A. ED0040981 Statement of Work.pdf

- PIP-II SSR2 Cryomodule -

- Procurement and Fabrication Specification -

Thermal Shield, Piping, HBCAMs targets, and String Assembly tooling

Author: J. Bernardini

Document Number: ED0040981 Rev –

Document Approval Date Approved

Originator J. Bernardini As in TC

Checker V. Roger As in TC

Approver M. Parise As in TC

PIP-II

Procurement and Fabrication Specification

Document Title: PIP-II SSR2 Cryomodule - Procurement and Fabrication Specification - Thermal Shield, Piping, HBCAMs targets, and String Assembly tooling

Document Number: ED0040981

Fermi National Accelerator Laboratory 2

Revision History

Author Revision Date Description of Change

J. Bernardini February 2025 Initial Release

Document Title: PIP-II SSR2 Cryomodule - Procurement and Fabrication Specification - Thermal Shield, Fermi National Accelerator Laboratory 3

Table of Contents

1 Scope 4

2 Procurement Specification 6

2.1 Bidding Phase 6

2.2 Technical and Cost Evaluation Phase 7

2.3 Execution Phase and Hold Points 7

2.3.1 Hold Points 7

3 Fabrication Specification 8

3.1 Introduction 8

3.2 Materials 10

3.3 Dimensional conformance 11

3.4 Metrology Control 11

3.5 Cleanliness 11

3.6 Anodizing of F10171260, F10171270, and F10174376 11

3.7 Welding 12

3.8 Pressure Test 12

3.9 Leak check 12

3.10 Design Items provided by FFDG 12

3.11 Common and Design Parts to be procured 13

3.12 Serialization 13

3.13 Hardware 14

3.14 Cleaning and assembly of F10173440 14

3.15 Quality controls 15

3.16 Shipping Plan 16

APPENDIX A: Common Parts to be procured 17

Document Title: PIP-II SSR2 Cryomodule - Procurement and Fabrication Specification - Thermal Shield, Fermi National Accelerator Laboratory 4

1 Scope

The Single Spoke Resonator Type 1 and Type 2 Cryomodules (SSR1 and SSR2 CM) are two of the five different types of cryomodules (total of 23 units) that will constitute the PIP-II linear accelerator complex.

The present specification is intended to inform the procurement and fabrication of the subassemblies listed in Table 1 for the SSR2 and SSR1 CMs.

Line Top Assembly Drawing Description Quantity

1 F10120100 KIT, CLAMP, COOLDOWN LINE 12

2 F10139535 US END WELDMENT, SSR2 2-PHASE LINE 6

3 F10144312 CAVITY TO CAVITY LIQUID LEVEL WLDMT, SSR2 2-

PHASE LINE 6

4 F10139539 TUBE, SSR2 2-PHASE TEE BRANCH 30

5 F10138867 HX CONNECT WLDMT, SSR2 2-PHASE LINE 6

6 F10156241 ASSY, HE LEVEL SENSOR 7

7 F10144308 DS END WELDMENT, SSR2 2-PHASE LINE 6

8 F10144261 CAVITY TO CAVITY WLDMT, SSR2 2-PHASE LINE 6

9 F10158556 CAVITY TO CAVITY WLDMT W-INLET, SSR2 2-PHASE

LINE 6

10 F10172198 TUBE, FLEXLINE CONNECT BEND 6

11 F10140986 PIPE, LTTS TO HX 6

12 F10158167 KIT, INVAR RODS 6

13 F10145849 KIT, BRACKET, 5K TO SUPPORT POST – COUPLER

SIDE 36

14 F10240518 SSR2 PROD_LTTS KIT 6

15 F10174322 KIT, BRACKET, 5K TO SUPPORT POST 36

16 F10138853 WLDMT, SSR2 WU/CD LINE 6

17 F10141285 ELBOW, SSR2 BAYONET TO 50K LINE 13

18 F10144819 ELBOW, 5K TO BAYONET 13

19 F10144869 ELBOW, 5K TO CV VALVE CONNECT 19

20 F10141014 ELBOW, LWR PUMPING LINE TO BAYONET 6

21 F10140978 WLDMT, SSR UPR PUMPING LINE 6

22 F10169269 PROCUREMENT ASSY, SSR2 THERMAL SHIELD 6

23 F10156865 KIT, 2-PHASE CHIMNEY BLADE 6

24 F10238204 KIT, SSR SOLENOID SHIELD 26

25 F10160070 BRAZING, LTTS RELIEF LINE LWR INTCP 6

26 F10232567 WLDMT, UPR RELIEF LINE 6

27 F10141498 INNER RING, SSR END FLANGE SEAL 12

28 F10141500 OUTER FLANGE, SSR END FLANGE SEAL 12

20 F10141499 TUBE, SSR END FLANGE SEAL 12

30 F10156025 KIT, B-CAM ADJUSTER 24

31 F10178337 ASSY, SSR CL COVER 18

32 F10222384 TUBE, SSR COUPLER EXTENSION 30

33 F10222382 INR FLANGE, SSR COUPLER EXTENSION 30

Document Title: PIP-II SSR2 Cryomodule - Procurement and Fabrication Specification - Thermal Shield, Fermi National Accelerator Laboratory 5

34 F10222383 OTR FLANGE, SSR COUPLER EXTENSION 30

35 F10196566 WELDMENT, COOLING TUBE DN15 VALVE,

MACHINED 14

36 F10211869 WELDMENT, COOLING TUBE DN15 VALVE,

MACHINED (LB650) 22

37 F10216422 SHIELD, COUPLER PORT 60

38 F10184906 KIT, SOLENOID SURVEY STABILIZER 36

39 F10148192 BRACKET, CL COVER CONNECT 54

F10173438 SSR SOLENOID HBCAM TARGET DOUBLE SURVEY -

US

(option for 18 more)

F10172088 SSR CAVITY HBCAM TARGET DOUBLE SURVEY

(option for 60 more)

F10172098 SSR SOLENOID HBCAM TARGET DOUBLE SURVEY -

DS

(option for 18 more)

43 F10200104 SSR1 SOLENOID HBCAM TARGET DOUBLE SURVEY -

DS 2

44 FC0089898 PIPE ELBOW, ISO, SEAMLESS, 45DEG, 21.3mmOD X 2.0mmWALL, 27.5mmR, 316L SS 7

45 FC0084396 PIPE ELBOW, ISO, SEAMLESS, 90DEG, 60.3mmOD X 2.9mmWALL, 27.5mmR, 316L SS 7

46 FC0084286 PIPE ELBOW, ISO, SEAMLESS, 90DEG, 21.3mmOD X 2.0mmWALL, 27.5mmR, 316L SS 13

47 F10241053 ASSY, BRACKET, CONNECTOR INTERFACE 32

48 F10186147 SSR CAVITY SPACER CR 10

49 F10209617 PROCUREMENT ASSY, SOLENOID ASSY FIXTURE 1

50 FC0052350 SHCS, M8x1.25x16LGxFT, SB 100

51 F10187357 WLDMT, SSR1 STRONGBACK SUPPORT 7

52 F10187483 NUT-2, SSR STROGBACK ADJUST 14

53 F10198983 WLDMT, BEARING MOUNT 14

54 F10223124 LINEAR BEARING PLATE, HB650 CM SUPPORT POST

FOR LCLS RAIL 1

55 F10199002 KIT, SSR STAND SPACER 8

56 F10241122 PRCMT SSR2 STRING ASSEMBLY KITS 1

57 F10232148 SSR2 CM STRING ASSY POST SPACER 2

58 F10223324 LOLLIPOP TO SSR PLATE CONNECTION 2

59 F10241416 KIT, CR LOLLIPOPS CAVITY SET 5

60 F10241417 KIT, CR END SUPPORTS 2

Table 1: Quantities and Top Assembly Drawing

The Manufacturer shall provide all materials necessary to fabricate complete deliverables. The

Manufacturer shall provide manufacturing engineering services required to generate internal shop

Document Title: PIP-II SSR2 Cryomodule - Procurement and Fabrication Specification - Thermal Shield, Fermi National Accelerator Laboratory 6 drawings and all documentation needed to manage and support their suppliers. The Manufacturer shall provide all labor to assemble, test, and supervise the manufacture of all components regardless of where these are made: within the manufacturer’s plant or in a second facility or sub-contractor. The

Manufacturer shall fabricate jigs and fixtures to ensure ports, brackets, and other important components are maintained to specified tolerances. Any information of a proprietary nature must be identified in the bid response.

2 Procurement Specification

Purchase Order will be owned and managed by Fermi Forward Discovery Group (FFDG).

2.1 Bidding Phase

Bidder shall provide Proposal including all costs to deliver the assemblies indicated in Table 1.

In addition to proposal, the following documentation shall be provided:

a) Schedule that meets the following lead times:

a. 6 months for the quantities listed in lines 40 – 41 – 42 of Table 1, starting from the date that the FFDG Purchase Order is awarded to the Bidder running through fabrication, including hold points reported in Table 2.

b. 18 months for the quantities listed in the remaining lines of Table 1, starting from the date that the FFDG Purchase Order is awarded to the Bidder running through fabrication, including hold points reported in Table 2. Shipping batches will be defined at the time of the MRR.

c. 6 months for the additional quantities listed in lines 40 – 41 – 42, starting from the time

FFDG decides to exercise the option. The decision to exercise this option will be made only after the initial parts are delivered to Fermilab and accepted by FFDG.

b) Technical Proposal to demonstrate the ability of the Bidder to deliver the assembly with performance that meets or exceeds Fabrication Specification reported in Section 3. The Bidder shall list the equipment that will be used for manufacturing, and shall disclose what part of the work, if any, will be sub-contracted.

c) Past experience including examples of past projects (within the last five years) that closely match the scope in complexity and value, and that best illustrate the bidder’s capability, experience, and performance.

Document Title: PIP-II SSR2 Cryomodule - Procurement and Fabrication Specification - Thermal Shield, Fermi National Accelerator Laboratory 7

d) Management Control Plan to demonstrate the ability to ensure the required quality throughout the entire execution of the project. Examples of documentation developed for past projects

(within the last five years) in terms of adherence to ASME B31.3 Process Piping code and ASME

B&PV section IX will be considered for the technical evaluation.

2.2 Technical and Cost Evaluation Phase

FFDG Purchase Order is awarded to one Bidder after that the proposals will have been evaluated by technical and cost evaluation teams.

2.3 Execution Phase and Hold Points

Upon FFDG purchase order award, the Manufacturer shall assign a person responsible for the technical execution and Quality Control (QC) of the project, and a person responsible for the commercial follow-up, throughout the duration of the contract. They shall be able to communicate in English.

Within two weeks from FFDG purchase order award, a kick-off meeting shall be scheduled to initiate technical and commercial discussion between the technical and commercial representatives from FFDG and the Manufacturer. Action items from the meeting shall be addressed within one week.

Upon conclusion of the kick-off meeting, FFDG expects to receive bi-weekly a status report via e-mail

(FFDG will provide a template) from the Manufacturer. Also, a monthly meeting held by videoconference shall be regularly scheduled to discuss technical and commercial updates. The meetings will be held in

English. However, FFDG representatives are always available to respond any time if questions will arise.

Within eight weeks from FFDG purchase order award and before starting any fabrication / procurement activity, the Manufacturing Readiness Review (MRR) shall be organized to allow FFDG reviewers to assess the Manufacturer’s level of preparation to proceed to the manufacturing and procurement phase.

Review’s recommendations (if any) based on the presented material (see MRR deliverables in Table 3), shall be addressed within two weeks from the conclusion of the MRR.

Upon conclusion of the MRR, the Manufacturer will be allowed by FFDG to proceed with the fabrication / procurement phase. Quality Controls and Technical reports, as detailed in Table 2, shall be provided by the Manufacturer to FFDG.

The readiness to ship the unit shall be assessed through an appropriate review.

2.3.1 Hold Points

A Hold Point is defined as the moment in time wherein the process needs to be stopped in order to allow a FFDG representative to perform reviews and QCs deemed necessary.

Table 2 lists the main hold points and associated documentation deliverables for this project.

Document Title: PIP-II SSR2 Cryomodule - Procurement and Fabrication Specification - Thermal Shield, Fermi National Accelerator Laboratory 8

Hold Point

Description Deliverables When required

A Kick-off Meeting

Address action items from the meeting Within 2 weeks from FFD purchase order award

B

Manufacturing Readiness Review(s) (MRR)

MDED

Welding documentation

Detailed MIP and Travelers’ template Pressure Test procedure

Leak Check procedure

Within 8 weeks from FFDG purchase order award and before starting any Fabrication

/ Procurement

C

Alignment target (F10172088) inspection

CMM reports per section 3.4 The first 2 units of assembly F10172088 shall be inspected and approved by FFDG’s representatives before proceeding with the manufacturing of subsequent units listed in lines 40 – 41 – 42 of Table 1.

As specified in the MIP

D Pipe Welds Inspection QC report(s) As specified in the MIP E Final Dimensional Check QC report(s) As specified in the MIP

F Discrepancies / Nonconformities Discrepancy report(s) As soon as identified

G Shipping Readiness

Review for lines 40 – 41 – 42, Table 1.

Final version of MIP Final version of MDED

Discrepancy report(s) (If applicable) CMTRs

Visual Inspection Reports Certificate of dimensional controls

Digital Images Shipping Configuration Plan

Prior to shipping

H Shipping Readiness Review

Final version of MIP Final version of MDED

Final version of Welding documentation Discrepancy report(s) (If applicable)

CMTRs Visual Inspection Reports

Certificate of dimensional controls Pressure Test reports and digital images

Leak Check reports and digital images Digital Images of all the parts listed in Table 1

Shipping Configuration Plan

Prior to shipping

Table 2: Hold Points and Documentation Deliverables for Fabrication Phase

3 Fabrication Specification

3.1 Introduction

Some assemblies are shown from Figure 1 to Figure 5.

Document Title: PIP-II SSR2 Cryomodule - Procurement and Fabrication Specification - Thermal Shield, Fermi National Accelerator Laboratory 9

Figure 1: F10169269, PROCUREMENT ASSY, SSR2 THERMAL SHIELD

Figure 2: F10240518, KIT, SSR2 PROD LTTS KIT

Figure 3: F10138853, WELDMENT, SSR2 WU/CD LINE

Document Title: PIP-II SSR2 Cryomodule - Procurement and Fabrication Specification - Thermal Shield, Fermi National Accelerator Laboratory 10

Figure 4: F10140978, WELDMENT, SSR UPR PUMPING LINE

Figure 5: F10172088, SSR CAVITY HBCAM TARGET DOUBLE SURVEY

3.2 Materials

Materials used in the fabrication of components are specified in the referenced drawings. The use of any materials non-listed in the drawings is excluded by the present specification. Under exceptional conditions

FFDG may approve other materials upon a written request.

Certified Mill Test Reports (CMTR) of all raw materials used to fabricate deliverables shall be provided to

FFDG as part of the deliverables of the shipping readiness review. Electronic copies of materials certifications in PDF format shall be provided and shall include all processes and tests with grade and composition being clearly identifiable and traceable to the respective component.

If the vendor obtains components from a subcontractor, the vendor is responsible to prove that the materials and welds for the components meet compliance requirements.

Document Title: PIP-II SSR2 Cryomodule - Procurement and Fabrication Specification - Thermal Shield, Fermi National Accelerator Laboratory 11

3.3 Dimensional conformance

All drawings referenced shall be used by the Manufacturer for configuration control and dimensional conformance. Dimensional variances and overall envelope configuration shall be maintained within specified tolerances.

The drawings supplied as part of this request for proposal are to be considered near-final release. The final set of drawings (latest revisions), including minor modifications that might occur during the bidding phase, will be given to the Manufacturer at the time of the kick-off meeting.

The Manufacturer may decide to use the drawings provided by FFDG for fabrication, or to produce its own drawings. Any change or deviation from the set of drawings provided by FFDG shall be listed in a

Manufacturer’s Drawings Exception Document (MDED). FFDG will have to provide a written approval to the MDED before the Manufacturer can proceed to the next step. FFDG is not accountable for any change in the drawings not listed in the MDED. The MDED can be revised and approved throughout the entire duration of the project.

3.3.1 Metrology Control

CMM measurements shall be performed on the following components:

F10171260: SSR2 BCAM SURVEY.

F10174376: TUBE, TARGET SSR ALIGNMENT.

F10156027: SLIDE PLATE WLDMT.

F10139775: CR POST WELDMENT TYPE 1-650MHz.

F10020676: CR POST TYPE 2.

A certificate of dimensional control shall be provided by the time of the Hold Points indicated in Table 2.

3.4 Cleanliness

The components will be used in a moderate to high vacuum service. Before any welding, all parts must be degreased with soap and water, followed by a thorough deionized water rinse. The inside of all pipes shall be cleaned. Parts shall be protected at all stages of fabrication for the cleanliness.

All OFHC Copper (UNS C10200) surfaces shall be protected with a plastic film during handling and transportation. No glue shall be used to apply the protective film.

3.5 Anodizing of F10171260, F10171270, and F10174376

Anodization shall be performed as specified in the notes of the provided drawings, to obtain a matte or lusterless gray finish on the titanium surfaces. Suggested reference specification is AMS2488, Type 2. The

Document Title: PIP-II SSR2 Cryomodule - Procurement and Fabrication Specification - Thermal Shield, Fermi National Accelerator Laboratory 12

Manufacturer shall communicate to FFDG the anodization procedure that will be used, and FFDG will have to provide approval.

3.6 Welding

All weld joints shall conform to types and sizes called out on drawings provided by FFDG, unless otherwise listed in the MDED approved by FFDG.

All welding process, inspection and testing must be in accordance with the ASME B31.3 Process Piping code for Normal Fluid Service. All welders shall be qualified to the ASME B&PV section IX.

In addition to code requirements, the vendor shall inspect interior of all pipe welds with a borescope, when possible. Pictures will be part of the welding documentation to be provided.

The Manufacturer shall ensure that no entrapped gases, fluxes, pits, cracks, or like imperfections are left in the heat affected zones. All fillet welds shall be smooth for cosmetic appearance. Post cleaning of welds with a wire brush only is acceptable (prior to final leak checking) and required to leave the surface in a bright finish condition with no trace of solvent residue.

Examination of the welds need to be performed according to ASME B31.3 paragraph 341.4.1. All reports including visual inspections and radiographic tests will be provided by the manufacturer to FFDG.

3.7 Pressure Test

The process pipes shall be pressure tested in accordance with ASME B31.3, as called out on drawings. The

Manufacturer shall provide flanges or end caps for pressure testing. Pressure test procedure, reports, and digital images of the pressure test set-up shall be provided to FFDG as detailed in Table 2.

3.8 Leak check

Helium leak testing at room temperature shall be used to verify that assembly, subassemblies, and components (when specified on drawings) are suitably leak-tight at all stages of fabrication and assembly.

The allowable leakage rates are indicated on drawings (when applicable). Leak testing should be performed with a calibrated Helium Mass Spectrometer Leak Detector (HMSLD), according to ISO 20485 or equivalent standard. Leak check shall be performed only after pressure test. Leak check procedure, reports, and digital images of the leak check set-up shall be provided to FFDG as detailed in Table 2.

Bellows listed in section 3.10 will be delivered already leak checked, a subsequent leak check shall be performed after welding, as specified in the notes of the applicable drawings.

3.9 Design Items provided by FFDG

The following design items will be provided to the Manufacturer by FFDG:

Document Title: PIP-II SSR2 Cryomodule - Procurement and Fabrication Specification - Thermal Shield, Fermi National Accelerator Laboratory 13

-F10144225: BELLOWS, SSR2 2-PHASE END.

-F10139440: BELLOWS, SSR2 2-PHASE.

-F10144389: BELLOWS, SSR RELIEF LINE.

-F10170854: BELLOWS, SSR PUMPING LINE.

The Manufacturer is responsible for all costs associated to import / export the shipment of parts provided by FFDG.

3.10 Common and Design Parts to be procured

The common parts are components available on the market from one or multiple suppliers. In the bill of material of FFDG drawings, the common parts are the ones with drawing number starting with letters

‘’FC’’ (example FC0072049).

The following common parts are available at one supplier only:

- FC0072049: BALL GLASS, TARGET 325 MHZ ALIGNMENT.

- FC0072050: BALL CERAMIC, TARGET 325 MHZ ALIGNMENT.

- FC0076854: LINEAR BALL BEARING PILLOW BLOCK.

- F10210822: BEARING SLEWING RING_MODIFIED.

- FC0051364: BEARING, SLEWING RING.

- FC0045848: QUICK RELEASE PIN 1/2X2.25.

- F09088137: 500 QUICK RELEASE PIN RECEPTACLE.

- FC0101067: QUICK RELEASE PIN, 6MM X 20MM, 316SS.

The Manufacturer shall procure those parts from the suppliers specified in Appendix A.

3.11 Serialization

The Manufacturer shall permanently etch a serial number on each subassembly indicated in Table 1. The serialization scheme is the following:

Part# Revision# Sequence#

Part number and revision number shall be the ones indicated on FFDG drawings, if no revision is indicated in the drawing, symbol “-“ shall be used. The sequence number shall increase from 01 to the number of repeated components in the assembly.

No serial number shall be etched / engraved on the following parts (and subcomponents):

• F10173440.

• F10172485.

• F10179924.

• F10171260.

Document Title: PIP-II SSR2 Cryomodule - Procurement and Fabrication Specification - Thermal Shield, Fermi National Accelerator Laboratory 14

• F10172270.

• F10179747.

3.12 Hardware

The Manufacturer shall provide to FFDG the hardware (including bolts, nuts, washers, gaskets) in quantities listed in the part list of drawings plus 20% of spares for each item. Quantities and materials are the ones listed on drawings, please note that SSB88 is SS 316L. The hardware shall be properly packed and labeled to be easily identifiable during assembling of the components at Fermilab.

3.13 Cleaning and assembly of F10173440

Operating person shall use specific equipment as well as personal protective equipment during cleaning.

General guidelines are the following:

1. Follow notes on the drawings.

2. Always wear nitrile gloves or finger cots.

3. Do not handle optics with metal tools.

4. Always place glass balls on a clean, soft surface.

5. Do not use compressed air from pneumatic network due to possibility of oil inside of it. To blow off nitrogen gas can be used as well as Dust-off Compressed Air container.

Document Title: PIP-II SSR2 Cryomodule - Procurement and Fabrication Specification - Thermal Shield, Fermi National Accelerator Laboratory 15

Figure 6: HBCAM target assembly - F10173440

1. Blow off the part F10174376 with nitrogen gas. Wipe off the outer surface with Reagent-Grade

Isopropyl Alcohol. Flash the inner surface with the Isopropyl Alcohol. Dry the part out with nitrogen gas.

2. Before installing parts F10174369, FC0067359, FC0072049, and FC0072050, blow them off with nitrogen gas. Parts must be submerged into Reagent-Grade Isopropyl Alcohol and blown off until dry with nitrogen gas.

The same procedure applies also to F10172485, and F10179924.

The Manufacturer shall procure all the hardware needed to complete each assembly. Hardware shall be the one specified on the provided drawings.

3.14 Quality controls

The Manufacturer shall prepare a project specific Manufacturing and Inspection Plan (MIP) for FFDG’s approval. The MIP shall list the sequence of manufacturing steps, as well as the associated inspections:

- visual inspections.

- dimensional inspections.

Document Title: PIP-II SSR2 Cryomodule - Procurement and Fabrication Specification - Thermal Shield, Fermi National Accelerator Laboratory 16

- leak checks.

- pressure tests.

The Manufacturer shall develop quality control procedures and tests to guarantee that the project will be in full conformance with the FFDG’s specifications. If during inspections a discrepancy occurs, the supplier shall generate a Discrepancy Report (DR) and obtain FFDG’s approval before proceeding to the subsequent step. The Manufacturer shall maintain records of all inspections and tests in the form of

Quality Reports (i.e., electronic travelers).

The Manufacturer shall provide documentation detailing the weld assurance program. Welding documentation shall be developed in accordance with ASME B&PV section IX. The MIP and Welding

Documentation shall be made available for FFDG’s reviews and approval by the Manufacturing Readiness

Review (MRR), as also indicated in Table 2.

3.15 Shipping Plan

The Manufacturer shall ship the components properly packed to ensure that damage is not incurred during shipment, in accordance with transportation industry standards. This shall include weather protection and the closure of all open pipes with test plugs or removable caps. A shipping configuration plan shall be submitted to FFDG for approval as detailed in Table 2. Sizing shall be such that handling is facilitated and weight limitations imposed by the transportation industry can readily be met. A packing list of loose items shall be included in any kits required. All deliverables including documentation shall be catalogued and offered for acceptance to FFDG by the Shipping Readiness Review, as detailed in Table 2.

Document Title: PIP-II SSR2 Cryomodule - Procurement and Fabrication Specification - Thermal Shield, Fermi National Accelerator Laboratory 17

APPENDIX A: Common Parts to be procured

Common part FC0072049: BALL GLASS, TARGET 325 MHZ ALIGNMENT (used in F10173440), shall be procured from Knigth Optical (https://www.knightoptical.com), and the product reference is ‘S-LAH79 ball lens, 4 mm diameter +/- 3 um, 2 um sphericity, S/D 40/20 or better’.

Common part FC0072050: BALL CERAMIC, TARGET 325 MHZ ALIGNMENT (used in F10173440), shall be procured from BC Precision

(https://www.bcprecision.com/?srsltid=AfmBOooK6AeOWCD8884sbDsAMuUa3vXLzFm5urZimwtbejOSV

Y7CmQnw). Product reference is ‘4mm Si3N4 Silicon Nitride Ceramic Ball Bearings G5’

(https://www.bcprecision.com/products/4mm-si3n4-silicon-nitride-ceramic-ball-bearings-g5?_pos=1&_sid=4d7cc7417&_ss=r).

Parts FC0083027 and FC00832028 shall be procured from IGUS (link), parts number are KARM-10-MH and KALM-10-MH, respectively.

Part FC0076854 shall be procured from McMaster Carr and part number is 9338T17 (link).

Part F10210822 shall be procured from IGUS and the part number is PRT-01-30-SQ (link).

Part FC0051364 shall be procured from IGUS and the part number is PRT-01-150 (link).

Part FC0045848 shall be procured from McMaster Carr and part number is 90293A436 (link).

Part F09088137 shall be procured from McMaster Carr and part number is 94715A530 (link).

Part FC0101067 shall be procured from McMaster Carr and part number is 95335A716 (link).

https://www.bcprecision.com/?srsltid=AfmBOooK6AeOWCD8884sbDsAMuUa3vXLzFm5urZimwtbejOSVY7CmQnw https://www.bcprecision.com/?srsltid=AfmBOooK6AeOWCD8884sbDsAMuUa3vXLzFm5urZimwtbejOSVY7CmQnw https://www.bcprecision.com/products/4mm-si3n4-silicon-nitride-ceramic-ball-bearings-g5?_pos=1&_sid=4d7cc7417&_ss=r https://www.bcprecision.com/products/4mm-si3n4-silicon-nitride-ceramic-ball-bearings-g5?_pos=1&_sid=4d7cc7417&_ss=r https://www.igus.com/chainflex/bulk-cables?utm_campaign=a-cf-cf&utm_source=ppc&utm_campaign=US+-+Chainflex+(Brand+Terms)&utm_term=igus%20cable&utm_medium=ppc&utm_source=adwords&hsa_kw=igus%20cable&hsa_mt=b&hsa_grp=83220875471&hsa_tgt=kwd-299037623670&hsa_net=adwords&hsa_cam=7237701973&hsa_ver=3&hsa_acc=2997300550&hsa_src=g&hsa_ad=391439601318&gad_source=1&gclid=CjwKCAiAqrG9BhAVEiwAaPu5zo_lgRin7pL4dqTmBWnUy-MEz_3chbFxE6wdD2Do5-7TFEDkwHdF8BoCGTkQAvD_BwE https://www.mcmaster.com/9338T17/ https://www.igus.com/product/iglidur_PRT_01_SQ?artnr=PRT-01-30-SQ https://www.igus.com/product/iglidur_PRT_01_AL_J?artnr=PRT-01-150 https://www.mcmaster.com/catalog/131/3838/90293A436 https://www.mcmaster.com/94715A530/ https://www.mcmaster.com/95335A716/

APPENDIX A: Common Parts to be procured