ATS-STA SOW SR Pulsed Septum Magnets - Amazon AWS
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ATS-STA SOW SR Pulsed Septum Magnets
Mariusz Juchno
Release Date: Jul 13 2021 2:22:52 PM PDT
Document Number: AL-1426-0198 Revision: B
Document Status: Released
Document Type: REQUIREMENT
Officially Released to the LBNL Document Control Center
Released: July 13th, 2021 DCC Auth Key: JVWCTVLG82
Category Code: AL7410
ALS-U - ACCUMULATOR TO STORAGE RING TRANSFER LINE
MAGNETS - GENERAL
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Table of Contents
Revision History .................................................................................................... 4
Approvals .............................................................................................................. 4
Abbreviations and Acronyms ................................................................................. 4
1 Introduction .....................................................................................................5
1.1 Project Overview ................................................................................................................. 5
1.2 Description of Items ........................................................................................................... 5
1.3 Roles and Responsibilities.................................................................................................. 6
2 Scope of Work .................................................................................................. 7
2.1 Item 1: SR Thin Septum Magnet (SSN) Prototype ............................................................ 7
2.2 Items 2 and 3: SR Pulsed Septum System (SSN and SSK) Production Units .................. 8
3 Deliverables ..................................................................................................... 8
3.1 Final prototype/magnet system design ............................................................................. 8
3.2 Production ........................................................................................................................... 9
3.3 Final documentation package ............................................................................................ 9
4 Management ................................................................................................... 10
4.1 Reporting/Communication requirements ....................................................................... 10
4.2 Documentation requirements .......................................................................................... 10
4.3 Reviews .............................................................................................................................. 11
4.3.1 Preliminary Design Review ........................................................................................ 11
4.3.2 Final Design Review ................................................................................................... 11
4.4 Hold points........................................................................................................................ 12
5 Engineering .................................................................................................... 13
5.1 General engineering requirements .................................................................................. 13
5.1.1 SR septum system components, interfaces and scope ............................................. 13
5.1.2 Support structure ...................................................................................................... 15
5.1.3 Vacuum system design .............................................................................................. 15
5.1.4 Pulser Electronics and Control System .................................................................... 15
6 Fabrication ..................................................................................................... 16
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7 Shipping, Handling, and Storage .................................................................... 16
7.1 Packaging .......................................................................................................................... 16
7.2 Shipping and/or Storage Specifications .......................................................................... 16
7.3 Monitoring Equipment ..................................................................................................... 16
Advanced Light Source Upgrade Project
Lawrence Berkeley National Laboratory
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Control Center release information in the lower-left corner of the document's pages.
Printed hard copies of this document are for reference only.
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8 Quality Assurance ........................................................................................... 17
8.1 Quality reporting requirements ........................................................................................17
8.1.1 Subcontractor Quality program .................................................................................17
8.1.2 Deviation requests ......................................................................................................17
8.1.3 Nonconformance reports ...........................................................................................17
8.2 Factory Inspection and Test Plan ......................................................................................17
8.3 ACL upon receipt at LBL .................................................................................................. 18
9 Applicable Documents .................................................................................... 18
10 References ...................................................................................................... 18
Officially Released to the LBNL Document Control Center
Released: July 13th, 2021 DCC Auth Key: JVWCTVLG82
Advanced Light Source Upgrade Project
Lawrence Berkeley National Laboratory
All officially released LBNL documents are watermarked and contain LBNL Document
Control Center release information in the lower-left corner of the document's pages.
Printed hard copies of this document are for reference only.
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REVISION HISTORY
Rev. CM Number Description of Change
A Baseline
B Updated Rack and Control System requirements
APPROVALS
The following individual(s) shall approve this document:
Approver Project Role
Ken Chow ALS-U Chief Engineer
Christoph Steier ALS-U Accelerator Systems Lead
Will Waldron ALS-U Electrical Systems Lead
Jiani Niu ALS-U QA Manager
Windchill Approved / Concurred By
KPChow,CSteier,jianiniu,wlwaldron
ABBREVIATIONS AND ACRONYMS
ACL Acceptance Criteria List
ALS Advanced Light Source
ALS-U Advanced Light Source Upgrade
AR Accumulator Ring
ATS Accumulator-to-Storage Ring transfer line
EPICS Experimental Physics and Industrial Control System
FDR Final Design Review
LBNL Lawrence Berkeley National Laboratory
MPS Machine Protection System
SAN Thin septum magnet for Accumulator Ring (ATS and STA)
SSK Thick septum magnet for Storage Ring (ATS and STA)
SSN Thick septum magnet for Storage Ring (ATS and STA)
STA Storage-to-Accumulator Ring transfer line
SR Storage Ring
University The Regents of the University of California
Officially Released to the LBNL Document Control Center
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Advanced Light Source Upgrade Project
Lawrence Berkeley National Laboratory
All officially released LBNL documents are watermarked and contain LBNL Document
Control Center release information in the lower-left corner of the document's pages.
Printed hard copies of this document are for reference only.
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1 INTRODUCTION
1.1 Project Overview
ALS-U is an upgrade project to the LBNL Advanced Light Source (ALS). The ALS is a 1.9
GeV storage ring operating at 500 mA of beam current. It is optimized to produce intense
beams of soft x-rays, which offer spectroscopic contrast, nanometer-scale resolution, and
broad temporal sensitivity. The ALS facility includes an accelerator complex and photon
delivery system that is capable of providing the foundations for an upgrade that will
achieve world-leading soft x-ray coherent flux. The existing ALS provides a ready-made
foundation, including conventional facilities and also includes extensive beamlines (up to
40 simultaneously operating beamlines) and instrumentation, an experimental hall,
computing resources, ancillary laboratories, offices, and related infrastructure that will
be heavily utilized in an upgrade scenario.
The ALS will be upgraded with a multibend achromat (MBA) lattice design that will
provide a soft x-ray source that is orders of magnitudes brighter — an up to 100-1000
times increase in brightness and will provide a significantly higher fraction of coherent
light in the soft x-ray region than is currently available at ALS.
Any resulting Subcontract will be between the University and the party identified as the
Subcontractor and will be issued under Prime Contract No. DE-AC02-05CH11231
between the University and the United States Government (hereinafter “U.S.
Government”), represented by the Department of Energy (hereinafter “DOE”) for the
management and operation of LBNL and the performance of research and related work.
1.2 Description of Items
The purpose of this statement of work is to define the design, development and
production work required to provide pulsed septa magnet systems for transfer lines that
will allow the beam exchange between the new Storage Ring (SR) and a full-energy
Accumulator Ring (AR). The two new transfer lines: Accumulator-to-Storage (ATS) and
Storage-to-Accumulator (STA) will be a part of an on-axis, swap-out injection scheme.
Figure 1.1 illustrates the ALS-U transfer line region with the SR pulsed septum magnets
for ATS and STA transfer lines marked with green rectangles.
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Advanced Light Source Upgrade Project
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Control Center release information in the lower-left corner of the document's pages.
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Figure 1.1 Overview of the ALS-U transfer line region the SR pulsed septum magnets for
ATS and STA transfer lines marked with green rectangles.
Each transfer line will have two pulsed septum magnets, thin (SSN) and thick (SSK)
installed in the Storage Ring end of the line.
Table 1-1 Procurement items and pulsed septum magnet quantity
Item Name Qty Description
Prototype pulsed eddy-current
SR Thin Septum Magnet (SSN) septum magnet compatible with
1 1
Prototype SSN magnet specification; pulser
electronics
Pulsed eddy-current septum system
composed of thin (SSN) and thick
(SSK) septum magnets; pulser
ATS SR Pulsed Septum System electronics for SSN and SSK
2 1
(SSN and SSK) magnet; vacuum system with
interface to the support structure;
system compatible with ATS
transfer line configuration
Pulsed eddy-current septum system
composed of thin (SSN) and thick
(SSK) septum magnets; pulser
STA SR Pulsed Septum System electronics for SSN and SSK
3 1
(SSN and SSK) magnet; vacuum system with
interface to the support structure;
system compatible with STA
transfer line configuration
1.3 Roles and Responsibilities
Two individuals will be identified in the awarded contract: a University Procurement
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Specialist and a University Technical Representative. The named university personnel
are responsible for the contract administration from award initiation through the
receipt and acceptance of the purchased item.
University Procurement Representative – See subcontract for details.
University Technical Representative – See subcontract for details.
Advanced Light Source Upgrade Project
Lawrence Berkeley National Laboratory
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The selected subcontractor is required to identify a project manager to act as the single
point of contact at the subcontractor. The project manager interfaces directly with the
University Technical Representative for technical, programmatic, and schedule items.
2 SCOPE OF WORK
Figure 2.1 View of ATS and STA septum systems in the Storage Ring injection straight
2.1 Item 1: SR Thin Septum Magnet (SSN) Prototype
The SR thin septum magnet (SSN) is a pulsed dipole magnet with an eddy-current septum
blade separating the magnetic field generation region from the “zero-field” region. The
prototype magnet shall be a UHV compatible magnet unit complying with SSN magnet
specification. The prototype unit should be capable of being used as a spare magnet for
the SR pulsed septum system or it should be easily modifiable to such state.
Table 2-1 SR Thin Septum Magnet (SSN) Prototype design and fabrication schedule
(proposed by LBNL, subject of the vendor proposal)
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3. Provisions for the prototype magnet to be used as a spare unit for the complete SR
pulsed septum system
2.2 Items 2 and 3: SR Pulsed Septum System (SSN and SSK)
Production Units
The SR thin (SSN) and thick (SSK) septum magnets are eddy-current pulsed septum
magnets deflecting the beam horizontally. The two magnets enclosed in a common
vacuum chamber will serve as pulsed septum system. The ALS-U project will require two
such pulsed septum systems, one in ATS and one in STA compatible configuration.
Table 2-2 SR Pulsed Septum System (SSN and SSK) Production Units design and
fabrication schedule (proposed by LBNL, subject of the vendor proposal)
Months after Task (deliverable)
release of items
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the boundaries established by the LBNL interface drawings (see Section 5.1). CAD model
and drawing requirements are dictated by LBNL document AL-1265-6612.
All final design will require a complete, formal review as described in Section 4.3.
Written approval from LBNL is required following the final design review and before the
beginning of the fabrication.
3.2 Production
Following a written approval of the Final Design Review report, the vendor can proceed
with the production of the prototype septum magnet/septum magnet systems.
Production deliverables require:
1. Package and deliver the production unit that conforms to this SOW and ESD
document. This may include any changes which come up during the Final Design
Review and/or findings from first article testing at LBNL.
2. Package and deliver spare components approved by LBNL
3. Final, as-build documentation package as described in Section 3.3.
4. Completed factory acceptance testing (FAT) and associated reports
5. Final, completed work instructions, if necessary
6. Measurement test data in .asc, .csv, .txt, .dat, or .xml formats
7. Quality assurance receipts and certifications
8. Nonconformance or deviation documentation
9. Final, approved shipping plan
10. Written authorization from LBNL to proceed with shipping
LBNL personnel may elect to perform an evaluation of hardware and documentation at
the supplier’s production site prior to authorizing shipment.
The supplier shall provide the inspection and test report of the fabricated prototype
magnet/septum magnet systems and its spare components (if applicable) prior to the
delivery. LBNL shall issue written notification to proceed with the delivery of the
fabricated prototype magnet/septum magnet systems and its spare components.
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3.3 Final documentation package
LBNL shall be provided with a full and complete documentation package. Reference
LBNL document AL-1265-6612 for specific file requirements. The documentation
package shall contain the items listed below.
Advanced Light Source Upgrade Project
Lawrence Berkeley National Laboratory
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1. A complete, as-built bill of materials identifying both fabricated and commercially
available components
2. A complete, as built CAD model in an editable format, reference AL-1265-6612
3. Complete, as built drawings in English, and in an editable format, reference AL-
1265-6612
4. Final assembly documentation such as travelers and/or work instructions
5. Other documentation as requested
4 MANAGEMENT
4.1 Reporting/Communication requirements
This project requires reporting channels to be established for the awarded subcontract.
1. Upon award of the procurement subcontract, the University Technical
Representative will contact the selected supplier to set up a Project Kick-off
meeting. This meeting will establish the requirements for communication and
introduce the portal that will be used for data exchange.
2. Written and/or verbal progress updates are required on a bi-weekly basis or more
frequently. This may include drawings, manufacturing plans, test plans, QA plans,
etc. in any state.
3. Monthly schedule updates are required.
4. Regular visits by LBNL personnel, including access to the factory where the units
are being built may be required.
5. Action item tracking is recommended and may be required based upon LBNL’s
discretion.
6. Other reports or data as requested in writing.
4.2 Documentation requirements
Upon subcontract award, a Windchill Project portal will be established by LBNL and
access provided to the subcontractor. Windchill will be used as the repository for all
documentation, QA data, certificates of conformance, test results, models, and drawings.
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An electronic copy of all required documentation as noted in this document is required
and shall be transmitted to LBNL via the designated Windchill portal. LBNL document
AL-1265-6612: ALS-U BUILD TO SPECIFICATION CAD MODEL AND DRAWING
REQUIREMENTS, identifies the acceptable file formats and requirements for the final
drawings and CAD models.
Advanced Light Source Upgrade Project
Lawrence Berkeley National Laboratory
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Acceptable document formats include .docx, .xlsx, and other editable Office file formats
or as noted in this document.
4.3 Reviews
The University Technical Representative will work with the sub-contractor to establish an
appropriate timeline and location for all reviews. Reviews may be conducted at either the
subcontractor’s or the LBNL site or via web/video conference tools. External, non-LBNL
reviewers may be included at LBNL’s discretion.
4.3.1 Preliminary Design Review
It is required to organize a Preliminary Design Review in order to confirm the feasibility
of the prototype/magnet system specification. This internal review should be focused on
reviewing the vendor proposal supported with preliminary design and engineering
calculations performed by the vendor.
Engineering calculation results should cover but should not be limited to the following
aspects of the design:
• Magnetic field characteristics based on the transient magnetic analysis
o Nominal magnetic field and field integral
o Field homogeneity within the good field region
o Leakage field at the stored beam location
• Heat dissipation and heat transfer (numerical or analytical)
o Coil and septum power dissipation
o Yoke AC and hysteresis losses
o Synchrotron light heat (if applicable, provided by LBNL in ESD)
Review related documents and presentations are required to be delivered to the
University Technical Representative a minimum of three day prior to the scheduled
Preliminary Design Review. LBNL will review all documentation and will have final
approval for all aspects of the pulsed septum prototype/magnet system.
4.3.2 Final Design Review
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The Final Design Review (FDR) shall be comprised of the following components:
1. Final design documentation indicating compliance with the specification of the
pulsed septum magnet prototype/system. This document shall include, but should
not be limited to:
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a. Magnetic analysis results (leakage field on the stored beam orbit, field
integral along the injected beam trajectory and homogeneity of the field
integral in the magnet gap)
b. Power losses and heat transfer calculations
c. Vacuum calculations (or UHV compatibility analysis for the prototype
magnet)
d. Structural stability analysis (vibration, vacuum)
e. Current and voltage characteristics
2. Final manufacturing drawings and CAD model (requirements are dictated by
LBNL document AL-1265-6612)
3. Final manufacturing plan
4. Final quality assurance and test plan (FAT)
5. List of proposed spare components (if applicable)
6. Draft shipping plan
7. Bill of Materials
Review related documents, such as drawings, documentation, test plans, and
presentations, are required to be delivered to the University Technical Representative a
minimum of five days prior to the scheduled Finale Design Review. LBNL will review all
documentation and will have final approval for all aspects of the pulsed septum magnet
prototype/magnet system.
After completion of the Final Design Review, the LBNL will provide a vendor with a list
of recommendations. The vendor shall incorporate all approved recommendation into the
design and, after the design is completed, deliver the FDR report. A written report
approval from LBNL is required to begin the production of the prototype magnet/magnet
system
4.4 Hold points
The following project milestones establish hold points that require written approval from
LBNL prior to the advancement of work. LBNL reserves the right to hold production at
any time.
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1. Completion of the Final Design Review and acceptance of the FDR report
2. Acceptance of Factory Acceptance Test (FAT)
3. Acceptance of the shipping inspection at vendor facility
4. Delivery, testing and acceptance of the prototype/magnet system at LBNL
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5 ENGINEERING
5.1 General engineering requirements
The SR septum system shall be design and build per LBNL technical specification
document AL-1334-4011 and LBNL build specification AL-1265-6612 respectively and in
accordance with the interface drawings AL-1441-1000.DRW and AL-1441-1038.DRW.
5.1.1 SR septum system components, interfaces and scope
The overview of the SR septum system concept is shown in Figure 5.1. The following
components and interfaces are annotated:
1. Bellows (space claim) on the injection straight center side (LBNL scope) – the
interface to the bellows as specified in the drawings AL-1441-1000.DRW and AL-
1441-1038.DRW is considered a baseline interface. The vendor is allowed to
propose a vacuum chamber design with integrated bellows. LBNL Vacuum Group
shall review such a design before or at the Final Design Review.
2. Beam scraper (LBNL scope) – the interface to the beam scraper bellows is defined
in the drawings AL-1441-1000.DRW and AL-1441-1038.DRW.
3. Interface to the ATS and STA transfer line defined in drawings AL-1441-
1000.DRW and AL-1441-1038.DRW.
4. Power and instrumentation feed-throughs for pulsed septum magnets (vendor
scope) – the number, location and size of such ports are subject of changes based
on the vendor design.
5. Port with access to vacuum chamber volume dedicated for the LBNL Vacuum
Group operations (vendor scope) with attached vacuum gauging assembly (LBNL
scope) – the size of the flange ) is defined in the drawings AL-1441-1000.DRW and
AL-1441-1038.DRW. The location of the port is subject of changes based on the
vendor design. LBNL reserves the right to request a removal of one of the dedicated
gauging ports prior to the Final Design Review.
6. Port with access to stored-beam chamber volume dedicated for the LBNL Vacuum
Group operations (vendor scope) with attached vacuum gauging assembly (LBNL
scope) – the size of the flange is defined in the drawings AL-1441-1000.DRW and
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AL-1441-1038.DRW. The location of the port is subject of changes based on the
vendor design. LBNL reserves the right to request a removal of one of the dedicated
gauging ports prior to the Final Design Review.
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7. Primary/secondary pumping system (vendor scope, only provisional space claim
shown) – final shape, size and location is subject of changes based on the vendor
design.
8. Ion pump (vendor scope, only provisional space claim shown) – final size and
location of the pump is subject of changes based on the vendor design.
9. Ion pump (vendor scope, only provisional space claim shown) – final size and
location of the pump is subject of changes based on the vendor design.
10. High voltage covers (vendor scope, only provisional space claim shown) – final
shape, size and location are subject of changes based on the vendor design.
Any components not shown or not annotated in Figure 5.1 are considered the scope of the
vendor design.
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Figure 5.1 Overview of the SR septum system conceptual design, interfaces and scope
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5.1.2 Support structure
The support structure for the SR septa system will be designed by the LBNL. The vendor
shall design an interface to a support structure using LBNL guidelines and the interface
drawings AL-1441-1000.DRW and AL-1441-1038.DRW.
5.1.3 Vacuum system design
The vendor shall design and fabricate the vacuum chamber for the SR septa system
(applicable only to the Items 2 and 3) that conforms to requirements detailed in the
specification document AL-1334-4011 and the interface drawings AL-1441-1000.DRW
and AL-1441-1038.DRW. The prototype magnet and complete systems are also expected
to conform to the general vacuum requirements for the ALS-U project – AL-1220-7841 as
applicable.
The vendor is responsible for procuring the vacuum pumping and gauging equipment
required to meet the vacuum specification. The vacuum pumping and gauging equipment
shall be compatible with the ALS-U vacuum controls and instrumentation system as
defined in AL-1145-9058.
The vendor shall provide the ALS-U with a list of materials to be used for constructing the
pulsed septum magnet system and a list of vacuum pumping and gauging equipment to
be permanently installed on the system prior to the final design review. These lists will be
reviewed and approved by the ALS-U vacuum team at the final design review.
The pulsed septum magnet system shall be baked at the vendor factory and delivered to
LBNL as described in the shipping section. Bake-out instruction shall be developed by the
vendor and included in the system documentation.
5.1.4 Pulser Electronics and Control System
LBNL shall be responsible for interfacing the septum magnet system instrumentation to
EPICS and MPS for control, interlocking, and monitoring. The vendor shall provide full
documentation of the septum magnet system instrumentation to allow interfacing to
EPICS and MPS.
The maximum of 1 rack shall be used for the prototype magnet pulser and the maximum
of 2 racks shall be used for each pulsed septum magnet system (ATS or STA). Document
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AL-1155-4674 provides the ALS-U rack specification. Vendor may propose deviation from
AL-1155-4674 specification based on preferred solutions. All equipment shall be UL (or
other accepted NRTL https://www.osha.gov/dts/otpca/nrtl/nrtllist.html) Listed.
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Lawrence Berkeley National Laboratory
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6 FABRICATION
The vendor shall use the best fabrication practices to meet the requirements of the
technical specification document AL-1334-4011. The document AL-1220-7841 shall be
used as a reference for the ALS-U UHV chamber and components production
requirements.
7 SHIPPING, HANDLING, AND STORAGE
A shipping check list may be developed to assist in ensuring all of the shipping
requirements have been met.
7.1 Packaging
The completed septum magnet system shall be prepared for international shipment in
accordance with commercial best practices. Prior to shipment, the cooling circuits shall
be purged of all liquids, the vacuum envelope filled with dry nitrogen, and all vacuum
envelope ports capped with port blank-offs. The septum magnet system shall be attached
to a shipping base fixture and shall be wrapped, bagged, or covered with a vapor barrier
suitable for international transport. The septum magnet system and shipping base fixture
shall be fully enclosed in a shipping crate. The exterior of the crate mast have markings
that clearly identify tie-downs, lifting points, and the crate center of gravity.
7.2 Shipping and/or Storage Specifications
The prototype septum magnet/pulsed septum magnet system must be transported on air
ride trailers with the air ride feature engaged. All crates must be held firmly in place at
two mounting locations.
7.3 Monitoring Equipment
The shipping crate shall be equipped with non-resettable shock recording monitors (such
as spring and ball type indicators, Shockwatch® purple L55 label is an acceptable
monitor) on all three axes, on both the external and internal surfaces of the shipping crate,
to indicate occurrence of excessive shock in any of the three axes.
In addition, one battery-powered electronic shock, temperature, and humidity recorder
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(Bosch TDL 110 Transport Data Logger) shall be installed directly onto the septum
magnet system to obtain a representative vibration signature.
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8 QUALITY ASSURANCE
8.1 Quality reporting requirements
8.1.1 Subcontractor Quality program
The subcontractor shall complete the ALS-U Supplier Quality Evaluation Survey (AL-
1208-0209) during RFP.
The subcontractor shall maintain and apply an effective QA program for the design,
manufacture, testing of all systems and equipment provided
Post-award surveys may be required and shall be supported.
8.1.2 Deviation requests
Any deviations from the dictating LBNL documents must be requested by the
subcontractor and approved by LBNL prior to implementation. LBNL will provide a
standard deviation request form however, a subcontractor’s existing or internal document
may be utilized with LBNL approval.
Deviation requests apply to requests to modify processes or documented drawings.
Deviation requests DO NOT apply to hardware that is built and does not conform to the
specification.
8.1.3 Nonconformance reports
A nonconformance report provides a summary for products or procedures which do not
conform to the defined requirements. Nonconformances may be determined and
reported by either the subcontractor or LBNL staff. LBNL will provide a standard
nonconformance report form however, a subcontractor’s existing or internal document
may be utilized with LBNL approval. Nonconformance reports are to be submitted to
LBNL within 3 business days of the identification.
Nonconformance reports apply to hardware that is built and does not conform to the
specification(s). LBNL will provide a written disposition establishing a path forward for
each nonconformance. No operations may be performed on the nonconforming item
without LBNL’s written disposition or approval to proceed.
Officially Released to the LBNL Document Control Center
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8.2 Factory Inspection and Test Plan
The factory test shall be conducted according to the test plan proposed by the
subcontractor. The test plan will be mutually reviewed and agreed upon by the
subcontractor and LBNL at the time of the Final Design Review
Advanced Light Source Upgrade Project
Lawrence Berkeley National Laboratory
All officially released LBNL documents are watermarked and contain LBNL Document
Control Center release information in the lower-left corner of the document's pages.
Printed hard copies of this document are for reference only.
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The subcontractor shall provide an Inspection and Test Plan which shall be submitted to
the University Technical Representative for written approval by ALS-U Quality Assurance
prior to its required use.
This Inspection and Test Plan shall consist of a plan in the subcontractor’s format listing
components, subassemblies, and assemblies; identifying inspections and tests planned
for the verification of quality; and identifying documentation/planning for recording the
results.
8.3 ACL upon receipt at LBL
The initial Acceptance Criteria List documents AL-1392-7460 and AL-1298-3798 will be
reviewed and modified in accordance with the test plan agreed upon at the FDR. LBNL
reserves the right to perform any or all tests which are required to verify that the delivered
products conform to the specifications described in this document.
9 APPLICABLE DOCUMENTS
This section identifies applicable documents that are considered to be a part of this
document. All information contained in an applicable document shall be valid to the full
extent, unless specifically noted within this document. Applicable documents shall be
obtained from the LBNL Document Control Center (DCC).
Document Number Title
AL-1334-4011 ATS-STA SSN SSK Thin and Thick Septa Magnets
Specification
AL-1392-7460 SR ATS/STA thin septum prototype acceptance criteria
list
AL-1298-3798 SR ATS/STA thin/thick septa acceptance criteria list
AL-1220-7841 UHV Chamber and Component Production Requirements
AL-1145-9058 ALS-U Vacuum Controls and Instrumentation ESD
AL-1155-4674 Cabling & Infrastructure Rack Specification Document
AL-1208-0209 ALS-U supplier quality evaluation survey
AL-1265-6612 ALS-U Build to Specification CAD Model and Drawing
Requirements
AL-1441-1000.DRW ATS Septa Chamber Interface Drawing
AL-1441-1038.DRW STA Septa Chamber Interface Drawing
Officially Released to the LBNL Document Control Center
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10 REFERENCES
Documents listed in this section are considered reference documents that can be used to
better describe, clarify intent, or provide information where the information was obtained
from.
Advanced Light Source Upgrade Project
Lawrence Berkeley National Laboratory
All officially released LBNL documents are watermarked and contain LBNL Document
Control Center release information in the lower-left corner of the document's pages.
Printed hard copies of this document are for reference only.
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