ATT_3_Requirements_Matrix_26JUN2019.xlsx

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Battlefield Effects Simulator (BES-III)
Solicitation number
W900KK-19-R-0038
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DO2 SPEC

This document is intended to verify that all contractors are meeting the specificaiton requirements

Delivery Order #ParagraphSection NameAre all requirements in this section being met by the Proposed Technical Solution? (Y/N)If partially, How will the requirement be met in the future?If partially, When will full requirement be met?Proposed Technical Solution is Priced (Y/N)If No, What is being Priced?
BES III SPEC3Requirements
BES III SPEC3.1BES Devices
BES III SPEC1Three Independent device types
BES III SPEC260 Shot Capability
BES III SPEC336 Shot Capability
BES III SPEC46 Shot Capability
BES III SPEC5Operate with current Government M34/M35 pyrotechnic cartridges
BES III SPEC6Upgradeable to IPv6 without physical H/W mods or additions to launcher or range control system
BES III SPEC7Physically/electronically interface with the FASIT system ICD.FASIT.SYS and ICD.FASIT.RED
BES III SPEC8Capable of updating system S/W and firmware via FASIT interface without physically opening system H/W
BES III SPEC9Capable of updating system S/W and firmware via FASIT interface through range infrastructure
BES III SPEC10Operate using 120 V power connection as identified in ICD.FASIT.SYS
BES III SPEC11Operate using a secondary connection from a 12 VDC power source as identified in ICD.FASIT.SYST and a 12V battery
BES III SPEC12Initiate Built in Test (BIT) when powered on
BES III SPEC13System shall provide visual cues for power on BIT status
BES III SPEC14When power is lost or turned off, BES shall resume the firing sequence at the same round firing position as it was prior to power loss as well as after safety time delay requirement
BES III SPEC15System BIT shall provide "Go" or "No Go" fault detection capabilities to identify operational readiness and failures
BES III SPEC16System shall report BIT status to FASIT system in accordance with FASIT ICDs
BES III SPEC17System shall mount on moving, stationary and ground platforms
BES III SPEC18When mounted system shall be oriented to fire cartridges vertically
BES III SPEC19System shall use the moving systems existing, attached mounting brackets
BES III SPEC20System shall provide a secondary support mechanism when the existing mounting bracket doesn't fully support the BES
BES III SPEC21System shall provide a means to mount the system to the target pit walls.
BES III SPEC22Mounting means shall be offset from target silhouette and not interfere with target system's normal operation (USACE Open Range Design Guide - CEHNC 1110-1-23)
BES III SPEC23System shall provide a ground mounting stand, that provides a stable platform and raises the system 12 inches from the ground to avoid environmental conditions i.e. standing water
BES III SPEC24System set up and take down shall be completed within 10 minutes without the use of any special tools
BES III SPEC25System shall provide a power connector in accordance with FASIT system ICD (ICD.FASIT.SYS)
BES III SPEC26System shall use 13kV to 20kV negative peak voltage output signal for a duration of 900 +- 10 ms at a frequency of 1600 Hz to activate the M34 AND m35 CARTRIDGES
BES III SPEC27System shall group pyrotechnic device chambers into firing zones
BES III SPEC28System shall have a maximum of 6 firing zones
BES III SPEC29Six Shot system shall not have a firing zone rqmt
BES III SPEC30Table 2 has an example of the zone configuration rqmt
BES III SPEC31System shall have capability to fire two pyrotechnic cartridges at the same time within the same firing zone.
BES III SPEC32System shall fire in sequential order
BES III SPEC33System shall resume firing from the next position in the designated sequence when there is a break in the firing sequence.
BES III SPEC34System firing sequence shall no longer increment or process firing commands for a zone after all chambers have been fired within the specified firing zone.
BES III SPEC35System shall allow the operator to reset the firing zone sequence of any firing zone to its initial position.
BES III SPEC36System shall have a fail-safe shutoff device.
BES III SPEC37System fail-safe shutoff device shall be clearly labeled "Safe" for when power is disconnected from the device and "armed" when power is connected to the device.
BES III SPEC38System fail-safe device shall preclude inadvertent launcher activation during loading and unloading operations.
BES III SPEC39System shall have two intentional human-in-the-loop procedures required to arm the launcher.
BES III SPEC40All system safety labeling shall be in accordance with MIL-STD-1472.
BES III SPEC41When the system assembly is opened to load and unload pyrotechnic cartridges the launcher will employ an electromechanical interlock that makes the system incapable of firing pyrotechnic cartridges.
BES III SPEC42When System electromechanical interlock is closed it shall return the system to its operational state.
BES III SPEC43System shall have status light(s) that indicate when the launcher is armed (red) and the unit is safe (green)
BES III SPEC44System status light(s) shall be clearly visible to operator and maintenance personnel from a minimum distance of 15 ft. when personnel are directly facing the launcher without obstruction in direct sunlight and at night.
BES III SPEC45System shall have a 60 second safety delay after the launcher is armed, before the launcher can fire pyrotechnic cartridges. System shall not process fire commands during the safety delay.
BES III SPEC46The operator shall be able to load and unload launcher by hand without the use of tools.
BES III SPEC47System load and unload procedures shall be completed in a maximum of 5 minutes.
BES III SPEC4860 Shot launcher assembly shall not exceed a two-person lift weight rqmt , as defined in MIL-STD-1472, in an unloaded configuration.
BES III SPEC4936 and 6 Shot launcher assembly shall not exceed a one-person lift weight rqmt , as defined in MIL-STD-1472, in an unloaded configuration.
BES III SPEC5060 shot launcher assembly shall not exceed the following dimensions: 34.5 inches (length) x 18.5 inches (width) x 12 inches (height).
BES III SPEC5136 shot launcher assembly shall not exceed the following dimensions: 26.5 inches (length) x 18.5 inches (width) x 12.5 inches (height).
BES III SPEC526 shot launcher assembly shall not exceed the following dimensions: 20 inches (length) x 10 inches (width) x 10 inches (height).
BES III SPEC53Launcher surfaces shall be painted with low visibility lusterless, non-reflective type FED-STD-595, color 33105(Field Drab, color 34082 (Dark Green) or color 33798 (Desert Sand).
BES III SPEC54Non-standard colors (other than above) maybe used only where necessary for proper device operation; for safety (warning labels), component identification (ID labels and reference designators), electromagnetic transmission surfaces, or small mechanical fasteners (rivets, nuts, bolts, cable lanyards, cable tie downs).
BES III SPEC55System exempted items shall not exhibit a highly reflective or polished surface and in no case shall the area of non-standard color exceed 1 square inch on the same reflective plane.
BES III SPEC56System shall have a removable environmental cover to protect the launcher from debris and natural elements , such as rain and snow when not in use.
BES III SPEC57System shall have a maximum Mean Time to Repair (MTTR) of 60 minutes with supplied documentation, tools and test equipment.
BES III SPEC58System shall have a minimum Mean Time Between Failure (MTBF) of 1056 hrs (44 days).
BES III SPEC59All exposed system components, including connectors, cables, systems and subsystems shall be capable of full functionality without degradation in performance when operated and/or stored in the identified environmental conditions and as tested in MIL-STD-810
BES III SPEC60System environmental exposure shall not cause binding, blistering or system deformation, cause degraded, partial, unsafe or failed operations.
BES III SPEC61All system components shall be designed and configured to withstand the typical stresses and environments associated with handling, transportation and system reconfiguration
BES III SPEC62The following are the minimum environmental test and procedures applicable for the system:
BES III SPEC63High Temperature - Method 505.5 Solar Radiation (Sunshine), Procedure I (Cycling for Thermal effects), Method 501.5 High Temperature, Procedure I (Storage) and Procedure II (Operation).
BES III SPEC64Low Temperature - Method 502.5 Low Temperature, Procedure I (Storage) and Procedure II (Operation).
BES III SPEC65Humidity - Method 507.5 Humidity Procedure III (Aggravated Cycle).
BES III SPEC66Salt/Fog - Method 509.5 Salt Fog.
BES III SPEC67Sand and Dust - 510.5 Sand and Dust, Procedure I (Blowing Dust) and Procedure III (Blowing Sand).
BES III SPEC68Rain - Method 506.5 Rain, Procedure I (Rain and blowing rain).
BES III SPEC69Immersion - Method 512.5 Procedure I - Immersion
BES III SPEC70Transportability - Loose transport (Cargo truck vibration profiles).
BES III SPEC71System shall be safe to operate and maintain and shall not present safety, health or environmental hazards to operators and maintainers throughout the system life cycle
BES III SPEC72System shall comply with 29 Code of Federal Regulation (CFR) 1910, National Fire Protection Association Codes.
BES III SPEC73COTS equipment shall be certified as meeting the requirements of a nationally accredited safety-testing laboratory for its intended use (i.e. Underwriters Laboratories, Canadian Standards Association) or host nation equivalent.
BES III SPEC74System electrical circuitry and installation shall comply with the requirements of the National Electric Code (ANSI/NFPA 70).
BES III SPEC75Applicable system danger, caution and warning signs shall be designed and installed in accordance with ANSI Z535.3 and ANSI Z535.4 to warn user personnel of specific hazards such as voltage, current and thermal.
BES III SPEC76System batteries shall be sufficiently separated from electronic components to prevent damage from corrosion.
BES III SPEC77System shall not incorporate hazardous material, such as asbestos; glass fiber materials (as the outer surface or covering on cables, wire or other items where they may cause skin irritation to operating personnel); Halon or other Ozone-deleting substance; or Polyvinyl Chloride (PVC) materials.
BES III SPEC78When system maintenance procedures require access to glass fibers, such as insulation, a caution note alerting maintenance personnel shall be visible.
BES III SPEC79System shall preclude personnel or environment exposure to excessive levels of toxic, carcinogenic or otherwise hazardous materials as defined by the Occupational Health and Safety Administration (OSHA) and Environmental Protection Agency (EPA).
BES III SPEC80System shall provide maximum safety to personnel and system equipment when installing, operating, adjusting and maintaining the equipment.
BES III SPEC81The system shall provide fail-safe features for safety of personnel during installation, operation, maintenance, testing, support activities and disposal.
BES III SPEC82System cables shall be minimized and located to preclude tripping hazards or cable damage.
BES III SPEC83System equipment design shall provide maximum access and safety for user personnel while operating and maintaining the equipment
BES III SPEC84Training equipment that can be mistaken for tactical equipment shall be marked "FOR TRAINING USE ONLY".
BES III SPEC85System equipment and launcher housing shall be designed, installed and labeled so that it can be removed, handled and safely lifted.
BES III SPEC86All system equipment labeling shall be in accordance with MIL-STD-1472
BES III SPEC87System moving parts shall have guards or provided with a safety system to prevent mechanical injury to operator and maintenance personnel. All edges and corners shall be rounded and free from burrs.
BES III SPEC88If applicable to system design, battery enclosures shall prevent electrolyte from being expelled in the event of battery leakage or venting.
BES III SPEC89System battery box venting will be provided to minimize gas build-up
BES III SPEC90Explosive or harmful system battery gases shall not leak into the equipment or to another ignition source.
BES III SPEC91System lithium battery enclosures shall be designed to preclude major system damage or serious personnel in the event of violent gas venting or battery cell ruptures causing high pressure with in the box.
BES III SPEC92All system equipment shall be install and ground in accordance with applicable local and national electrical codes (i.e. NFPA 70 - National Electrical Code (NEC))
BES III SPEC93The pre-existence of GFE power, grounds or lightning protection at a range or facility shall not be a basis for non compliance to NEC.
BES III SPEC94All down range BES launcher equipment and associated exposed cables shall be shielded and sealed to preclude damage by range wild life /vermin.
BES III SPEC95All system equipment and enclosures shall be designed to prevent damage or intrusion from vermin found on a range such as deer, raccoons, beaver, rodents, snakes, insects, etc.
BES III SPEC96All system hardware and subsystems shall be electromagnetically compatible.
BES III SPEC97All system equipment shall operate in the electromagnetic environment described below without being a source of electromagnetic interference or a victim of site/location generated electromagnetic emissions, whether radiated or conducted.
BES III SPEC98The electromagnetic environment expected at the utilization sites is a high electromagnetic noise environment for radiated energy.
BES III SPEC99The system equipment site may be an active military training range with an active airfield operation.
BES III SPEC100The system equipment site contains electromagnetic effects from licensed/authorized radio frequency emitters, lightning storms, power line transients, and electrostatic fields generated by human operators and maintainers; It is expected that considerable electromagnetic emissions from numerous radio both fixed and mobile and unintentional (i.e. ignition noise) will be adjacent to the system equipment.
BES III SPEC101Mobile system elements shall not exceed electric field values specified in MIL-STD-464 Table 1D for operation on or non-interference with automotive systems
BES III SPEC102All system components shall not be a source of Electromagnetic Interference (EMI) or a victim of E3 in the intended operational environment in which it is installed or at its operational locations and shall be able to operate within the EME such that the operational performance requirements are met.
BES III SPEC103All system components shall not electronically interfere with its defined Electromagnetic Environment (EME) such that the system's operational performance requirements can be met.
BES III SPEC104The expected EME at the operational site is 50 V/m (RMS) in the frequency range of 10 KHz to 10 GHz.
BES III SPEC105Inter-system Electromagnetic Compatability (EMC) covers compatibility with, but is not limited to, the operational site EME, adjacent equipment, and friendly emitters (CB, UHF, VHF, cellular, etc.).
BES III SPEC106Commercial system equipment shall be installed with adequate shielding, bonding, grounding and filtering to ensure electromagnetic compatibility with surrounding electrical and electronic equipment.
BES III SPEC107System design shall protect personnel, fuels and ordinance from hazardous effects of electromagnetic radiation.
BES III SPEC108Antennas and other devices that carry sufficient RF voltage to burn or injure personnel shall be protected from accidental contact in the same manner as AC voltages.
BES III SPEC109Microwave or RF radiation signs shall be permanently affixed to warn personnel of danger zones.
BES III SPEC110System transmitters shall comply with the maximum permissible exposure (MPE) limits for General Public/Uncontrolled Environments as contained in IEEE C95.1-2005.
BES III SPEC111Microwave and antenna in controlled locations will need to be addressed separately with regard to MPE limits.
BES III SPEC112The BES III shall pass the following tests from MIL-STD-461, Conducted Emissions (CE) 102, Conducted Susceptibility (CS) 101, CS 116, Radiated Emissions (RE) 102 and Radiated Susceptibility (RS) 103.
BES III SPEC113The BES III shall be designed to be protected to survive or be able to endure lightning and Electromagnetic/Electrostatic Discharge.

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