PANRSA26P0000040601-Questions_and_Answers Rev. 2.pdf

MODERNIZED PAINT LINE IN SOD

PANRSA-26-P-0000 040601 / W9124P-26-S-C001

Q&A Rev. 2

Question 1: Can information regarding the existing paint-line system and mechanical component layout be provided?

Answer 1: Yes. See attached Attachment 1 (Paint Conveyor Line Drawings) and Attachment 3 (Conveyor Line Entry Image). Technical specifications and manufacturer links for the existing mechanical drive components currently operating on the conveyor line include:

• Worm Gear Unit: NORD Universal SI Worm Gear Unit (SK 1SI63)

• Drive Motor: Regal Rexnord General Purpose Motor (0.75 HP, 3-Phase, 230/460V, 1800 RPM, 56C Frame, TEFC, Part 114213-00)

• Planetary Motor Multiplier: Boston Gear Motor Multiplier (Model FSP-5A)

• Conveyor Track System: Rapid Industries Rapid Flex Enclosed Track Overhead Conveyor

Question 2: Can facility drawings showing the current conveyor line and preferred location or path for new automated equipment be provided?

Answer 2: Yes. See Attachment 1 for basic line layouts and approximate dimensional measurements. Offerors may propose optimal automation paths and equipment layouts within this footprint.

Question 3: Can technical data sheets (TDSs) for the coatings to be processed be provided?

Answer 3: Representative military coating lines, approved manufacturers, brand names, part numbers, dry film thickness (DFT) requirements, and cure specifications are detailed in the tables below. Not every manufacturer publishes TDSs online for public access;

offerors are responsible for contacting the listed manufacturers directly to request complete TDS copies if desired.

Question 4: What are the part families/configurations, substrate materials, and required film builds?

https://www.google.com/url?q=https%3A%2F%2Fshop.nord.com%2Fen-US%2Fproduct%2Funiversal-si-worm-gear-unit-sk-1SI63-i-6000-14375-in-uh1-6-680-1631 https://www.google.com/url?q=https%3A%2F%2Fwww.regalrexnord.com%2Fproducts%2Felectric-motors%2Fac-motors-nema%2Fgeneral-purpose-motors%2Fgeneral-purpose-motor-0-75-0-75-hp-3-ph-60-50-hz-230-460-190-380-v-1800-1500-rpm-56c-frame-tefc-114213-00 https://www.google.com/url?q=https%3A%2F%2Fwww.regalrexnord.com%2Fproducts%2Felectric-motors%2Fac-motors-nema%2Fgeneral-purpose-motors%2Fgeneral-purpose-motor-0-75-0-75-hp-3-ph-60-50-hz-230-460-190-380-v-1800-1500-rpm-56c-frame-tefc-114213-00 https://www.google.com/url?q=https%3A%2F%2Fwww.bostongear.com%2Fecatalog%3Fpage%3Dproduct%26cid%3Dplanetary_motor_multiplier%26id%3DFSP-5A https://www.google.com/url?q=https%3A%2F%2Frapidindustries.com%2Fproducts%2Fturnkey-systems-and-integrations%2Frapid-flex https://www.google.com/url?q=https%3A%2F%2Frapidindustries.com%2Fproducts%2Fturnkey-systems-and-integrations%2Frapid-flex

Answer 4: Workload consists of batch processing of metallic parts (ferrous and aluminum alloys) hanging from conveyor hooks (see Attachment 2 for hook spacing measurements).

The system must accommodate parts with an approximate maximum physical envelope of 48” L x 40” W x 12” H and weighing under 100 lbs. Required dry film thickness (DFT) builds are detailed in the coating tables below.

Question 5: What are the production throughput requirements and number of application stations?

Answer 5: There are currently two (2) application stations operating within the conveyor line: one (1) for primer application and one (1) for topcoat application.

Question 6: What are the existing spray booth types and system interfaces?

Answer 6: The system currently utilizes two (2) inline manual spray booths connected via the Rapid Flex enclosed overhead conveyor track to an inline forced-cure oven.

Question 7: What are the coating cure temperature and time requirements?

Answer 7: Specific cure parameters are outlined in the tables below. The system must support both forced-cure oven operations and room-temperature curing options for all coatings. Exact cure times and temperatures vary depending on specific project and workload requirements.

Technical Coating Specification Tables

Primer Coatings:

Military Coating Line

Manufacturer Brand Name

Part Number(s)

Dry Film Thickness

(DFT)

Requirement

Cure Temperature

Cure Time

MIL-DTL-

53022

Sherwin Williams

N/A Part A:

E90A228 Part B:

V93V00235

1.5–2.5 mils Room Temperature minutes (to topcoat)

MIL-PRF-

23236

Pittsburgh Paint Company (PPG)

Amercoat

Part A:

00334076

(AT235-

72/01) Part B:

00334085

(AT235-B/04)

4–8 mils 90°F 2 hours (to topcoat)

Topcoat Coatings:

Military Coating Line

Manufacturer Brand Name

Part Number(s) Dry Film Thickness

(DFT)

Requirement

Cure Temperature

Cure Time

MIL-

DTL-

53039

Hentzen Zenthane 08605GUZ-

ULVOC

2–3 mils 180°F 45–90 minutes

MIL-

PRF-

22750

Hentzen Epoxzen Part A: 16125GEF-

LVOC

Part B:

16062CEH-LVOC

1.7–2.3 mils 90°F 1–2 hours

MIL-

PRF-

24635

Pittsburgh Paint Company

(PPG)

PSX700SG Part A: 00420904

(LR20170801/01)

Part B: 00336130

(PX700-B/04)

3–8 mils 86°F 4 hours

MIL-

PRF-

85285

Hentzen Zenthane Plus

Part A:

04636WUX-3

Part B:

04600CHA-FG

1.7–2.3 mils 90°F 1–2 hours

Question 8:

Is September 16, 2026 at 12:00 PM CST the current Phase 1 deadline, and are new solution providers still being accepted?

Answer 8:

Confirmed. The Phase 1 Solution Brief submission deadline is September 16, 2026, at 12:00 PM Central Standard Time (CST). This Call for Solutions is an open competition under Commercial Solutions Opening (CSO) procedures; any qualified organization may submit a Phase 1 package prior to this deadline. In accordance with Page 1 of the Call, any submission received after this date and time will be deemed late and will not be evaluated.

Question 9:

Can a commercial U.S. industrial systems integrator with limited or no prior Department of Defense (DoD) contracting history participate, provided that all required SAM/UEI and contractual requirements are satisfied before award?

Answer 9:

Yes. Section 1 of the Call explicitly encourages participation from nontraditional defense contractors, commercial industrial automation firms, and companies developing emerging technologies. Prior DoD contracting experience is not mandatory. To be eligible for award, the prime contractor must possess an active registration in SAM.gov with a valid Unique Entity ID (UEI) and CAGE code prior to award (Section 5.2.c).

Question 10:

May a prime contractor submit a Phase 1 Solution Brief with an identified industrial automation/paint-finishing integrator and other teaming partners, and what partner information must be included?

Answer 10:

Yes. Teaming arrangements, joint ventures, and prime-subcontractor partnerships are permissible and encouraged (Section 1). Offerors submitting with teaming partners must:

1. Detail partner capabilities, roles, and key personnel qualifications in Section 7 of the White Paper (Corporate and Personnel Qualifications).

2. Submit a separate Intellectual Property Statement/Disclosure for each participating entity as required by Section 6.1.1(e).

3. Ensure the prime contractor is registered in SAM.gov.

Question 11:

Is a site visit at Tobyhanna Army Depot (TYAD) required, available, or only possible after selection for Phase 2/3? If available, what is the request process and deadline?

Answer 11:

Pre-submission site visits are not available or permitted during Phase 1. Offerors must develop their Phase 1 Solution Briefs based on the facility layout drawings, dimensions, mechanical component specifications, and utility parameters provided in the original Call and Amendment 1. If physical access to TYAD is required for detailed measurements or layout verification, it will be coordinated exclusively with offerors down-selected for Phase 2 (Pitch/Demonstration) or Phase 3 (Request for Solution Proposal).

Question 12:

Are there any additional submission, file-naming, page-limit, OCI, data-rights, CUI, or teaming instructions in Amendment 1 that supersede the original Call for Solutions?

Answer 12:

No. Amendment 1 provided technical clarifications (baseline drawings and Q&As) and did not supersede the submission rules in Section 6.1. All original instructions remain in full effect:

• Package Structure: Submissions must consist of exactly two (2) separate PDF files:

(1) Attachment 1: Quad Chart and (2) Attachment 2: White Paper.

• Page Limits & Formatting: The White Paper is limited to a maximum of five (5) pages, single-spaced, 12-point Times New Roman font, with 1-inch margins. The Title Page and Intellectual Property Disclosures do not count against the 5-page limit.

• Compliance Disclosures: Organizational Conflict of Interest (OCI) disclosures (Section 8) and Data Rights assertions (Section 6.1.1(8)) must be included as prescribed.

Question 13:

Following Phase 1, what is the anticipated timing for Phase 2 technical discussions, Phase 3 proposal submission, and the target implementation/commissioning window?

Answer 13:

Formal milestone dates for Phase 2 (Pitch/Demonstrations) and Phase 3 (RSP) will be announced to selected offerors following the completion of Phase 1 evaluations. Target delivery, installation, and commissioning milestones will be established and negotiated as part of the Phase 3 firm-fixed-price proposal.

Question 14:

Should the Phase 1 Solution Brief address Amendment 1, the drawings, Q&A, and photographs as part of the current technical baseline?

Answer 14:

Confirmed. Amendment 1, including all published Questions & Answers (Q&A 1–7) and Attachments 1 through 3 (Paint Conveyor Line Drawings, Hook Spacing measurements, and Conveyor Line Entry photograph), establishes the official technical baseline and must be addressed in your Phase 1 Solution Brief alongside Section 3.1 of the original Call.

Question 15:

Is the Government expecting the prime solution provider itself to supply every subsystem, or may the prime integrator combine commercially available robotic, fluid-management, SCADA, and conveyor/oven technologies from established OEM partners into the complete turnkey solution?

Answer 15:

Combining commercial subsystems into an integrated turnkey solution is permitted and expected. Per Section 3 and Section 3.1.c/d, the Government encourages prime contractors/integrators to integrate proven modular, Commercial-Off-The-Shelf (COTS) robotic hardware, fluid delivery/paint kitchen equipment, and open-architecture SCADA packages to achieve a unified automated end state.

Question 16:

What are the principal characteristics of the existing conveyor and curing oven that must be retained — including conveyor type/speed range, available controls/interfaces, and oven operating envelope?

Answer 16:

The design should maximize continued use of existing infrastructure/equipment where possible/practicable.

Question 17:

Approximately how many distinct part families/geometries must the automated system accommodate, and what level of changeover flexibility is expected between them?

Answer 17:

As stated in Amendment 1 (Q&A 4), the workload consists of batch processing of diverse metallic parts (ferrous and aluminum alloys) hanging from conveyor hooks (Attachment 2) with an approximate maximum envelope of 48″ L × 40″ W × 12″ H and weighing under 100 lbs. High changeover flexibility between part geometries and coating recipes (at a minimum, options for 3 primers and 6 topcoats) without extensive mechanical retooling or downtime is a core objective (Section 3.1.e/f/g).

Question 18:

For automated robotic paint-path generation without CAD input, is this considered a preferred capability or an essential performance requirement?

Answer 18:

In accordance with Section 3.2 ("Desired Attributes"), automated robotic paint path creation without requiring input of 3D Computer-Aided Design (CAD) data is classified as a highly desired attribute (Section 3.2.b). While not a strict minimum threshold pass/fail requirement for Phase 1, proposals demonstrating automated/flexible path generation without CAD reliance will be evaluated favorably under Technical Merit (Section 7.1.a).

Question 19:

Beyond compliance of the finished coatings with the listed MIL specifications, are there defined acceptance KPIs for film thickness tolerance, transfer efficiency, throughput, first-pass quality, or maximum cycle time?

Answer 19:

Please reference the Table under Amendment 1 Q&A 7 for example materials and film thickness requirements, as well as Section 3.1.k for general requirements. Specific numerical acceptance KPIs (e.g. transfer efficiency metrics) will be formalized during Phase 3 (Request for Solution Proposal).

Question 20:

Is integration with Ignition or AVEVA specifically preferred, or would another genuinely open-architecture COTS SCADA platform be acceptable if the Government retains full access to recipes, screens, databases, and future modifications?

Answer 20:

Any equivalent open-architecture COTS SCADA platform is acceptable. Per Section 3.1.d, Inductive Automation Ignition and AVEVA were cited as non-restrictive representative examples. Any widely supported commercial platform is acceptable provided it utilizes an open-architecture framework, prioritizes configuration over custom-coded software, and provides TYAD personnel with vendor-agnostic access to maintain, modify, and adjust process recipes and parameters.

Question 21:

Are there any cybersecurity, network integration, data-retention, or CMMC requirements applicable to the SCADA architecture at this stage?

Answer 21:

Please reference Section 3.1.r and Section 9. Specific network security requirements will be defined during Phase 3 (RSP) for down-selected offerors.

Question 22:

What safety, electrical, and environmental compliance standards govern the automated paint line equipment and installation?

Answer 22:

Please reference Section 3.1.m/n and Appendix A.1 (Table 1). As noted, these lists are not exhaustive. Additional regulations may be relevant and referenced during the evaluation and potential execution of the proposed automation solution. No attempt is made to list Local, State, or Federal Laws which may be relevant. Final safety, electrical, and environmental requirements will be further outlined in Phases 2 and/or 3.

Question 23:

Are offerors required to submit binding cost proposals or detailed pricing breakdowns ("numbers") by the September 16, 2026 Phase 1 deadline?

Answer 23:

No. In accordance with Section 5.1(a), Section 6.1.1, and Section 7.1(c) of the Call for Solutions:

• Phase 1 requires only a concise Solution Brief consisting of Attachment 1 (Quad Chart) and Attachment 2 (White Paper).

• Price is not evaluated during Phase 1. Offerors are only required to provide a high-level Rough Order of Magnitude (ROM) cost and schedule estimate in Section 6 of the White Paper (and within the Execution Plan quadrant of the Quad Chart).

• Detailed, binding pricing structures and firm-fixed-price proposals will be requested exclusively during Phase 3 (Request for Solution Proposal) from down-selected offerors. Submitting detailed cost breakdowns for Phase 1 is neither required nor evaluated.

Question 24:

Is the Government seeking to automate the existing overhead conveyor system or replace it entirely, and does an automated material-handling system with pendant/variable-speed control satisfy the requirement?

Answer 24:

In accordance with Section 3.1.b, it is desired that the existing conveyor system be automated, not replaced. Replacement of portions of the existing conveyor system will be considered where needed, for example: if the equipment is no longer functional, incompatible with the controls system to be designed, or where it is determined to be obsolete/no longer able to be maintained. The purpose of the automation is to both automatically move the parts through the system and to also automate the painting operations themselves (application of paint to the assets).