Appendix D - DO_2_Blanding-ARF_Liberty-MPMG.xlsx
XLSX spreadsheet 40 KB Posted
- Attached to
- Live Training, Ranges, and Combat Training Centers (LTRaC) Multiple Award Contract (MAC) 1
- Solicitation number
- W900KK-25-R-0001
About this file
This document is a Delivery Order Proposal (DO) for federal contract opportunities related to fielding Automated Record Fire (ARF) and Multi-Purpose Machine Gun (MPMG) ranges at Camp Blanding, FL and Fort Liberty, NC, respectively.
The key details include the range specifications, power and data communication requirements, installation and training timelines, scope of work, and pricing details. The ARF range at Camp Blanding has 112 Stationary Infantry Target (SIT) emplacements, while the MPMG range at Fort Liberty has 50 SIT and 24 Double Target Arm emplacements across 6 lanes. Both ranges require the contractor to provide targetry devices, hardware, installation, training, and travel. Installation start and completion dates, acceptance test dates, and training dates are specified. Pricing is provided for the range fielding, communication interfaces, site visits, shipping, installation, manuals, training, travel, and spare parts packages. The document also outlines quality assurance requirements including First Article Testing and Test Readiness Reviews.
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Text version
Blanding ARF Range 3
* SAMPLE *
Delivery Order Proposal
| Army Contracting Command - Orlando | Contractor: | Control #: |
| Address: | Date: | |
| POC: | ||
| POC PHONE: |
| STATEMENT OF WORK: | |
| 1. | Installation: Camp Blanding, FL |
| 2. | Range Type: Automated Record Fire (ARF), Range 3 |
| 3. | Range Description: Contractor shall supply all targetry devices, hardware, installation, training, and travel for an operational ARF at Camp Blanding, FL IAW the Performance Specification (PS) and Section C requirements, and the requirements of this Delivery Order Proposal (DO). |
| 4. | Range Design Specifications: The emplacements are Hardwired (HW) for both power and data. Camp Blanding will remove existing target mechanisms (TMs) but will leave cables and brackets in place. The contractor shall remove any existing cables and hardware attached to the emplacement that the contractor does not plan to use per Section 3.2.7.1 of the PS. Contractor provided brackets shall meet SIT mechanism adjustability requirements per Section 3.1.3 of the PS. See attached pictures. |
Emplacements: The range consists of 112 SIT emplacements, there are no emplacements at the 75m and 175m positions. Emplacements are concrete and are 37” wide by 52” deep with a 16 ½” high wall.
SDA/TJB: There is a Tower Junction Box (TJB) at the base of the tower, dimensions are 30” x 36” and 8” deep. There is no Signal Distribution Assembly (SDA) inside the tower.
Removed Components: The contractor is responsible for turning over all removed components to the range POC.
5. Power: The range is HW for power at 120/240 VAC at the tower and at the power panels, but only 120VAC is available at the emplacements (3 wires; hot, neutral, and ground). Power runs from the tower to four power panels, which are located down range, and then to the emplacements (see pictures). The first downrange power panel is for the 50m emplacements, the second is for the 100m and 150m emplacements, the third is for the 200m and 250m emplacements, and the fourth is for the 300m emplacements. The contractor shall add surge protection to each of the four power panels. Each SIT shall not exceed the 700 VA limit while raising a target or lowering a target.
As only 120VAC power is available down range, no L14-20R shall be provided. Instead the contractor shall remove the existing outlet and add two L5-20Rs and a trickle charger. The contractor shall add power line surge protection to the existing wall-mounted power box. Contractor shall use a liquid tight conduit fitting to connect power to a new contractor provided Target Data Panel (TDP), see Data Section.
L5-20Rs and plugs: Weatherproof, in-use wet location covers shall be provided with Ethylene propylene rubber gaskets around the face of the receptacles. The receptacles shall accept a male plug with a diameter of 1.8" - 1.95". The contractor shall provide male L5-20 Plugs (P) with diameter of 1.8"-1.95" for all TMs, which shall prevent the entrance of moisture and dirt when connected to the associated receptacles.
6. Data Communication: The range is HW for data with copper twisted pair wires. The current data boxes are 6” x 6” and are too small for modems; therefore, the contractor shall remove the existing data box and provide a new wall-mounted Target Data Panel (TDP) for all emplacements per the Range Design Guide (RDG). The contractor shall interface with the existing 19 AWG twisted pair data wiring terminated in the contractor provided TDP. All targetry devices shall be Internet Protocol (IP) addressable via Ethernet, and shall communicate directly to TRACR II software. The contractor shall provide all new data components in the TJB.
VDSL Modems: The contractor shall provide very high bit digital subscriber line (VDSL) modems that support auto-speed configuration for line ports. The modem shall provide bandwidth of up to 100Mbps symmetric over line ports. The modem shall be configurable for local and remote modes. The modem shall support packet sizes up to 1,536 bytes. The modem shall provide wide-range dual power input (DC12V ~ 48V). The modem shall provide reverse polarity protection. The modem shall be Ingress Protection (IP) 30 compliant. The contractor shall install the tower VDSL modems in the TJB. VDSL modems shall not be daisy chained together in the tower, but each shall be routed to one Ethernet switching/multiplexing device and from the Ethernet device to the computer. The modems shall be installed so that each is not subjected to heat affects from another modem and other equipment installed in the same box. In order to minimize overheating of modems, the modems shall be installed so that maximum air space within the box and maximum separation between units is accomplished. The power supplies for the VDSL modems shall be set at 24V or greater.
| 7. | Site Specific Environmental Requirements: N/A |
| 8. | Surge Protection (SP): Tower and downrange SP shall be provided by the contractor. |
DSL Surge Protection: The contractor shall use the SP that is internal to the DSL modem and ground IAW manufacturer specifications.
Power Surge Protection: The contractor shall install power line surge protection at both the emplacements and the four down range power panels per Section 3.2.11.3.5 of the PS.
| 9. | Targetry Device and Ancillary Equipment Variations: See below. | |
| 1. | Thermal Interfaces (AC): All requirements of Section 3.3.2 of the PS for thermal requirements apply for each emplacement. | |
| 2. | Infantry Silhouettes: Contractor shall provide and install 3-D silhouettes per drawing 11829332 on all infantry lifters except only one half size 3-D target shall be installed in the right 50m (if facing downrange) emplacement. Silhouettes shall be priced with each Infantry TM in the associated CLIN. | |
| 10. | Install Start Date: DDMMYYYY. The contractor shall contact the FASIT Range Systems APM Jill McVay, email: jill.l.mcvay.civ@army.mil, prior to shipping targetry. | |
| 11. | Install Completion Date: DDMMYYYY. The contractor shall contact the FASIT Range Systems APM Jill McVay NLT than this date notifying the Government they are ready for Acceptance Testing. | |
| 12. | New Equipment Training Date: DDMMYYYY. | |
| 13. | Acceptance Test Date: DDMMYYYY. | |
| 14. | Delivery Order Completion Date: DDMMYYYY. | |
| 15. | Contract Data Requirements List Submissions: TBD | |
| 16. | Quality Assurance: First Article Testing (FAT) is required for equipment not previously tested successfully; otherwise, range acceptance testing is required. The contractor shall complete all FAT requirements ahead of time to ensure this delivery schedule is met. The contractor shall build the FAT in their Integrated Master Schedule (IMS) and present this during Integrated Product Team (IPT) meetings with the Government counterparts. |
Test Readiness Review (TRR): The contractor shall hold a teleconference NLT 7 days prior to the Acceptance Test Date to ensure readiness. This meeting shall include at a minimum the TACOM FASIT Range Systems APM, DEVCOM, TPO Ranges, and Range Representatives for this project.
| 17. | Property Accountability: Vendors shall submit inventory data IAW Scope of Work (SOW) Sections 3.5.1 and 3.5.4. |
| 18. | FOB: Destination |
| 19. | Shipping POC: TBD |
| 20. | DODAAC: TBD |
| 21. | Ship to Address: TBD |
| CLIN | Description | Qty | Notes | Unit Price | Price | |
| 001AA | Camp Blanding ARF Range 3 Fielding | Stationary Infantry Target (SIT) | 114 | 2 not to be installed (spare mechanisms) | $ - 0 | $ - 0 |
| Communication Interfaces | 112 | Emplacements requiring communication interfaces | $ - 0 | $ - 0 | ||
| Site Visit | 1 | $ - 0 | $ - 0 | |||
| Shipping Costs | $ - 0 | |||||
| Installation Costs | 1 | VDSL Tower Upgrade | $ - 0 | $ - 0 | ||
| Installation | $ - 0 | |||||
| Total Installation Cost | $ - 0 | |||||
| Manuals | # Digital/# Hard Copy | $ - 0 | ||||
| New Equipment Training | $ - 0 | $ - 0 | ||||
| 002AA | Travel | Travel for Install | $ - 0 | |||
| 003AA | Spares Package | Spare Parts Package | Spare parts for all TMs. See "Spare Part Packages" Tab | $ - 0 | ||
| TOTAL OFFERED RANGE PRICE | $0.00 | |||||
| (Prices valid for 60 days) |
| CONTRACTOR SIGNATURE: | *SAMPLE* |
| (Person authorized to bind your company contractually) |
Liberty MPMG Range 54
* SAMPLE *
Delivery Order Proposal
| Army Contracting Command - Orlando | Contractor: | Control #: |
| Address: | Date: | |
| POC: | ||
| POC PHONE: |
| STATEMENT OF WORK: | |
| 1. | Installation: Ft. Liberty, NC |
| 2. | Range Type: 6 Lane MPMG, Range 54 |
| 3. | Range Description: Contractor shall supply all targetry devices, hardware, installation, training, and travel for an operational MPMG at Ft Liberty, NC IAW the Performance Specification (PS) and Section C requirements, and the requirements of this Delivery Order Proposal (DO). |
| 4. | Range Design Specifications. The range is hardwired (HW) for power and data. The range is a 6 lane, 800m MPMG. See attached pictures. Ft Liberty will remove existing target mechanisms (TMs) but will leave cables in place. The contractor shall remove any existing cables and hardware attached to the emplacement that the contractor does not plan to use per Section 3.2.7.1 of the PS. Contractor provided brackets shall meet SIT mechanism adjustability requirements per Section 3.1.3 of the PS. See attached pictures. |
SIT Emplacements: SIT emplacements are concrete and are 54"x48"x16" (WxLxH), except for the widened SIT emplacements that have a width of 85". All SIT emplacements have a floor mounted Cable Junction Box (CJB) with no exterior outlets.
Abandoned Emplacements: In all lanes there are SIT emplacements at 450m, 550m, and 650m. These emplacements will not receive new TMs and will be abandoned in place. In each lane there is a cluster of 4 SIT emplacements at 800m. In each lane, only the emplacement where power and data enter the cluster shall receive a new TM. The rest are to be abandoned. The contractor shall ensure power and data connectivity through the abandoned 800m emplacements as they are all wired together in series.
Existing Communication Equipment: The contractor shall remove all existing media converters, Ethernet switches, power supplies, cable interfaces, surge protectors, and patch cables from the CJBs and the Tower Junction Box (TJB).
Removed Components: The contractor is responsible for turning over all removed components to the range POC
5. Power: The range has 120/220 VAC power available, terminated in the existing CJB's. There are no existing outlets inside the emplacements. An L14-20R and an L5-20R outlet shall be installed in each emplacement recieving new TM's. The receptacles are to be mounted to the side of the existing CJB facing the rear of the emplacement. Each SIT shall not exceed the 700 VA limit while raising a target or lowering a target.
Cable Junction Boxes (CJBs): CJB's measure 20”x16”x6” (LxWxD). The contractor shall install circuit breakers rated for no greater than 20 amps in the circuit serving the new L14-20R and L5-20R outlets mounted outside the box. The contractor shall install a three-pole power splicer terminal block and isolate the neutral in the target emplacements. The contractor shall bond the cable shield conductor to ground in all emplacements and in the panel board serving power to all the targets.
SDA/TJB: A Signal Distribution Assembly (SDA) and a Tower Junction Box (TJB) exist at the base of the tower. The contractor shall install a NEMA 5-15R for the VDSL modems in the SDA as needed. The dimensions of the SDA are 42"x30"x11" and the TJB are 36"x24"x8".
L14-20R and L5-20Rs and plugs: Weatherproof, in-use wet location covers shall be provided with Ethylene propylene rubber gaskets around the face of the receptacles. The receptacles shall accept a male plug with a diameter of 1.8" - 1.95". The contractor shall provide male L14-20 Plugs (P) with diameter of 1.8"-1.95" for all TMs, which shall prevent the entrance of moisture and dirt when connected to the associated receptacles.
6. Data Communication: The range is HW for data by a combination of Cat 6 Ethernet and 19 AWG twisted pair wires. The twisted pair cables are primarily used to connect the Data Breakout Boxes (DBBs) back to the TJB and the ethernet cables are used to connect the DBBs to the individual emplacements. The contractor shall interface with the existing ethernet data wiring terminated in Cable Junction Boxes (CJBs) for all emplacements. The contractor shall install a cable interface per Section 3.2.11.3.2 of the PS on the side of each CJB facing the TM. All targetry devices shall be Internet Protocol (IP) addressable via Ethernet, and shall communicate directly to TRACR II software. The contractor shall provide all new data components in the SDA.
Data Breakout Boxes (DBBs): One DBB exists in power centers at each row, between lanes 3 and 4, and provides power/data connectivity for all SITS at that distance (See attached data one line diagrams). VDSL modems shall be provided in DBBs at 450m and 650m distances to ensure data connectivity to all empacements that will be recieveing new TMs. Existing DBBs measure 14"x12"x6" and are too small to accomodate the amount of VDSL modems required. All DBBs, except for the one at 550m, shall be replaced with a minimum 20"x16"x8" NEMA 4 rated box. The contractor shall provide power to each new DBB from the adacent load center. The contractor shall ensure data conectivity in the 550m DBB.
VDSL Modems: The contractor shall provide very high bit digital subscriber line (VDSL) modems that support auto-speed configuration for line ports. The modem shall provide bandwidth of up to 100Mbps symmetric over line ports. The modem shall be configurable for local and remote modes. The modem shall support packet sizes up to 1,536 bytes. The modem shall provide wide-range dual power input (DC12V ~ 48V). The modem shall provide reverse polarity protection. The modem shall be Ingress Protection (IP) 30 compliant. The contractor shall install the tower VDSL modems in the SDA. VDSL modems shall not be daisy chained together in the tower, but each shall be routed to one Ethernet switching/multiplexing device and from the Ethernet device to the computer. The modems shall be installed so that each is not subjected to heat affects from another modem and other equipment installed in the same box. In order to minimize overheating of modems, the modems shall be installed so that maximum air space within the box and maximum separation between units is accomplished. The power supplies for the VDSL modems shall be set at 24V or greater.
| 7. | Site Specific Environmental Requirements: N/A | |
| 8. | Data Surge Protection (DSP): The contractor shall use the DSP that is internal to the DSL modem and ground IAW manufacturer specifications. | |
| 9. | Targetry Device and Ancillary Equipment Variations: See below. | |
| 1. | Thermal Interfaces (AC): All requirements of Section 3.3.2 of the PS for thermal requirements apply for each emplacement. | |
| 2. | Infantry Silhouettes: Contractor shall provide and install 3-D silhouettes per drawing 11829332 on all infantry lifters. Silhouettes shall be priced with each Infantry TM in the associated CLIN. | |
| 3. | DTA SITs: There are 24 emplacements on the MPMG which shall receive DTAs. DTAs shall be installed in the SIT emplacements at 500m, 600m, 700m, and 800m in all lanes. | |
| 10. | Install Start Date: DDMMYYYY. The contractor shall contact the FASIT Range Systems APM Jill McVay, email: jill.l.mcvay.civ@army.mil, prior to shipping targetry. | |
| 11. | Install Completion Date: DDMMYYYY. The contractor shall contact the FASIT Range Systems APM Jill McVay NLT than this date notifying the Government they are ready for Acceptance Testing. | |
| 12. | New Equipment Training Date: DDMMYYYY. | |
| 13. | Acceptance Test Date: DDMMYYYY. | |
| 14. | Delivery Order Completion Date: DDMMYYYY. | |
| 15. | Contract Data Requirements List Submissions: TBD | |
| 16. | Quality Assurance: First Article Testing (FAT) is required for equipment not previously tested successfully; otherwise, range acceptance testing is required. The contractor shall complete all FAT requirements ahead of time to ensure this delivery schedule is met. The contractor shall build the FAT in their Integrated Master Schedule (IMS) and present this during Integrated Product Team (IPT) meetings with the Government counterparts. |
Test Readiness Review: The contractor shall hold a teleconference NLT 7 days prior to the Acceptance Test Date to ensure readiness. This meeting shall include at a minimum the TACOM FASIT Range Systems APM, DEVCOM, PEO STRI, and TPO Ranges, and Range representatives for this project.
| 17. | Property Accountability: Vendors shall submit inventory data IAW Scope of Work (SOW) Sections 3.5.1 and 3.5.4. |
| 18. | FOB: Destination |
| 19. | Shipping POC: TBD |
| 20. | DODAAC: TBD |
| 21. | Ship to Address: TBD |
| CLIN | Description | Qty | Notes | Unit Price | Price | |
| 004AA | Ft. Liberty Range 54 Fielding | Stationary Infantry Target (SIT) | 50 | 2 not to be installed (spare mechanisms) | $ - 0 | $ - 0 |
| Double Target Arm (DTA) | 24 | $ - 0 | $ - 0 | |||
| Communication Interfaces | 134 | $ - 0 | $ - 0 | |||
| Site Visit | 1 | $ - 0 | $ - 0 | |||
| Shipping Costs | $ - 0 | |||||
| Installation Costs | Total Installation Cost | $ - 0 | ||||
| Manuals | # Digital/# Hard Copy | $ - 0 | $ - 0 | |||
| New Equipment Training | $ - 0 | |||||
| 005AA | Travel | Travel for Install | $ - 0 | |||
| 006AA | Spares Package | Spare Parts Package | Spare parts for all TMs. "Spare Part Packages" Tab | $ - 0 | ||
| TOTAL OFFERED RANGE PRICE | $0.00 | |||||
| (Prices valid for 60 days) |
| CONTRACTOR SIGNATURE: | *SAMPLE* |
| (Person authorized to bind your company contractually) |
Spare Part Packages
| Camp Blanding ARF Range 3 CLIN 003AA | Ft. Liberty Range 54 CLIN 006AA | ||||||||||
| Device | Part Number | National Stock Number (NSN) | Nomenclature | Unit Price | Quantity | Total Price | Quantity | Total Price | |||
| SIT | 277200-001 | ENCLOSURE ASSEMBLY, SIT | $ - 0 | 1 | $ - 0 | 1 | $ - 0 | ||||
| SIT | 277202-001 | ENCLOSURE LID, SIT | $ - 0 | 2 | $ - 0 | 2 | $ - 0 | ||||
| 1 | SIT | 277203-001 | LID GASKET, SIT | $ - 0 | 112 | 6 | $ - 0 | 48 | 2 | $ - 0 | |
| 1 | SIT | 277234-001 | TOGGLE SWITCH, 3 POSITION | $ - 0 | 112 | 6 | $ - 0 | 48 | 2 | $ - 0 | |
| 1 | SIT | 277235-001 | TOGGLE SWITCH, 2 POSITION | $ - 0 | 112 | 6 | $ - 0 | 48 | 2 | $ - 0 | |
| 1 | SIT | 277492-001 | CABLE ASSEMBLY, HIT SENSOR, PLUG | $ - 0 | 112 | 6 | $ - 0 | 48 | 2 | $ - 0 | |
| 1 | SIT | 277236-001 | KNOCK SENSOR | $ - 0 | 112 | 6 | $ - 0 | 48 | 2 | $ - 0 | |
| 1 | SIT | 277487-001 | CABLE PLUG, M12 SPEEDCON, 5 POS | $ - 0 | 112 | 6 | $ - 0 | 48 | 2 | $ - 0 | |
| 1 | SIT | 277493-001 | CABLE ASSEMBLY, POWER INPUT, PLUG | $ - 0 | 112 | 6 | $ - 0 | 48 | 2 | $ - 0 | |
| 1 | SIT | 277495-001 | CABLE ASSEMBLY, MFS LED, PLUG | $ - 0 | 112 | 6 | $ - 0 | 48 | 2 | $ - 0 | |
| 1 | SIT | 277485-001 | AMPHENOL PLUG CONNECTOR, 2 POSITION, DC POWER INPUT | $ - 0 | 112 | 6 | $ - 0 | 48 | 2 | $ - 0 | |
| 1 | SIT | 277489-001 | FLEXIBLE PORTABLE CORD, TYPE SJOOW, 2 CONDUCTORS, 12 AWG, INSULATED | $ - 0 | 112 | 6 | $ - 0 | 48 | 2 | $ - 0 | |
| 3 | SIT | 277483-001 | 5935-01-406-2393 | CONNECTOR,PLUG,ELECTRICAL | $ - 0 | 112 | 17 | $ - 0 | 48 | 7 | $ - 0 |
| 1 | SIT | 277484-001 | BACKSHELL STRAIN RELIEF, AMPHENOL PLUG, 2 POSITION, DC SIGNAL | $ - 0 | 112 | 6 | $ - 0 | 48 | 2 | $ - 0 | |
| 1 | SIT | 277238-001 | HIGH INTENSITY LED SPOTLIGHT | $ - 0 | 112 | 6 | $ - 0 | 48 | 2 | $ - 0 | |
| 1 | SIT | 277490-001 | FLEXIBLE PORTABLE CORD, TYPE SJOOW, 2 CONDUCTORS, 16 AWG, INSULATED | $ - 0 | 112 | 6 | $ - 0 | 48 | 2 | $ - 0 | |
| 1 | SIT | 277501-001 | DATA BULKHEAD CONNECTOR, COUPLING BOARD, ASSEMBLY | $ - 0 | 112 | 6 | $ - 0 | 48 | 2 | $ - 0 | |
| 2 | SIT | 277219-001 | PUSH/PULL TOGGLE CLAMP | $ - 0 | 112 | 11 | $ - 0 | 48 | 5 | $ - 0 | |
| 1 | SIT | 277247-001 | BRACKET, SILHOUETTE HOLDER, SIT | $ - 0 | 112 | 6 | $ - 0 | 48 | 2 | $ - 0 | |
| 2 | SIT | 277248-001 | U CLAMP, SILHOUETTE HOLDER, SIT | $ - 0 | 112 | 11 | $ - 0 | 48 | 5 | $ - 0 | |
| 1 | SIT | 277227-001 | COLE HERSEE REVERSING RELAY, 12V | $ - 0 | 112 | 6 | $ - 0 | 48 | 2 | $ - 0 | |
| 1 | SIT | 277256-001 | COMMAND AND CONTROL MODULE | $ - 0 | 112 | 6 | $ - 0 | 48 | 2 | $ - 0 | |
| 1 | SIT | 277257-001 | XPORT MODULE | $ - 0 | 112 | 6 | $ - 0 | 48 | 2 | $ - 0 | |
| 1 | SIT | 277258-001 | POWER DISTRIBUTION BOARD | $ - 0 | 112 | 6 | $ - 0 | 48 | 2 | $ - 0 | |
| 1 | SIT | 277259-001 | ADDRESSING MODULE | $ - 0 | 112 | 6 | $ - 0 | 48 | 2 | $ - 0 | |
| 1 | SIT | 277210-001 | AUTOTEX G138 | $ - 0 | 112 | 6 | $ - 0 | 48 | 2 | $ - 0 | |
| 2 | SIT | 277223-001 | OPTICAL LIMITS SWITCH | $ - 0 | 112 | 11 | $ - 0 | 48 | 5 | $ - 0 | |
| TOTALS: | $ - 0 | $ - 0 |
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