B2.03.04_DRAFT-RFP_Acceptance_Criteria_List_CRMF-1.4-PP-319.docx
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- Solicitation number
- SLAC_DRAFT_RFP_369005_CRMF_Cleanroom_Construction
- Issued by
-
Department of Energy Office of Science
About this file
This is a Plans and Procedures document serving as an Acceptance Criteria List (ACL) for the CRMF Cleanroom and Ultra Pure Water (UPW) Subsystem, document number CRMF-1.4-PP-319. The document establishes verification and testing requirements across multiple phases of construction and commissioning for a single subcontract deliverable combining both the cleanroom and UPW subsystems at SLAC's Cryomodule Repair and Maintenance Facility in Menlo Park, California.
The ACL specifies detailed acceptance criteria organized into five verification categories: Requirements/Design Verification, Materials/Parts Inspection Criteria, Fabrication/Assembly Inspection Criteria, Factory Acceptance Testing Criteria, and Site Acceptance Testing Criteria. Materials and parts inspection includes 12 line items covering specifications for ULPA filters, piping materials (hard drawn copper per ASTM B88, PVDF for UPW), nitrogen distribution tubing and fittings (seamless UHP 316L with specified surface finishes), chilled water insulation, and electrical conduit. Fabrication and assembly inspection encompasses 11 items addressing AHU case insulation, damper specifications, circuit setters, air filter configurations, LED lighting, electrical labeling, internal surface cleaning, and nitrogen subsystem preparation. Factory Acceptance Testing includes 4 criteria for smoke detection, air velocity limits (450 fpm through cooling coil, 400 fpm discharge), and air leakage requirements (no greater than 0.5% at 150% operational capacity). Receipt inspection covers 16 items addressing cleanroom floor provisions, raised floor levelness (±1/16" over 10-foot spans), piping labeling per ASME A13.1, ductwork specifications (SMACNA Class 6/3), HVAC control system monitoring parameters, electrical receptacles (ISO4 type), and nitrogen/compressed air distribution sizing. Site Acceptance Testing includes 11 criteria for achieving ISO4 and ISO5 cleanroom ratings, ESD flooring compliance (less than 3.5E7 ohms per ANSI S20.20), temperature control (66°F ±2°F), humidity maintenance (40-60% RH), positive pressurization (0.06" WG differential), and UPW system performance specifications (18.2 MΩ-cm resistivity, 2 PPB total organic carbon, flow exceeding 4 feet per second).
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Plans and Procedures
Document Title: CRMF Cleanroom and UPW Acceptance Criteria List
| Document Number: CRMF-1.4-PP-319 |
| Page 1 of 2 |
Document Approval:
Originator: Josh Kaluzny, SRF System Manager
• Content/ Format, Requirement ID’s/Source ID’s, Verification Planning, SME Input
Reviewer: Jeff Tice, Technical Lead signature not required
• Facts, Details, Concepts, Calculations, Analysis to meet Stakeholders, Policies, Standards, Best Practices, as appl
Reviewer: Kathleen Ratcliffe, ES&H Manager signature not required
• ES&H Content, as appl
Approver: Ted Price, Systems Engineering Manager
• Clarity, Format, Requirement ID’s/Traceability, Change Control
Approver: Eric Zintel, Quality Assurance Manager
• General QA Provisions • Req’s Validation/Verification • Compliance with DOE O 414.1, Policies and Standards
Approver: Tug Arkan, Technical Director
• Scope Alignment, Stakeholder/SME Engagement
See Document Review/Approval Matrix of Responsibilities
Revision History
| Revision |
| Date Released |
| Description of Change |
| R0 |
| Month Day, Year |
| Original Release. |
Table of Contents
| 1 | References | 3 |
| 2 | Acceptance Criteria Listing Form | 4 |
| 2.1 | Cover Page | 4 |
| 2.2 | Verification and Testing Requirements | 5 |
| 2.2.1 | Requirements/Design Verification | 5 |
| 2.2.2 | Materials/Parts Inspection Criteria | 5 |
| 2.2.3 | Fabrication/Assembly Inspection Criteria | 9 |
| 2.2.4 | Factory Acceptance Testing Criteria | 11 |
| 2.2.5 | Receipt Inspection Criteria | 12 |
| 2.2.6 | Site Acceptance Testing Criteria | 17 |
References
| Document Number |
| Description |
| CRMF-1.4-TS-211 |
| SRF Cleanroom and UPW Specification |
Plans and Procedures
Document Title: CRMF Clean Room and UPW Acceptance Criteria List
| Document Number: CRMF-1.4-PP-319 |
| Page 1 of 2 |
The only official copy of this file is located in the CRMF Controlled Document Site.
Before using a printed/electronic copy, verify that it is the most current version.
Acceptance Criteria Listing Form Cover Page
| Quality Level (Check one): |
| ☐ High (QL-1) |
| ☒ Medium (QL-2) |
| ☐ Low (QL-3) |
| Prepared by: |
| Josh Kaluzny |
| Project: |
| CRMF |
| Email: |
| kaluzny@slac.stanford.edu |
| WBS: |
| 1.04.04 Cleanroom and UPW Subsystems |
| Phone: |
| (650) 926-4038 |
| Date: |
| XX/XX/XXXX |
| Part Name: |
| CRMF Cleanroom and Ultra Pure Water Subsystem |
| Quantity: |
| 1 |
Part Number:
Serial Number:
Additional Remarks:
These two subsystem deliverables are defined and procured under a single subcontract scope. Thus, verification planning will be combined under this single ACL.
Verification and Testing Requirements Requirements/Design Verification Technical requirements allocable to Cleanroom and UPW subsystems (CRMF-1.4-TS-211, SRF Cleanroom and UPW Specification) have been incorporated into subsystem design definition by SLAC, with assistance from its architectural and engineering support subcontract. Engineering drawings and material/equipment specifications provide the basis upon which fabrication, assembly, inspection and test will proceed. This document identifies user requirements that are expected to be verified throughout the construction and commissioning process. Code compliance verification will be performed by the SLAC Building Inspection Office (BIO) and its support service subcontracts.
Materials/Parts Inspection Criteria
| Item No |
| Document or Requirement ID |
| Characteristic to be Inspected or Witnessed |
| Verifying Entity |
| Nonconformance Report # if NCR exists |
Verification Plan #
| Inspection Results |
| Date |
| Initials |
| Pass |
| Fail |
| 1 |
| CRMF-REQT-362 |
| ULPA filters for all FFUs |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 2 |
| CRMF-REQT-492 |
| Removable panel must be provided for HPR penetration through cleanroom wall, including same materials as cleanroom walls, removable fasteners and cleanroom-qualified tape around the perimeter |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 3 |
| CRMF-REQT-503 |
| Chilled water piping shall be hard drawn copper per ASTM B88 for sizes up to and including 3" diameter. Fittings shall be same or similar material. |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 4 |
| CRMF-REQT-505 |
| All chilled water supply and return piping shall be insulated with at least 1" thick insulation for piping 2" diameter and less; 1.5" thick insulation for piping greater than 2" diameter. Insulation shall be fiberglass and for piping that exceeds 3/4" diameter, insulation shall include a vapor retarder jacket. Flexible elastomeric foam may be used for insulation that insulates piping 3/4" diameter or less. |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 5 |
| CRMF-REQT-506 |
| Potable, condensate, humidifier drain water piping materials shall be hard drawn copper per ASTM B88. Fittings shall be wrought copper with bronze solder per ANSI B16.22. |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 6 |
| CRMF-REQT-520 |
| AHU air filters shall meet ASHRAE MERV 14A rating or better. Air filter grid shall be rigid 304 stainless steel. |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 7 |
| CRMF-REQT-541 |
| Where exposed for final termination, conduit within the cleanroom shall be PVC-coated rigid steel conduit or PVC-coated flexible metallic conduit (where connected to vibrating equipment). |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 8 |
| CRMF-REQT-549 |
| Nitrogen distribution tubing shall be seamless UHP 316L material that conforms with ASTM A632 for sizes less than 1/2" OD and ASTM A269 for sizes greater than or equal to 1/2" OD. Hardness shall range between Rb 60 and Rb 80. All 316L tubing shall be internally electro-polished to a surface roughness of 0.25 µm Ra per ANSI/ASME B46.1. Tubing shall meet the requirements of ASTM G93-96, Level A and NVR standard for CGA G-4.1. |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 9 |
| CRMF-REQT-550 |
| Nitrogen distribution fittings and other related material shall be UHP 316L material that conforms with ASTM A632 for sizes less than 1/2" OD and ASTM A269 for sizes greater than or equal to 1/2" OD. Fittings shall be mechanically polished to obtain a standard internal surface finish of 25μin Ra per ANSI/ASME B46.1. Fittings shall meet the requirements of ASTM G93-96, Level A and NVR standard for CGA G-4.1. |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 10 |
| CRMF-REQT-553 |
| Nitrogen distribution subsystem ball valves shall be three piece with 316L stainless steel body and ball rated for minimum 150 psi operation. Gas-wetted surfaces shall be polished to a surface roughness of 0.25μm Ra per ANSI/ASME B46.1. Seats shall be reinforced PTFE. |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 11 |
| CRMF-REQT-558 |
| UPW piping shall be PVDF to maintain cleanliness. |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 12 |
| CRMF-REQT-561 |
| UPW piping hangers shall be vibration-dampening strut clamps produced from 316 stainless steel, supported by stainless steel Unistrut. Unistrut shall be anchored to the cleanroom wall using stainless steel self-drilling fasteners and washers. |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
Fabrication/Assembly Inspection Criteria
| Item No |
| Document or Requirement ID |
| Characteristic to be Inspected or Witnessed |
| Verifying Entity |
| Nonconformance Report # if NCR exists |
Verification Plan #
| Inspection Results |
| Date |
| Initials |
| Pass |
| Fail |
| 1 |
| CRMF-REQT-513 |
| AHU case and doors coated with foam-in-place insulation |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 2 |
| CRMF-REQT-514 |
| AHU dampers to be aluminum alloy, low leakage airfoil-shape blades with seals on the blades and edges to minimize air pressure drop when damper is fully open. Damper jackshafts and actuators must be readily accessible for maintenance, repair, and replacement, without need to remove the damper or other equipment. |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 3 |
| CRMF-REQT-515 |
| The cleanroom AHU shall include a circuit setter to monitor and control airflow through the HVAC system. |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 4 |
| CRMF-REQT-520 |
| AHU air filter bypass shall be minimized. Air filters shall be frontloaded to facilitate. Access to air filters shall be simplified for quarterly replacement. |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 5 |
| CRMF-REQT-523 |
| Lighting shall be provided within the AHU, consisting of vapor tight LEDs. All sections of the AHU shall include at least one light fixture. Lighting shall be controlled via one 6 hour (maximum) light switch timer. |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 6 |
| CRMF-REQT-524 |
| Internal AHU power cabling shall be shielded. |
| Commissioning Agent |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 7 |
| CRMF-REQT-525 |
| All AHU electrical components, wiring, and terminals shall be labeled. High voltage terminals shall be labeled as such. |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 8 |
| CRMF-REQT-528 |
| AHU internal surfaces and external surfaces of cooling coils shall be thoroughly cleaned before shipment. |
| Vendor |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 9 |
| CRMF-REQT-529 |
| AHU and associated components shall be packaged and sealed for shipping. |
| Vendor |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 10 |
| CRMF-REQT-551 |
| Nitrogen subsystem tubing and fittings shall be cleaned by the manufacturer and rinsed using 0.1 µm filtered, 18 MΩ-cm deionized water, heated to 60 degC. Tubing shall then be purged with heated, filtered nitrogen, then capped and protected for shipping. |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 11 |
| CRMF-REQT-555 |
| The ultra-pure water subsystem shall meet purity requirements identified in ASTM D5127, Type E-1.2 for no dissolved oxygen. |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
Factory Acceptance Testing Criteria
| Item No |
| Document or Requirement ID |
| Characteristic to be Tested or Demonstrated |
| Verifying Entity |
| Nonconformance Report # if NCR exists |
Verification Plan #
| Inspection Results |
| Date |
| Initials |
| Pass |
| Fail |
| 1 |
| CRMF-REQT-516 |
| Smoke detection and alarm for internal regions of the AHU, including identification of smoke source location |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 2 |
| CRMF-REQT-519 |
| Air velocity through AHU cooling coil shall not exceed 450 fpm |
| Vendor |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 3 |
| CRMF-REQT-520 |
| AHU air filter discharge velocity shall be around 400 fpm |
| Vendor |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 4 |
| CRMF-REQT-527 |
| Air leakage across the AHU boundary shall be no greater than 1/2% at 150% maximum operational capacity (negative or positive) total static pressure or 50 cfm, whichever is greater. |
| Vendor |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
Receipt Inspection Criteria
| Item No |
| Document or Requirement ID |
| Characteristic to be Inspected or Witnessed |
| Verifying Entity |
| Nonconformance Report # if NCR exists |
Verification Plan #
| Inspection Results |
| Date |
| Initials |
| Pass |
| Fail |
| 1 |
| CRMF-REQT-478 |
| A slot in the cleanroom floor must be sufficiently wide to accommodate cavity string vertical support posts that travel along the support rail installed in the building’s concrete floor beneath the cleanroom. |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 2 |
| CRMF-REQT-478 |
| A removable cover shall be provided for the slot in the cleanroom floor when the slot is unoccupied. Does the removable cover fit the slot? Is the cover properly restrained when installed? |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 3 |
| CRMF-REQT-485 |
| All cleanroom provisions shall not exceed 25 feet in height. |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 4 |
| CRMF-REQT-489 |
| Cleanroom raised floor shall not deviate from level by 1/16” or more over any 10’ span. |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 5 |
| CRMF-REQT-504 |
| Chilled water supply and return piping shall include a ball valve at each coil. Piping at each coil shall include a hose bib with valve for drainage, without affecting operation of the rest of the system. Coils shall include a pressure gauge, Pete's plug, and two-way control globe valve. Shutoff cocks shall be included to allow gauge removal for service. |
| Vendor |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 6 |
| CRMF-REQT-508 |
| All piping shall be labeled in accordance with ASME A13.1, addressing transport fluid via legend color, size, and directional flow. Labels shall be applied at valves, changes in direction, before and after penetrations, and every 20 feet for straight runs. |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 7 |
| CRMF-REQT-518 |
| AHU fan motor supply power shall include local isolation (e.g. circuit breaker) to facilitate motor maintenance and repair. |
| Vendor |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 8 |
| CRMF-REQT-531 |
| AHU ductwork shall be metal construction, using SMACNA duct class 6/3 rectangular cross-section and seal class A design. |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 9 |
| CRMF-REQT-532 |
| Cleanroom HVAC system control shall be monitored through the existing ALC web control network. At a minimum, data tracking shall include the following parameters: |
AHU:
OA temp
OA RH
MA temp RA temp CC disch. temp, status HC disch. temp, status SA temp
RA RH
CHW valve % open position HC % energized, amps
CFM (OA, RA, SA)
Filter DP Smoke detection Economizer Damper position CHW Supply temp CHW Return temp
CHW DP
CRM
VFD:
BacNet Interface with Webcontrol
Humidifier:
BacNet Interface with Webcontrol
Room:
Temp
RH
DP (Relative to outside of cleanroom)
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 10 |
| CRMF-REQT-539 |
| Receptacles and switches applied within the cleanroom shall be ISO4 type units. Receptacles and switches shall be flat surface and membrane sealed, touch-sensitive to operate. |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 11 |
| CRMF-REQT-540 |
| Conduit that penetrates the cleanroom shall be caulked around its perimeter to maintain ISO4 rating for cleanroom areas. |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 12 |
| CRMF-REQT-547 |
| One voice/data outlet shall be provided inside the cleanroom and two voice/data outlets shall be located on the outside wall of the cleanroom (one in the HPR pump area and one TBD). Each voice/data outlet shall include three Cat 6 rated ethernet jacks and one Cat 6 rated telephone jack. Cleanroom voice/data outlets shall be ISO4-rated and include stainless steel faceplates. Cat 6 cables shall be routed to the cleanroom DDC control panel. |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 14 |
| CRMF-REQT-547 |
| Cat 6 cabling shall also be provided to cleanroom security camera locations and card readers located at all three cleanroom exterior doors. |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 15 |
| CRMF-REQT-548 |
| Nitrogen distribution shall be sized to allow 10 scfm flow at each port. Each port shall include a 1/2" ball valve shutoff with Swagelok VCR fitting. |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 16 |
| CRMF-REQT-554 |
| Compressed Dry Air distribution shall be sized to deliver 15 scfm at each port. Each port shall include a 1/2" ball valve with Swagelok VCR fitting. |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
Site Acceptance Testing Criteria
| Item No |
| Document or Requirement ID |
| Characteristic to be Tested or Demonstrated |
| Verifying Entity |
| Nonconformance Report # if NCR exists |
Verification Plan #
| Inspection Results |
| Date |
| Initials |
| Pass |
| Fail |
| 1 |
| CRMF-REQT-362 |
| The String Assembly Area and Cavity Rinse Area shall meet ISO4 cleanroom requirements |
| Vendor |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 2 |
| CRMF-REQT-363 |
| The Garment Room, Wet Cleaning Area, and String Entry Area shall meet ISO5 cleanroom requirements |
| Vendor |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 3 |
| CRMF-REQT-488 |
| Raised floor tiles, sheet, and/or applied paint shall provide a static-dissipative resistance to ground that is less than 3.5E7 ohms and shall meet ANSI S20.20 for ESD flooring. |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 4 |
| CRMF-REQT-490 |
| Cleanroom doors must include touch-free actuation |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 5 |
| CRMF-REQT-510 |
| Is cleanroom positively pressurized to a differential air pressure of at least 0.06” WG? |
| Vendor |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 6 |
| CRMF-REQT-512 |
| Nominal cleanroom set-point temperature shall be 66 degF. Drift around set-point shall not exceed +/- 2 degF. Cleanroom humidity shall be maintained 40-60 %RH. |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 7 |
| CRMF-REQT-542 |
| Static-dissipative cleanroom flooring shall be bonded to ground. |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 8 |
| CRMF-REQT-544 |
| Cleanroom lighting control shall allow bi-level switching control for lighting inside the cleanroom. The lighting control panel shall facilitate a schedule-based on/off capability and provide local manual override for cleanroom lighting. |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 9 |
| CRMF-REQT-545 |
| Cleanroom shall include emergency lighting and lighted exit signs that assist the internal path of egress in the event of an emergency. |
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 10 |
| CRMF-REQT-558 |
| Flow within the UPW system shall exceed 4 fps to preclude biofilm growth. |
| Vendor |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 11 |
| CRMF-REQT-559 |
| The UPW subsystem shall offer the following capabilities: |
• Water resistivity value ≥18.2 MOhm-cm
• Total Organic Carbon (TOC) ≤2 PPB
• Silica <2 PPB
• No Dissolved Oxygen
• All other ions <1 PPB
• Flow 10 GPM
• Pressure 55 PSIG (supply and return lines)
• Temperature: Ambient
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
| 12 |
| CRMF-REQT-560 |
| The UPW subsystem shall include online monitoring for the following operating characteristics: |
· Particle count and size
· Total organic carbon
· Water resistivity
· pH
· Temperature
· Water flowrate
· Holding tank fill level
· Silica content
| SLAC |
| NCR#: |
VP#:
Traveler(s) #:
| ☐ |
| ☐ |
The only official copy of this file is located in the CRMF Controlled Document Site.
Before using a printed/electronic copy, verify that it is the most current version.
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