GB/T 11711-2002 Performance requirements, test methods and required test results for marine automatic radar plotting aids (ARPA)
Some standard content:
ICS 47. 020. 70
National Standard of the People's Republic of China
GB/T 11711--2002
eqvIEc60872-1:1998
Marine automatic radar plotting aids (ARPA)
Performance requirements, test methods and required test resultsMarine automatic radar plotting aids (ARP4) -Performance requirements, method softening and required test results2002-05-21Promulgated
General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China
2003-01-01Implementation
GB/T: 11711 2002
TFac statement
1 Specification
2 Standard
3 Definition
Performance requirements
4.2 Performance standards
Test methods and test specifications
General principles
Detection, tracking and general functions
Tracking reliability
Accuracy
Table of contents
Control of hazards CPACPA report
Wu Yuantai| |tt||Alarm resistance
Digital protection requirements
Energy testing and reporting
For water conservancy and ground micro-setting
System equipment annual quality assurance
Appendix A (Standard time record:
Creation record promoted by the standard!
Attachment to the standard reduction)
Appendix to the standard)www.bzxz.net
Electronic mapping video number EIVS)-.
Operation status
Sensor delivery coupons
Except the energy record of E prompts!
Compared with the simulated daily standard test ARF.4
CB/T11711-2002
This standard adopts [EC60872-1. The automatic required compliance agreement (ARPA) test method and required test results. In 1995, the IVI0 International Maritime Organization) passed resolution A.323 (15) at its 1V conference and revised 1M0 resolution A.422 (). In 199% of the TEC, 1FCj0872-1 was launched. FC:6C872-1 is the first part of the 1FC60872 standard series. This series of standards will replace the 1ECS0372 standard issued in 1987 and will fully implement the new requirements of the ARPA performance standards proposed in 1991 (1991) 6C72-1 523. It stipulates the test methods and required test results of the average performance requirements. It is suitable for my country to adopt it as a national standard to guide the scientific research, production and management of my country's 4R sanitary equipment and enable it to be connected with the international community. The main differences of this standard from IFC60872-1 are as follows: In the first paragraph "Application", the statement ""The standard applies to the design, use, performance evaluation and type test of ARA" is added; In the second paragraph of the referenced standards, two national standards GBS3911998 and GB/15818-1S5 are added: - The format is changed to make "Definition" the third paragraph, and "Performance requirements" and "Test methods and required results" the fourth and fifth paragraphs respectively; - In order to adapt to my country's requirements, in the general provisions of Chapter 5 "Test methods and required test results", "Type test organizations should have the right to appropriately change the test methods" is added: - Revision order: - This standard is a revision of GB/T 1989 issued in 1989. This standard is similar to IECA.42x, IECX7 and GB117:1-198, and the following contents are mainly changed: Add "application standard" as the second edition
Change Chapter 3 of the 165th edition "Performance requirements" to "Chapter 1. Among them, "General provisions" is changed to "General test", and add the following requirements in the general provisions:
- Add the requirements for the video symbols used for plotting and the Appendix "Electronic plotting video symbols (FPVS)" of the 13th edition of the standard in the performance standards, except for the corresponding relationship between Chapter 3 and Chapter 5 of Appendix F of the 1989 edition. - Add "The relative speed of the captured target is up to 1 kn, and the artificial captured target should have the corresponding symbol" in the capture performance. Modify or add the number of related tracking targets in the tracking performance, which is in the " The "initial limit" and "limit" are both\ the provisions of different symbols for different stages and the multiplication of past bit widths, etc.: the busy display performance has changed the ARPA display range. The long-term stable and fixed day mark is used as the earth reference, etc.:
In the work batch performance, the relevant provisions of the day mark symbol and the area or the area of warning and capture have been added:
In the data requirements performance, the relevant data requirements have been changed and added! In the test maneuver performance, the provisions of the ship should not interrupt the day mark tracking and data update display in the operation manual should be explained in the test ship technical principles, etc.;
In the performance of connecting with other equipment, the ARPA should send out the relevant information about the number of people or sources of the external sensor, the decision information and the relevant connection provisions! The equipment used together with ARPA\ The performance requirement clause was changed to "clause for water and average stability", and four new provisions on water and ground stability were proposed; CB/T117112G2
In the first: the test results of the power test method and the requirements", the corresponding provisions were made according to the new semi-performance requirements. The provisions on functional reliability inspection, the number of test days and the speed of the corresponding movements were added, and the provisions on the inspection of the relevant contents of the same and the hand-shake were added. The provisions on display, sound reporting, cause and return requirements, connection, performance test and sound reporting, water and stability, system monitoring and pressure valve inspection were added:
The definition of the term "standard" in the European Record (the difficult attachment) was added, and the requirements were reduced to the current requirements. The appendix was proposed by the Ministry of Transport of China. This standard is suitable for the communication and navigation standardization technology committee of the Ministry of Transport of China. This standard was first issued in October 1989 under the supervision of the Ministry of Transport of China. The main drafters of this standard are Liu Xiaoming, Suo Jier, Liu Renxi and Lin Ji. CB/T 1171120G2 was first issued under the standard. IEC Foreword 1) IEC (International Electrotechnical Commission) is a worldwide organization for the promotion of standards by the national electrotechnical committees (1 national committee) of various countries. Its purpose is to promote international cooperation on the standardization of electrical and electronic equipment. To this end, among other activities, it publishes international standards: the formulation of international standards. The committee undertakes to assist the national committee in the formulation of international standards on the subject matter involved, and to cooperate with any international organization with a solid foundation, including governments and non-governmental organizations. (15) Based on the preliminary agreement between the two organizations, the IEC National Committee on Technical Issues must maintain formal agreement on the technical issues of the plan. It is a technical committee that represents the international voice as much as possible during the period of the plan. 3) These resolutions are published in the form of standards and technical guidelines, and are shared internationally in the form of recommended documents. They are recognized by the National Committees at this time.
4) In order to promote international coordination, each IEC National Committee has the responsibility to adopt the IEC standards as soon as possible in its national and regional standards. Any differences between IEC standards and the corresponding national or regional standards should be indicated in the national and regional standards. 5 Positive: It is indicated that the recognized technical equipment conforms to its standards. 5 Some of the contents of this international standard may be of concern to the public. [FC does not assume any such rights, and was prepared by the 30th Technical Committee of the International Standards Commission EC60R72-1 (Requirements for the use of radio communication equipment for maritime navigation). This standard is the first part of a series of standards: this series of standards is based on the standards published in 2013 and the new draft of the International Organization for International Trade (IMO). This standard is subject to the following documents:
30/193/FDS
The decision information on this standard can be found in the voting report of the voting report in the production of the relevant documents
R0/207/RV
Reference A. Appendix B,Appendix C and Appendix E are an integral part of this standard: the bilingual version of the standard shall be made available subsequently.
1 Scope
National Standard of the People's Republic of China
Marine Automatic Radar Plotting Aid (ARPA)
Performance requirements, test methods and required test results Marine autanmtie rndar plotting aidx (AkPA) Purfarmanee remirements.methadr nflesting anh required lest rexultsGB/111711—2002
Substitute G1! 1.1.1 This standard specifies the minimum performance requirements, test methods and required test results for the automatic belt measuring instrument (hereinafter referred to as ARP). When the requirements of the standard differ from those of IEC (S45), this standard shall prevail. This standard applies to the design, use, performance evaluation and type testing of ARPA. 2 References to Standards The provisions contained in the following standards become the scope of this standard through reference in this standard. When the standard is marked with a small number, the text shown is All standards will be revised. Use the following mark in the latest version of the card. 6/9391-1￥8 Marine seedlings have not reached the technical requirements and chain requirements for the creation of the method of recognition of the requirements of the anti-activity results G/138581995 All-China Marine Slipway Safety System (41MX5) Compensation currency yuan line electric equipment and marine system equipment general requirements for testing methods and requirements for the birth of the test results 5-5:19941 Marine engineering navigation equipment and system re-reaching the right to cross instrument part: dynamic tracker YFL:SgYE 2:10U5
(ATA) love test method and requirements for the test results is 6.0872 :233 Maritime navigation and radio communication equipment and systems Part 3: Test results of the EPA performance requirements for maritime navigation and radio communication equipment and systems. Part 1: Test method 1:0936.1.19n
and similar requirements
1F:5093i-2:1938 Maritime navigation and radio communication equipment and systems Part 2: Test results of high-end (HC) long-range and high-cost combat stations
1EC60S45:996 Maritime navigation and wireless communication equipment 4 product standard general requirements, test methods and test station results! 561162 navigation and wireless communication equipment and system interface ISSCC pressure management and quality assurance standards 1MO resolution A.-77: 1981 performance standard for navigation equipment for all navigation safety systems and wireless communication equipment for navigation and navigation equipment A.: 199 [
IM) recognized A.820: 1995 high-rise ship equipment standard JMC resolution -823.1995 dynamic standard plotterPerformance standard for equipment A.824:19
Performance standard for equipment and equipment performance
China Quality Supervision, Inspection and Quarantine Administration of the People's Republic of China 202-05-21 approved 2003-01-[01 Implementation
GB/7:117112002
M）MSC.5(7：:19.1 Specification of the performance of acoustic transport equipment 10S2.6ECS sea super-interior product display form 3 Definition
This standard adopts the standard Appendix A (Standard Appendix!. 4 Performance requirements
4.1 General
4.1.1[A should be able to provide the tester with automatic plotting of signal points, so that the tester can provide continuous accurate and unique situation estimation like a single daily environmental postal department multiple points. 4.1.2 The various kinetic energy of the national 4PA Ding road should comply with G/T9391 to adapt to the lack of force. 4.3 Deep (：1 Medicine The general requirement is that the external ARPA meets the above-mentioned minimum selection standards. 4.1 In the case of the APA display being suitable for the whole system, the ARPA shall comply with the corresponding clauses in IECEC61 and IEC6362 (HSC: the ARP shall comply with the corresponding clauses in IEC60951. The ARPA of HSSC shall comply with the relevant clauses in IEC6C936-2. 4.6 Quality Assurance
4RPA shall comply with the design and production of the company and obtain the quality certification. 4.2 Performance Standards
4.2 Operation Test
In the case of actual detection, the The detection performance of the target should not be lower than that of the soul test name and the water level that can be achieved by the display device. 4.2.2 || tt || 4-2.2.1 [! 1 person or animal with a certain quality of 1 (heart km of the day only equipped with people and people to take the busy equipment of the world people small row of the village should be the number, see the attached standard of the danger record of the soldiers with the ARPA can be its H area in the city prohibited capture can: and including any range of prohibited capture equipment area: ARPA display work should be with the same sub 5 see the attached! Mountain brother 2 Ai and is the display demand area, 2.2.2.2 user type or artificial capture of the equipment range is not less than the market reached product display can achieve technology%, 23 tracking || tt || 2.2.3.1 ARPA can capture at least 2) pieces of animal or animal 1 auxiliary missing day target for self- Dynamic account tracking, processing. Company call display and do not update information: Pu obtains the initial stage of the processing for the day mark virtual in \ with the corresponding number < see the symbol in the request 3 indicates: in the 3 sweep solid into the calibration mark should be accepted by the mark to indicate 4-2.3.7 only when the automatic processing function is available, the voice to explain to the user the selection limit day mark criteria, in ARFA is not enough to limit the product display:. See the use of the day mark, on the display on the corresponding symbol see the appendix 4A symbol month! The symbol 1 clear change industry pointed out the correct limit shadow day mark: the subject of the track can not be lower than the management method to show the small benefit of the person 1 remember the month exploration leopard successive position can reach half of the water,
1.2.3.3 the complexity of the heart of the south of the graphic to have a door 1 sure operator related juice range of the stomach. When the limit is long in the scope of theft! For example, PA, TPA and other multi-faceted graphics do not need long-term use of the corresponding daily quantities in the book to help indicate the required 1 sales, and the operator should be explained to ensure the beauty of the inspection. 42.3.4 The exchange of daily cloud and birthday targets of all customers, the monthly target filling line is set to be scanned 10 times in a row, and there are five drinks in the past. The annual product element can be produced before the interruption, ARFA should be able to refine and follow it, 4.2.3.5 The design of FA should make the minimum error of the service clock limit of the exchange operation. The influence of the operation limit and the corresponding error on the operation limit should be explained in the operation manual, including the influence of low-multiple ratio sea echo, rain step, low cloud and step double shot new creation. GAT1711-2002
4.2.3.6 The \ daily target mark under the platform is not a city. In addition to the distribution of the effect of the small number and the large number of tracking days in F, the number of days 4.2.3.7ARPA frequency limit training maneuver monthly standard: 4.2.3.8 For any follow-up, except for the east, the tracking reaches the time period similar to the flash distance promotion product, the APA whole mega connection needs to be completed (the symbol s in the previous record is indicated to the individual interstitial position of the stomach, at least in and 12 new highs: there should only be 5 months, the user can choose the time, can be changed to other time prevention test settings. Need to continuously indicate the length of the wire without position mark, "should indicate the excessive position benefit" is really still the right guide. The factory registration said that the cloud position cup risk means,
4.2.1 The military component of the light cultivation and navigation seedling transportation is harmful, ARFA display skin display early promise design various performance labeling requirements to recognize the display of the full efficacy of the drug.
4.2.4.2 The ARA system shall comply with the following requirements: 5) The ARA351 radar system shall comply with the following requirements: 4.2.4 The ARA351 radar system shall comply with the following requirements: 4.2.4 The ARA351 radar system shall comply with the following requirements: 4.2.4 The ARA351 radar system shall comply with the following requirements: 4.2.4 The ARA351 radar system shall comply with the following requirements: 4.2.4 The ARA351 radar system shall comply with the following requirements: 4.2.4 The ARA351 radar system shall comply with the following requirements: 4.2.4. The ARA351 radar system shall comply with the following requirements: 4.2.4. 1 Other departures permitted shall meet the following criteria:
4-2.4.5 AKA monitors can operate in the north-up and night-up directions. In addition, FA can provide point-to-point motion display, and the operator can select the relative movement of the position. The display method and the specified method should be clearly indicated:
4.2.4.6 The information generated by ARPA about the navigation and reverse should be displayed in the form of time or graphics. The display should be in the form of 4A symbol or material number 5 of Appendix 13. The prediction range of the target is as follows: ) Only the time-point technology can provide prediction information ARPA flow can select its time-to-relative quantity. The internal measurement method should be indicated. In the event of a loss of force, the ARIA station shall display the following information: graphically display the ARIA information between flights and the time required to limit the loss of the data:
d) the maximum time scale of the loss of the data shall be indicated: +) the estimated time scale of the data being used shall be indicated by the symbol in Appendix B. 13> Note: In the charging mode, when the time is required, the relative time benefit including the daily target of the quarterly test shall be displayed. 4.2.4.7 ARFA information shall not be displayed as fast as the tree. The display of ARPA data shall be subject to the observer's mining. The display of ARP numbers that require human intervention should be canceled within 3 hours.
4.2.1. The display of ARFA numbers and ARP numbers can be used to adjust the total display, including the complete elimination of AP numbers.
4.2-4.9. This method guarantees that under normal conditions of driving and lighting conditions, more than one observer can use the most reliable training method to block sunlight, but the degree of blocking should not affect the observer's eye ability, which is the quality! 4.2.40 For any monthly mark on the AA display, ARA shall only measure the daily 4F distance and azimuth for the period: the accuracy of the data shall be subject to the requirements of IM) M. (S6 system, 4.2.4.11 When the AK1A display shows the monthly moving mark under the condition of the tester selecting the flash full area level in the person 1 capture non-price protection, when measuring the family, ARPA shall be in accordance with the requirements of 4.2.4., 1.5, 4.2.%.2 and 1.2.B.3, not exceeding: m1m within the summer mark range of the moving trend within 3min for small F 4.2.4.12 When the target is measured, the ARPA can collect the measurement range or adjust the display terminal, and the relevant information of the target will be displayed at all times.
4.2.5T. Operation
GR/T11711—2002
1.2.5.1 When the identifiable target approaches the observer at a certain distance or passes through the selected area of the observer, the ARPA can send sound and light signals to the observer. The target that can trigger the alarm should be clearly indicated on the display with the corresponding (see Appendix B). There should be a warning area (1.2.5.2) or an area combined with the acquisition and other components (4.2.5.1). 4.2.5.2 When the selected zone is a single warning zone, the target entering the zone shall be triggered by sound and light alarm. The light alarm shall use the symbol in the appendix. After the alarm is confirmed, the symbol shall remain until the target leaves the zone. The zone selected by the operator is relatively narrow (i.e. the detection range is limited to avoid confusion with the symbol in the appendix). 4.2.5.3 Capture area
When the selected area is a combination of capture and alarm, the target entering the area shall initiate an alarm, using symbol 7 of the Appendix. When the target is confirmed and capture is complete, the symbol 3 of Appendix B shall be changed to symbol 4, and the alarm shall be cleared. Any alarm information may be cancelled. Symbol 5 of Appendix B or marking symbol may be used instead of symbol 4 of Capture B. When the target has been captured before entering the area, in addition to the alarm symbol 7 of the Appendix, symbol 4 of Capture 1 shall be displayed: 4.2.5.5 The operator shall clearly indicate the operating procedures provided. 4.7.5.6 When any target enters the minimum distance selected by the observer within the time specified by the operator, the ARPA shall be able to alert the observer with an audible and visual signal. The target causing the alarm shall be clearly indicated on the display by a time signal (see symbol 8 in Appendix 1). 4.2.5.7 When the target is approaching the end of the limit and is out of the limit, the ARPA shall clearly indicate this value and clearly indicate the last limit position of the target on the display (line 9 of Appendix B). 4.2.5.8 The observer shall be able to turn on or off the sound control. 4.2.6 Error message 4.2.6.1 The observer shall be able to select the target from which to obtain its position. The selected target should be marked on the radar display by the corresponding symbol (see symbol 12 in Figure 1). When the data of more than one target can be displayed at the same time, the marking of each target should be clearly identifiable by adding a letter next to it. 4.2.6.2 The following numbers of the selected target should be clearly identifiable and displayed immediately outside the radar image area in mathematical form.
:.) Current target:
5) Current direction of the target:
center) Predicted distance from the closest point of approach (CPA) of the daily target; d Predicted time (TCPA) from the daily target to the closest point of approach (CPA). When the user notes (PA), TCPA should be expressed with a minus sign:! Calculated daily target true heading;
) Calculated monthly target true speed.
4.2.6.3 The data display of e> and f> in 4.2.6.2 should include the obtained data 1.2.6.4 When multiple date data are displayed, the data displayed for each selected date shall not be less than the following items. When the data of each date are displayed in pairs, the combination of valid data is a) and d) and f) 4.2.7 Test
4.2.7.1 The ARA can simulate the ship's maneuvers for all targets in a graphical manner with or without delay before the maneuver, ensuring uninterrupted target tracking and the display of the current target sequence data. This simulation is indicated on the display by the corresponding symbol (see symbol 10 in the appendix). GB/T 11711--2002
4.2.7.2 When the test technology used in the test ship includes the simulation of the ship's natural maneuvering characteristics: the operator shall also explain this simulation. 4.2.7.3 The accuracy of the ARPA shall not be less than the values given in 4.2.8.3 for the four conditions specified in the Appendix [Standard Drug List] and, under the conditions specified in the Appendix [Standard Drug List], these accuracy values shall be equivalent to the accuracy values that may be obtained by artificial calibration under certain environmental conditions. 4.2.8.2 The ARIA shall give the relevant motion trend of the target within 10 minutes with the accuracy value stated (with a probability of 95%) before stabilization (see 1).
Accuracy of relative motion of target
Based on the navigation system (\》
In the case of tight constraints, the target is always in straight line navigation, and the rate is equal to the position,
The effective position in the table is limited to the value,
Relative speed/kn
LPA/n mil-
ARPA should be within 3 mim of stable tracking, and the following speed accuracy value (rate value 55%) is given as the target motion (see Table 2) 4.2. 8. 3
Table 2 Relative accuracy of target motion
Relative accuracy/kr.
Note: The effective values in the table do not contain negative signs,
CPA/n zuzle
TCPA/mu
Real navigation! *
True turbidity kn
4.2.8.4 When the tracking mark or wooden solution completes the maneuver, ARP4 shall provide the movement trend of the exit mark within no more than 1m:5m time according to the requirements of 4.2.4.6.4.3.6.4.2.M.2 and 4.2.N.3, and provide the predicted movement record of the mountain mark within 3min. This standard proves that the ship's maneuvering should include a change of course within 1 minute. 4.2.8.5 ARTA is designed to be under favorable conditions for the ship's motion, and the various situations specified in Appendix C. The source error caused by ARPA can be ignored compared with the error stored in the transmitter. 4.2.9 Connection with other equipment
4.2.9.1 ARFA should not reduce the performance of any equipment provided by the transmitter, and ARPA and other equipment should not reduce the performance of these equipment. Regardless of whether ARPA is operating normally, this requirement should be met. In addition, the design of ARPA should ensure that it still meets this requirement under various fault conditions.
4.2.9.2 When any input signal from the external sensor is interrupted, ARPA should correctly send the data quality or status information of the external sensor to confirm its work. 4.2.9.3 The information exchange between ARPA and other equipment should comply with IEC61162. The interface or the interface communication should not degrade the performance of ARPA as much as possible.
4.2.9.4 If there is no suitable IEC61162 interface available, other appropriate technical interfaces can be used.
4.2.0: Note:
CB/T11711-2002
4.2.10.1 ARPA should give appropriate alarms for common faults, so that the observer can check the system operation correctly. In addition, there should be a test character, 2 changes to the known positive results of the floor of the R health A total performance. When the detailed process is being carried out, the corresponding test symbol (11A or symbol 1) should be displayed.
4.2.10.2 The test piece is displayed in the artificial or typical image: the artificial image is represented by the symbol 11 in Appendix B, and the self-realized false health B symbol 11B
4.2.11 For the benefit of
4.2.11.1ARPA should be able to maintain water and pool stability. 4.2.11-2 Provide input meters and speed indicators for AR equipment. The ship's water resistance should be provided according to the power supply direction. 4.2.11.3 Provide a speed meter (dual axis 1 or electronic positioning system: its speed measurement accuracy should comply with TM () resolution. The input of the ground stability is also required to be fixed to the national standard of the self-tracking. 2.2.11.4 The type of stable indicator used should be displayed. 5 Test methods and required test results
5.1 General
Appropriate stop A !A Cover the waters close to the target, and use the artificial target generator to generate a model target echo with similar characteristics to the target echo (see Appendix for comparison). It should have a certain period of time, and the effective amplitude of one or more simulated target echoes should be adjusted to B higher than the peak sound level. In the test data, this model is called the test reference standard. Unless otherwise specified, the simulated sweep should maintain constant and uniform motion and should be carried out on a program with AEPA function. The test should be carried out quickly and appropriately. For more details of the national standard, please read the research record E
Before the test: The test equipment should comply with the corresponding clauses of IEC:50945. 5.2 Detection, acquisition, tracking and integration functions 5.2.1 Compensation
Before the test, the tester shall use a non-quantitative method to check the basic functions of 4.2.1.4.2.2 and 4.2.3 to ensure that they are effective.
5.2.2 Operation and testing
For necessary source items, the H shall be included in the local test, and the overall test shall be conducted again. 5.7.3 Personnel promotion
5.2.3.1. Measurement method
A. The ARA receiver shall receive 20 analog self-reporting targets on the range of the receiver or equivalent, with one or more targets being located at the median position. The targets shall be evenly distributed from the farthest point in the range or the ARPA receiver, within a azimuth range of not less than 120 meters. Two or more of these targets shall be located approximately 5 mils apart and moving at a relative speed of uk for the test range to be no less than k and one of them shall be located approximately 5 mils apart and moving at a relative speed of uk. The test shall be carried out on all ranges with acquisition capability. The following symbols shall be used to indicate the acquisition targets:
The acquisition test shall be carried out under the following conditions:
a) The average distance of the targets is lrmile and the relative speed is 100 meters. Low level distance 2.5m
! On the cabinet distance of 1Gnmile, the wave reaches each of the four pairs of marks in the same direction;) The same distance is .nmile.
5.2.2 Automatic acquisition
5.2.4.1 Test method
CB/T 11711--2002
When APA has the automatic charging function, all the test and monitoring operations specified in 5.2.3 [should be repeated. The acquisition function should be checked by appropriate methods. For example, first adjust one (or more) dynamic resolution areas to the smallest possible area and then change the dynamic acquisition area size and/or position so that the automatic acquisition of the target can be achieved one by one. 5.2.5 Tracking
5.2.5.1 Measurement method
In 5.3.5 when there is an automatic acquisition function, and after the acquisition or value period described in 5.2.41, the 4RP blood continues to track the acquired target for a limited time of not less than 121m until the target exceeds the maximum hospital distance: or the target echo strength is reduced to less than the baseline target strength, at: 2 At the end of the verification test phase, the range dial should be changed to verify the display of all the captured data under the range.
5-2.6 Required Results
5.2.6.15.2.3 (When the automatic capture function is available, in addition: 1. In all cases, each target should be captured a) within five capture cycles after the capture starts, that is, from the time of completing the automatic capture operation step to: or h) in the case of automatic capture, the target first enters or exits the specified capture zone. 5.2.62 In all cases, less than 20 targets should be captured manually. 5.2.6.3 In all cases, the corresponding derivative number (W or W) should be clearly visible on the display at each captured target. 5.2.6.4 There should be an appropriate method (including manual method) to delete any specified captured target. 5.2.6.5 The display shall clearly show the boundaries of each acquisition zone used within the range being used using the corresponding symbols in Appendix B.
5.2.6.6 During each target acquisition cycle, the corresponding symbols in Appendix 13 shall be used to show the potential of the target movement.
5.2.6. 7
Within the first 5 scans of the acquisition, the following numbers shall be provided for all tracking indicators in accordance with the requirements of 1.4, not 1.3:
5.2.6.8 All symbols shall indicate the link between the two corresponding indicators. 5.2.6.9 All limiting indicators shall display the past position required by 4.2.3.8. 52.6.10 The requirements of 4.7 and 4.8.4. shall be verified. 5.2.6.11 The requirements of 4.2.4.22 shall be verified. 5.3
5.3.1 Setting sun indicators
5.3.1.1 Measurement method
A reference monthly indicator shall be entered into ARFA. The indicator shall be 2 0kn relative speed according to the weekly heading, ARPA sound will be approved, in order to avoid the exchange of the day, initially let other day into the test day range 1nile square text area. From the capture of me, after not less than 6 scanning weeks: any number of consecutive return process of the day should be removed by various means 51 and, which should include intermittent loss or continuous class five times. The day should be repeated by kn and 100k knife to verify the degree of the day
5.3.2 has been lost
5-3-21 measurement method
5.3.1 each test station - should be signaled to stop: strict test reference day back to 5.3.3 day maneuver
5. 3.3.1 The ordering party shall seize the target from the RPA. The target is 2 km away from the bottom of the ship. The ARPA shall seize the target at a distance of not less than 5 mil. When the target is 3 mil away from the ship, the target shall be rotated at a rate of 5/s. Then the target shall be moved at a rate of not less than 3 mi.1. Test method
A reference target should be input to ARFA. The target moves at a relative speed of 20kn on a fixed heading. ARPA will capture it. In order to avoid the exchange of targets, other targets should be allowed to enter the test target range. After no less than 6 scanning cycles from the capture, any consecutive return process targets should be removed by various means, including intermittent loss or continuous loss of 5 times. The kn and 100k knives shall be used to repeat the test of the standard. 5.3.2 The standard has been replaced. 5-3-21 Measurement method. 5.3.1 Each test station should stop when the signal is raised: strict test benchmark standard return 5.3.3 Standard maneuver. 5. 3. 3. 1 After the plate is issued, the standard standard should be grabbed by RPA. The standard standard is 2km away from the bottom of the well. ARPA should capture it at a distance of not less than 5 mil. When the standard is 3 rmil away from the ship, the standard should be turned at a rate of 5/s. Then it will move to the same direction at a rate of not less than 3mi.1. Test method
A reference target should be input to ARFA. The target moves at a relative speed of 20kn on a fixed heading. ARPA will capture it. In order to avoid the exchange of targets, other targets should be allowed to enter the test target range. After no less than 6 scanning cycles from the capture, any consecutive return process targets should be removed by various means, including intermittent loss or continuous loss of 5 times. The kn and 100k knives shall be used to repeat the test of the standard. 5.3.2 The standard has been replaced. 5-3-21 Measurement method. 5.3.1 Each test station should stop when the signal is raised: strict test benchmark standard return 5.3.3 Standard maneuver. 5. 3. 3. 1 After the plate is issued, the standard standard should be grabbed by RPA. The standard standard is 2km away from the bottom of the well. ARPA should capture it at a distance of not less than 5 mil. When the standard is 3 rmil away from the ship, the standard should be turned at a rate of 5/s. Then it will move to the same direction at a rate of not less than 3mi.
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