and Hardware
3-3- DMU
4- Schedule Timing
5- Significant points about the proposal
7
Content :
Most of the Underbody parts of SP0 project are carry over fromSP100. Scope of review In this proposal, just the new parts shownin the image below.
8
Body detail design review scope :
New PartsNew Parts
C/O PartsC/O Parts
9
3D detail design files for parts and assemblies
2D drawing for parts and assemblies
Paint and sealing operations
Input data :
Workability , Productivity & Quality of Design.
Weld ability (Gun access, flange length, welding layer,..)
Assembly ( Parts loading, assembly sequence )
Sealing & water leakage
Part Simplification
Process Minimizing
Matching Condition
Paint (ED quality , drain holes, sealer area,..)
10
Body detail design review scope:
Cost and weight reduction proposals
Safety and/or Regulatory (& A,B,C) Characteristics (CSR) Review in 2D Drawings
General and special tolerance for parts and assemblies GD & T review
Mistake-Proof recommendations
Noise reduction recommendations
Panel strength recommendations
11
Body detail design review scope:
MCP and Tolerance:
Other items:
MCP review
1- SAIPA and AIRIC
2- Introduction to SP0-HB Project
3- Detail Design Review:
3-1- Body
3-2-Trim and Hardware
3-3- DMU
4- Schedule Timing
5- Significant points about the proposal
12
Content :
Trim and hardware design review scope:
all the interior and exterior trim and hardware parts
13
Assembly Review
Sealing & water leakage Review
Weight analysis review and proposals for weight and cost reduction
Mistake-Proof recommendations
Recommendations to eliminate squeak and rattle
14
Trim and hardware design review scope:
Master Location / Control Point (MCP/MCS) Definition review
General and special tolerance for parts and assemblies
Tolerance stack up analysis review
MCP & Tolerance:
Hierarchy classes of characteristics review
Proposals for completely clarifying Safety and/or Regulatory (S,R,1,2,3)
characteristics .
15
Trim and hardware design review scope:
Important Characteristics:
1- SAIPA and AIRIC
2- Introduction to SP0-HB Project
3- Detail Design Review:
3-1- Body
3-2-Trim and Hardware
3-3- DMU
4- Schedule Timing
5- Significant points about the proposal
16
Content :
Package layout review
17
DMU design review scope:
Geometric homologations and regulations review
Ergonomic review
Mechanism simulation and package envelope review
Hand reach review
Serviceability review
Tool access review
Clash & clearance between parts in static and dynamic states
Body ,trim and hardware systems :
1- SAIPA and AIRIC
2- Introduction to SP0-HB Project
3- Detail Design Review:
3-1- Body
3-2-Trim and Hardware
3-3- DMU
4- Schedule Timing
5- Significant points about the proposal
18
Content :
The timing that has been considered for design review is 1 month.
19
Schedule Timing :
1- SAIPA and AIRIC
2- Introduction to SP0-HB Project
3- Detail Design Review:
3-1- Body
3-2-Trim and Hardware
3-3- DMU
4- Schedule Timing
5- Significant points about the proposal
20
Content :
1. The proposal MUST include the cost and required timing plan for each of the below mentioned
areas SEPARATELY.
Scope of Work:
1. Requirements and Planning
2. Detail Design:
2-1- Body
2-2-Trim and Hardware
2-3- DMU
2. If your company is not interested to participate in some of the determined areas, please specify
them and prepare your proposal based on only fields that you are going to involve.
3. The format and contents of the required documents which AIRIC has to deliver should be
obviously defined by the consultant.
26