aircraft systems & manufacturing, inc
TRANSCRIPT
AIRCRAFT SYSTEMS & MANUFACTURING, INC.
104 Golden Oaks Drive, Georgetown, TX 78628
Quality System Manual
Revision D
11 Mar 2016
This manual establishes and describes the
Quality Control/Assurance system used by Aircraft Systems & Manufacturing, Inc.
in support of Production Approval PQ0601SW
Required Physical Manual Distribution
1 of 5 Original-Document Control (Vault)
2 of 5 FAA
3 of 5 President
4 of 5 Director Quality
5 of 5 Production Manager
_________________________
Approved by FAA
Aircraft Systems & Manufacturing Quality Control Manual
Title: Introduction Issue Date: 27 Jun 2013
Page: i Revision: A
TABLE OF CONTENTS
SECTION DESCRIPTION PAGE
- TABLE OF CONTENTS i
- INTRODUCTION iii
- MANUAL CONTROL & REVISIONS iv
- RECORD OF REVISIONS v
- LIST OF EFFECTIVE PAGES vi
I HOUSING AND FACILITIES
II COMPANY ORGANIZATION
III OPERATIONS & PROCEDURES 3.1 Design Data Control 1
3.2 Document Control 4
3.3 Supplier Control 5
3.4 Manufacturing Process Control 7
3.5 Inspection and Testing 8
3.6 Inspection, Measuring and Test Equipment Control 11
3.7 Inspection and Test Status 12
3.8 Nonconforming Product and Article Control 12
3.9 Corrective and Preventive Actions 15
3.10 Handling and Storage 16
3.11 Control of Quality Records 17
3.12 Internal Audits 18
3.13 In-Service Feedback 19
3.14 Quality Escapes 20
3.15 Other Quality Procedures 22
Aircraft Systems & Manufacturing Quality Control Manual
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Table of Contents (cont’d)
IV QUALITY CONTROL FORMS
4.1 QC Forms Index 24
4.1.1 Equipment Calibration Record 25
4.1.2 Vendor Survey Forms 26
4.1.3 Vendor Qualification Tracking 31
4.1.4 PO Receipt 32
4.1.5 Sales Order 33
4.1.6 Work Order 34
4.1.7 Purchase Order 35
4.1.8 MRB Record 36
4.1.9 Stamp Log 37
4.1.10 Stamp Impressions Sample 38
4.1.11 Harness Inspection Checklist 39
4.1.12 Kit Final QC Checklist 40
4.1.13 Manual Review Record 41
APPENDICES
Appendix A – MOU between ASW-190 and ASM 42
Aircraft Systems & Manufacturing Quality Control Manual
Title: Introduction Issue Date: 21 Apr 2014
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INTRODUCTION
This Quality Control Manual (QC Manual) is prepared in accordance with the current
Federal Aviation Regulations, 14 CFR Part 21.307 for PMA Production Approval Holders
(PAH), and the policies of Aircraft Systems & Manufacturing, Inc., also known as ASM.
This manual complies with 14 CFR 21.308 and explains the structure, operations and
administrative requirements of ASM’s PAH in detail. It gives examples of quality forms used
and their method of execution.
Manufacturing of products by ASM’s PAH will be performed in accordance with current
Federal Aviation Regulations (FARs), approved manufacturer's data, drawings,
specifications, ASM’s Quality System Manual and bulletins, and other technical data
approved by the administrator for the particular product or part.
In all circumstances, parts will be manufactured that conform to approved data, are airworthy
and safe for installation and use.
ASM’s Manufacturing Operations and Quality Control are conducted in a separate building a
short distance from the company headquarters. The HQ building houses Administration,
Engineering, Document Control, Archives and Purchasing. Information and requirements
flow in both directions digitally, telephonically and in person, as required.
Documents required for the operation of ASM’s PAH will be kept in the technical library
and maintained in a current status at all times by Document Control.
Management, production and inspectors in the PAH will have a current copy of this manual
in their respective work areas. All personnel will be provided training by the Director of
Quality on the directly applicable portions of this manual and must thoroughly understand
its contents. A record of this training will be kept in individual personnel files.
This manual is approved by the FAA, and compliance with all procedures herein is
mandatory.
The aviation industry is wide ranging, complex and dynamic. It is not possible to cover every
possible situation within either the regulations or a manual. Deviations from the manual must
be authorized in writing by ASM and the FAA.
THIS REVISION OF ASM’S QS MANUAL SUPERCEDES AND REPLACES ALL
PREVIOUS REVISIONS.
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MANUAL CONTROL & REVISIONS
PROCEDURES
1.Each manual will have a control number and an assignment entry on the manual cover
page. A master list containing the manual number, location and revision status will be
maintained by document control.
1.1 The approved original paper manual with physical signatures will be stored in ASM’s
vault in the fireproof safe.
2.The manual will be provided in paper form (copy) to all applicable work areas. A current
on-line (electronic) edition, will be maintained on ASM’s internal secure web-site for
reference by all authorized users.
3.The Director Quality will have those revisions he finds necessary produced in a final form
and transmitted by electronic means (e-mail) to the FAA Manufacturing Inspection District
Office (MIDO) in San Antonio, TX for review and approval, prior to implementation.
4.All proposed changes to the manual will be coordinated with and approved by the FAA
prior to implementation. The Director Quality will be the focal point of applicable FAA
communications. Generally, approved changes are effective immediately unless otherwise
specified.
5.The QC manual is organized for revisioning purposes by a List of Effective Pages. Upon
approval by the FAA, sufficient copies will be made and distributed to provide revision
pages for each physical manual holder.
6.Upon receipt of a revision, each manual holder will be responsible for inserting the revised
pages into its manual, record the revision on the manual’s record of revision page.
7.The Director Quality will audit manuals annually for accurate revisioning, and continued
applicability, and will annotate the inspections on the Manual Review Record (see Section
IV)
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Title: Introduction Issue Date: 11 Mar 2016
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RECORD OF REVISIONS
Retain this record in the manual. Upon receipt of revisions, insert revised pages in the
manual, remove superseded pages, and enter the revision number, revision date, insertion
date and initials of person incorporating the revision, in the appropriate block on the Record
of Revisions.
Revision
No. Revision
Date
Insertion
Date By:
Audit
By:
Initial
Release 04/16/2011
A 27 Jun 2013
B 21 Apr 2014
C 23 Oct 2015
D 11 Mar 2016
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LIST OF EFFECTIVE PAGES
SECTION - - TABLE OF CONTENTS & FRONT MATTER PAGE Cover i ii iii iv v vi REVISION D A A B C D B
DATE 03/11/2016 06/27/2013 06/27/2013 04/21/2014 10/23/2015 03/11/2016 04/21/2014
SECTION I - HOUSING AND FACILITIES
SECTION II - COMPANY ORGANIZATION PAGE REVISION
DATE
SECTION III – OPERATIONS AND PROCEDURES PAGE 1 2 3 4 5 6 6A 7 REVISION A A A B B A A B
DATE 06/27/2013 06/27/2013 06/27/2013 03/11/2016 03/11/2016 06/27/2013 03/11/2016 03/11/2016
PAGE 8 9 10 11 12 13 14 15 REVISION A A A A A A A A
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SECTION IV – QUALITY CONTROL FORMS PAGE 24 25 26 27 28 REVISION A A A A A
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PAGE 1 REVISION IR
DATE 03/11/2016
Aircraft Systems & Manufacturing Quality Control Manual
Title: Housing & Facilities Issue Date: 11 Mar 2016
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1.1 LOCATION
1.1.1 Corporate Headquarters
Aircraft Systems & Manufacturing, Inc., a Texas corporation, is located at:
Aircraft Systems & Manufacturing, Inc.
104 Golden Oaks Drive
Georgetown, Texas, USA 78628
512-869-2737 (office)
www.asminc.net
[email protected] (email)
Functions integrated at the headquarters building include corporate offices,
administration, engineering and design, document control, purchasing and quality
management. All mail service for the company is directed to this location.
1.1.2 Manufacturing
Manufacturing is a satellite facility in close proximity of the headquarters, located
at:
105 Halmar Cove
St 170
Georgetown, Texas, USA 78628
512-943-8432 (office)
Functions integrated at the manufacturing facility include receiving and incoming
inspection, stores, assembly and fabrication, test and inspection, and shipping.
Quality records are stored digitally on distributed servers. This address is used for
shipping and deliveries only, no mail service.
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3.1 DESIGN DATA CONTROL
3.1.1 Design Data
Design data is generated and/or aggregated by ASM’s Engineering staff. Finished
data is managed by Document Control, see paragraph 3.2. The data packages are
coordinated with, reviewed by and ultimately approved by the FAA, in accordance
with current rules, policies and procedures. Any data element, whether a report,
list, diagram, etc., is generically referred to as a “drawing”. Each data package is
unique in format and content, however the following data elements, relevant to
manufacturing and quality, are common and consistent within each data package:
3.1.1.1 Top Drawing List or TDL (also referred to as “Master” drawing list).
List of all drawings, documents and data pertinent to the project
May include other subordinate lists, such as a Fabricated Parts List, Kit
Contents List, etc. Each project varies depending on the complexity of the
project. Certain documents may be embedded within others, or may not be
applicable, or may be titled differently or formatted differently than past
projects. This is determined by engineering, as required.
Drawings/data are listed by drawing number, drawing title, revision level
and date of revision. FAA approval of the Top Drawing List confers
approval of all subordinate drawings listed thereon. Coordination of data
submittal to the FAA and approvals thereof is per Memorandum of
Understanding (MOU) between ASM and ASW-190, dated April 7, 2005.
3.1.1.2 Fabricated Parts List or FPL
List of all drawings relevant to manufacturing of parts (as opposed to
“buy” parts such as standard and/or TSOA parts.
Includes all fabrication drawings for parts and assemblies, special process
drawings, and specification control drawings for parts manufactured to a
certain design which are not considered “standard” or TSOA parts.
Drawings/data are listed by drawing number, drawing title, revision level
and date of revision.
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3.1.1.3 Kit Contents List or KCL
List of sub-kits/sub-assemblies which, when aggregated, form a complete
STC PMA installation kit by part number.
Generally, but not always, ASM applies for PMA of the complete STC
installation kit part number, rather than individual or sub-component parts.
Revision status of the kit part number is defined by the revision status of
the TDL.
3.1.2 Revision Control
All drawings listed under the Top Drawing List, and the TDL itself, are controlled
by revision and date. There are uncountable reasons to revise data. This procedure
does not define the necessity for revisions, only the processes necessary to control
revisions.
3.1.2.1 Generally, any change in any subordinate drawing in a data package causes
that changed drawing to be revised, and any other affected drawings to be
revised concurrently. At a minimum, the Top Drawing List must be revised to
account for any change in revision status of a subordinate drawing.
3.1.2.2 An Engineering Change Order (ECO) is the normal vehicle for defining
changes to a drawing. The ECO form is generated from a sequential list and
log maintained by Engineering, so that each ECO is unique for each drawing,
and accompanies the drawing for its life cycle. In rare circumstances the
required change is easily described on the drawing’s revision table, obviating
the need for an ECO.
3.1.2.3 Revision bars, revision clouds, or change flags are the preferred method of
indicating a change in the body of a drawing and constitute a good practice,
however, are not required.
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3.1.3 Approval
All drawings must be approved before manufacturing may commence.
3.1.3.1 Engineering Approval or Release. This usage of the term “approved” in
engineering drawing title blocks DOES NOT imply FAA approval of the
drawing. This usage indicates that the drawing is completely finished through
ASM’s design, drafting, checking and configuration management, and is in a
state where it can be reviewed and evaluated by FAA personnel for
compliance with regulations.
Engineering Approval or Release is indicated on drawings by the engineer’s or
other company authority’s initials or signatures and dates in appropriate blocks
on the body of the drawing and ECO, if applicable. Engineering Approved or
Released drawings may be used for planning, purchasing, R&D and
prototyping purposes only.
“FAA APPROVED” or “FAA DER APPROVED”. Indicates that the
drawing(s) have been reviewed and evaluated by appropriate FAA personnel,
the design/drawings comply with applicable regulations, and may proceed to
manufacturing.
FAA Approval may be in the form of an FAA Form 8110-3 from a qualified
FAA DER, or in the form of an FAA stamp on the drawing with the FAA
project engineer’s initials.
Revised data is submitted periodically to the applicable ACO on a schedule
and in a form determined by the ACO, or per MOU dated Apr 7, 2005.
Revisions of Instructions for Continued Airworthiness (ICA) are coordinated
with the ACO and applicable AEG.
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3.1.4 Distribution
Design data is distributed to authorized users according to need. Method of
distribution is also according to need.
3.1.4.1 FAA personnel are authorized unlimited access to all design data at any time.
They have access to all paper and electronic records on demand.
3.1.4.2 Manufacturing personnel are provided approved design data as necessary to
accomplish specific tasks in hardcopy or electronic format.
3.1.4.3 Customers (end users), when licensed, are authorized all pertinent design,
installation, operational, and maintenance data. Proprietary data may be
released to customers on a case-by-case basis. Data may be provided in
hardcopy or electronic format.
3.1.4.4 Certain data may be used for educational or marketing purposes. Data used for
these applications is not considered “FAA Approved”, regardless of original
approval status.
3.1.4.5 Revised data is made available to authorized users as required. Document
control is responsible for providing current, approved design data to suppliers
(fabricators) and ASM’s manufacturing personnel for building and inspection
of parts.
3.2 DOCUMENT CONTROL Doc Control manages storage, distribution and change process of all data.
Data may be in paper (hardcopy) or electronic format or both.
3.2.1 Design Documents and Data
Design data is maintained in secure storage systems, both physical for
hardcopy and in distributed databases for electronic data. Data includes
engineering drawings, diagrams, reports, test results and supporting data,
among others. Hardcopy is under lock and key or restricted access. Electronic
storage is password protected with multiple backups.
3.2.1.1 All current engineering data is stored in hardcopy format in the vault.
Hardcopy revisions of data (historical data) prior to 1 Jan, 2011 are stored in
ASM’s archives and scanned to digital format as time allows.
3.2.1.2 Data revisions post 1 Jan, 2011 are stored in distributed databases in native
format or scanned to common format. Hardcopy prints are provided to all
authorized users on demand.
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3.2.1.3 All design data is retained indefinitely.
3.2.2 Quality System Documents and Data
Quality system documents and data include this QC manual, forms, checklists,
reports, purchase orders, work orders, material certs and other records applicable
to the manufacturing (including acquisition of raw materials), inspecting, testing
and delivery of parts produced under the PAH’s authority.
3.2.2.1 The QC Manual is FAA approved by revision level. Proposed changes must
be reviewed and approved by the FAA prior to implementation. The
introductory paragraphs of this manual describe revision and control
procedures for the QC Manual.
3.2.2.2 Purchasing, traceability and material certification documents are scanned and
filed in a searchable database as they are received, and printed out as required.
The database is username and password protected.
3.2.2.3 Work orders, inspection checklists, Acceptance Test Procedures (ATP)
reports, copies of airworthiness certificates, certificates of compliance (C of
C’s) and shipping documents accompany each lot (typically a discrete
installation kit) as it progresses through the line. During final inspection, all
data is reviewed, collated and packaged for filing. Each QC data package is
dated and filed by project number in office type file cabinets until scanned for
digital archives.
3.3 SUPPLIER CONTROL
3.3.1 Purchasing Department
ASM’s Purchasing Department is responsible for all aspects of purchasing (with
the exception of invoicing and payment), receiving, stocking, kitting and
exercising surveillance and qualification of suppliers of materials.
3.3.2 Fabricators
ASM contracts with specialist fabricators to manufacture sheet metal and
machined parts. Those parts are manufactured to ASM supplied engineering
drawings. Fabricators, due to the specialized nature and inherent complexity of
metalworking, require a high level of oversight. To the greatest extent practical,
fabricators must be qualified by on-site inspection, and must provide references
and samples of materials before a qualification determination is made.
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3.3.3 Stocking Distributors
Distributors of “standard” and common aviation parts provide centralized
distribution of parts from many different manufacturers, or may combine
manufacturing and distribution of certain parts.
3.3.4 OEMs
OEMs manufacture discrete units, such as LRUs, antennae, indicators, etc, usually
under TSOA or PMA.
3.3.5 Vendor Surveys
All vendors are required to be initially qualified and to maintain qualification. All
vendors are subject to on-site surveillance by ASM quality personnel, either for
initial qualification or for maintenance of qualification.
3.3.5.1 Candidate suppliers must normally fill out and return a general ASM vendor
survey. Many large national vendors refuse on the grounds of too many
customers with too many surveys. Alternative qualification may be supported
by review of certifications, (ISO, ASI, etc), evaluation of the vendors quality
manual, distributor’s franchise, criticality of the parts, and vendor status with
other OEMs. If alternately qualified, copies of documents evaluated are
maintained with the vendor’s file.
3.3.5.2 To the greatest extent possible, ASM quality personnel should conduct an on-
site physical survey of the vendor’s plant to verify qualifications. Generally, if
located within the state, all vendors should be site surveyed prior to or within
a year of qualification.
3.3.5.3 A vendor’s sub-tier suppliers must also be qualified. The level of sub-tier
inspection and surveillance required is based on the criticality of the operation.
Finishing operations (paint, non-critical plating, etc), may be evaluated by
samples and surveilled during routine receiving inspections. Sub-tier suppliers
who provide tempering, heat treatment, welding, critical plating or exotic
processes must be qualified to the same extent and by the same methods as a
fabricator.
3.3.5.4 OEM vendors of TSOA / PMA parts are assumed pre-qualified by virtue of
existing FAA approvals, however parts and services provided receive the same
level of inspection/qualification to ensure that OEM parts conform to their
approved design and are in a condition for safe operation.
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3.3.5.5 Foreign vendors (non-US, overseas) require special qualifications efforts.
3.3.5.5.1 ASM will only qualify foreign vendors of non-safety, non-critical parts, and
only when such parts are not manufactured or distributed by qualified U. S.
vendors.
3.3.5.5.2 Vendors in Canada and the European Union who are subject to EASA rules,
will be qualified in the same manner as US based vendors. On-site evaluation,
while desirable, may not be possible due to funding constraints. This will not
be a disqualifying factor, so long as all other requirements are met.
3.3.5.5.3 Other foreign vendors (OFV) of non-safety, non-critical parts, must not have
US State Department and/or Commerce Department restrictions/sanctions.
3.3.5.5.4 OFV must submit an ASM Vendor Audit, in English, see 4.1.2.
3.3.5.5.5 OFV must submit a company quality manual, in English
3.3.5.5.6 OFV must submit copies of traceable, international certifications such as
ISO9001 and/or AS9100, if available. Such certifications are not required,
however, they provide strong evidence of a stable, reliable company with an
established quality system.
3.3.5.5.7 OFV must submit design documents for parts, in English, so that ASM can
verify conformity of parts. Acceptance Test Procedures for some assemblies
may be required, and special equipment, if required, must be provided by the
OFV.
3.3.5.5.8 If all requirements are met, then ASM will schedule an on-site vendor audit to
validate the OFV quality system. Audit criteria will include being provided
visible, credible evidence of compliance with items listed on the ASM Vendor
Audit Form.
3.3.5.5.9 If all requirements are met, then ASM will qualify the OFV as a provider of
parts. The OFV will be subject to re-audit, with reasonable notice, at any time
if there are significant instances of non-conformities.
3.3.5.5.10 All OFV parts must be accompanied by Certificates of Compliance. In
addition, Acceptance Test Reports for some assemblies may be required.
3.3.5.5.11 OFV can be disqualified at any time, for any reason.
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3.3.6 Maintenance of Qualification
Generally, if the supplier remains qualified with ASM for a significant period of
time, adequate surveillance is assured through normal and routine receiving
inspections. At QC personnel’s discretion, or if there is indication of cause, the
vendor may be required to re-qualify.
All vendors are continuously rated by QC personnel based on discrepancies found
during receiving inspection, responsiveness to inquiries, and on time delivery. A
simple percentage ratio of acceptable parts delivered to rejections is recorded for
each delivery. A 10% rejection rate or higher may be cause for requalification,
suspension or termination of qualifications. Due to criticality or cost, a much
lower rejection rate may also be cause for further actions. Each situation must be
examined on its own merits. It is possible for a vendor to have a 100% quality
rating but become disqualified for other reasons.
3.3.7 Reporting of Vendor Supplied Non-Conformities
All vendors must report to the PAH any product or article released that is
subsequently found not to conform to PAH requirements.
3.3.8 Vendor Disqualification
A vendor may be disqualified at any time, for any reason, or for no reason.
3.4 MANUFACTURING PROCESS CONTROL
3.4.1 Manufacturing Processes
ASM’s standard manufacturing processes fall within OEM’s (Boeing,
McDonnell-Douglas, Airbus, etc) Standard Wiring Practices guidance, AC43-13,
or best commercial practices. Uncommon, special or exotic manufacturing
processes are either referenced in approved manufacturing drawings by Mil-Spec
number (chromium conversion, anodizing and priming metal surfaces), or are
defined by ASM Specifications and approved by the FAA.
3.4.1.1 Mil-Spec processes, such as conversion coatings, anodizing and priming are
accomplished by qualified fabrication vendors, and attested to by C of C’s
accompanying the delivered part.
3.4.1.2 ASM Specifications are a refinement or clarification of standard practices
adapted to ASM’s specific requirements. ASM specifications necessary for a
specific product are listed in Top Drawing List, Fabricated Parts Listing of the
data package, and are reviewed and approved by the FAA. Changes to
manufacturing processes are treated as changes of design data.
3.4.1.3 In addition to the drawings provided to manufacturing technicians, work
orders also list the ASM Specifications to be used for those products.
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3.4.1.4 Proposed changes are forwarded to ASM Engineering for evaluation as a
change to design data and are processed in the same way.
3.4.1.5 ASM does not authorize unapproved, preliminary, experimental or
investigatory changes on production articles in-process.
3.4.2 Deliverable Software
ASM does not design, alter, modify or install deliverable software.
3.4.3 Non Deliverable Design Software
ASM uses commercial Computer Aided Design (CAD) software, authoring
software, and database programs for design and administrative purposes only, to
produce paper or paper equivalent drawings. In the event of prolonged power
outages, ASM Engineering will revert to prior generation revision design tools
(stubby pencil, #2, and yellow paper). No versioning or revision control of design
tools is required.
3.5 INSPECTION AND TESTING
3.5.1 Deliverable Products Inspection Procedures
ASM’s deliverable products are primarily PMA installation kits for avionics
upgrades, or sub-components of those installation kits. Typical kits consist of pre-
assembled wiring harnesses, nuts, screws and fastening hardware for electrical
components, circuit breakers and brackets.
3.5.1.1 Most of the sub-component parts of an ASM PMA installation kit go directly
from incoming receiving inspection to stores without further
assembly/modification. See Receiving Inspection, para 3.5.2 following.
3.5.1.2 Wire harness or component manufacturing requires in-process inspection steps
as listed on the work orders. Parts and assemblies are inspected as required,
and if satisfactory, the inspection step on the work order is signed off (or
stamped) by the inspector.
3.5.1.3 If the part or assembly does not pass inspection, it is reworked on the bench to
correct any defects and retested or reinspected.
3.5.1.4 Following final assembly, completed harnesses/components are forwarded to
QC along with associated work orders. QC verifies that in-process inspections
have been recorded on the work order, then provides a General Visual
Inspection (GVI) of the completed part to the approved manufacturing
drawing.
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3.5.1.5 Following the GVI, QC performs 100% electrical continuity test of all
terminated wiring, diode and resistor testing (if applicable), using approved
diagrams and test procedures (if applicable).
3.5.1.6 QC records the results of all testing and inspections on a QC checklist,
recording the rev level of all applicable drawings, serial number if applicable,
pass/fail annotation on all GVI details, and description of any GVI or
electrical discrepancies. If any discrepancies are detected, the part is returned
to the shop floor for rework
3.5.1.7 Parts that test 100% are routed to stores, along with the appropriate work
orders, check lists and test results as applicable.
3.5.1.8 Parts from stores are aggregated and organized as sub-kits with work orders
for each. When completed, QC inspects the completed kit using approved
drawings and the kit final checklist.
3.5.1.9 Following final QC, the completed kit is packaged and routed to stores.
3.5.2 Receiving Inspection Procedures
3.5.2.1 Purchase Orders are used to acquire all raw materials used in production of
approved parts. Purchase Orders are generated by the purchasing department.
Material requirements referenced on drawings and/or engineering
specifications, special tests or requirements will be furnished to the
Purchasing Department by Engineering for inclusion on the Purchase
Order.
Suppliers from whom materials and supplies are purchased will be
furnished with any applicable engineering drawings, engineering
specifications or special information in addition to the Purchase Orders,
as required.
Certification of material and/or processes must be supplied by the vendors.
3.5.2.2 Receiving inspectors will ensure that material orders to be inspected have:
a shipping list reflecting quantities shipped and engineering references by
revision level (if required), and,
Certificate(s) of Conformance signed and dated by the original
manufacturer and any distributors.
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Note: MilSpec and standard parts are generally ordered by part number
alone. If not specified in approved drawings, revision level of
MilSpec and standard parts is not applicable.
Note: Fabricated parts are defined by drawing number and revision level.
Conformance to revision is required.
3.5.2.3 Receiving inspectors will inspect 100% of fabricated parts to approved design
/ fabrication drawings.
Verify each dimension shown on the drawing, as modified by notes and
tolerances, and,
Conduct electrical operations tests as applicable for electrical parts. Lamp
assemblies and certain switches may be tested on the bench with simple
apparatus. LRU’s and antennae are normally beyond ASM’s means of
electrical/functional testing.
Note: Inspectors must verify calibration of applicable measuring tools
prior to inspection.
3.5.2.4 MilSpec or standard parts in lots will be sample inspected by 10 items or 10%,
whichever is smaller, for nominal size, thread gauge, length, color, general
appearance, etc., as required.
Check for nominal characteristics to the greatest extent possible using
available measuring instruments.
If a sample lot passes inspection, and there are no other indications of non-
conformance, then all items in that lot pass.
If any of the sample items fail, then 100% of the remaining items must be
inspected, or the entire lot must be rejected.
3.5.2.5 Unless otherwise specified by approved design drawings, neither non
destructive inspection (NDI) nor sophisticated qualitative/quantitative testing
is required.
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3.5.2.6 Prepare labels, tags, bags, as required with part number, P.O. number, rev
level (if required), lot number (if required) and route conforming parts to
stores.
3.5.2.7 Certain existing parts in stores may have been accepted under previous
revisions/versions of QC inspection manuals and may have different tags.
Older standard parts may continue to be used until exhausted without further
showing. Older non-standard parts may continue to be used, but should be
evaluated for applicability prior to use.
3.5.2.8 Sign off or stamp acceptance of parts on “Received Goods by Purchase Order”
form. Scan all accompanying documents (packing slip, certs, etc) and
electronically file in QC database. Forward paper copies to accounting.
3.6 INSPECTION, MEASURING AND TEST EQUIPMENT
CONTROL
3.6.1 Calibrated equipment
ASM uses a variety of precision tools for fabrication and inspection, some of
which are calibrated periodically, some of which cannot be calibrated, and some
of which must be calibrated per use with other calibrated tools.
3.6.1.1 All precision tools or equipment which must be calibrated is controlled with a
“Calibrated Tools Master” or log, which records the part number, serial
number, calibration date, and period of required calibration.
3.6.1.2 Equipment requiring calibration must be calibrated using methods and
standards acceptable to the FAA, such as, National Institute of Standards and
Technology (NIST). Equipment calibrated must have a calibration certificate
on file which identifies the equipment by part number and serial number, date
of cal, and specify the periodicity of cal.
3.6.1.3 All calibrable tools must be “in cal” to be used for testing or production of
parts. Tools need not be “in cal” if not in use, however once identified, must
be red tagged and stored in quarantine. “Out of cal” tools cannot be used again
until properly calibrated and certified. Calibrable tools/equipment must have a
sticker or tag affixed which shows the cal date, re-cal date, part number &
serial number of the tool.
3.6.1.4 Certain tools, such as some wire crimpers, may be calibrated in house by using
manufacturer’s instructions and certified, calibrated tooling to accomplish the
calibration. A current ASM Calibration certificate must be on file for those
tools, and a cal sticker or tag affixed.
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3.6.1.5 Certain tools, such as adjustable power supplies, must be calibrated per use
using calibrated test equipment. Those tools must have a sticker or tag affixed
showing “Calibrate Before Using” or similar.
3.6.1.6 Certain tools, such as scales, may be calibrable, but are used for reference
only. Such tools must have a label or sticker affixed showing “Reference
Only” or similar, and cannot be used for manufacturing or inspection until
calibrated and certified.
3.6.2 Calibrated equipment control
Calibrated tools used for manufacturing may go “out of cal” or become damaged
between periodic calibrations. To reduce impact, severity, and improve
traceability, the use of calibrated tools will be monitored as follows:
3.6.2.1 All calibrable tools used in the course of an assembly must be inspected prior
to use. If possible, calibrable tools are quick checked with go-no go gauges
prior to use, daily. “Out of cal” or damaged tools must be red tagged and
quarantined immediately.
3.6.2.2 Calibrated tools used to manufacture parts must be recorded by serial number
on the work order used to produce those parts.
3.6.2.3 Where applicable for Acceptance Test Reports, calibrated tools used to inspect
products must be recorded by serial number on the report.
3.6.2.4 Unless otherwise specified by approved drawings, it is not necessary to record
the tooling used to test or inspect incoming raw materials (receiving
inspection).
3.7 INSPECTION AND TEST STATUS Inspection and test records are generated for receiving, in-process, Acceptance
Test and final inspections as specified in Section 3.5 above.
3.8 NONCONFORMING PRODUCT AND ARTICLE CONTROL All articles and products manufactured by ASM under the PAH authority must
conform to approved data and be in a condition for safe operation. At any stage of
manufacture, nonconforming parts may be identified. In all cases of
nonconformity, review, evaluation and disposition must be accomplished and
results recorded.
3.8.1 Material Review Board
ASM has a standing Material Review Board (MRB) to review, evaluate and
disposition nonconforming materials and processes. The board consists of a
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minimum of three qualified individuals; a design engineer, a manufacturing
specialist and a QC representative. Additional members may be empanelled as
required.
3.8.1.1 A qualified PAH engineer is required to evaluate all data pertinent to the
nonconforming part. If the part is to be used without alteration or modified to
be used, then drawings and or data must be prepared detailing the
nonconformity, use, or alteration.
3.8.1.2 It is ASM policy that all design data (minor change) must be approved by a
DER. Major changes will be coordinated with the FAA.
3.8.1.3 A design engineer is required to evaluate, analyze and prepare supplemental
drawings and or data to use or modify the part for use.
3.8.1.4 A QC representative is required to insure that parts intended for use or
modification are in fact used or modified in accordance with approved data.
3.8.1.5 Qualified manufacturing technicians and or logistics personnel may advise the
board as required.
3.8.2 Procedures
Any inspector, technician, engineer or interested other may stop the production
line at any time to resolve a nonconforming part question.
3.8.2.1 Return to Vendor
Any receiving inspector may identify nonconforming incoming parts during
the receiving inspection. Nonconforming raw parts identified at this stage may
be Returned to Vendor (RTV) with no MRB action required. Parts are RTV’d
with a note describing the non-conformity. The vendor must then correct the
part or provide the correct part.
3.8.2.2 Rarely, parts may arrive which are useable or can be made useable with little
effort, despite the nonconformity. This may be the case with cosmetic
blemishes, non-critical tolerance errors, or finishes. If the part(s) are RTV’d
then no further action is required.
3.8.2.3 “Use as Is” (raw parts)
If there is consideration of use or alteration of the part to be made useable,
then the MRB must convene.
3.8.2.4 Engineering must determine what impact, if any, is presented by the
nonconformity. He must evaluate based on structural considerations,
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mechanical fit and function, reliability and operational effect. At all times,
safety must be the primary concern.
3.8.2.5 Engineering may reject the part and direct RTV, in which case, no further
MRB action is necessary.
3.8.2.6 Engineering may determine that there is no impact caused by use of the part
“as is”. For use “as is” the engineer must present a numbered report describing
the part, the non-conformity, and substantiate the degree of impact of the non-
conformity, if any. Sketches, drawings and any other pertinent data are
included with the report.
3.8.2.7 Rework (raw parts)
Engineering may determine that reworking the part may bring it back into
conformity or into a useable state. The engineer must consider all of the other
potential impact with “use as is”, plus the capability and economic impact of
reworking the part, at all times keeping safety as the paramount requirement.
If Engineering determines that rework is acceptable, then the engineer must
present a numbered report describing the part, the non-conformity, details of
rework to be accomplished and substantiation of degree of impact. Sketches,
drawings and any other pertinent data are included with the report.
3.8.2.8 The report is numbered with the corresponding ASM project number and
becomes a part of the current design data. Reports are maintained, distributed
and archived as engineering documents, ie, indefinitely.
3.8.2.9 Disposition
Engineering will submit the report(s) to a qualified DER (see para 3.8.1.2), for
review, evaluation of compliance with applicable regulations and approval of
the data. If the data is approved, as evidenced by an FAA Form 8110-3
approving the data, then the part can be used for manufacturing or reworked to
return it to a conforming state. Reworked parts must be re-inspected to the
approved data before re-entering the production line.
3.8.2.10 If the data is not approved, then the part is RTV’d or scrapped.
3.8.2.11 In-process nonconformities.
In process non-conformities are not evaluated by MRB, they are returned by
QC to production for rework to a conforming state without further action. If
unable to be reworked to a conforming state, then the assembly must be
scrapped.
3.8.2.12 Nonconforming parts discovered during receiving inspection, in stores or prior
to entering the production line must be segregated at all times until disposition
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is made. Nonconforming assemblies discovered in-process remain on the line
until they conform or until scrapped. If there is some delay in determination,
all nonconforming parts are segregated and quarantined until disposition is
determined.
3.8.2.13 Scrap
If the disposition is scrap, then the nonconforming part is immediately
removed from production, stores, or the line and destroyed; OR red tagged,
quarantined and held for destruction. In rare cases the part or assembly may be
retained for training use, in which case it is red tagged “For Training Use
Only”, and marked with X’s in prominent display. Parts used for training are
stored in quarantine.
3.8.2.14 Destruction
There are many acceptable methods of destroying parts to be scrapped,
including simple disposal in a properly regulated landfill. Destruction may be
assured, if required, by application of one or whacks with a hammer (ball
peen, carpenter’s or sledge). If no suitable hammer is available, a balanced
hard soled shoe may prove effective.
3.9 CORRECTIVE AND PREVENTIVE ACTIONS Most, if not all, nonconformities or noncompliances are caused by human error.
Procedures for hiring qualified personnel, maintaining proficiency, providing
adequate environmental, health, morale and welfare conditions are beyond the
scope of this manual.
Procedures for detecting and correcting nonconformities and noncompliances are
addressed in Sections 3.8, Nonconforming Product and Article Control and 3.5,
Inspection and Testing, above. Those procedures are effective to control
occasional, minor nonconformities and noncompliances. No further action, other
than spot correction and continued surveillance, is required
In rare circumstances, continuous, uncorrected and inappropriate behavior results
in nonconformities and or noncompliances. Remedies must be worked out with
Human Resources personnel to ensure appropriate and legal behavior
modification strategies are attempted. Such remedies may include remedial
training, reassignment or termination.
More commonly, suppliers sometimes provide parts which do not conform or
comply. Spot corrective action procedures are provided in Section 3.3 above,
Supplier Control, and 3.8, Nonconforming Product and Article Control, above. In
the event that procedural remedies are not effective, then the supplier must be
disqualified for cause.
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3.9.1 Procedures
The President of ASM will be briefed on significant nonconformities as they
occur. Issues relating to safety or which have significant business impact
(financial, time, personnel, relationships), will be addressed as follows:
3.9.1.1 The President will direct any qualified member of ASM’s staff to perform an
analysis of the significant nonconformity.
3.9.1.2 The staff member will prepare a report, in a form and presentation directed by
the President, specific details of which may include:
The detailed nature of the nonconformity, including who, what, where,
when, why, and how.
The extent of the nonconformities impact.
A recommendation from the staff of any corrective actions.
An evaluation of the effectiveness of the corrective actions.
Proposals for long term monitoring and trend data collection.
Periodic follow up reviews of data
3.9.1.3 The President will evaluate the report and determine appropriate corrective
action. HR issues will be resolved through appropriate labor relations and/or
legal means. Those reports will be filed and maintained by HR in accordance
with applicable federal and state laws.
3.9.1.4 Reports of noncomformities resulting from supplier error, engineering,
technical, or training issues will be maintained as QC documents for not less
than 5 years.
3.10 HANDLING AND STORAGE
ASM maintains a store of raw materials, completed subassemblies and finished
parts. All parts must be segregated, organized, secured and issued to maintain the
integrity and preservation of the parts.
3.10.1 Procedures
All materials enter the stores system through a single point of entry (Receiving)
and are issued from a single point (Stores) according to strict procedures.
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3.10.1.1 ASM stores is located under cover, in a temperature controlled, dry and well
lighted environment.
3.10.1.2 Conforming parts which have passed incoming (receiving) inspection, are
identified by part number, p/o number, location code and lot code (if
applicable), and tagged or packaged in clear poly bags with tag affixed.
3.10.1.3 Parts are routed to designated storage areas and shelved or binned as
appropriate.
3.10.1.4 Items having a shelf life are prominently tagged with the expiration date, are
routed to the shelf life storage area, and binned in order that oldest materials
are used first.
3.10.1.5 Shelf life items in stores are inspected monthly for expiration. Expired items
are scrapped and inventory records adjusted.
3.10.1.6 Stores inventory control is maintained by periodic cycle count and annual
inventory count. A periodic listing of bin samples (cycle) is generated by
database software and physically counted by stores personnel. This statistical
sampling method maintains a high degree of inventory integrity without
requiring complete inventory counts.
3.10.1.7 Materials are issued by kitting order associated with work orders. As work
orders are generated by the database, kitting orders and pick lists are
concurrently generated. Kitting orders define sub-assemblies. Pick lists are
presented to stores personnel for issue of parts necessary to build sub-
assemblies.
3.10.1.8 Entry to stores is limited to authorized personnel.
3.10.1.9 Nonconforming parts, training parts and “out of cal” tools are stored in a
locked, marked quarantine vault with access limited to authorized personnel
only.
3.11 CONTROL OF QUALITY RECORDS
Quality records consist of this manual, inspection forms, checklists, work records,
quality reports and purchasing, shipping & receiving records. All quality records
are retained for a minimum of 5 years from the date of approval, acceptance or
generation as appropriate. ASM does not manufacture critical components as
defined by Part 45.15(c).
3.11.1 Procedures
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3.11.1.1 Purchasing and receiving records are collected after acceptance of the parts
and stored in archival storage on ASM’s second floor.
3.11.1.2 Work orders, inspection checklists, completed forms, test reports, and
shipping records are collected and attached to the parts if in stores. After
shipment, all records are combined with the shipping record and stored in
archival storage in the shipping department.
3.11.1.3 The original of this manual and any generated QC reports, correspondence,
etc., are stored in the records vault.
3.11.1.4 Purchasing and receiving records are stored indefinitely, as raw parts may
remain in stores for periods exceeding the minimum record retention rules.
3.11.1.5 The original manual and subsequent revisions are retained indefinitely. QC
reports and correspondence (exceeding 5 years old) are reviewed annually for
determination of retention or destruction.
3.11.1.6 Shipping records are purged annually (exceeding 5 years old) and destroyed.
3.12 INTERNAL AUDITS
Internal audits are used to ensure compliance with regulations and to provide
ASM management with a “snapshot in time” of the organization’s quality health,
efficiency, and compliance. Audits may be specific and localized to evaluate a
particular situation, or may be applied across the organization.
3.12.1 Procedures
3.12.1.1 An annual, organizational audit is required each calendar year.
3.12.1.2 The President may direct an additional full or limited audit at any time.
3.12.1.3 Auditors will use the Standardized Audit Criteria from current FAA Order
8120.23, applicable system elements, for the annual audit.
3.12.1.4 Copies of system elements will be used by auditors as checklists. Notes will
be entered in available space, with additional sheets added as required. Non-
applicable system elements will be N/A’d. Copies of substantiating documents
will be made and attached as required.
3.12.1.5 The President will define criteria for on-demand audits.
3.12.1.6 Auditors will be appointed by the President from qualified personnel.
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3.12.1.7 From the checklists and substantiating documents, the auditor(s) will present a
controlled (dated) narrative summary report to the President, management and
appropriate personnel. Checklists and substantiating documents will be
attached to the report as appendices. Audit records and reports will be retained
as quality records.
3.12.1.8 The President will use the audit reports to direct and manage corrective
actions and system improvements as an ongoing quality system improvement
tool.
3.13 IN-SERVICE FEEDBACK
ASM has a long history and tradition of providing superior customer service and
support. This is accomplished ensuring that all possible lines of communication
are kept open between end users, mechanics, pilots, QC and ASM personnel.
3.13.1 Procedures
3.13.1.1 ASM’s website, www.asminc.net, provides full contact information, mailing
address, e-mail listings and phone numbers of ASM points of contact (POCs).
3.13.1.2 All ASM installation kits are shipped with an appropriate approved data
package. The last page of all doc packages is the customer feedback
questionnaire & survey.
3.13.1.3 All customer feedback is evaluated by the President, QC and Engineering. For
suggestions, proposals for improvements and complaints, the President directs
actions as required.
3.13.1.4 Malfunctions and/or defects will be reported to the FAA within 72 hours using
FAA Form 8010-4, Malfunction Defect Report.
3.13.1.5 Unsafe features, unairworthy conditions, and unsafe characteristics
reported, that result in or could result in occurrences listed in FAR Part
21.3(c), will be reported to the FAA within 24 hours as detailed in the
regulation.
3.13.1.6 ASM will provide all documents, personnel, and assistance required to assist
with any investigation and resolution of unsafe or unairworthy factors.
3.13.1.7 ASM will evaluate all feedback for determinations of design changes and
changes to Instructions for Continued Airworthiness.
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3.13.1.8 Minor changes will be coordinated with the FAA in accordance with MOU
dated April 7, 2005.
3.13.1.9 Major changes will be coordinated with the FAA and processed as directed by
FAA personnel.
3.14 QUALITY ESCAPES
The quality system exists to prevent nonconforming material from “escaping”,
that is, from leaving the factory and being installed in aircraft. However, it is
possible for an escape to occur. If and when an escape occurs, the following
procedures must be implemented to control, recall or correct any nonconforming
condition:
3.14.1 Procedures
3.14.1.1 Upon discovery, consult with Engineering and appropriately qualified DERs
to determine if there is an unsafe condition.
3.14.1.2 IF AN UNSAFE CONDITION EXISTS, notify the FAA per paragraph
3.13.1.5 above. ASM will provide all documents, personnel, and assistance
required to assist with any investigation and resolution of unsafe or
unairworthy factors.
In addition, if not otherwise directed by the FAA:
Immediately recover and quarantine all identified nonconforming parts
remaining in the factory in-process or in stores, including all applicable
work orders, inspection results, manufacturer’s certs and other
documentation applicable. Make available to investigators.
From the project control records in Doc Control, prepare a list of all
owner/operators/customers for the applicable project, including serial
numbers of affected aircraft and registrations. Provide that list to the FAA
and to the contacted owner/operator/customers.
Notify all owner/operators of the condition by the most expeditious means
possible, normally by telephone contact. Provide the name and contact of
ASM’s technical representative. Provide a list of names and contact
information of those contacted, and a list of those unable to contact, to the
FAA.
Notification of an unsafe condition will result in “What must I do?”
questions from operators. ASM is unable to advise or speculate on
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operational matters such as maintenance, repair, operational limitations,
dispatch and grounding of aircraft. Refer all such questions to the FAA.
Follow up as directed by FAA personnel.
3.14.1.3 If an unsafe condition does NOT exist, then Engineering and appropriately
qualified DERS must determine the impact of the nonconforming condition
and respond appropriately.
3.14.1.4 If the condition MAY result in a malfunction, then do the following:
Notify the FAA and advise of the condition. Make all design data and
records available to the FAA, and comply with any direction provided.
If not otherwise directed by the FAA:
Immediately recover and quarantine all identified nonconforming parts
remaining in the factory, in-process or in stores, including all applicable
work orders, inspection results, manufacturer’s certs, work orders and
other documentation applicable. Make available to investigators.
Concurrently notify all owner/operators of the condition by the most
expeditious means possible, normally by telephone contact.
Follow up as directed by the FAA.
3.14.1.5 If the CONDITION IS SAFE and NOT subject to malfunction, then proceed
as follows:
If the condition is a result of drawing or documentation errors, then correct
the documentation by means of the normal revisioning process, FAA
approval, and distribution of the revised documents, as per paragraph 3.1
above.
If nonconforming parts are not installed in aircraft, then recall shipped
nonconforming parts and replace with conforming parts. Coordinate with
owner/operator’s QC staff.
If nonconforming parts are installed in aircraft, advise the owner/operator
of the condition by means of a Service Information Letter (SIL), and
provide conforming parts for replacement at the next maintenance interval.
Coordinate with the owner/operator’s QC staff.
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Advise the FAA and provide copies of the SIL. Perform all additional
actions directed by the FAA.
Immediately recover and quarantine all identified nonconforming parts
remaining in the factory, in-process or in stores. Destroy or quarantine as
required. MRB action may be implemented.
File a copy of the SIL(s) with the ASM project design data files.
Insure that nonconforming parts are recalled, returned, and destroyed.
3.14.1.6 Review procedures and practices to determine the cause of the nonconformity,
the escape, and implement corrective actions to prevent recurrence. Report as
required, see paragraph 3.9.1. SILs are design data and are retained
indefinitely.
3.15 OTHER QUALITY PROCEDURES
Paragraphs 3.1 through 3.14 above address specific elements of Part 21.137(a)
thru (n). The following procedures are local and specific to ASM’s quality system.
3.15.1 Stamp Use and Control
3.15.1.1 ASM’s QC personnel use stamps to indicate approval and/or acceptance of
various steps, materials, documentation, etc.
3.15.1.2 Qualified QC personnel are issued controlled stamps by the Director Quality.
3.15.1.3 Stamps are retained and controlled by the individual, and used within the
individual’s qualifications.
3.15.1.4 Un-issued stamps are quarantined under lock and key.
3.15.1.5 Lost stamps are struck from the control roster and retired for minimum 6
months. Transitioning personnel will surrender their stamp upon
discontinuation of their authority to inspect. Lost and/or transitioned stamps
will be quarantined for a minimum of 6 months before re-issue to qualified
personnel.
3.15.1.6 Initials and date in ink may be used by all qualified QC personnel in all
circumstances where a stamp could be used.
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3.15.2 Kitting and Shipping
3.15.2.1 Kitting for manufacturing consists of pulling parts from stores according to a
kit or pick list, generated concurrently with work orders. Pick lists are working
papers that are destroyed after use.
3.15.2.2 Kitting for shipment involves organizing, inspecting and packaging parts for
shipment. Kitting for shipment is accomplished by work order, with
appropriate work steps and in-process inspections annotated thereon.
Certification, after final inspection, is indicated by Certificate of
Compliance. A domestic Airworthiness Certificate, FAA Form 8130-3, is
prepared if requested and indicated on the applicable sales order.
Items to be exported must be presented to the FAA or designees, as
appropriate.
Packaging is by best commercial method, unless otherwise specified in the
sales order.
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4.1 QC FORMS INDEX Forms used in the ASM, Inc. Quality Control program are developed and revised
as needed. The format of forms may change due to software or configuration
differences.
4.1.1 Equipment Calibration Record
4.1.2 Vendor Survey Form
4.1.3 Vendor Qualification Tracking
4.1.4 PO Receipt
4.1.5 Sales Order
4.1.6 Work Order
4.1.7 Purchase Order
4.1.8 MRB Record
4.1.9 Stamp Log
4.1.10 Stamp Impressions Sample
4.1.11 Harness Inspection Checklist
4.1.12 Kit Final QC Checklist
4.1.13 Manual Audit Log