HSHQDC-14-R-00083_-_Human_Portable_Tripwire_Attachment_1.xlsx
XLSX spreadsheet 29 KB Posted
- Attached to
- Human Portable Tripwire
- Solicitation number
- HSHQDC-14-R-00083
About this file
Attachment 1 - Requirements
View the file
Other files
Show all 13
On GovTribe
Work with this file
- Download the original file
- Contacts named in this file
- Similar government files
- Ask GovTribe AI about this file
Text version
Sheet1
| HSHQDC-14-R-00083 - Human Portable Tripwire | |||||||||||
| Enter Company Name | Enter HPT System Name | Offeror Responses | |||||||||
| Requirement # | Reference(s) | Baseline System; Maritime System; or All | Requirement | Threshold Requirement | Objective Requirement | Clarification | Threhold Requirement | Objective Requirement | Supporting Documentation (Hot linked to TAB D) | ||
| Meets | Partially Meets | Meets | Partially Meets | ||||||||
| {HPT-OR-01} | Unique to HPT | See threshold/ objective | The device shall notify the operator of the presence of gamma radiation sources, including Special Nuclear Material (SNM) and Radiological Dispersal Device (RDD) sources. | (1) Baseline: Demonstrate a probability of detection (PD) of 80% or more when exposed at 1m for 20 seconds, with 4mm of steel shielding, to 28 µCi of Co-57 and separately to a 17 µCi source of Ba-133, based on an approximate background of 10 µR/hr. |
(2) Maritime Variant: Demonstrate a PD of 80% or more for a 20 second exposure, with 4mm of steel shielding, to a 5.7 µCi of Co-57 source at 1m and separately to a 3.5µCi source of Ba-133, based on an approximate background of 0.34 µR/hr. (1) Baseline: Demonstrate a PD of 80% or more when exposed at 1m for 20 seconds, with 4mm of steel shielding, to 14 µCi of Co-57 and separately to a 8.5 µCi source of Ba-133, based on an approximate background of 10 µR/hr.
(2) Maritime Variant: Demonstrate a PD of 80% or more for a 20 second exposure, with 4mm of steel shielding, to a 2.85 µCi of Co-57 source at 1m and separately to a 1.75µCi source of Ba-133, based on an approximate background of 0.34 µR/hr. The alarm signal threshold settings must be the same as that used for the false alarm tests, and device orientation must be as used in standard operations (on the belt for detection).
For testing, source activity will be scaled as the square root of the background exposure rate. The background will vary between 0.34 µR/hr to 25 µR/hr. Source activity will be scaled with the square of the distance.
| {HPT-FR-01-01} | ANSI Standard N42.48-2008, Section 5.4 | All | The device shall provide an exposure rate over-range indication. | When exposed to radiation fields that are greater than the maximum designed exposure rate, the indication of the instrument is to remain at the maximum of that range and an over-range indication is to be displayed for the duration of the exposure. | Objective = Threshold |
| {HPT-FR-01-02} | ANSI Standard N42.48-2008, Section 6.8 | All | After the device is exposed to 2 times the maximum design exposure rate, it shall respond normally (recover) within a time period of 5 min after the exposure is reduced to below the device’s maximum exposure rate. | In accordance with ANSI N42.48-2008, Section 6.8. Expose instrument to a Cs-137 field that is twice the maximum range specified by the manufacturer for one min. Verify over-range response is indicated. Remove source and verify that instrument responds normally within 5 min. | Objective = Threshold |
| {HPT-FR-01-03} | ANSI Standard N42.48-2008, Section 6.10, ANSI Standard N42.34-2006, Section 5.9.1 | All | The device shall detect gamma radiation over a range of energies. | 40 keV to 1500 keV | 25 keV to 3000 keV |
| {HPT-OR-02} |
| High Priority Requirement | Unique to HPT | See threshold/objective | The device shall notify the operator of the presence of gamma radiation sources, including SNM and RDD sources. | (1) Baseline: At a constant relative speed of 2 feet per second (fps) and 1 meter at closest point of approach, demonstrate a probability of detection (PD) of 80% or more, when exposed to a source, with 4mm of steel shielding, of 29 µCi of Co-57 and separately to 18 µCi of Ba-133. Based on an approximate background of 10 µR/hr. |
| (2) Maritime variant: At a constant relative speed of 2 fps and 1m at closest point of approach, demonstrate a PD of 80% or more when exposed to a source, with 4mm of steel shielding, of 6 µCi of Co-57 and separately to 4 µCi of Ba-133. Based on an approximate background of 0.34µR/hr. | (1) Baseline: At a constant relative speed of 5 fps and 1m at closest point of approach, demonstrate a PD of 80% or more, when exposed to a source, with 4mm of steel shielding, of 29 µCi of Co-57 and separately to 18 µCi of Ba-133. Based on an approximate background of 10 µR/hr. | |||
| (2) Maritime variant: At a constant relative speed of 5 fps and 1m at closest point of approach, demonstrate a PD of 80% or more, when exposed to a source, with 4mm of steel shielding, of 6 µCi of Co-57 and separately to 4 µCi of Ba-133. Based on an approximate background of 0.34µR/hr. | The alarm signal threshold settings must be the same as that used for the false alarm tests, and device orientation must be as used in standard operations (on the belt for detection). |
For testing, source activity will be scaled as the square root of the background exposure rate. The background will vary between 0.34 µR/hr to 25 µR/hr. Source activity will be scaled with the square of the distance.
| {HPT-FR-02-01} | ANSI Standard N42.48-2008, Section 6.5 | All | The device's alarm threshold shall be unaffected by slowly increasing radiation levels due to a source. | In accordance with ANSI N42.48-2008, Section 6.5.2. | Objective = Threshold |
| {HPT-OR-03} |
| High Priority Requirement | ANSI Standard N42.48-2008, Section 6.4 | Maritime only | The device shall notify the operator of the presence of neutron radiation sources, including Weapons Grade Plutonium (WGPu). | In accordance with Section 6.4 of ANSI 42.48-2008. | Objective = Threshold | The alarm signal threshold settings must be the same as that used for the false alarm tests, and device orientation must be as used in standard operations (on the belt for detection). | |
| {HPT-FR-03-01} | ANSI Standard N42.48-2008, Section 6.9 | Maritime only | The neutron detector shall be insensitive to photon radiation. | In accordance with ANSI N42.48-2008, Section 6.9.2 Expose to a 10 mR/h field of Cs-137 for 1 minute. The instrument shall not activate a neutron alarm during exposure. | Objective = Threshold | For maritime variant only. | |
| {HPT-OR-04} |
High Priority Requirement Unique to HPT All The device shall display the identity of the radioisotope of the detected material. Identify the radionuclides listed as Threshold in Table 6 with PID ≥ 80% and, when a source is present that cannot be identified, display an indication such as "unknown". Identify the radionuclides listed as Threshold and Objective in Table 6 with PID ≥ 80%. When a source is present and cannot be identified or is not in the library, the device will display an indication such as "unknown".
Standard chemical abbreviations are acceptable.
Tested per ANSI N42.48 Section 6.10.2.2. ANSI allows up to 5 minutes, however a faster identification is preferred.
| {HPT-FR-04-01} | modified ANSI Standard N42.48-2008, Section 5.14, 6.10.5 | All | When a source is present and it cannot be identified or is not in the library, the device shall display an indication (e.g. “Unknown”) | In accordance with ANSI N42.48-2008, Section 6.10.5.2. Expose the instrument to a radionuclide that is not in the library and verify that result is unknown. | When an "Unknown" and an additional identifiable radionuclide are present, the correct display is "unknown" plus the ID of the identified radionuclide. | A display of “Not Identified,” “Unknown" etc. will not count as a correct ID when verifying the ID requirements, except for Sr-90. |
| {HPT-FR-04-02} | modified ANSI Standard N42.48-2008, Section 6.10.6 | All | The device shall indicate when the radiation level is too high or too low for radionuclide identification (Threshold). | The device shall indicate when the radiation level is too high or too low for radionuclide identification. | Objective = Threshold | |
| {HPT-FR-04-03} | ANSI Standard N42.48-2008, Section 6.10.3 | All | The device shall be able to identify at least two radionuclides simultaneously. | Tested in accordance with ANSI N42.48-2008, Section 6.10.3. Expose instrument to Tc-99m and Cs-137 simultaneously and verify the instrument identifies and categorizes both radionuclides. | Objective = Threshold | |
| {HPT-FR-04-04} | Unique to HPT | All | If there are two or more radionuclides identified at the same time, the device shall display the identified radionuclides in a prioritized list. | Radionuclides are displayed in correct priority order based on Table 6 - Radionuclides for HPT Library | Objective = Threshold | |
| {HPT-FR-04-05} | ANSI Standard N42.48-2008, Section 6.10.4 | All | The device shall provide the correct identification or unknown when exposed to a radionuclide masked by another radionuclide. | In accordance with ANSI N42.48-2008, Section 6.10.4.2. Expose the instrument to another radionuclide with a much higher intensity than the threat. | Objective = Threshold | |
| {HPT-FR-04-06} | ANSI Standard N42.48-2008, Section 5.13.1 | |||||
| All | The device shall provide a means to allow the operator to extend or reduce the collection time. | In accordance with ANSI N42.48-2008, Section 5.13.2. Potential users will review the operating instructions and operate the instrument in the routine operation mode. | The device shall display the time (in seconds) remaining in the spectrum collection | Variable of interest is time, not distance. | ||
| {HPT-FR-04-07} | ANSI Standard N42.48-2008, Section 6.10 | All | The device shall not display false identifications. | No non-present sources identified. | Objective = Threshold | False ID refers to the identification of an isotope that is not present, and does not include daughters or parent of a present source. Note that HPT is typically hand-held during localization. |
| {HPT-FR-04-08} | Unique to HPT | All | The device shall include the capability to begin spectrum acquisition (identification) upon operator command. | The device shall include the capability to begin spectrum acquisition (identification) upon operator command. | Objective = Threshold | This requirement does not preclude automatic ID as an additional capability. |
| {HPT-OR-05} | ANSI Standard N42.48-2008, Section 6.10.1.1 | All | The device shall display the correct category of the detected material upon identification. | In accordance with Table 6 - Radionuclides for HPT Library. | Objective = Threshold | Abbreviations of SNM RELATED (i.e. SNM-R) are acceptable, alternate category designations are not. |
| {HPT-OR-06} |
| High Priority Requirement | Unique to HPT | All | When a high radiation field is encountered, the device shall provide for personal protection by providing an alarm based on a settable threshold, to be determined by each Component. | Display exposure rate. Distinct audible and visible alarm when the radiation field exceeds personal protection threshold. | Objective = Threshold | |
| {HPT-FR-06-01} | ANSI Standard N42.48-2008, Section 6.6 | All | The displayed exposure rates shall be within +/-30% of the conventionally true value of the applied exposure rate. | In accordance with ANSI N42.48-2008, Section 6.6.2. Expose the instrument to various fields as stated and verify that readings are within +/-30%. | Objective = Threshold | |
| {HPT-FR-06-02} | modified ANSI Standard N42.48-2008, Section 5.4 | All | The device shall indicate exposure rate. | 0µR/h - 25mR/h | 0µR/h - 1R/h | |
| {HPT-OR-07} |
| High Priority Requirement | Unique to HPT | All | The device shall facilitate or support localization of a source. | Indicate gamma ray exposure rate in real time. | Objective = Threshold | Directional pointers are not required. | |
| {HPT-FR-07-01} | ANSI Standard N42.48-2008, Section 6.3 | All | The device shall alarm within 2 s after exposure to an increase in the radiation level of 50 µR/h that occurs over a period of no more than 0.5 s. | In accordance with ANSI N42.48-2008, Section 6.3.2. Increase the radiation field by 50 µR/hr above the background in a period of not more than 0.5 s. Verify the alarm is activated with 2 seconds. | Objective = Threshold | ||
| {HPT-FR-07-02} | ANSI Standard N42.48-2008, Section 6.3 | All | The device shall provide a visual and audible indication of increasing and decreasing gamma-ray exposure levels. | The device shall provide a visual and audible indication of increasing and decreasing gamma-ray exposure levels. | Objective = Threshold | Intent is to aide with localization. Audible indication is operator-settable for covert environments. | |
| {HPT-OR-08} | ANSI N42.48-2008, Section 6.2 | All | When operated with no source present, the device shall generate no more than a specified number of detection notifications during continuous operation. | In a stable background environment, no more than 1 detection notification (gamma and neutron) during 10 hours of continuous operation, in accordance with Section 6.2 of ANSI N42.48-2008. | Objective = Threshold | The alarm signal threshold must be the same as that used for the detection tests. | |
| {HPT-FR-08-01} | Unique to HPT | All | The device shall allow background updates to be performed automatically and manually by the user. | The device shall allow background updates to be performed automatically and manually by the user. | Objective = Threshold | Intent is to minimize detection alarms on background variations. | |
| {HPT-OR-09} |
High Priority Requirement Unique to HPT See threshold/objective The system shall be able to send data to support reachback operations. Wired to a PC (All variants) and SATPHONE (for Maritime Only). Wired to a SATPHONE (Baseline), Wireless communications to PC or SATPHONE (Baseline) shall implement strong identification, authentication and encryption. Systems requiring encryption shall comply with the following methods:
• Products using FIPS 197 Advanced Encryption Standard (AES) algorithms with at least 256 bit encryption that have been validated under FIPS 140-2
• National Security Agency (NSA) Type 2 or Type 1 encryption (Note: The use of triple Data Encryption Standard [3DES] and FIPS 140-1 is no longer permitted.)
| See DHS Sensitive Systems Policy Directive 4300A for applicable policies. | Shall not necessitate downloading proprietary software onto government PC or network. Any wireless system or Portable Electronic Devices (PEDs) connecting to a CBP WLAN must be secured to comply with the Control and Provisioning of Wireless Access Points protocol and 802.11i security WPA2 interoperability standards. Wireless PEDs shall encrypt all data-in-transit. Encryption must be Advanced Encryption Standard preferably 256-bit. Encryption is not required from the SATPHONE to the Satellite. | ||||
| {HPT-FR-09-01} | ANSI Standard N42.48-2008, Section 5.14 | All | The device shall be able to store data. | At least 100 complete unprocessed spectra and associated background spectra. |
Stored spectra contain collection and identification results information in the N42.42-2012 format including:
-Time and Date -Instrument type and serial number -Hardware and software version -Identified radionuclides and associated confidence indications -Spectrum collection time interval -Measured gamma-ray exposure rate -Record gross count for gamma -Neutron count rate at the time of measurement (maritime variant only)
| -Neutron count and neutron integration time interval (maritime variant only) | Objective = Threshold | ||||||
| {HPT-FR-09-02} | Unique to HPT | See threshold/objective | The device shall connect to the component's satellite phone communications system. | Transmission using satellite phone (Iridium Model 9505A) communications. (Maritime variant) | Transmission using satellite phone (Iridium Models 9505A and 9555) communications. (Baseline) | ||
| {HPT-FR-09-03} | Unique to HPT | All | The device shall be able to send data via a wired connection to support reachback operations. | Wired to a PC (All variants) | Wired to a SATPHONE (Baseline). | Shall not necessitate downloading proprietary software onto government PC or network. | |
| {HPT-FR-09-04} | Unique to HPT | The device shall be able to send data via a wireless connection to support reachback operations. | N/A | Wireless communications to PC or SATPHONE (Baseline) shall implement strong identification, authentication and encryption. Systems requiring encryption shall comply with the following methods: |
• Products using FIPS 197 Advanced Encryption Standard (AES) algorithms with at least 256 bit encryption that have been validated under FIPS 140-2
• National Security Agency (NSA) Type 2 or Type 1 encryption (Note: The use of triple Data Encryption Standard [3DES] and FIPS 140-1 is no longer permitted.)
| See DHS Sensitive Systems Policy Directive 4300A for applicable policies. | Shall not necessitate downloading proprietary software onto government PC or network. Any wireless system or Portable Electronic Devices (PEDs) connecting to a CBP WLAN must be secured to comply with the Control and Provisioning of Wireless Access Points protocol and 802.11i security WPA2 interoperability standards. Wireless PEDs shall encrypt all data-in-transit. Encryption must be Advanced Encryption Standard preferably 256-bit. Encryption is not required from the SATPHONE to the Satellite. | ||||||
| {HPT-OR-10} | Unique to HPT | All | The device shall perform reliably. | Mean time between failures (MTBF) of 17,520 operational hours. | Mean time between failures of 35,040 operational hours. | Charging and changing of batteries, non-invasive cleaning, and daily operational checks (per SOP) that require no special training or tools are allowable. | |
| {HPT-OR-11} | Unique to HPT | All | The device shall operate without scheduled maintenance. | Device requires no scheduled maintenance. | Objective = Threshold | ||
| {HPT-FR-11-01} | Unique to HPT | All | The device shall have the ability to self-calibrate. | Built-in energy calibration capacity. | No reliance on internal radioactive source. | Any internal radiation source must be an exempt quantity. | |
| {HPT-FR-11-02} | Unique to HPT | All | The device shall employ self-checks and diagnostics that will inform operator of system problems. | Display self-check results upon start-up, initiation, periodically, and upon command. Any self-check problem initiates an error notification to the operator. | Objective = Threshold | Self-checks and diagnostics to include ability to self-stabilize (e.g., stabilize detector gain based on temperature), monitor functionality, and diagnose malfunctions without operator interaction. | |
| {HPT-FR-11-03} | Unique to HPT | All | The device shall maintain a maintenance status file. | Record maintenance status and notice of malfunctions in data file. | Objective = Threshold | Equipment status is relevant to the adjudication of alarms and facilitates fleet maintenance and readiness. Data format specified in OR-09. | |
| {HPT-OR-12} | ANSI N42.48-2008, Section 9.2 | All | The device shall be ruggedized. | In accordance with ANSI N42.48 Section 9.2. After being subjected to drops on each of its six surfaces from a height of 1.5m onto a concrete floor, the instrument shall function correctly and alarm at a change in the radiation field. | Objective = Threshold | ||
| {HPT-OR-13} | Unique to HPT | All | The device shall not endanger the operator's safety. | UL Certification 61010-1 | Intrinsically safe in accordance with UL-913 7th Edition. | ||
| {HPT-OR-14} | Unique to HPT | All | Device shall be capable of being worn by operators as standard equipment. | Not to interfere with the operator’s movement or activities. | Objective = Threshold | Device may swivel. | |
| {HPT-FR-14-01} | Unique to HPT | All | The device shall not interfere with the operator’s movement or activities. | Fit within a rectangular solid defined by 13.0cm in length, 7.5cm in width, and 4.5cm in depth. | Fit within a rectangular solid defined by 10.5cm in length, 7.5cm in width, and 3.5cm in depth. | ||
| {HPT-FR-14-02} | ANSI Standard N42.48-2008, Section 5.7 | All | The device shall include a means to securely fix the device to the operator, with attention given to the necessary orientation of the detector and display (Threshold). | The device shall include a means to securely fix the device to the operator, with attention given to the necessary orientation of the detector and display. | Objective = Threshold | ||
| {HPT-FR-14-03} | ANSI Standard N42.48-2008, Section 5.8 | All | The device shall be lightweight. | Mass of the complete device not to exceed 400g. | Mass of the complete device not to exceed 300g. | With or without neutron detection. Weight to include batteries, holster or carrying case and clip(s). | |
| {HPT-FR-14-04} | ANSI Standard N42.48-2008, Section 5.9 | All | The device shall have a reference point indicating its orientation with respect to the operator (Threshold). | The device shall have a reference point indicating its orientation with respect to the operator. | Objective = Threshold | Clearly indicate proper orientation for wearing and when localizing (holding in hand). The presence of a clip may be used as the reference point to indicate proper orientation. | |
| {HPT-FR-14-05} | Unique to HPT | All | The device shall be capable of one-handed removal and replacement from operator's equipment or uniform (Threshold). | The device shall be capable of one-handed removal and replacement from operator's equipment or uniform. | Objective = Threshold | ||
| {HPT-OR-15} | Unique to HPT | All | The device shall have selectable alarm notification options. | Covert and overt. | Objective = Threshold | ||
| {HPT-FR-15-01} | ANSI Standard N42.48-2008, Section 5.5 | All | The device shall provide an audible detection alarm to indicate an increase in the radiation level that is greater than the alarm set point. | ||||
| Note: For detection vice personal protection. | In accordance with ANSI N42.48-2008, Section 5.5.2. A-weighted sound level at a distance of 30 cm shall be measured using a peak measurement device. | Objective = Threshold | The users will be able to determine a threshold above background for detection purposes. | ||||
| {HPT-FR-15-02} | ANSI Standard N42.48-2008, Section 5.5 | Baseline Only | The device shall provide an earphone connection for audible functions in a high-noise or covert environment. | N/A | The device shall provide a wired earphone connection for audible functions in a high-noise or covert environment. | This requirement is for TSA's variant. Not needed for maritime variant. | |
| {HPT-FR-15-03} | ANSI Standard N42.48-2008, Section 5.6 | All | The device shall have a vibration alarm signal capability. | In accordance with ANSI N42.48-2008, Section 5.6. The vibration shall have sufficient intensity to inform the user of an alarm condition. The intensity shall be greater than 0.8g. | Objective = Threshold | ||
| {HPT-FR-15-04} | ANSI Standard N42.48-2008, Section 5.5 | All | It shall not be possible to disable both the vibration and audible alarm indications simultaneously, except through the restricted mode (Threshold). | It shall not be possible to disable both the vibration and audible alarm indications simultaneously, except through the restricted mode. | Objective = Threshold | ||
| {HPT-FR-15-05} | ANSI Standard N42.48-2008, Section 5.5 | All | When both vibration and audible alarm signals are turned off through the restricted mode, an indication shall be provided on the display to inform the operator of this condition (Threshold). | When both vibration and audible alarm signals are turned off through the restricted mode, an indication shall be provided on the display to inform the operator of this condition. | Objective = Threshold | ||
| {HPT-OR-16} | ANSI Standard N42.48-2008, Section 5.11 | All | The device shall operate for extended periods without recharging or replacing the device’s power supply. | 16 hours of continuous operation in a non-alarm state (in accordance with ANSI N42.48-2008, Section 5.11). | 168 hours of continuous operation in a non-alarm state. | ||
| {HPT-FR-16-01} | ANSI Standard N42.48-2008, Section 5.11 | All | The batteries shall be capable of powering the audible alarm continuously for 30 min (Threshold). | The batteries shall be capable of powering the audible alarm continuously for 30 min. | Objective = Threshold | ||
| {HPT-FR-16-02} | Unique to HPT | All | The batteries shall be replaceable without loss of stored data (Threshold). | The batteries shall be replaceable without loss of stored data. | Objective = Threshold | ||
| {HPT-FR-16-03} | ANSI Standard N42.48-2008, Section 5.11 | All | Batteries shall be replaceable in the field without the use of special tools. (Threshold). | Batteries shall be replaceable in the field without the use of special tools. | Objective = Threshold | ||
| {HPT-FR-16-04} | ANSI Standard N42.48-2008, Section 5.11.1 | All | The device shall notify the operator of battery status. | Remaining battery charge | |||
| Low battery alert. | Objective = Threshold | ||||||
| {HPT-FR-16-05} | Unique to HPT | All | Rechargeable batteries shall have an operationally acceptable charge time. | Fully charged within 8 hours. | Fully charged within 3 hours. | ||
| {HPT-OR-17} | ANSI N42.48-2008, Section 5.13 | All | User interfaces shall be provided for both operational and maintenance functionalities. | Compliant with ANSI N42.48-2008, Section 5.13. | Objective = Threshold | ||
| {HPT-FR-17-01} | ANSI Standard N42.48-2008, Section 5.1 | All | Controls shall be clearly identified, easily operable under conditions of expected use, and adequately protected from accidental operation. | In accordance with ANSI N42.48-2008, Section 5.1.2. Place each face of the instrument on a flat hard surface and place a weight on the opposite side and verify that the instrument does not turn off or change operational mode. | Objective = Threshold | ||
| {HPT-FR-17-02} | ANSI Standard N42.48-2008, Section 5.3 | All | The device shall directly display the following data. | 1. The measured exposure rate of gamma radiation with the associated radiological unit. |
2. Count rate of gamma and neutron radiation (where applicable) with associated unit, e.g., cps (counts per second) or cpm (counts per minute).
3. Radionuclide identification results.
4. Radionuclide categorization results.
| 5. Visible indicator of remaining battery life. | Objective = Threshold | ||||
| {HPT-FR-17-03} | ANSI Standard N42.48-2008, Section 5.13 | All | The display shall be easily readable. | Over the operating temperature range. |
Over the light range of <150 lux to 32000 lux.
| During outdoor daylight conditions through 50% polarized sunglasses (Maritime variant only). | Objective = Threshold | ||||||
| {HPT-FR-17-04} | ANSI Standard N42.48-2008, Section 5.13 | All | The device shall include controls that are user-friendly for routine operation. | In accordance with ANSI N42.48-2008, Section 5.13.2. | Objective = Threshold | Routine operation includes one-handed operation and operation while wearing gloves. | |
| {HPT-FR-17-05} | ANSI Standard N42.48-2008, Section 5.13 | All | The device shall include a menu structure that is simple and easy to be followed intuitively. | In accordance with ANSI N42.48-2008, Section 5.13.2. | Objective = Threshold | ||
| {HPT-FR-17-06} | ANSI Standard N42.48-2008, Section 5.13 | All | The device shall provide a status indicator to inform the operator that the instrument is functioning properly, including visual indication of an alarm condition (Threshold). | The device shall provide a status indicator to inform the operator that the instrument is functioning properly, including visual indication of an alarm condition. | Objective = Threshold | ||
| {HPT-FR-17-07} | ANSI Standard N42.43-2006, Section 5.10.2.3 | All | The device shall have restricted access privileges. | Access to and control of operating parameters (alarm control). |
Access to and control of data logging intervals.
Access to alarm history.
Access to control of basic indication function.
Access to photo (if available).
Access to radiation profiles (count rate time history data).
Access to background radiation information.
| Access to alarm selection criteria. | Objective = Threshold | ||||
| {HPT-FR-17-08} | Unique to HPT | Baseline Only | The device shall display the following data to support voice-only reachback: | For each identified peak in the raw spectrum and for any calibration/check spectrum: |
A. Peak energy centroid in kilo electron volts and Channel number B. Full width half maximum (FWHM) of the located peaks in %
| C. Size-amplitude of the peak in standard deviation units D. Counts - total collected counts within the region of interest peak | Objective = Threshold | |||||
| {HPT-OR-18a} | ANSI N42.48-2008, Sections 7.2-7.6 | Baseline Only | The device shall operate without degradation in all operational environments, including indoor and outdoor (all-weather) conditions. | In accordance with ANSI N42.48-2008, Sections 7.2-7.6. Temperature, Temperature Shock, Humidity, Moisture and Dust Protection IP-53, and Cold Temperature Startup. See related FRs. | IEC IP-63 | |
| {HPT-FR-18a-01} | ANSI Standard N42.48-2008, Section 7.3 | Baseline Only | The device shall operate without degradation in the operational environment during temperature shocks. | In accordance with ANSI N42.48-2008, Section 7.3. | Objective = Threshold | |
| {HPT-FR-18a-02} | ANSI Standard N42.48-2008, Section 7.2 | Baseline Only | The device shall operate without degradation across the operational temperature range. | In accordance with ANSI N42.48-2008, Section 7.2. | Objective = Threshold | |
| {HPT-FR-18a-03} | ANSI Standard N42.48-2008, Section 7.6 | Baseline Only | The device shall be able to operate when switched on at an extreme temperature limit (−20 ºC). | In accordance with ANSI N42.48-2008, Section 7.6. | Objective = Threshold | |
| {HPT-FR-18a-04} | ANSI Standard N42.48-2008, Section 7.4 | Baseline Only | The device shall operate in the operational environment without degradation under humidity conditions. | In accordance with ANSI N42.48-2008, Section 7.4. | Objective = Threshold | |
| {HPT-FR-18a-05} | ANSI Standard N42.48-2008, Section 7.5 | Baseline Only | The device shall operate without degradation in the operational environment in accordance with International Electrotechnical Commission (IEC) standard IEC 60529 for Ingress Protection (IP). | Coded for dust protected (IP-53). | Coded for tight dust (IP-63) | |
| {HPT-FR-18a-06} | ANSI Standard N42.48-2008, Section 7.5 | Baseline Only | The device shall operate without degradation in the operational environment in accordance with International Electrotechnical Commission (IEC) standard IEC 60529 for Ingress Protection (IP). | Coded for spraying water (IP-53). | Objective = Threshold | |
| {HPT-FR-18a-07} | ANSI Standard N42.48-2008, Section 9.1 | All | The device shall withstand exposure to vibrations associated with operations. | In accordance with ANSI N42.48-2008, Section 9.1. | Objective = Threshold | |
| {HPT-FR-18a-08} | ANSI Standard N42.48-2008, Section 9.3 | All | The device shall be unaffected by microphonic conditions. | In accordance with ANSI N42.48-2008, Section 9.3. | Objective = Threshold | |
| {HPT-OR-18b} |
High Priority Requirement Unique to HPT Maritime only The device shall operate without degradation in all operational environments, including indoor and outdoor (all-weather) conditions. The device shall operate in climate regions A1 (hot dry), B1 (high humidity), B3 (hot humid) and C1 (basic cold), in accordance with MIL-STD-810G, Table C-I, and Part Two, 509 – Salt Fog and IEC IP-65.
| Objective = Threshold | |||||
| {HPT-FR-18b-01} | MIL-STD-810G, Part Two, Method 503.5 | Maritime only | The device shall operate without degradation in the operational environment during temperature shocks. | In accordance with MIL-STD-810G, Part Two, Method 503.5. | Objective = Threshold |
| {HPT-FR-18b-02} | MIL-STD-810G, Part Two, Method 501.5, MIL-STD-810G, Part Two, Method 502.5 | Maritime only | The device shall operate without degradation in the operational environment. | In accordance with MIL-STD-810G, Part Two, Method 501.5 for Hot Dry (A1) high temperature cycle, and Method 502.5 for Basic Cold (C1) low temperature cycle. | Objective = Threshold |
| {HPT-FR-18b-03} | MIL-STD-810G, Part Two, Method 507.5 | Maritime only | The device shall operate in the operational environment without degradation under humidity conditions. | In accordance with MIL-STD-810G, Part Two, Method 507.5 for and High Humid (B1) and Hot Humid (B3) high humidity cycles. | Objective = Threshold |
| {HPT-FR-18b-04} | MIL-STD-810G, Part Two, Method 509.5 | Maritime only | The device shall operate without degradation in the marine operational environment under salt fog conditions. | In accordance with MIL-STD-810G, Part Two, Method 509.5. | Objective = Threshold |
| {HPT-FR-18b-05} | Unique to HPT | Maritime only | The device shall operate without degradation in the operational environment in accordance with International Electrotechnical Commission (IEC) standard IEC 60529 for Ingress Protection (IP). | Coded for tight dust (IP-65). | Objective = Threshold |
| {HPT-FR-18b-06} | Unique to HPT | Maritime only | The device shall operate without degradation in the operational environment in accordance with International Electrotechnical Commission (IEC) standard IEC 60529 for Ingress Protection (IP). | Coded for water jets (IP-65). | Objective = Threshold |
| {HPT-OR-19a} | ANSI N42.48-2008, Section 8, and ANSI N42.34-2006, Section 8.4 | All | The device shall operate without degradation in a radiofrequency electromagnetic environment. | In accordance with ANSI N42.48-2008, Section 8, Electromagnetic Performance Requirements, and ANSI N42.34-2006, Section 8.4, Conducted Immunity. | Objective = Threshold |
| {HPT-OR-19b} |
| High Priority Requirement | MIL-STD-464C | Maritime only | The device shall operate without degradation in a maritime radiofrequency electromagnetic environment. | In accordance with MIL-STD-464C, Table 1 (for range 2 to 30 MHz at 164 V/m - rms) (Electromagnetic environment (EME) for flight deck operations on Navy ships). | Objective = Threshold | ||
| {HPT-FR-19-01} | ANSI Standard N42.48-2008, Section 8.3 | Baseline Only | The device shall be unaffected by radio frequency (RF) fields. | Over the frequency range of 80 MHz to 2.5 GHz at an intensity of 50 volts per meter (V/m), tested in accordance with ANSI N42.48-2008, Section 8.3. | Objective = Threshold | No alarms are to occur as a result of the RF field alone. | |
| {HPT-FR-19-02} | ANSI Standard N42.34-2006, Section 8.4 | All | The device shall be unaffected by RF fields that can be conducted onto the instrument through an external conducting cable. | In accordance with ANSI N42.34-2006, Section 8.4. | Objective = Threshold | ||
| {HPT-FR-19-03} | ANSI Standard N42.48-2008, Section 8.5 | All | RF emissions from the device shall be less than that which can interfere with other equipment located in the area of use. | In accordance with ANSI N42.48-2008, Section 8.5. | Objective = Threshold | ||
| {HPT-FR-19-04} | ANSI Standard N42.48-2008, Section 8.4 | All | The device shall function correctly when exposed to direct current (DC) magnetic fields in all three mutually orthogonal orientations relative to a 10 gauss magnetic field. | In accordance with ANSI N42.48-2008, Section 8.4. | Objective = Threshold | No alarm is to occur as a result of the magnetic field alone. | |
| {HPT-FR-19-05} | ANSI Standard N42.48-2008, Section 8.2 | All | The device shall be unaffected by exposure to ESD. | Intensities of up to 6kV using the contact discharge technique, In accordance with ANSI N42.48-2008, Section 8.2. | Objective = Threshold |
Sheet2
Sheet3
File details come from the government source that posted it. Updated .