98243_R_14(1)

EGM2008 - WGS 84 VersionIntroductionThe official Earth Gravitational Model EGM2008 has been publicly released by the U.S. National Geospatial-Intelligence Agency (NGA) EGM Development Team. This gravitational model is complete to spherical harmonic degree and order 2159, and contains additional coefficients extending to degree 2190 and order 2159. Full access to the model's coefficients and other descriptive files with additional details about EGM2008 are provided herein.Those wishing to use EGM2008 to compute geoid undulation values with respect to WGS 84,may do so using the self-contained suite of coefficient files, FORTRAN software, and pre-computed geoid grids provided on this web page. For other applications, the previous release of the full 'Geoscience' package for EGM2008 can be accessed through the link at the bottom of this web page.The WGS 84 constants used to define the reference ellipsoid, and the associated normal gravity field, to which the geoid undulations are referenced are:•a=6378137.00 m (semi-major axis of WGS 84 ellipsoid)•f=1/298.257223563 (flattening of WGS 84 ellipsoid)•GM=3.986004418 x 1014 m3s-2 (Product of the Earth's mass and the Gravitational Constant)•Ï‰=7292115 x 10-11 radians/sec (Earth's angular velocity)All synthesis software, coefficients, and pre-computed geoid grids listed below assume a Tide Free system, as far as permanent tide is concerned.Note that the harmonic synthesis software provided below applies a constant,zero-degree term of -41 cm to all geoid undulations computed using EGM2008 with the height_anomaly-to-geoid_undulation correction model (also provided). Similarly, all pre-computed geoid undulations incorporate this constant zero-degree term. This term converts geoid undulations that are intrinsically referenced to an ideal mean-earth ellipsoid into undulations that are referenced to WGS 84. The value of -41 cm derives from a mean-earth ellipsoid for which the estimated parameters in the Tide Free system are: a=6378136.58 m and 1/f=298.257686.Description of Software and DataTo compute point geoid undulations from spherical harmonic synthesis of the EGM2008 Tide Free Spherical Harmonic Coefficients and its associated Correction Model, at any WGS 84 latitude/longitude coordinate pair listed in a coordinate input file (such as INPUT.DAT), use the FORTRAN harmonic synthesis program, hsynth_WGS84.f.At present, we are also providing two grids of pre-computed geoid undulations: one at 1 x 1-minute resolution and one at 2.5 x 2.5-minute resolution. To interpolate geoid undulations from the 1 x 1-Minute Geoid Undulation Grid file, for any WGS 84 latitude/longitude coordinate pair listed in a coordinate input file (such as INPUT.DAT), use the FORTRAN interpolation program interp_1min.f. Similarly, the FORTRAN interpolation program interp_2p5min.f, will interpolate geoid undulations from the 2.5 x 2.5-Minute Geoid Undulation Grid file.Filenames containing a ".gz" in the suffix have been compressed using the Unix "gzip" command.All files that are SMALL ENDIAN format are highlighted in green. All files that are BIG ENDIAN format are highlighted in purple.Please carefully review the README_WGS84 file for a complete description of coefficient and data files for computing EGM2008 geoid undulations with respect to WGS 84. Also, before using any of the data files on this web page, please read the disclaimer.For GIS data formats, please visit the EGM2008 GIS Data Page.Software and Coefficients for WGS 84 Geoid Undulation Computations by Harmonic Synthesis•EGM2008 Harmonic Synthesis Program(hsynth_WGS84.f -184 KB) - Use this FORTRAN program to generate WGS 84 geoid undulations by spherical harmonic synthesis of EGM2008 and its associated height_anomaly-to-geoid_undulation correction model. This program requires that the coefficients for both EGM2008 and the correction model, and an INPUT.DAT file, all be located in the same directory as the hsynth_WGS84.f program.•Harmonic Synthesis Executable for Windows XP(hsynth_WGS84.exe - 696 KB) - Windows executable version of EGM2008 Harmonic Synthesis Program. Use as described above.•Spherical Harmonic Coefficients for Earth's Gravitational Potential (Tide Free System)-(EGM2008_to2190_TideFree.gz - 72 MB) - EGM2008 coefficients required by the harmonic synthesis program.•Correction Coefficients(Zeta-to-N_to2160_egm2008.gz - 50 MB) -Height_anomaly-to-geoid_undulation coefficients required by the harmonic synthesis program.•INPUT.DAT(4 KB) - sample input file of WGS 84 latitude/longitude coordinate pairs for testing the harmonic synthesis program.•OUTPUT.DAT(4 KB)- sample output file of geoid undulation values, generated by reading INPUT.DAT into the harmonic synthesis program (for test verification).*Users - Please verify results by comparing to OUTPUT.DAT file immediately above. Software and Grids for WGS 84 Geoid Undulation Computation by Interpolation*Note: The 1 x 1 minute interpolation program below requires a large PC RAM capacity.•Interpolation Program for 1 x 1-Minute Geoid Grid(interp_1min.f - 28 KB) - Use this FORTRAN program to interpolate geoid undulations from the 1 x 1-Minute Geoid Undulation Grid file, for any WGS 84 latitude/longitude coordinate pair listed in a coordinate input file (such as INPUT.DAT). When applied to the 1 x 1-Minute Geoid Undulation Grid file, this interp_1min.f program will generate geoid undulation values that match the corresponding values generated by harmonic synthesis (hsynth_WGS84.f or hsynth_WGS84.exe above) to within 1 mm. The interp_1min.f program requires that the 1 x 1-Minute Geoid Undulation Grid file and the INPUT.DAT are located in the same directory as interp_1min.f.• 1 x 1-Minute Grid Interpolation Executable for Windows XP(interp_1min.exe - 434 KB) - Windows executable version of the Interpolation Program for 1 x 1-Minute Geoid Grid. Use as described above. To be used with the SMALL ENDIAN Geoid Undulation Grid below.• 1 x 1-Minute Geoid Undulation Grid in WGS 84 - SMALL ENDIAN (Und_min1x1_egm2008_isw=82_WGS84_TideFree_SE.gz - 825 MB) - 1 x 1-minute global grid of pre-computed geoid undulations. This file has a SMALL ENDIAN internal binary representation.• 1 x 1-Minute Geoid Undulation Grid in WGS 84 - BIG ENDIAN(Und_min1x1_egm2008_isw=82_WGS84_TideFree.gz - 828 MB) - 1 x 1-minute global grid of pre-computed geoid undulations. This file has a BIG ENDIAN internal binary representation.•INPUT.DAT(4 KB) - sample input file of WGS 84 latitude/longitude coordinate pairs for testing the Interpolation Program for 1 x 1-Minute Geoid Grid.•OUTPUT.DAT(4 KB)- sample output file of geoid undulation values, generated by reading INPUT.DAT into the Interpolation Program for 1 x 1-Minute Geoid Grid above (for test verification).*Users - Please verify results by comparing to OUTPUT.DAT file immediately above.•Interpolation Program for 2.5 x 2.5 Minute Geoid Grid(interp_2p5min.f - 28 KB) - Use this FORTRAN program to interpolate geoid undulations from the 2.5 x2.5-Minute Geoid Undulation Grid file, for any WGS 84 latitude/longitude coordinatepair listed in a coordinate input file (such as INPUT.DAT). When applied to the 2.5 x2.5-Minute Geoid Undulation Grid file, this interp_2p5min.f program will generategeoid undulation values that match the corresponding values generated by harmonic synthesis (hsynth_WGS84.f or hsynth_WGS84.exe above) to within 1 cm. The interp_2p5min.f program requires that the 2.5 x 2.5-Minute Geoid Undulation Grid file and the INPUT.DAT are located in the same directory as interp_2p5min.f.• 2.5 x 2.5-Minute Interpolation Executable for Windows XP(interp_2p5min.exe - 434 KB) - Windows executable version of the Interpolation Program for 2.5 x 2.5 Minute Geoid Grid. Use as described above. To be used with the SMALL ENDIAN Geoid Undulation Grid below.• 2.5 x 2.5-Minute Geoid Undulation Grid in WGS 84 - SMALL ENDIAN (Und_min2.5x2.5_egm2008_isw=82_WGS84_TideFree_SE.gz - 135 MB) - 2.5 x2.5-minute global grid of pre-computed geoid undulations. This file has a SMALLENDIAN internal binary representation.• 2.5 x 2.5-Minute Geoid Undulation Grid in WGS 84 - BIG ENDIAN(Und_min2.5x2.5_egm2008_isw=82_WGS84_TideFree.gz - 135 MB) - 2.5 x2.5-minute global grid of pre-computed geoid undulations. This file has a BIG ENDIANinternal binary representation.•INPUT.DAT(4 KB) - sample input file of WGS 84 latitude/longitude coordinate pairs for testing the Interpolation Program for 2.5 x 2.5-Minute Geoid Grid.•OUTPUT.DAT(4 KB)- sample output file of geoid undulation values, generated by reading INPUT.DAT into the Interpolation Program for 2.5 x 2.5-Minute Geoid Grid above (for test verification).*Users - Please verify results by comparing to OUTPUT.DAT file immediately above. Software to Extract WGS 84 Geoid Undulations from Grid Files (No Interpolation)•Extract 1 x 1-Minute Grid Program(gridget_1min.f -20 KB) - Use this FORTRAN program to extract a user-defined sub-rectangle of geoid undulations from the 1 x 1-Minute Geoid Undulation Grid file. This program prompts the user for a rectangular area of interest and requires the 1 x 1-Minute Geoid Undulation Grid file to be located in the same directory as the gridget_1min.f program.•Extract 1 x 1-Minute Grid Executable for Windows XP(gridget_1min.exe - 401 KB) - Windows executable version of the Extract 1 x 1-Minute Grid Program. Use as described above. To be used with the SMALL ENDIAN Geoid Undulation Grid below.• 1 x 1-Minute Geoid Undulation Grid in WGS 84 - SMALL ENDIAN (Und_min1x1_egm2008_isw=82_WGS84_TideFree_SE.gz - 825 MB) - 1 x 1-minute global grid of pre-computed geoid undulations. This file has a SMALL ENDIAN internal binary representation.• 1 x 1-Minute Geoid Undulation Grid in WGS 84 - BIG ENDIAN(Und_min1x1_egm2008_isw=82_WGS84_TideFree.gz - 828 MB) - 1 x 1-minute global grid of pre-computed geoid undulations. This file has a BIG ENDIAN internal binary representation.•Extract 2.5 x 2.5-Minute Grid Program(gridget_2p5min.f - 20 KB) - Use thisFORTRAN program to extract a user-defined sub-rectangle of geoid undulations from the 2.5 x 2.5-Minute Geoid Undulation Grid file. This program prompts the user for a rectangular area of interest and requires the 2.5 x 2.5-Minute Geoid Undulation Grid file to be located in the same directory as the gridget_2p5min.f program.•Extract 2.5 x 2.5-Minute Grid Executable for Windows XP(gridget_2p5min.exe - 397 KB) - Windows executable version of the Extract 2.5 x 2.5-Minute Grid Program.Use as described above. To be used with the SMALL ENDIAN Geoid Undulation Grid below.• 2.5 x 2.5-Minute Geoid Undulation Grid in WGS 84 - SMALL ENDIAN (Und_min2.5x2.5_egm2008_isw=82_WGS84_TideFree_SE.gz - 135 MB) - 2.5 x2.5-minute global grid of pre-computed geoid undulations. This file has a SMALLENDIAN internal binary representation.• 2.5 x 2.5-Minute Geoid Undulation Grid in WGS 84 - BIG ENDIAN(Und_min2.5x2.5_egm2008_isw=82_WGS84_TideFree.gz - 135 MB) - 2.5 x2.5-minute global grid of pre-computed geoid undulations. This file has a BIG ENDIANinternal binary representation.Additional Information•Original Release of the EGM2008 Model Coefficients from EGU General Assembly, Vienna, Austria 2008: Geoscience Package•An Earth Gravitational Model to Degree 2160: EGM2008(NPavlis&al_EGU2008.ppt - 18.5 MB) - Presentation given at the 2008 European Geosciences Union General Assembly held in Vienna, Austria, April13-18, 2008.•Background Papers from Earlier Symposiums on the New EGM。

Validation GuideUSTR 2114(2)Validation Guide for Pall®Emflon®PFR Filter CartridgesCONTENTSPart I. Overview41.Introduction42.Summary of Conclusions4 Part II. Studies on Removal Efficiency6 1.Microbial Validation using Brevundimonas diminuta Liquid Challenge Tests6 1.1Introduction6 1.2Summary of methods8 1.3Results10 1.4Conclusions131.5Microbial validation of other styles of Emflon PFR filters152.Aerosol Bacterial Retention Tests using Brevundimonas diminuta22 2.1Introduction22 2.2Summary of methods22 2.3Results232.4 Conclusions243.Long-Term Aerosol Microbial Challenge Tests25 3.1Introduction25 3.2Summary of methods25 3.3Results273.4Conclusions284.Bacteriophage and Spore Aerosol Challenge Tests29 4.1Introduction29 4.2Summary of methods29 4.3Results304.4Conclusions315.Sodium Chloride Aerosol Challenge Testing32 5.1Introduction32 5.2Summary of methods32 5.3Results33 5.4Conclusions33Part III. Validation of Physical Characteristics341.Resistance to Steam Sterilization341.1Introduction341.2Summary of methods341.3Results351.4Conclusions372.Resistance to Vaporized Hydrogen Peroxide382.1Introduction382.2Summary of methods382.3Results392.4Conclusions393.Resistance to Hot Air403.1Introduction403.2Summary of methods403.3Results403.4Conclusions424.Air Flow/Differential Pressure Characteristics434.1 Introduction434.2Summary of methods434.3Results434.4Conclusions445.Water Flow/Differential Pressure Measurements455.1Introduction455.2Summary of methods455.3Results455.4Conclusions45Part IV. Extractables and Biological Safety Testing461.Extractables Testing of Emflon PFR Filters461.1Introduction461.2Summary of methods461.3 Results471.4Conclusions482.Biological Safety Tests on Components of Emflon PFR Filter Cartridges482.1Introduction482.2Summary of methods492.3Results492.4Conclusions49Appendix 1503Part I.Overview1.IntroductionThis report contains validation data applicable to Pall microbially-rated Emflon PFR filter cartridges.Emflon PFR filters contain proprietary PTFE filter membrane and they are designed for sterilizing airand gas applications. Emflon PFR filters may also be considered in some liquid applications.This report is designed to assist the filter user in meeting the validation requirements of regulatoryauthorities within the pharmaceutical industry.2.Summary of ConclusionsPart II.Studies on Removal EfficiencyEmflon PFR filters were tested using liquid challenge tests using Brevundimonas diminuta(ATCC 19146),in accordance with the FDA guidelines on Sterile Products produced by Aseptic Processing (1987). Thesetests demonstrated that Emflon PFR filters retain 107Brevundimonas diminuta per cm2 in liquid.Forward Flow and water intrusion integrity tests were shown to be suitable non-destructive integrity testsfor Emflon PFR filters, and test parameters correlated to liquid bacterial challenge tests have been set.Various aerosol microbial challenge tests were also performed on typical production filters. These testsdemonstrated that Emflon PFR filters retain high levels of aerosol bacteria, bacteriophage, spores andsodium chloride particles. A summary of the aerosol challenge data is shown below:Aerosol Challenge Direction of Flow During ResultSuspension Challenge TestBrevundimonas diminuta Forward (‘out to in’)T R* > 2.29 x 109(ATCC 19146)Brevundimonas diminuta Reverse (‘in to out’)T R* > 3.10 x 108(ATCC 19146)Brevundimonas diminuta Forward – 30 day test T R* > 6.8 x 1010(ATCC 19146)Bacteriophage PP7Forward T R* > 2.4 x 1011Bacteriophage MS-2Forward T R* > 2.3 x 1011Bacillus subtilis Forward T R* > 2.3 x 1010Var niger sporesBacillus subtilis Forward – 30 day test T R> 2.6 x 1010Var niger sporesSodium chloride Forward Data supports a gas rating of0.003 µm* T R Minimum titer reduction observed during testing4Part III. Validation of Physical CharacteristicsResistance to Steam SterilizationEmflon PFR filter cartridges have been demonstrated to retain integrity after repeated steam in placecycles, under the conditions listed below:Test Temperature Steam Flow Cycle Time Differential Total SteamDirection Pressure ExposureA142°C (288°F)Forward11 hours< 300 mbar (4.3 psid)176 hoursB142°C (288°F)Forward 1 hour< 300 mbar (4.3 psid)165 hoursC125°C (257°F)Forward 1 hour1000 mbar (14.5 psid)30 hoursD125°C (257°F)Reverse 1 hour500 mbar (7.2 psid)40 hoursResistance to Hydrogen Peroxide VaporEmflon PFR filters demonstrated excellent resistance to vaporized hydrogen peroxide and maytherefore be considered for applications where sterilization by vaporized hydrogen peroxide is required.Resistance to Hot AirThe data presented demonstrate that Emflon PFR filters withstand exposure to air at elevated temperatures. Based on cyclic exposure to steam and hot air, the results indicate that Emflon PFRfilters will retain integrity following exposure of well over one year at 60°C (140°F).Air Flow/Differential Pressure and Water Flow/Differential Pressure MeasurementsThe relationship between air flow and differential pressure was investigated using typical productionfilters at different flow rates and inlet pressures. Water flow rates at set differential pressures usingalcohol-wetted filters were also determined. The data obtained during these studies can be used to formthe basis of sizing calculations for the use of Emflon PFR in gas and liquid service.Part IV.Extractables and Biological Safety TestingThe gravimetric residue after flushing autoclaved filters in a number of extracting fluids was determinedusing typical production filters. A summary of the results obtained is shown below:Extraction Fluid Residue per 25 cm (10") FilterDeionized water 1 – 3 mgIsopropyl alcohol15 – 17 mgEthanol34 – 59 mgDiethyl ether382 – 559 mgEmflon PFR filter cartridges were found to meet the requirements of the USP for Class VI (121°C) Plastics.5Part II.Studies on Removal Efficiency1.Microbial Validation using Brevundimonas diminuta LiquidChallenge Tests1.1IntroductionThe FDA guidelines on Sterile Products Produced by Aseptic Processing (1987) state, ‘A sterilizing filteris one which, when challenged with the micro-organism Pseudomonas diminuta (P. diminuta), at aminimum concentration of 107organisms per cm2of filter surface, will produce a sterile effluent’.In order to meet the requirements of this guideline, liquid challenge tests using Brevundimonas (Pseudomonas)diminuta(ATCC 19146) were performed with Emflon PFR filter cartridges using a minimum of 1 x 107colony forming units (CFU)/cm2of effective filtration area.The correlation between microbial retention and a non-destructive integrity test is also an important aspectof the validation of sterilizing grade filters. The FDA guideline further states, ‘After a filtration processis properly validated for a given product, process and filter, it is important to assure that identical filterreplacements (membrane or cartridge) used in production runs will perform in the same manner. Oneway of achieving this is to correlate filter performance data with filter integrity testing data’. The integritytests used during this validation study were the Forward Flow and water intrusion tests.The Forward Flow Integrity TestIn the Forward Flow test, a filter is wetted with a suitable test liquid and a pre-determined gas pressureis applied to the upstream side of the filter assembly. After a stabilization period, the gas flow throughthe wetted membrane can be measured manually on the downstream side or on the upstream side, usingsensitive flow measurement equipment such as the Palltronic®Flowstar or Palltronic Aquawit filterintegrity test devices, as shown in figure II-1.Figure II-1 The Forward Flow Integrity Test6The Water Intrusion Integrity TestThe water intrusion test is performed on a dry filter. The upstream side of the filter assembly is filledwith water and a pre-determined gas pressure is applied. The resulting water flow through themembrane can be measured directly on the upstream side using sensitive direct flow measurementequipment such as the Palltronic Flowstar or Palltronic Aquawit filter integrity test devices (as shown inFigure 11-2).Figure II-2 The Water Intrusion TestThe aims of this series of tests were to:•Determine the microbial removal efficiency of Emflon PFR filters in liquid challenge tests using Brevundimonas diminuta (ATCC 19146)•Correlate non-destructive Forward Flow and water intrusion integrity tests with destructive challenge tests•Determine integrity test parameters71.2Summary of MethodsInstall filter in housingPerform water intrusion testFlush with wetting liquidPerform Forward Flow testFlush with waterSteam sterilize assemblyPerform microbial challenge tests and determine titer reductionFlush with wetting liquidPerform Forward Flow testFlush with waterDry filterPerform water intrusion testEmflon PFR filters (part number AB1PFR7PVH4) with a range of Forward Flow and water intrusionvalues were selected from manufacturing lots and subjected to microbial challenge tests using anaqueous suspension of Brevundimonas diminuta(ATCC 19146).The filter sample was installed in a housing and tested for integrity by the water intrusion and/or ForwardFlow method, prior to being autoclaved at 121°C (250°F) for 60 minutes. The filter assembly was thenaseptically connected to a pre-sterilized challenge apparatus, shown schematically in Figure II-3.Figure II-3 Microbial Challenge Apparatus8An aqueous suspension of B. diminuta was passed through the filter to achieve a challenge level of> 1 x 107colony forming units (CFU) per cm2of effective filtration area. A total challenge per filter of> 1 x 1011CFU was achieved in all tests. On completion of the challenge, a second water intrusion and/orForward Flow test was performed.During the challenge test, the entire filter effluent was passed through a 0.2 µm-rated analysis disc onthe downstream side of the test filter assembly. The filter disc was incubated on agar and, followingincubation, the disc was examined to determine if bacteria had passed through the test filter during thechallenge. The titer reduction (T R) for each filter was determined as follows:T R=T otal number of organisms influent to the filterNumber of colonies recorded on the downstream analysis discWhen no colonies were detected downstream, the titer reduction was expressed as:>Total number of organisms influent to the filter (e.g. > 1 x 1011)Please contact Pall if a more detailed description of the test methods is required.91.3ResultsForward Flow CorrelationThe Forward Flow and B. diminuta retention results are shown in Table II-1, and presented graphicallyin Figure II-4. The higher of the two Forward Flow values are presented and the data are arranged inorder of increasing Forward Flow value.It was found that all of the 27 filters with Forward Flow values ≤5.7 mL/min gave sterile effluent whenchallenged with > 1 x 1011CFU of B. diminuta per filter. Of the four filters with Forward Flow valuesbetween 7.0 and 36.0 mL/min one gave sterile effluent and the remaining three gave titer reductionsbetween 1 x 105and 1.51 x 106.Table II-1 Correlation of Forward Flow with B. diminuta Retention forEmflon PFR Filters (Part Number AB1PFR7PVH4)Filter Serial Forward Flow*Sterile TiterNumber(mL/min) Effluent ReductionPILF309054 3.3Yes> 1.69 x 1011PILF309016 3.3Yes> 1.69 x 1011PILF309029 3.3Yes> 1.69 x 1011IA1516018 3.4Yes> 1.10 x 1011PILF309001 3.4Yes> 1.33 x 1011PILF309026 3.5Yes> 1.69 x 1011PILF309022 3.5Yes> 1.33 x 1011PILF309056 3.5Yes> 1.93 x 1011PILF309052 3.6Yes> 1.69 x 1011IA1516067 3.6Yes> 1.10 x 1011PILF309018 3.6Yes> 1.93 x 1011IA1516006 3.6Yes> 1.10 x 1011PILF309015 3.6Yes> 1.93 x 1011PILF309053 3.7Yes> 1.93 x 1011PILF309021 3.7Yes> 1.33 x 1011PILF309030 3.8Yes> 1.33 x 1011PILF309028 3.8Yes> 1.33 x 1011IA1516052 3.8Yes> 1.10 x 1011PILF309050 3.9Yes> 1.33 x 1011PILF309055 3.9Yes> 1.69 x 1011PILF309006 4.0Yes> 1.93 x 1011PILF309002 4.1Yes> 1.44 x 1011PILF296002 4.1Yes> 1.44 x 101110Table II-1 (Continued)Filter Serial Forward Flow*Sterile Titer Number(mL/min) Effluent Reduction PILF309013 4.5Yes> 1.93 x 1011PILF296035 4.7Yes> 1.44 x 1011IA1516015 5.7Yes> 1.10 x 1011PILF309003 5.7Yes> 1.44 x 1011IA15160027.0No 1 x 105IA24170037.5No 1 x 105PILF29601210.0Yes> 1.51 x 1011PILF29601336.0No 1.51 x 106*Forward Flow values at 1100 mbar (16 psi) air test pressure, wet with 25% (v/v) tertiary butyl alcohol in water.Figure II-4 Correlation of Forward Flow with B. diminuta Retentionfor Emflon PFR Filters (Part Number AB1PFR7PVH4)Water Intrusion CorrelationThe water intrusion and bacterial retention results are shown in Table II-2, and presented graphically in Figure II-5. The higher of the two water intrusion values are presented and the data are arranged in order of increasing water intrusion value.It was found that all 17 filters with water intrusion values ≤0.35 mL/min gave sterile effluent when challenged with > 1 x 1011CFU of B. diminuta per filter. Of the nine filters with water intrusion values between 0.37 and 1.61 mL/min six gave sterile effluent and the remaining three gave titer reductions between 1 x 105and 1.51 x 106.Table II-2 Correlation of Water Intrusion with B. diminuta Retentionfor Emflon PFR Filters (Part Number AB1PFR7PVH4)Intrusion*Sterile Titer Filter Serial WaterNumber(mL/min) Effluent Reduction PILF3090150.13Yes> 1.93 x 1011PILF3090060.13Yes> 1.93 x 1011PILF3090560.16Yes> 1.93 x 1011PILF3090130.16Yes> 1.93 x 1011PILF3090180.17Yes> 1.93 x 1011PILF3090530.19Yes> 1.93 x 1011PILF3090300.23Yes> 1.33 x 1011IA15160670.26Yes> 1.10 x 1011IA15160520.27Yes> 1.10 x 1011PILF3090220.28Yes> 1.33 x 1011PILF3090500.29Yes> 1.33 x 1011IA15160060.29Yes> 1.10 x 1011IA15160180.29Yes> 1.10 x 1011PILF3090280.32Yes> 1.33 x 1011IA24170390.32Yes> 2.43 x 1011IA15160150.33Yes> 1.10 x 1011PILF3090210.35Yes> 1.33 x 1011IA15160020.37No 1 x 105IA24171250.37Yes> 2.43 x 1011IA24170450.37Yes> 2.43 x 1011IA24171020.38Yes> 2.43 x 1011IA24170540.39Yes> 2.43 x 1011PILF2960120.46Yes> 1.51 x 1011IA24170030.48No 1 x 105PILF3090010.66Yes> 1.33 x 1011PILF296013 1.61No 1.51 x 106*Water intrusion values at 2500 mbar (36 psig) air test pressure using deionized waterFigure II-5 Correlation of Water Intrusion with B. diminuta Retentionfor Emflon PFR Filters (Part Number AB1PFR7PVH4)1.4ConclusionsBased on the results of the validation study, both the Forward Flow and water intrusion test methods were demonstrated to be suitable non-destructive integrity tests for Emflon PFR filters. Integrity test parameters for Emflon PFR filters (part number AB1PFR7PVH4) were set as follows:Forward Flow Integrity Test Parameters for AB1PFR7PVH4 FiltersT est pressure1100 mbar (16 psi)Wetting liquid25% (v/v) tertiary butylalcohol in waterT emperature 20°C (68°F) ±5°CT est gas AirMaximum allowable 5.5 mL/minForward Flow limitWater Intrusion Integrity Test Parameters for AB1PFR7PVH4 FiltersT est pressure2500 mbar (36 psig)T est liquid Deionized waterT emperature20°C (68°F) ±2°CMaximum allowable 0.33 mL/minwater intrusion limitThese Forward Flow and water intrusion integrity test parameters:•Incorporate a safety margin.•Provide a high level of assurance of retention of Brevundimonas diminuta when challenged with > 1 x 107CFU/cm2of effective filtration area.•Confirm that Emflon PFR filters satisfy the requirements of sterilizing grade filters as described in the FDA guidelines for aseptic processing (1987).From these validation studies, Forward Flow test parameters were also set for 60% (v/v) isopropanol in water as a wetting fluid. These parameters were calculated based on the differences in the physical properties of the two test liquids. The test parameters for 60% (v/v) isopropanol in water are as follows: Forward Flow Integrity Test Parameters for AB1PFR7PVH4 FiltersT est pressure 1040 mbar (15 psi)Wetting liquid 60% (v/v) isopropanol in waterT emperature 20°C (68°F) ±5°CT est gas AirMaximum allowable 15 mL/minForward Flow limitPlease note:Integrity test values are continually reviewed and monitored during routine production tests. T est values are issued and controlled by Pall Scientific and Laboratory Services. Please contact Pall for further details.1.5Microbial Validation of other Styles of Emflon PFR FiltersBased on the integrity test parameters set for 254 mm (10") Emflon PFR filters (T ables II-1 and II-2), Forward Flow and water intrusion integrity test parameters were set as follows for other smaller filter styles:Forward Flow Integrity Test Parameters:Wetting Liquid (20°C (68°F) ±5°C)25 % (v/v) Tertiary Butyl60% (v/v) Isopropyl AlcoholAlcohol in water in Water Filter Part Air Test Forward Flow Air Test Forward Flow Number Pressure Limit Pressure LimitSBF1PFRP1100 mbar (15.9 psi)0.3 mL/min1040 mbar (15 psi)0.8 mL/min MCY1110PFRP1100 mbar (15.9 psi)0.4 mL/min1040 mbar (15 psi) 1.0 mL/min MCY4440PFRP1100 mbar (15.9 psi) 1.6 mL/min1040 mbar (15 psi) 4.5 mL/min MCY2230PFR1100 mbar (15.9 psi) 1.0 mL/min1040 mbar (15 psi) 2.7 mL/min SLK7001PFRP1100 mbar (15.9 psi) 1.0 mL/min1040 mbar (15 psi) 2.7 mL/min SLK7002PFRP1100 mbar (15.9 psi) 2.0 mL/min1040 mbar (15 psi) 5.5 mL/min KA1PFRP1100 mbar (15.9 psi)0.3 mL/min1040 mbar (15 psi)0.8 mL/min KA2PFRP1100 mbar (15.9 psi)0.6 mL/min1040 mbar (15 psi) 1.7 mL/min AB05PFR2PV1100 mbar (15.9 psi) 2.7 mL/min1040 mbar (15 psi)7.8 mL/minWater Intrusion Integrity Test Parameters:Test Liquid Deionized Water (20°C (68°F) ±5°C) Filter Part Air Test Water IntrusionNumber Pressure LimitMCY4440PFRP2500 mbar (36 psi)0.10 mL/minMCY2230PFR2500 mbar (36 psi)0.06 mL/minSLK7001PFRP2500 mbar (36 psi)0.06 mL/minSLK7002PFRP2500 mbar (36 psi)0.12 mL/minAB05PFR2PV2500 mbar (36 psi)0.16 mL/minIn order to validate the integrity test limit values, production samples of these filter styles were subjected to bacterial challenge tests and Forward Flow and water intrusion integrity tests as described previously.The bacterial challenge and Forward Flow results are shown in Table II-3 and the bacterial challenge and water intrusion results are shown in Table II-4. The Forward Flow and water intrusion results presented are the higher of the pre- and post-challenge measurements. All of the filters that were tested gave sterile filtrate when challenged.Table II-3 Bacterial Challenge and Forward FlowResults using other Emflon PFR Filter Styles Filter Part Filter Serial Forward Flow Sterile Titer Number Number(mL/min)Effluent Reduction SBF1PFRPH4ID31090680.25*Yes> 1.9 x 1010ID31090520.28*Yes> 1.9 x 1010ID31090460.32*Yes> 1.5 x 1010ID31090600.33*Yes> 1.9 x 1010ID31090190.40*Yes> 1.8 x 1010ID31090810.46*Yes> 1.6 x 1010 MCY1110PFRP IC9677088< 0.10*Yes> 1.9 x 1010IC96770490.2*Yes> 3.6 x 1010IC96770270.2*Yes> 3.4 x 1010IC96770280.2*Yes> 2.7 x 1010IC96770080.3*Yes> 2.5 x 1010IC96770120.4*Yes> 2.2 x 1010 MCY4440PFRPH4IB5743035 2.2*Yes> 5.6 x 1010IB5743059 2.2*Yes> 5.6 x 1010IB5743016 2.2*Yes> 5.6 x 1010IB5743041 2.3*Yes> 5.6 x 1010IB5743013 2.3*Yes> 5.6 x 1010IB4024062 2.4*Yes> 1.2 x 1011IB5743029 2.5*Yes> 5.6 x 1010IB4024091 2.7*Yes> 1.2 x 1011IB4024058 2.7*Yes> 1.2 x 1011IB4024097 2.8*Yes> 1.2 x 1011IB4024099 2.8*Yes> 1.2 x 1011IB4024015 2.9*Yes> 1.2 x 1011Table II-3 (Continued)Filter Part Filter Serial Forward Flow Sterile Titer Number Number(mL/min)Effluent Reduction MCY2230PFR IB2473011 1.3*Yes> 2.7 x 1010IC0182019 1.3*Yes> 2.3 x 1010IB2473022 1.4*Yes> 3.8 x 1010IC0182016 1.4*Yes> 3.3 x 1010IC0182067 1.5*Yes> 1.5 x 1010IB2473051 1.5*Yes> 2.5 x 1010IB2473016 1.5*Yes> 3.0 x 1010IC0182024 1.6*Yes> 8.0 x 1010IB2473032 1.6*Yes> 2.6 x 1010IB2473059 1.7*Yes> 4.2 x 1010IC0182032 2.2*Yes> 2.5 x 1010 SLK7001PFRP IC9879005 1.1*Yes> 3.4 x 1010IC9878017 1.1*Yes> 1.0 x 1011IC9878075 1.1*Yes> 3.7 x 1010IC9878082 1.1*Yes> 3.7 x 1010IC9878087 1.1*Yes> 5.3 x 1010IC9878073 1.2*Yes> 1.0 x 1011 SLK7002PFRP IC0523076 3.1*Yes> 6.9 x 1010IC0523045 3.4*Yes> 8.7 x 1010IC0523094 3.4*Yes> 6.3 x 1010IC0523015 3.5*Yes> 5.5 x 1010IC0523042 3.5*Yes> 7.3 x 1010IC0523021 3.6*Yes> 7.4 x 1010Table II-3 (Continued)Filter Part Filter Serial Forward Flow Sterile Titer Number Number(mL/min)Effluent Reduction KA1PFRP6PB54100050.4*Yes> 1.3 x 1010PB54100560.4*Yes> 1.3 x 1010PB54100540.4*Yes> 3.6 x 1010IC79190480.5*Yes> 3.6 x 1010IC79190620.5*Yes> 3.0 x 1010PB54100340.5*Yes> 3.6 x 1010PB54100410.5*Yes> 4.3 x 1010PB54100460.5*Yes> 6.4 x 109PB54100300.5*Yes> 1.6 x 1010PB54100230.5*Yes> 1.6 x 1010IC79190770.6*Yes> 3.0 x 1010PB54100280.6*Yes> 1.3 x 1010PB54100320.6*Yes> 1.8 x 1010PB54100510.6*Yes> 1.3 x 1010PB54100350.6*Yes> 4.3 x 1010IC79190790.7*Yes> 1.1 x 1010IC79190650.7*Yes> 1.1 x 1010IC79190030.7*Yes> 3.5 x 1010 KA2PFRP6ID18840290.6*Yes> 5.3 x 1010ID18840480.6*Yes> 5.6 x 1010ID18840040.7*Yes> 6.2 x 1010ID18840100.7*Yes> 2.8 x 1010ID18840120.7*Yes> 2.2 x 1010ID18840160.7*Yes> 3.0 x 1010ID18840180.7*Yes> 4.0 x 1010ID18840190.7*Yes> 3.0 x 1010ID18840210.7*Yes> 2.3 x 1010ID18840410.7*Yes> 4.9 x 1010ID18840440.7*Yes> 2.7 x 1010ID18840230.8*Yes> 2.5 x 1010Table II-3 (Continued)Filter Part Filter Serial Forward Flow Sterile Titer Number Number(mL/min)Effluent Reduction KA2PFRP6ID18840370.8*Yes> 3.5 x 1010ID18840380.8*Yes> 2.4 x 1010ID18840020.9*Yes> 2.2 x 1010ID18840330.9*Yes> 2.4 x 1010ID18840490.9*Yes> 2.4 x 1010ID18840570.9*Yes> 2.6 x 1010 AB05PFR2PVH4IA8508039 1.2*Yes> 8.0 x 1010IA9508010 1.3**Yes> 8.0 x 1010IA8508023 1.4**Yes> 8.0 x 1010IA8508008 1.8**Yes> 8.0 x 1010IA8508007 2.0**Yes> 8.0 x 1010IA850800240.0**Yes> 8.0 x 1010*Forward Flow values at 1040 mbar (15 psi) air test pressure, wet with 60% (v/v) isopropyl alcohol in water**Forward Flow values at 1100 mbar (16 psi) air test pressure, wet with 25% (v/v) tertiary butyl alcohol in waterTable II-4 Bacterial Challenge and Water IntrusionResults using Other Emflon PFR Filter Styles Filter Part Filter Serial Water Intrusion Sterile Titer Number Number(mL/min)Effluent Reduction MCY4440PFRPH4 IB40240620.06Yes> 1.2 x 1011IB40240910.07Yes> 1.2 x 1011IB40240580.07Yes> 1.2 x 1011IB57430350.07Yes> 5.6 x 1010IB57430130.07Yes> 5.6 x 1010IB57430410.08Yes> 5.6 x 1010IB57430590.08Yes> 5.6 x 1010IB57430290.08Yes> 5.6 x 1010IB40240970.08Yes> 1.2 x 1011IB40240990.09Yes> 1.2 x 1011IB40240150.09Yes> 1.2 x 1011IB57430160.09Yes> 5.6 x 1010 MCY2230PFR IB24730220.02Yes> 3.8 x 1010IB24730160.03Yes> 3.0 x 1010IB24730110.04Yes> 2.7 x 1010IB24730510.04Yes> 2.5 x 1010IB24730590.04Yes> 4.2 x 1010IC01820190.04Yes> 2.3 x 1010IC01820670.04Yes> 1.5 x 1010IC01820160.04Yes> 3.3 x 1010IB24730320.05Yes> 2.6 x 1010IC01820320.05Yes> 2.5 x 1010IC01820240.07Yes> 8.0 x 1010 SLK7001PFRP IC98790050.04Yes> 3.4 x 1010IC98790820.05Yes> 6.1 x 1010IC98790750.05Yes> 3.7 x 1010IC98790170.05Yes> 1.0 x 1011IC98790870.05Yes> 5.3 x 1010IC98790730.06Yes> 1.0 x 1011Table II-4 (Continued)Filter Part Filter Serial Water Intrusion Sterile TiterNumber Number(mL/min)Effluent ReductionSLK7002PFRP IC05230760.9Yes> 6.9 x 1010IC05230150.10Yes> 5.5 x 1010IC05230210.10Yes> 7.4 x 1010IC05230420.10Yes> 7.3 x 1010IC05230450.11Yes> 8.7 x 1010IC05230940.11Yes> 6.3 x 1010 KA2PFRP6 ID18840210.11Yes> 2.3 x 1010ID18840020.02Yes> 2.2 x 1010ID18840100.03Yes> 2.8 x 1010ID18840120.03Yes> 2.2 x 1010ID18840160.03Yes> 3.0 x 1010ID18840180.03Yes> 4.0 x 1010ID18840230.03Yes> 2.5 x 1010ID18840290.03Yes> 5.3 x 1010ID18840370.03Yes> 3.5 x 1010ID18840440.03Yes> 2.7 x 1010ID18840480.03Yes> 5.6 x 1010ID18840490.03Yes> 2.4 x 1010ID18840040.04Yes> 6.2 x 1010ID18840190.04Yes> 3.3 x 1010ID18840330.04Yes> 2.4 x 1010ID18840380.04Yes> 2.1 x 1010ID18840410.04Yes> 4.9 x 1010ID18840570.04Yes> 2.6 x 1010AB05PFR2PVH4 IA85080070.12Yes> 8.0 x 1010IA95080080.12Yes> 8.0 x 1010IA85080100.12Yes> 8.0 x 1010IA85080230.15Yes> 8.0 x 1010IA85080390.15Yes> 8.0 x 1010IA8508002 1.59Yes> 8.0 x 1010*Water intrusion values at 2500 mbar (36 psig) air test pressure using deionized water212.Aerosol Bacterial Retention Tests usingBrevundimonas diminuta2.1IntroductionThe aim of these tests was to demonstrate the bacterial retention capability of Emflon PFR filters usingBrevundimonas diminuta(ATCC 19146) in aerosol challenge tests carried out in both the forward (‘out-to-in’) and reverse (‘in-to-out’) directions of flow.2.2Summary of MethodsEmflon PFR filters (part number AB1PFR7PVH4) from standard production lots were used for the tests.Before and after the challenge tests, filter integrity was confirmed using the Forward Flow test method.Prior to the challenge test, residual wetting liquid was removed from the filter by oven drying at 50°C(122°F) overnight.In order to perform the challenge, the test filter was installed in a stainless steel housing and then theassembly was sterilized by autoclave and aseptically connected to the sterile challenge apparatus shownschematically in Figure II-6. A nebulized suspension of Brevundimonas diminuta(ATCC 19146) was passedthrough the test filter at a flow rate of 28 L/min for 15 minutes duration. A liquid impingement samplerdownstream of the test assembly ensured recovery of any bacteria penetrating the filter. Filters wereinitially challenged in the reverse flow direction and then in the forward flow direction.Both the challenge suspension of bacteria and the recovery buffer were assayed to determine influent challengeand effluent recovery respectively. The titer reduction (T R) for each filter was determined as follows:T R=Number of bacteria in the challenge suspension x apparatus efficiency *Number of bacteria assayed in the recovery buffer[* Apparatus efficiency was determined by running the challenge with no filter installed and assaying thebacterial count in the downstream impinger.]When no colonies were detected downstream of the filter, the titer reduction was expressed as:> total number of organisms influent to the filter (e.g. > 1 x 109)Please contact Pall if a more detailed description of the test method is required.22。

USER MANUALNI 9145Deterministic Ethernet Expansion Chassis for C Series ModulesThis document describes the features of the NI 9145 and contains information about mounting and operating the device.ContentsNI 9145 Features (2)POWER LED Indicators (2)FPGA LED (2)RUN LED Indicators (3)ERR LED Indicators (3)Safe-State Outputs (4)Slave Timing Modes (4)Mounting the Device (5)Dimensions (5)Mounting Requirements (6)Ambient Temperature (7)Mounting the Device Directly on a Flat Surface (7)Mounting the Device on a Panel (8)Mounting the Device on a DIN Rail (10)Mounting the Device on a Rack (11)Mounting the Device on a Desktop (11)Upgrading from the NI 9144 to the NI 9145 (13)Resetting the NI 9145 Network Configuration (15)Updating Your Firmware (16)How to Upgrade Your Firmware (16)Vendor Extensions to the Object Dictionary (16)Worldwide Support and Services (17)NI 9145 FeaturesThe NI 9145 provides the following features.Figure 1. NI 9145 Front Panel1.POWER LED2.FPGA LED3.RUN LED4.ERR LED5.Power Connector6.Ethernet LEDs7.Out Port8.In PortPOWER LED IndicatorsThe following table lists the POWER LED indicators.Table 1. POWER LED IndicatorsFPGA LEDYou can use the FPGA LED to help debug your application or easily retrieve application status. Use the LabVIEW FPGA Module and NI-RIO software to define the FPGA LED to meet the needs of your application2| | NI 9145 User ManualRUN LED IndicatorsThe following table lists the RUN LED indicators.Run Mode TransitionThe following figure shows the Run Mode transition.Figure 2. EtherCAT ModesERR LED IndicatorsThe following table lists the ERR (error) LED indicators.NI 9145 User Manual| © National Instruments| 3Table 3. ERR LED IndicatorsSafe-State OutputsThe NI 9145 has an EtherCAT safe state that the device passes through when moving from LabVIEW Active Mode to LabVIEW Configuration Mode. The NI 9145 passes through the EtherCAT safe state during normal operation or in case of a serious error.In the EtherCAT safe state, output modules are set to pre-defined safe values. By default, zero is the safe value in the output module channel configuration. You can change the safe values by writing to the appropriate object dictionary entries for your output module.Slave Timing ModesThe NI 9145 operates in free-run mode or synchronized mode using the EtherCAT distributed clock (DC).By default, free-run mode runs the conversion cycle at the rate of the slowest module. You can slow the free-run mode conversion cycle down by writing a minimum cycle time in nanoseconds to index 0x3001.1 of the NI 9145.In synchronized mode, each conversion cycle begins with a signal from the EtherCAT master/ scan engine. The NI 9145 procedures an error if the external cycle time is too fast for a module. NI Indcom for EtherCAT only supports synchronized mode.4| | NI 9145 User ManualMounting the DeviceTo obtain the maximum allowable ambient temperature of 70 °C, you must mount the NI 9145 horizontally on a flat, metallic, vertical surface such as a panel or wall. You can mount theNI 9145 directly to the surface or use the NI Panel Mounting Kit. The following figure shows the NI 9145 mounted horizontally.Figure 3. NI 9145 Horizontal Mounting1.UpYou can also mount the NI 9145 in other orientations, on a nonmetallic surface, on a 35-mm DIN rail, on a desktop, or in a rack. Mounting the NI 9145 in these or other configurations can reduce the maximum allowable ambient temperature and can affect the typical accuracy of modules in the NI 9145. For more information about typical accuracy specifications forC Series modules and temperature deratings caused by different mounting configurations, visit /info and enter the Info Code criotypical.Caution Make sure that no C Series modules are in the NI 9145 before mountingit.Tip Before using any of these mounting methods, record the serial number fromthe back of the NI 9145 so that you can identify the NI 9145 in MAX. You will beunable to read the serial number after you mount the NI 9145. DimensionsThe following figures show the front and side dimensions of the NI 9145. For detailed dimensional drawings and 3D models, visit /dimensions and search for the module number.NI 9145 User Manual| © National Instruments| 5Figure 4.NI 9145 Front DimensionsMounting RequirementsYour installation must meet the following requirements for cooling and cabling clearance. Allow 25.4 mm (1.00 in.) on the top and the bottom of the NI 9145 for air circulation, as shown in the following figure.Figure 6. NI 9145 Cooling DimensionsAllow the appropriate space in front of C Series modules for cabling clearance, as shown in the following figure. The different connector types on C Series modules require different cabling clearances. For a complete list of cabling clearances for C Series modules, visit /info and enter the Info Code crioconn.6| | NI 9145 User ManualFigure 7. NI 9145 Cabling ClearanceAmbient TemperatureMeasure the ambient temperature at each side of the NI 9145, 63.5 mm (2.50 in.) from the side and 25.4 mm (1.00 in.) forward from the rear of the NI 9145, as shown in the following figure.Figure 8. NI 9145 Ambient T emperature Location1.Location for measuring the ambient temperatureMounting the Device Directly on a Flat SurfaceFor environments with high shock and vibration, NI recommends mounting the NI 9145 directly on a flat, rigid surface using the mounting holes in the NI 9145.What to Use•NI 9145•Screwdriver, Phillips #2•M4 or number 8 screw (x2), user-provided, longer than 19.0 mm (0.75 in.) to pass all the way through the NI 9145What to DoComplete the following steps to mount the NI 9145 directly on a flat surface.NI 9145 User Manual| © National Instruments| 71.Prepare the surface for mounting the NI 9145 using the Surface Mounting Dimensions.2.Align the NI 9145 on the surface.3.Fasten the NI 9145 to the surface using the M4 or number 8 screws appropriate for thesurface. Tighten the screws to a maximum torque of 1.3 N · m (11.5 lb · in.). Surface Mounting DimensionsThe following figure shows the surface mounting dimensions for the NI 9145.Figure 9. NI 9145 Surface Mounting DimensionsMounting the Device on a PanelYou can use the NI panel mounting kit to mount the NI 9145 on a panel.8| | NI 9145 User ManualWhat to Use•NI 9145•Screwdriver, Phillips #2•NI panel mounting kit, 782863-01–Panel mounting plate–M4 × 23 flathead screw (x3)What to DoComplete the following steps to mount the NI 9145 on a panel.1.Align the NI 9145 and the panel mounting plate.2.Fasten the panel mounting plate to the NI 9145 using the screwdriver and M4 × 23flathead screws. NI provides these screws with the panel mounting kit. Tighten the screws to a maximum torque of 1.3 N · m (11.5 lb · in.).Note You must use the screws provided with the NI panel mounting kitbecause they are the correct depth and thread for the panel mounting plate.3.Fasten the panel mounting plate to the surface using the screwdriver and screws that areappropriate for the surface. The maximum screw size is M5 or number 10.Panel Mounting DimensionsThe following figure shows the panel mounting dimensions for the NI 9145.NI 9145 User Manual| © National Instruments| 9Figure 10. NI 9145 Panel Mounting DimensionsMounting the Device on a DIN RailYou can use the NI DIN rail mounting kit to mount the NI 9145 on a standard 35-mm DIN rail.What to Use•NI 9145•Screwdriver, Phillips #2•NI DIN rail mounting kit, 779018-01–DIN rail clip–M4 × 25 flathead screw (x2)What to DoComplete the following steps to mount the NI 9145 on a DIN rail.1.Align the NI 9145 and the DIN rail clip.10| | NI 9145 User Manual2.Fasten the DIN rail kit to the NI 9145 using the screwdriver and M4 × 25 flathead screws.NI provides these screws with the DIN rail mounting kit. Tighten the screws to amaximum torque of 1.3 N · m (11.5 lb · in.).Note You must use the screws provided with the NI DIN rail mounting kitbecause they are the correct depth and thread for the DIN rail clip.Clipping the Device on a DIN RailComplete the following steps to clip the NI 9145 on a DIN rail.1.Insert one edge of the DIN rail into the deeper opening of the DIN rail clip.2.Press down firmly to compress the spring until the clip locks in place on the DIN rail.Caution Ensure that no C Series modules are in the NI 9145 before removing itfrom the DIN rail.Mounting the Device on a RackYou can use the following rack mount kits to mount the NI 9145 and other DIN rail-mountable equipment on a standard 482.6 mm (19 in.) rack.•NI Sliding Rack-Mounting Kit, 779102-01•NI Rack-Mounting Kit, 781989-01Note You must use the NI DIN rail mounting kit, 779018-01, in addition to a rack-mounting kit.Mounting the Device on a DesktopYou can use the NI desktop mounting kit to mount the NI 9145 on a desktop.What to Use •NI 9145•Screwdriver, Phillips #1•Screwdriver, Phillips #2•NI desktop mounting kit, 779473-01–Desktop mounting brackets (x2)–Adapter bracket –M3 × 20 flathead screw (x2)NI 9145 User Manual | © National Instruments | 11What to DoComplete the following steps to mount the NI 9145 on a desktop.e the Phillips #1 screwdriver to remove the two screws from the back of the NI 9145.2.Use the screwdriver and the M3 × 20 flathead screws to attach the adapter bracket to the NI 9145. NI provides these screws with the desktop mounting kit.Note You must use the screws provided with the NI desktop mounting kitbecause they are the correct depth and thread for the NI 9145.3.Align the brackets with the mounting holes on the ends of the NI 9145.4.Use the Phillips #2 screwdriver to tighten the captive screws on the end of the brackets.Desktop Mounting DimensionsThe following figures show the desktop mounting dimensions for the NI 9145.12 | | NI 9145 User ManualFigure 11. NI 9145 Desktop Mounting Front Dimensions29.9 mmFigure 12. NI 9145 Desktop Mounting Side DimensionsUpgrading from the NI 9144 to the NI 9145You can use the NI 9144 to NI 9145 adapter panel mounting kit (NI part number 785984-01) to mount the NI 9145 to an existing NI 9144 panel mounting plate. Contact NI for information about ordering a NI 9144 to NI 9145 adapter panel mounting kit.Mounting the NI 9145 Using the Adapter KitWhat to Use•NI 9145•#2 Phillips screwdriverNI 9145 User Manual| © National Instruments| 13•Two (2x) M4 or number 8 flathead screw, 10 mm (0.39 in.) minimum length, user-provided•NI 9144 to NI 9145 adapter mounting plate kit, 785984-01–Adapter mounting plate–Three (3x) M4 x 23 mm screwsWhat to Do1.Remove the NI 9144 from the NI 9144 panel mounting plate.2.Align the adapter mounting plate with the holes in the NI 9144 panel mounting plate.3.Fasten the adapter mounting plate to the NI 9144 panel mounting plate using the M4 ornumber 8 flathead screws.Figure 13. Attaching the Adapter Mounting Plate to the NI 9144 Panel Mounting Plate4.Align the NI 9145 chassis to the adapter mounting plate and fasten it using theM4 x 23 mm screws.Note You must use the screws included in the kit because they are the correctdepth and thread for the chassis and the adapter mounting plate. Tighten thescrews to a maximum torque of 1.3 N · m (11.5 lb · in.).14| | NI 9145 User ManualFigure 14. Attaching the NI 9145 to the Adapter Mounting PlateNI 9144 to NI 9145 Adapter Mounting Plate DimensionsResetting the NI 9145 Network ConfigurationTo reset the NI 9145 network configuration, disconnect and reconnect the network cables on the NI 9145 chassis.NI 9145 User Manual| © National Instruments| 15Updating Y our FirmwareFirmware updates are performed by way of the File over EtherCAT (FoE) download protocol. All NI factory firmware update files have a .foe extension and have internal identification information that guides the NI 9145 during the update. Refer to your specific master software documentation for the procedure of sending FoE downloads.The NI 9145 firmware update does not use the filename or password information.You may also use this utility to download custom FPGA projects with a .lvbitx extension. How to Upgrade Y our FirmwareTo upgrade your firmware to a new version or reset your device to the factory state, complete the following steps:1.Discover your real-time target and NI 9145 chassis.2.Right-click the RT target and select Deploy All.3.After a successful deployment, change the controller to Configuration Mode. Right-clickthe RT target and select Utilities»Scan Engine Mode»Switch to Configuration.4.Right-click the NI 9145 that requires a firmware change and select Online Device State.5.Change the online state by clicking the Init button and then clicking the Bootstrapbutton. The LED beside the Bootstrap button lights up.6.Click the Download Firmware button. Navigate to Program Files\NationalInstruments\NI-IndCom for EtherCAT and select the file with a .foe extension or a custom FPGA project with a .lvbitx extension.Do not disconnect the device or interrupt firmware while it is downloading.Vendor Extensions to the Object DictionaryMost object dictionary entries are defined by the EtherCAT and CANOpen specifications for modular slave devices. The NI 9145 and the C Series modules have vendor extensions to those specifications.Note Visit /manuals to access the NI 951x C Series modules objectdictionary.Note Most object dictionary entries are set to usable defaults during the transitionfrom INIT to PRE-OP of the NI 9145. NI recommends writing down the objectdictionary default values, in case you need to revert to them, before you begin tooverwrite them with new values prior to the transition to SAFE-OP.Refer to the EtherCAT® Expansion Chassis Vendor Configurations Guide on /manuals for the list of vendor extensions.16| | NI 9145 User ManualWorldwide Support and ServicesThe NI website is your complete resource for technical support. At /support, you have access to everything from troubleshooting and application development self-help resources to email and phone assistance from NI Application Engineers.Visit /services for information about the services NI offers.Visit /register to register your NI product. Product registration facilitates technical support and ensures that you receive important information updates from NI.NI corporate headquarters is located at 11500 North Mopac Expressway, Austin, Texas, 78759-3504. NI also has offices located around the world. For support in the United States, create your service request at /support or dial 1 866 ASK MYNI (275 6964). For support outside the United States, visit the Worldwide Offices section of /niglobal to access the branch office websites, which provide up-to-date contact information.NI 9145 User Manual| © National Instruments| 17Information is subject to change without notice. Refer to the NI T rademarks and Logo Guidelines at /trademarks for information on NI trademarks. Other product and company names mentioned herein are trademarks or trade names of their respective companies. For patents covering NI products/technology, refer to the appropriate location: Help»Patents in your software, the patents.txt file on your media, or the National Instruments Patent Notice at /patents. Y ou can find information about end-user license agreements (EULAs) and third-party legal notices in the readme file for your NI product. Refer to the Export Compliance Information at /legal/export-compliance for the NI global trade compliance policy and how to obtain relevant HTS codes, ECCNs, and other import/export data. NI MAKES NO EXPRESS OR IMPLIED WARRANTIES AS TO THE ACCURACY OF THE INFORMA TION CONTAINED HEREIN AND SHALL NOT BE LIABLE FOR ANY ERRORS. U.S. Government Customers: The data contained in this manual was developed at private expense and is subject to the applicable limited rights and restricted data rights as set forth in FAR 52.227-14, DFAR 252.227-7014, and DFAR 252.227-7015.© 2016—2018 National Instruments. All rights reserved.378015B-03September 11, 2018。

二阶锁相环的完整仿真代码-概述说明以及解释1.引言1.1 概述引言部分是文章开头的部分，用于引入文章的主题和背景。

在概述部分，可以介绍以下内容：概述：二阶锁相环是一种常见的控制系统，用于追踪和维持输入信号与参考信号之间的相位差。

它的应用十分广泛，包括通信系统、数字信号处理、测量仪器等领域。

通过对输入信号进行反馈和调节，在一定条件下可以实现对输入信号的同步跟踪和稳定控制。

本文将详细介绍二阶锁相环的原理和基本模块，并给出其完整的仿真代码。

通过仿真代码的模拟运行，我们可以更好地理解二阶锁相环的工作原理和特性。

文章结构：本文主要分为三个部分。

第一部分是引言部分，介绍了二阶锁相环的概述和本文的结构。

第二部分是正文部分，包括二阶锁相环的原理和基本模块的详细介绍。

第三部分是结论部分，对整篇文章进行总结并展望未来二阶锁相环的发展。

目的：本文的目的在于全面而系统地介绍二阶锁相环的原理和基本模块，并给出其完整的仿真代码。

通过本文的学习，读者可以深入了解二阶锁相环的工作原理，并且能够通过仿真代码进行实际的仿真运行，进一步加深理解。

同时，本文还对二阶锁相环的未来发展进行了展望，为读者提供了一定的参考和思考。

通过上述内容的介绍，读者可以对本文的内容和结构有一个初步的了解，为接下来的阅读打下基础。

接下来的章节将进一步详细介绍二阶锁相环的原理和基本模块，带领读者逐步深入了解这一重要的控制系统。

文章结构部分的内容如下所示:1.2 文章结构本文主要以二阶锁相环的完整仿真代码为主题，旨在介绍二阶锁相环的原理和基本模块，并通过编写完整的仿真代码实现其功能。

文章结构如下：1. 引言1.1 概述在这个部分，我们将简要介绍二阶锁相环的背景和应用领域。

我们将解释二阶锁相环的基本工作原理，并探讨它在通信和控制系统中的重要性。

1.2 文章结构在这个部分，我们将概述整篇文章的结构，并说明每个部分的内容和目的。

1.3 目的我们将解释选择这个主题的原因，并讨论本文的目标和预期结果。

• LXI compliance includes built-in Ethernet connectivity• Fully-featured graphical web interface • Dual 4x8, 8x8, or 4x16 2-wire configura-tions• 64 2-wire or 128 1-wire cross points • High speed reed relays• Analog bus connection• Relay counter• ±150 V peak, 0.5 A switch, 1.5 A carry current• Software drivers for most common programming environments Dual/quad 4x8 Matrix offers highperformance signal switchingThe Agilent L4433A is a high-speedreed relay matrix that is LXI Class Ccompliant. With its small size andEthernet connectivity, this matrix canbe placed wherever your applicationneeds it.The Agilent L4433A offers a flexibleconnection path between your deviceunder test (DUT) and your test equip-ment, allowing different instrumentsto be connected to multiple points onyour DUT at the same time. Thisinstrument can be configured as a2-wire or a 1-wire matrix, increasingthe number of cross points. Multiplematrices can be combined through theanalog buses connector to create alarger matrix.Using this LXI instrument, you’ll getall the benefits of an Ethernet con-nection, instrument web server, stan-dard software drivers and more. TheLXI standard is supported by multiplevendors, enabling lower cost of testwith accelerated test integration anddevelopment.Figure 1. L4433A Dual/Quad 4 x 8 Real Matrix.Switch features for flexible and reliable connectionsThe L4433A features a full cross point matrix that allows you to connect any row to any column. This is a conve-nient way to connect multiple test instruments to multiple points on a DUT. With its high-speed reed relays you will get a fast response.Each cross point in the matrix switch has two wires - high and low - for the measurement. Or, if you prefer, you can configure the L4433A as a single wire matrix, increasing the number of cross points to 128. The L4433A also has in-rush resistors on each column for added protection. Expand your matrix using the analog bus connector to create a larger matrix, or easily con-nect to an external measurement device like a DMM.The sequence feature defines switch closures and controls and can be used to easily change to different switch setups. Simply assign a sequence, give it a name and then execute itwith the custom name you created.External trigger capabilities make iteasy for you to time and synchronizeswitch closures and openings.The L4433A also includes a relaycounter to monitor and help you deter-mine when relays are nearing theirend of life.Easily route signals to an externalDMMThe L4433A switches support signalsup to ±150 V and 0.5 A so that noexternal signal conditioning isrequired. The analog bus connectorcan be used to easily route your matixswitch signals to an external device.System connections you can trustThe L4433A comes with two heavyduty 50-pin Dsub connectors that pro-vide simple, reliable connectionoptions. Each connector uses 30 microinches of gold to ensure repeatableand accurate measurements. Otherconnection options include:• Detachable terminal blocks with strainrelief• Low-cost, standard 50-pin Dsub connec-tor kits and cables• Mass interconnect solutionsEthernet connectivity enables simpleconnection to the network andremote access to measurementsThe Ethernet interface offers high-speed connections for remote accessand control. You can set up a privatenetwork to filter out unwanted LANtraffic and speed up the I/O through-put, or take advantage of the remotecapabilities and distribute your testsworldwide. Monitor, troubleshoot, ordebug your application remotely.Ethernet communication also can beused with the support of LAN socketsconnections.Figure 2. The Web interface makes it easy to set up, troubleshoot and maintain your test remotely.The optional GPIB interface has many years of proven reliability and can be used for easy integration into existing applications.The L4433A ships with the Agilent E2094N I/O Libraries Suite, which enables connections for Agilent and non-Agilent modular and traditional instruments. This makes it easy for you to configure and integrate instruments into your system. Fully featured graphical web interface makes it easy to set up and trouble-shoot your tests from anywhere in the worldThe built-in web server provides remote access and control of the instrument via a Java-enabled browser such as Internet Explorer. Using the web server, you can set up, troubleshoot, and monitor yourinstrument from remote locations.• View and modify instrument setup • Open or close switches • Send, receive or view SCPI com-mands • Define and execute switch sequences • View error queue • Get status reports on relay counts, firmware revisions, and more Additionally, since the web server is built into the instrument, you can access it on any operating system that supports a web browser without having to install special software. Password protection and LAN lockout are also provided to limit access for additional security. Software for most popular program-ming environments Full support for standard programming environments ensures compatibility and efficiency. You can use direct I/O with your own software, or use standard IVI and LabVIEW software drivers that pro-vide compatibility with the most popular development environments:• Agilent T&M Toolkit for Microsoft Visual and Agilent VEE Pro • National Instruments LabVIEW, LabWindows/CVI, TestStand, and Switch Manager • Microsoft C/C++ and Visual BasicPower buttonStatus LEDsExternal trigger to synchronize events Optional GPIB Built-in EthernetAnalog bus for connection to other devices Easy connection options with terminal blocks, standard 50-pin cables or connector kits10 V, 100 mA Rated load 10 M 10 kOpen / close time, typical0.5 ms / 0.5 msAnalog bus connection Yes1 DC or AC RMS voltage, channel-to-channel or channel-to-earth2 Peak voltage, channel-to-channel or channel-to-earth3 Into analog bus connector4 50 Ohm source, 50 Ohm load, differential measurements verified (Sdd21)5 With input resistors bypassed. Bypassing resistors will reduce lifetime of relays. See the rated load relay life characteristics.6 Limited to 6 W channel resistance power loss per module7 Power restrictions allow only 20 channels to be closed at one time8 With 100 Ohm input protection resistors9 Channel resistance is typically < 1.5 Ω b ut can go as high as 50 Ω when a channel is used in measurement applications with < 10 mA load current. Increased relay channel resistance for measurements with load currents below 10 mA can occur on cards that have been out of service or following relay inactivity for periods of greater than 1 week. Switching relays for 2K cycles prior to use may reduce the variation in channel resistance. Applies to the 34931A and 34932A. Agilent recommends the use of 4-wire Ohms for resistance measurements. For high accuracy voltage measurements, select the DMM input resistance setting of > 10 G ohms to minimize the impact of relay contact resistance.Measurement Accuracy For accuracy measurement specification, combine the DMM offset with the switch offset.Bandwidth of the switch may offset the accuracy of the AC measurement.1 Load I/O Libraries Version M for Windows NT support or version 14.0 for Windows 98 SE supportAdds GPIB interfaceOption 0B0Deletes printed manual set, full docu-mentation included on CD ROM Option ABAEnglish printed manual set Connection OptionsSelect terminal block for discrete wir-ing, cables or connector kits. Cables and connector kits require 2 per instru-ment.34933TTerminal block for 34933A and L4433A dual 4x8 MatrixY1135A1.5 m 50-pin Dsub, M/F twisted pair with outer shield cable – 300 VY1136A3 m 50-pin Dsub, M/F twisted pair with outer shield cable – 300 VY1139ASolder cup connector kit with female 50-pin Dsub Note: when using the L4400 series rackmount kit, use the Y1139A solder cupconnector kit rather than the 34921Tterminal block.For additional information please visit:/find/L4433A5989-1439EN, Agilent E2094N I/OLibraries Suite 15.5Agilent Channel Partnersoffice. The complete list is available at:/find/contactus Americas Canada (877) 894 4414 Brazil (11) 4197 3600Mexico 01800 5064 800 United States (800) 829 4444 Asia Pacific Australia 1 800 629 485China 800 810 0189Hong Kong 800 938 693India 1 800 112 929Japan 0120 (421) 345Korea 080 769 0800Malaysia 1 800 888 848Singapore 180****8100Taiwan 0800 047 866Other AP Countries (65) 375 8100 Europe & Middle East Belgium 32 (0) 2 404 93 40 Denmark 45 45 80 12 15Finland 358 (0) 10 855 2100France 0825 010 700* *0.125 €/minute Germany 49 (0) 7031 464 6333 Ireland 1890 924 204Israel 972-3-9288-504/544Italy 39 02 92 60 8484Netherlands 31 (0) 20 547 2111Spain 34 (91) 631 3300Sweden 0200-88 22 55United Kingdom 44 (0) 118 927 6201For other unlisted countries:/find/contactus (BP-7-22-13)Product specifications and descriptions in this document subject to change without notice.© Agilent Technologies, Inc. 2013Published in USA, September 24, 20135989-4826EN/quality /find/myagilent A personalized view into the information most relevant to /find/AdvantageServices Accurate measurements throughout the life of your instruments.Agilent Advantage Services /find/ThreeYearWarranty Agilent’s combination of product reliability and three-year warranty coverage is another way we help you achieve your business goals: increased confidence in uptime, reduced cost of ownership and greater convenience.Agilent Electronic Measurement Group DEKRA Certified ISO 9001:2008 Quality Management System /find/channelpartners Get the best of both worlds: Agilent’s measurement expertise and product breadth, combined with channel partner convenience.LAN eXtensions for Instruments puts the power of Ethernet and the Web inside your test systems. Agilent is a founding member of the LXI 。

ISTRUZIONI D'USO E DI INSTALLAZIONE INSTALLATION AND USER'S MANUALINSTRUCTIONS D'UTILISATION ET D'INSTALLATION INSTALLATIONS-UND GEBRAUCHSANLEITUNG INSTRUCCIONES DE USO Y DE INSTALACION INSTRUÇÕES DE USO E DE INSTALAÇÃOCENTRALINA DI COMANDO D811184A ver. 04 08-02-02I CONTROL UNIT GB UNITÉ DE COMMANDE F STEUERZENTRALE D CENTRAL DE MANDO E CENTRAL DO MANDOP ARIES - ARIES P8027908113740a“WARNINGS” leaflet and an “INSTRUCTION MANUAL”.These should both be read carefully as they provide important information about safety, installation, operation and maintenance. This product complies with the recognised technical standards and safety regulations. We declare that this product is in conformity with the following European Directives: 89/336/EEC and 73/23/EEC (and subsequent amendments).1) GENERAL OUTLINEThe ARIES control unit has been designed for swing gates. It can be used for one or two gate controllers.The control unit mod. ARIES P can also be used to perform opening of a single actuator while keeping the other one closed (pedestrian access).2) FUNCTIONSSTOP: In all cases: it stops the gate until a new start command is given.PHOT:Functions can be set with Dip-Switch.Activated during closing.Activated during opening and closing.Rapid closingON: When the position of the gate photocells is exceeded, during both opening and closing, the gate automatically starts to close even if TCA is activated. We recommend setting DIP3 to ON (photocells only activated during closing).Blocks impulsesON: During opening, START commands are not accepted.OFF: During opening, START commands are accepted.PhotocellsON: Photocells only activated during closing.OFF: Photocells activated during opening and closing.Automatic closing time (TCA)ON: Automatic closing activated (can be adjusted from 0 to 90s)Preallarm (mod. ARIES P only)ON: The flashing light turns on abt 3 seconds before the motors start.FOR THE INSTALLER: check the boxes you are interested in.START:four-step logic Gate closedGate openDuring openingDuring closingAfter stop START: two-step logic SCA: Gate open indicating lightit opens it opensit stops and activates TCAit closesit stops and does not activate TCAit starts opening it stops and activats TCA (if activated)it closesit opensit opensoffononflashingATTENTION:Dip non used in mod. ARIES (always in OFF set).3) MAINTENANCE AND DEMOLITIONThe maintenance of the system should only be carried out by qualified personnel regularly. The materials making up the set and its packing must be disposed of according to the regulations in force.Batteries must be properly disposed of.WARNINGSCorrect controller operation is only ensured when the data contained in the present manual are observed. The company is not to be held responsible for any damage resulting from failure to observe the installation standards and the instructions contained in the present manual.The descriptions and illustrations contained in the present manual are not binding. The Company reserves the right to make any alterations deemed appropriate for the technical, manufacturing and commercial improvement of the product, while leaving the essential product features unchanged, at any time and without undertaking to update the present publication.D 811184A _04Thank you for buying this product, our company is sure that you will be more than satisfied with the product ’s performance. The product is supplied with a “WARNINGS ” leaflet and an “INSTRUCTION MANUAL ”.These should both be read carefully as they provide important information about safety, installation, operation and maintenance.This product complies with the recognised technical standards and safety regulations. We declare that this product is in conformity with the following European Directives: 89/336/EEC and 73/23/EEC (and subsequent amendments).1) GENERAL OUTLINEThe ARIES control unit has been designed for swing gates. It can be used for one or two gate controllers.The control unit mod. ARIES P can also be used to perform opening of a single actuator while keeping the other one closed (pedestrian access).2) GENERAL SAFETYWARNING! An incorrect installation or improper use of the product can cause damage to persons, animals or things.•The “Warnings ” leaflet and “Instruction booklet ” supplied with this product should be read carefully as they provide important information about safety, installation, use and maintenance.•Scrap packing materials (plastic, cardboard, polystyrene etc) according to the provisions set out by current standards. Keep nylon or polystyrene bags out of children ’s reach.•Keep the instructions together with the technical brochure for future reference.•This product was exclusively designed and manufactured for the use specified in the present documentation. Any other use not specified in this documentation could damage the product and be dangerous.•The Company declines all responsibility for any consequences resulting from improper use of the product, or use which is different from that expected and specified in the present documentation.•Do not install the product in explosive atmosphere.•The Company declines all responsibility for any consequences resulting from failure to observe Good Technical Practice when constructing closing structures (door, gates etc.), as well as from any deformation which might occur during use.•The installation must comply with the provisions set out by the following European Directives: 89/336/EEC, 73/23/EEC, 98/37/ECC and subsequent amendments.•Disconnect the electrical power supply before carrying out any work on the installation. Also disconnect any buffer batteries, if fitted.•Fit an omnipolar or magnetothermal switch on the mains power supply,having a contact opening distance equal to or greater than 3mm.•Check that a differential switch with a 0.03A threshold is fitted just before the power supply mains.•Check that earthing is carried out correctly: connect all metal parts for closure (doors, gates etc.) and all system components provided with an earth terminal.•The Company declines all responsibility with respect to the automation safety and correct operation when other manufacturers ’ components are used.•Only use original parts for any maintenance or repair operation.•Do not modify the automation components, unless explicitly authorised by the company.•Instruct the product user about the control systems provided and the manual opening operation in case of emergency.•Do not allow persons or children to remain in the automation operation area.•Keep radio control or other control devices out of children ’s reach, in order to avoid unintentional automation activation.•The user must avoid any attempt to carry out work or repair on the automation system, and always request the assistance of qualified personnel.•Anything which is not expressly provided for in the present instructions,is not allowed.3) TECHNICAL SPECIFICATIONSPower supply:...............................................................230V ±10% 50Hz Absorption on empty:.................................................................0.5A max Output power for accessories:..........................................24V~ 6VA max Max relay current:................................................................................8A Max power of motors:...............................................................300 W x 2Torque limiter:.................................................Self-transformer with 4 pos Limit switch:................................................................Adjustable run timePanel dimensions:.........................................................................See fig.1Cabinet protection:............................................................................IP55Working temperature:...............................................................-20 +55°C 4) TERMINAL BOARD CONNECTIONS(Fig.2)CAUTION: Keep the low voltage connections completely separated from the power supply connections.Fig.3 shows the fixing and connection method of the drive condensers whenever they are not fitted to the motor.JP51-2 Single-phase power supply 230V ±10%, 50 Hz (1=L/2=N).For connection to the mains use a multiple-pole cable with a minimum cross section of 3x1.5mm 2 of the type indicated in the above-mentioned standard (by way of example, if the cable is not shielded it must be at least equivalent to H07 RN-F while, if shielded, it must be at least equivalent to H05 VV-F with a cross section of 3x1.5mm 2).JP33-4 (mod.ARIES-P) 230V 40W max. blinker connection.5-6 (mod.ARIES) 230V 40W max. blinker connection.7-8-9 Motor M1 connection - 8 common, 7-9 start.10-11-12 Motor M2(r) connection - 11 common, 10-12 start.JP413-14 Open-close button and key switch (N.O.).13-15 Stop button (N.C.). If unused, leave bridged.13-16 Photocell or pneumatic edge input (N.C.). If unused, leave bridged.17-18 24V 3W max. gate open warning light.18-19 24V~ 0.25A max. (6VA) output (for supplying photocell or other device).20-21 Antenna input for radio-receiver board (20 signal - 21 braid).22 Common terminal (equivalent to terminal 13).23 Terminal for pedestrian control. It moves the leaf of motor M2 connected to terminal 10-11-12. This terminal is available only in ARIES-P control unit.JP225-26 2nd radio channel output of the double-channel receiver board (terminals not fitted on ARIES but fitted on ARIES-P) contact N.O.JP1 Radio-receiver board connector 1-2 channels.5) FUNCTIONSDL1:Power-on LedIt is switched on when the board is electrically powered.START: four-step logic: (DIP5 OFF)gate closed:..................................................................................it opens during opening:............................................... it stops and activates TCA gate open:................................................................................... it closes during closing:.................................... it stops and does not activate TCA after stop:.........................................................................it starts opening START: two-step logic: (DIP5 ON)gate closed:..................................................................................it opens during opening:................................it stops and activats TCA (if activated)gate open:....................................................................................it closes during closing:..............................................................................it opens after stop:.....................................................................................it opens STOP: In all cases: it stops the gate until a new start command is given.PHOT:Functions can be set with DIP-SWITCH.Activated during closing if DIP3-ON.Activated during opening and closing if DIP3-OFF.SCA: Gate open indicating light.with gate closed:...................................................................................off when gate is opening:...........................................................................on with gate open:.......................................................................................on when gate is closing:.....................................................................flashing 6) DIP-SWITCH SELECTION DIP1 Rapid closingON: When the position of the gate photocells is exceeded, during both opening and closing, the gate automatically starts to close even if TCA is activated. We recommend setting DIP3 to ON (photocells only activated during closing).OFF: Function not activated.DIP2 Blocks impulsesON: During opening, START commands are not accepted.OFF: During opening, START commands are accepted.DIP3 PhotocellsON: Photocells only activated during closing.OFF: Photocells activated during opening and closing.D 811184A _04DIP4 Automatic closing time (TCA)ON: Automatic closing activated (can be adjusted from 0 to 90s).OFF: Automatic closing not activated.DIP5 Control logicON: 2-step logic is activated (see start paragraph).OFF: 4-step logic is activated (see start paragraph).DIP6: Preallarm (mod.ARIES P only)ON: The flashing light turns on abt 3 seconds before the motors start.OFF The flashing light turns on simultaneously with the start of the motors.ATTENTION:Dip non used in mod. ARIES (always in OFF set).7) TRIMMER ADJUSTMENTTCA This adjusts the automatic closing time, after which time the gate automatically closes (can be adjusted from 0 to 90s).TW This adjusts the motor working time, after which time the motor stops (can be adjusted from 0 to 40s).TDELAY This adjusts the closing delay time of the second motor (M2).8) MOTOR TORQUE ADJUSTMENTThe ARIES control unit has electric torque adjustment which allows the motor force to be adjusted.The adjustment should be set for the minimum force required to carry out the opening and closing strokes completely.Adjustment is carried out by moving the connection 55 (fig.3) on the tran-sformer sockets as described below:Pos.T1 1st TORQUE (MINIMUM TORQUE)Pos.T2 2nd TORQUE Pos.T3 3rd TORQUEPos.T4 4th TORQUE (MAXIMUM TORQUE)4 motor torque values can be obtained.To gain access to the torque adjustment sockets, disconnect the mains supply and remove the protective case “P ” of the transfomer.CAUTION: Excessive torque adjustment may jeopardise the anti-squash safety function. On the other hand insufficient torque adjustment may not guarantee correct opening or closing strokes.9) MAINTENANCE AND DEMOLITIONThe maintenance of the system should only be carried out by qualified personnel regularly. The materials making up the set and its packing must be disposed of according to the regulations in force.Batteries must be properly disposed of.WARNINGSCorrect controller operation is only ensured when the data contained in the present manual are observed. The company is not to be held responsible for any damage resulting from failure to observe the installation standards and the instructions contained in the present manual.The descriptions and illustrations contained in the present manual are not binding. The Company reserves the right to make any alterations deemed appropriate for the technical, manufacturing and commercial improvement of the product, while leaving the essential product features unchanged, at any time and without undertaking to update the present publication.D811184A_04ARIES/ARIES-P - Ver. 04 -23。

Voluntary Report –Voluntary - Public Distribution Date:December 22, 2021Report Number:CH2021-0174Report Name:Decree 248 Single Window Operation Manuals and Tutorial Country:China - People's Republic ofPost: BeijingReport Category:Agricultural Situation, Agricultural Trade Office Activities, Policy and Program Announcements, National Plan, Beverages, Agriculture in the News, Citrus, Coffee, Dairy and Products, Market Development Reports, Avocado, Canned Deciduous Fruit, Dried Fruit, Fresh Deciduous Fruit, Fresh Fruit, Kiwifruit, Raisins, Stone Fruit, Strawberries, Fishery Products, Grain and Feed, Livestock and Products, MISC-Commodity, Oilseeds and Products, Potatoes and Potato Products, Poultry and Products, Sugar, Tomatoes and Products, Tree Nuts, Vegetables, WinePrepared By:Alan HallmanApproved By:Adam BransonReport Highlights:The report contains FAS China's understanding of the overseas facility registration process as required by the General Administration of Customs of the People's Republic of China (GACC) in Decree 248. In addition, this report contains attachments of unofficial translations of the Competent Authority and Overseas Enterprise Operation Manuals for the GACC Single Window registration website. In addition, the report contains information from recent training sessions and background information on Decree 248 to facilitate self-registration for U.S. food and agribusiness operations affected by Decree 248.General Information:This report provides information related to FAS China’s understanding of the General Administration of Customs of the People’s Republic of China (G ACC) overseas facility registration process. This report includes translations of GACC operation manuals for 1) Competent Authorities; 2) Overseas Enterprises; and 3) a tutorial to the Single Window website self-registration process developed by a third party. In addition, the report has an Excel table attachment that includes the Harmonized System (HS) tariff codes and commodity descriptions affected by Decree 248. FAS China conveys its thanks and appreciation to staff and officers at the Embassies of Australia, Canada, New Zealand, and other colleagues at the United States Embassy in Beijing, China who jointly translated the two GACC manuals.Decree 248 notified by GACC requires the registration of overseas food production and cold storage facilities that produce or handle specific food products exported to China. The regulation sets out two registration pathways for facilities that produce products within its scope – self-registration, and registration by a competent authority located in the exporting country.Article 7 of Decree 248 lists 18 product categories that GACC initially indicated would require an overseas facility to register before having product be presented for customs clearance in China. GACC indicated that it expects facilities producing products in those categories to register through a competent authority. In addition, Article 9 of Decree 248 requires the self-registration of overseas facilities that are outside of the 18 product categories. Since publishing the list of 18 product categories GACC has provided and continues making “systems improvements” to a table of Chin a’s Harmonized System (HS) tariff codes at the 10-digit level inside the Single Window website that are apparently the actual scope of goods that require registration. The table also provides GACC inspection and quarantine codes and additional descriptions for the products affected by Decree 248. However, there are several food and related products that are not in GACC’s table. Moreover, some commodities can fall in or outside the scope of Decree 248 depending upon their end use.For example, although the HS code 0805100000 for “Oranges, Fresh or Dried” is included on the table, the GACC inspection and quarantine code indicates that only those facilities handling “Oranges, Fresh or Dried” that have also been “candied” or “sweetened” need to self-register. In other words, facilities handling “regular” oranges are not required to register with the GACC under Decree 248.Another example is sorghum, which appears in the table under the Chinese HS code 1007900000 with GACC inspection and quarantine codes 102 and 103 – for other edible sorghum, inshell and shelled, respectively. GACC is requesting that facilities handling inshell or shelled sorghum for human consumption register that facility through a competent authority. Based on this information, there is no expectation that U.S. exporters of sorghum for non-food use register under Decree 248. However, the United States Government already provides a complete list, based on a previous agreement, of U.S. grain exporting companies to GACC for food and non-food sorghum. Numerous attempts to seek clarification from GACC have gone unanswered.GACC recently announced that a facility registration number will have to be presented during customs clearance for imports of commodities covered by Decree 248 starting on January 1, 2022. GACC has said that products produced prior to January 1, 2022, will not require facility registration numbers printed on the inner and outer packaging of the products. GACC officials have also said that either the GACC facility registration number or the facility registration number issued by the competent authority in the exporting country must be printed on the inner and outer packaging of products produced on or after January 1, 2022. Because the destination of most products is not known at the time of production or manufacturing, U.S.-based facilities working with these products will need to assess what facility registration number to use on products that could be destined for China.The Single Window self-registration website requires that facilities attempting to register select a Chinese 10-digit HS code and the 3-digit GACC inspection and quarantine code to identify their product(s). The attached Excel table can be a guide for identifying this information. If a facility cannot identify which HS code may be used, they should consider the description and end-use of their product(s) and/or contact their existing or a potential importer to assess the tariff line that will be used for customs clearance. Companies attempting to self-register should contact GACC staff, identified below, when they have questions about the Single Window system and the applicability of the registration requirements to their establishments and product(s). As China continues making “system improvements” to the Single Window website, facilities attempting to self-register should consult official information and conduct a “Product type Query” in the Single Window website. The attached table and the information in the Single Window website also include a column where GACC indicates if facilities producing that product should self-register or be registered by a competent authority.The self-registration process requires a significant amount of information. Registrants may find it helpful to review the rest of this report and the attached translation of GACC’s operation manual for enterprises before commencing.The translation of GACC’s operation manual for competent authorities is attached as a reference. U.S.-based facilities that GACC is requesting register through a competent authority are encouraged to read the U.S. Food and Drug Administration’s (FDA) Constituent Update dated December 6. It can be found at this link.FAS China has published the following reports on Decrees 248 and 249 to inform and educate U.S. food and agricultural stakeholders.∙Decrees 248 and 249 – January 1 Implementation Date [Public Notice 103] – December 14, 2021∙Decree 248 - FDA Constituent Update – December 8, 2021∙Decree 248 Single Window User Manual and Training - November 30, 2021∙Decree 248 HS Codes Published in GACC Single Window – November 30, 2021∙Informing Industry and Supporting Trade Facilitation as China Implements Decrees 248 and 249 –November 10, 2021∙Decree 248 Information Update – November 19, 2021∙GACC Issues Interpretation of Decree 248 - November 6, 2021∙Decree 248 Foreign Facilities Self-Registration Website Launched - November 3, 2021∙Decree 248 Unofficial Self-Registration Guide for Overseas Food Facilities - November 2, 2021∙Notes from Information Sessions on GACC Decrees 248 and 249 - October 22, 2021∙GACC Issues Explanatory Letter on Decree 248 - October 8, 2021∙Interpretative Guidance on Imported Food Labeling Requirements in Decree 249 - August 13, 2021 ∙Decrees 248 and 249 Status Update on Facilities Registration and Food Safety Measures - May 25, 2021∙Administrative Measures on Import and Export Food Safety - Decree 249 - May 7, 2021∙Overseas Facilities Registration Regulation - Decree 248 - April 20, 2021∙China Notified the Draft Administrative Measures on Import and Export Food Safety - December 11, 2020∙China Notifies Revised Overseas Facilities Registration Regulations as TBT 1522 - December 2, 2020∙China Released Draft Administrative Measures for Registration of Overseas Producers of Imported Foods - December 6, 2019Attachments:211221 GACC 248 SW Overseas Enterprise Operation Manual Eng Translation.docx211221 FAS China Third Party SW Self Registration Guide.docx211215 GACC Decree 248 HS Code List English Translation.xlsx211223 GACC 248 SW Competent Authority Operation Manual Eng Translation.docx。

法国（RADIO-ENERGIE）雷恩编码器常用型号：RKA190-PSDV-1418-PV1650-SD55RCO100M-S2-1612-SW-30-SC010-R2RCM58S-32057-S3009RCI444RS-1024-JBX1-S101RCI120T25X2N1CR10000S20MRCM58-B1A1G-0016-DR23RCM58-SS2-18-00-36-10SC-R4RCI580136S002RCI580136S002-30CRCI90TS01024SJBX3，RCI115TSCT11024S11，RCI115TSCT22048S11RCI90TS-01024-S-T45RCI90TS-1000-S-0081RCI90TS-1000-M-S005RCI90T-HSA4-1024-S005+ RCI90T-HSA4-0050-S007+RCOE01RO1480BR（模块式编码器）RCI90T-HSA4-1024-S005+ RCI90T-HSA4-0050-S007（模块式编码器）RCI444R FS11 4 2048JBX2RCI444R-001024-012-SA010RCI444R-002048-012-SA010RCI444R-1000-S175RCI58B BS15 2 04096 CA02RCI58B HS15 2 01024 23C1(插头式）RE.0110S1CB0.005CARE.0444R1B0.04CA003ALT02C08507042+RE.0444R1CB0.2CA+联轴器125V100TT05-03 100MN23-7170H-CR-22MC/1000/20M/A0009401/10-10AHM916//5SSG//131//B06//S6R1//615EZAMH5_14//P-SS-G-13B12D5-S6R050ASH930 5CP G 13 C7R150ASH9305CPG13C7R100CD50-1500-L005-OP10CD80MEC-204.8-L005-P10CM12H-1024-006 1024HTLCMB1350-01000-M420-AL001-H030CP14L2.1-Φ11/2.1-Φ16PIF1111 5G5MC 100 BRPIF1111 5G5MC BR 01024BRPIF11R11 5G5MC 01024BRPIH12-425G5MC1024CR020PIH5-12/5GTMC/2048/CR020R81H-1024-255170-HR-A3RCH5848R/1024-00112HZRCI.58.GHM5.10.2G2.Z.2500.G3.B.01.1RCI160TS-T50-1024-JBX1-S10C + C350A01RCI160TS-TA8-500-JBX3-TL350-S25CRCI16TS-TK35-1024-JBX3-LH200-S101RCI40C-081KTL-E10RCI40TS-1024-S105RCI444R FS11 4 1024 JBX1RCI444R FS11 4 1200 JBX1RCI444R FS11 4 2048JBX1RCI510-2048S005RCI58B BS15 2 01024 23C1(插头式）RCI58B BS15 2 01024 CA01RCI58B BS15 2 01024 CA02RCI58B BS15 2 02048 CA02RCI58B HS15 2 02048 23C1(插头式）RCI58B-BS15-2-01024-23C1（配母插头加2米电缆）RCI58B-BS15-2-01024-CA0210-30VDC HTLRCI58B-HS12-2-01024 23C1RCI58B-HS12-2-10000 23C1RCI58B-HS12-2-2800 23C1RCI58B-HS14-2-01024-CA01RCI58C-BS05-01024-CR020RCI58C-FS3-F-1024-1RCI58T FS10 S 01024 CA02(电缆式）RCI58T-21105-2048RCI58T-HS12-S-01024-CA02-S002RCI58T-HS14-1-01024-CA02RCI58T-HS14-S-01024-CA02-S001RCI58T-HS14-S-01024-CA05-S001RCI58T-HS14-S-01024-CA05-S005RCI58TS-1024-S105-IP67RCI58TS-HS14-C-01024-CA01RCI90B HS20 1 01024 CA02RCI90B HS25 1 1024 CA02RCI90B HS30 1 01024 23C1(插头式）RCI90B HS30 1 01024 CA01RCI90B HS30 1 01024 CA02RCI90B HS42 1 01024 CA02RCI90C-100-00102-RCI90C-1BVD-1024-51-S1RCI90C-1BVA-1024-F1+9416RCI90C-1BVD-1024-F1+9416RCI90C-1EVD-1024-51-S002RCI90-GHW945-1024-S016-BL200RCI90TS-02500-S001RCI90TS-HS16-C-01000-CA02-S001RCI90TS-HS16-C-01024-JBX3-F150-S001RCI90TS-HS20-C-01024-CA01-S002RCI90TS-HS25-C-01024-23A0-F150-S007RCI90TS-HS30-C-01024-CA01-S002RCI90TS-HS30-C-01024-CA02-S001RCI90TS-T5HD-1024-E1-S000RCM90SS-TC20-25-S003RCO 058 R 06 2 9 BR 00600 I1RCO 058 R 06 5 9 BR 01024 I1RCO 058 R 06 5 9 BR 02048 I1RCO 058 R 06 5 9 BR 04096 I1RCO 058 R 06 8 9 BR 00200 I1RCO E01R O 0825 BRRCO E01R O 1480 BRRCO INT 444 R - Shaft end 11x30 mmRCO-058-R0689 BR-200I1RCOE01 RO950BRRCOE01 RO990BRRHI115-FS01-1024-S023RKL-200-A42-S10RM170H//CR//22MC//1000//30M//A009RMF510-5DP-PGR-6425SRMF510-PROF-001S152-129 EBD00656TYPE-115110080705-1024-GM028-DC24VASF5-10//5CPG//13//C6B//KF001AVS58N-011K1ROGN-0012CMF15-11-5533-1024-BR-A91COM 20337-AMI10H-16//5533//1024//BGR//LH150I5H14-5533-1024-CR2000-AMI5F-10-5533-01024-CR2000-A075PCIPE-11M+MPCE553301024BGR1024HTL,UB=10...30VDCPCIPE-11M+MPCE553301024BGR1024HTL,UB=10...30VDC**h5**通轴PCIPE-11M+MPCE553301024BGR1024HTL,UB=10...30VDC**s5**非通轴PCIPE-5880GS + RCOE-S1416BR-2KBDP + RCOS-HO825BR **PIF11R1159BR001024I//RF006PIF510-PG5MC-4096DR//MK016PIF510-PG5MC-4096-DR//MK016PKA190-PPSB-01316-BGR-1H200-SD25 DC12-30VPREO-1416-C300105(含GSD软件）RC19B HS30 1 01024 CA03RCDW-25KM-HLS25 (SN:12010C08P)RCI190-GHW930-2G29-5000-G3R010RCI444R 11 59BR 00 1024 I1RCI444R1159BR00/1024/I1RCI444R1159BR00/500/I1RCI444R-FS11-01024-4-BJX1-T115RCI444r-fS11-1000-4-JBX1RCI444R-FS11-1024-SB103+9401RCI444R-FS11-S-01024-JBX1RCI58B-00460RCI58B-FS10-S-01024-CA01RCI58EEX-1024-S12103(防爆编码器）RCI58T-16-02048-S102RCI58TB-T3-1024-S05RCI90 GHW9205 G59 1024 G6 RXXIRCI90C-1BVA-4096-F1+9416RCI90C-T359-1000-BR-S115/BF150RCI90T-HS30-S-01024-CA05-S002RCI90TS-38-01024-S104RCI90TS-HS25-C-01024-F150-S104RCI90TX-1024-S30105 (含附件）RCM58C-1BESA-1312-S1+9416RCM90SS-T30-25-S005+接头3米电缆+附件RCM9-12T//BGB//13B16//XTR00-S003RCOE-4K6B-200216 (SN:7526810)RCS5S-S10-13-SG100+9401RCDW-25KM-HLS25 拉线盒RCOF-42875F-5093RPEO-1418-C900115RCI58EEX-1024-S12103(防爆编码器）RCI90TX-1024-S30105 (含附件）M5F10-5-P-25-CR2000RONE-50025-4768K（SN:7726805 ）RONE-160758DNRONE-70047-2269K（SN:8014109）RCOF-42875F-5093（SN:704915）RCOF-42875F-5093（SN:704715）RCM90SP-T20-1319-CT12R-S107 **SD** 9445/018-D20RCOF-D1416-TS20057RCI090-C01-NH-D00-1024-003RCON-TS105-SS10200RCOF-D0016-TT10024RCON-DEKX3-S819115RCOF-42875F-5093( SN:704704 )RCOE-4K6B-200216RCI58TS-HS14-00020-CA01-S103RCI90TS-T30-1024-S003RCI190-HA05-S-01024-23C1-F150RCI90TS-T30-1024-S003RCI90TS-HS30-C-01024-CA01-S102RCI100TP-S36T-1024-CR20-F0150RCI90T-11045-415-APRCI190-HA05-S-01024-23C1-F350-S007 RCI190-HA05-S-01024-23C1-F350-S007 *** RKA190-PPSB-01316-BGR-LH200-SD25RCI58T-00130/1024RCI58T-HS14-01024-CA01-S106RCI90TS-HS25-C-01024-JBX3-S117RCI58B-00125/1024RCM9SP-TA5-325-S138RCI90TS-HS30-C-01024-23C1-S101RCI100TS-200451DRCI58B-FS10-S-01024-CA01FRABA—项目型号OCD58-33058UCD58-303600DOCD58-300610BRCI90C-1BVA-1024-F2RCM9120E-1416-S107RCI58C-1BVA-1024-F2M9F12P-1313-DR-S101COI-60157-1KBH-S101RCI90TS-HS30-C-01000-CA02-S002RCOE-4K6B-200216（增量）RCDW-25KM-HLS25（拉绳）RCOF-42875F-5093（增量）RPEO-1418-C900115（绝对）RCI58EEX-1024-S12103RCI90TX-1024-S30105 (含附件）RCI58TS-H10-S037RCI125-1024HT007-T150AC1501-2C10-5PG-0013-26AC1501-2C10-5F-1213-8AC1500-T12-5SG-1212-26AC1500-B15-5F-1213-8RCI90C-1BVD-1024-51-S1**soRCI58TS-HS14-C-01024-CA01MRE-32SP061FKBRCI158B-D0460配套弹片RCI158B-D0460HTL-2048-M60-S0013RCI115-1024-M2303RCI58B-HS12-SS2083RCM90SP-T30-SS12GCCI58-20674-SS103RCOF-6K4B-DV0418RCOF-1313-CS9182RCOE-1215V-PD6530I5H-1024-DRRCI160-T20-NH-BR-10204-TX150RCM58-2C10-5F-1213-8RCM58-B10-5SG-0812-28RCI160-T35-NH-BR-10204-TX200RCM58SP-PROF-001RCON-1416-PV3004 （SN:505423)SLJ-11/11RCM9120E-1416-S107RCI58TS-T4-01024-CA05-S002RDON-T0025-TS20031AC1501-2C10-5F-1213-8-S1RCS9SP-HA03-13G-S207RCON-TP1416-DF2015RKA190-PPSB-01316-BGR-LH200-SD25 AC1500-B12-5PG-1213-16-S07RCI100TS-P20035DRCM58SP-M10-SS1213UCD58-303600DRCI100TS-200451DOCD58-300610BPIF-1000-C05DRCI90TS-HS30-C-01024-23C1-S101 RE.0588US1CB0.06CARCM9SP-TA5-325-S138RCM5-SP-T20-1312-S106RCON-DEKX3-S819115 (SN:605327) RCOF-42875F-5093( SN:704704 ) RCOE-4K6B-200216 (SN:7526810) RCOE-4K6B-200216 (SN:7526810)CC1400-4T6-65-300-26RCOF-D1416-TS20057 (SN:805321)RCI090-C01-NH-D00-1024-003 (SN:201404093568) RCON-TS105-SS10200 (SN:505421)RCOF-D0016-TT10024 (SN:605701)9445/018-D20RCM90SP-T20-1319-CT12R-S107 **SD**RCM9SP-TA5-325-S138CC1601-4T60-23-2048-26RCM90SP-T20-1312-S106**OD**RCI90TS-HS20-C-01024-CA01-S002CC1401-2C6-23-2048-16CC1501-2C10-65-1024-26RONE-50025-4768K（SN:7726805 ）RONE-160758DN (SN:9920115)RCOF-42875F-5093（SN:704915）RCOF-42875F-5093（SN:704715）AC1501-2C10-5F-1213-8AC1500-T12-5SG-1212-26AC1500-B15-5F-1213-8CC1610-4T60-23-26-S001RCI90C-01430RCI58TS-T4-01024-CA05-S002PIF11R115G5MC01024BR11RF001RCOE-4K6B-200216 (SN:7526810)RCDW-25KM-HLS25 (SN:12010C08P)RCOF-42875F-5093（SN:704915）RPEO-1418-C900115 (SN:704950)RCOE-4K6B-200216 (SN:7526810)RCDW-25KM-HLS25 (SN:12010C08P)RCOF-42875F-5093（SN:704915）RPEO-1418-C900115 (SN:704950)RCOE-4K6B-200216 (SN:7526810)RCDW-25KM-HLS25 (SN:12010C08P)RCOF-42875F-5093（SN:704915）RPEO-1418-C900115 (SN:704950)RCI58EEX-1024-S12103(防爆编码器）RCI90TX-1024-S30105 (含附件）RCI90TX-1024-S30105 (含附件）RCI90T-11045-415-AP (含插头带线）RCI58T-00130/1024RCI90TS-T30-T-1024-S003RCI58C-1BVA-1024-F2RCI58C-1BVA-1024-F2RCI58C-1BVA-1024-F2COI-60157-1KBH-S101RCM9120E-1416-S107RCI90C-1BVA-1024-F2RCM9120E-1416-S107RCI90C-1BVA-1024-F2RCM9120E-1416-S107RCI90C-1BVA-1024-F2RCI190-HA05-S-01024-23C1-F350-S007 *** CC1900E-4S30-65-1024-29-HSCC1900E-4S45-65-1024-29-HSRCI190-HA05-S-01024-JBX3-F250-S007 *** AC1501-2C10-5SB-1213-26AC1501-2C10-5SB-1213-26AC1501-2C10-5SB-1213-28AC1500-B10-5F-1213-8CC1900-4T16-65-01024-26CC1900-4T25-65-01024-26CC1500-4T14-65-04096-26CC1500-4T14-65-01024-26CC1210-4T38-65-04096-26COM20232-PG/1212/S102RCI58C-FS10-S-01024-CA02-S001RKA190-1200DN-PB25-ST175RCI58T-HS14-1024-S002RCI90TS-HS30-C-01024-CA02-S001 QXPC 3550RCI90C-02146OCD58-33058RCI58B-00125/1024RCI90TS-HS30-C-01024-CA01-S001RCM912-1316-S102M9F12-5SG-1312-DR278K0096RCI510-2048S005RCI90TS-HS25-C-01024-JBX3-S117RCI90TS-HS16-C-01024-JBX3-F150-S001 RCI90TS-HS25-C-01024-JBX3-S117RCI90TS-HS25-C-01024-JBX3-F150-S005 COM 20337-AMCOM 20337-AMRCM90SP-T20-1319-CT12R-S107 **SD** MI16H-45//5533//2048//BGR//LH300+ES100 RCM90SP-T16-25-S005EL115A1000S8/24L11X3MRRCI90TS-T30-T-1024-S003CD230-MEC-12000-300-L001+-OP10+PHM510-1312 RCI90TS-HS25-C-01024-23A0-F150-S007RKI-C-F150RCI90C-1BVA-4096-F1+9416CC1500-4T10-65-1024-26。