Modeltest3.5使用手册

T-30D•Permits ICAO Annex 10 CAT III ILS ramp check certification• Checks VOR, GS, LOC, MB, Flight Director, andAutopilot• Dual VOR/LOC/GS frequencies • Separate and simultaneous MB/ILS • Dual extended-range variable ILS• Quick, easy one-man operation from the cockpit • Lightweight and portable – weighs only 18 lbs. • Built-in NICAD battery and charger• Two year limited warranty; five & ten year available • Rugged, reliable, affordable• Backed by 40 years manufacturing experience • CE Compliant• Available non standard VOR/ILS frequencies with local agency approvalThe T-30D Ramp Test Set is designed for one-man operation of the VOR, MB, GS, LOC, flight director, and autopilot from the cockpit or flight deck. Built into a rugged and durable case, the T-30D will permit compliance with CAT III periodic ramp check certification in all weather conditions.DescriptionSpecifications Subject to Change Copyright © Tel-Instruments Electronics Corp.1VOR• Allows selection of VOR bearing in 45º steps from 0 -315°• Manual slewing provides capability for checking full-scale deflection for “sticky” analog meter movement (+10º)• Permits deletion of the REF 0, VAR 0, 30 and 9960 Hz modulation to check flag operation • 1020 Hz tone enable switch • Manual slewing of VOR bearing ± 10° left and right of courseLOC and G/S• Allows selection of preset DDM deflections of: On Course, one and 2 dots off center• Full-scale deflection can be tested using manual slewing• Allows 90 and 150 Hz tones to be deleted • Simultaneous LOC/GS/MB Mode • 1020 Hz tone enable switch• Variable attenuator calibrated in 1 dB steps • Two preset paired frequencies availableMarker Beacon and ILS • User selection of inner, middle, and outer marker • Simultaneous MB and ILS output signals •Variable and Preset DDM settings • Variable attenuator to control output Additional Features• Rugged Mil-Spec case • Built in battery and charger• 100/220 volt operation 40 – 400 Hz• Simple to understand front panel and controls that requires minimal training • Built-In diagnostic Self Test/TIC-Tel-Instruments-T-30D-NAV-Ramp-Test-Set.aspxTo buy, sell, rent or trade-in this product please click on the link below:VOR Operation LOC Operation108.15 MHz ± 0.025%Frequency108.10 MHz ± 0.025%Power +17 ±2 dBAttenuation 110 dB in 1 dB stepsModulationAudio Frequency 90/150 HzAudio Frequency Accuracy ±0.01%AM Depth 20 ± 2%Distortion < 5%Phase Accuracy 90 to 1150 Hz ±10ºIndicator DeflectionOn Course0.0 ± 0.01DDM/0.155 ± .02DDMVariable -0.155 to +0.155 DDMStep Left and Right; 1 & 2 DotsTone 1020 Hz ± 2%108.05 MHz ± 0.025%Frequency108.00 MHz ± 0.025%Power +17/ ± 2 dBAttenuation 110 dB in 1 dB stepsModulationAudio Frequency 30/9960 HzAudio Frequency Accuracy ± 0.01%AM Depth 30 ± 2%FM Deviation 480 ± 30 HzDistortion < 5%Indicator Deflection/Bearing 0-315° /± 0.1º in 45°Steps/Variable ±10 º- 15°Tone 1020 Hz ± 2%Frequency 75.0 MHZ ± 0.005%Power +18 ± 2dBAttenuation 110 dB in 1 dB stepsModulationAudio Frequency 400/1300/3000 HzAudio Frequency Accuracy ± 2%AM Depth 95 ± 4%Distortion < 10%334.70 MHz ± 0.0025%Frequency334.55 MHz ± 0.0025%Power +11 ±2 dBAttenuation 110 dB in 1 dB stepsModulationAudio Frequency 90/150 HzAudio Frequency Accuracy ± 0.01%AM Depth 40 ± 3%Distortion < 5%Phase Accuracy 90 to 150 Hz ± 10ºIndicator DeflectionOn Course0.0 ± 0.01DDM/0.175 ± .025DDMVariable -0.175 to + 0.175 DDMStep Up and Down; 1 & 2 DotsDelete 90 and/or 150 HzSize 14.5 x 9.4 x 6.5 in.Weight 18lbs.PowerInternal Battery or external120/220 VAC 50-400 HzEnvironmentalStorage- -51° to + 71° COperating -30° to +55ºCT-30D Specifications Subject to Change Copyright © Tel-Instruments Electronics Corp. 2Tel-Instrument Electronics Corp.728 Garden StreetCarlstadt, NJ 07072(201) 933-1600MB OperationGS OperationPhysical CharacteristicsLeading the Avionics Test Industry into the 21st Century!。

Debug with Confidence30MHz–60MHzTeledyne Test Tools T3AFG30and T3AFG60range of function/arbitrary generators are a series ofdual-channel waveform generators with specificationsof up to60MHz maximum bandwidth,150M Sa/smaximum sampling rate and14-bit vertical resolution.The proprietary Arbitrary&Pulse techniques used in theT3AFG30/T3AFG60models helps to solve theweaknesses inherent in traditional DDS generators whengenerating arbitrary,square and pulse waveforms.Withthe above advantages the T3AFG30and T3AFG60generators can provide users with a variety of high fidelityand low jitter signals,which can meet the growingrequirements of a wide range of complex applications.Tools for Improved Debugging●●Deep Memory–16kpts/Ch.Generatecomplex arbitrary waveforms.Quickly set up modulated waveforms.●●Wide Range of Modulation Types–AM,DSB-AM,FM,PM,FSK,ASK,PWM,Sweep,Burst,and PSK.●●High Resolution–14bit resolution.Generatewaveforms with low noise,low spurioussignal content and high dynamic range.●●Bandwidth Models of30MHz and60MHz.Wide choice of bandwidths.Other modelsavailable up to500MHz.●●Built In Arbitrary Waveforms.Load and replay built in Arbitrary Waveforms.●●User Defined Waveforms.Store and recall user defined waveforms.Enquire about the T3AFG5and T3AFG10.●●Lower cost5MHz and10MHz single channel modelsare also available.Key SpecificationsOrderingInformationFunctionT3AFG30,T3AFG60Display Size4.3”Color TFTExcellent Performance●●Modelbandwidths from 30MHz to 60MHz●●All Models have 2Channels ●●16kpts/Channel memory Great Connectivity●●USBhostport for mass storage●●USB device port (USBTMC)●●LAN portThe rise/fall times can be set independentlyto a minimum of 16.8ns at any frequency and to a maximum of 22.4s.The T3AFG range of Function/Arbitrary Waveform Generators support a wide range of modulation types including AM,FM,PM,FSK,ASK,PSKandDSB-AM.Burstmode supports ‘N Cycle’and ‘Gated’modes with the Burst source being configured as ‘Internal’,‘External’or ‘Manual’.Output amplitude into a high impedance load can be as high 20Vpp at frequencies up to 10MHz,and 10Vpp for frequencies greater than 20MHz.Smart Capabilities●●Sweepoutput carrier can be Sine,Square,Rampand Arbitrary waveforms●●Burstoutput under internal or external signal control●●Waveforms types include DC●●FrequencyResolution 1µHz●●DSB-AM:Double Sideband AM modulation Function ●●HarmonicFunction generating up to 16harmonics●●Multi-LanguageUser InterfaceSweep mode supports ‘Linear’and ‘Log’sweep,with ‘Up’and ‘Down’direction,and Sweep source can be configured as ‘Internal’,‘External’or ‘Manual’.The counter functionality,accessed via the rear panel BNC,gives a DCor ACcoupled counter capability from 100mHz to 200MHz.The Teledyne Test Tools T3AFG30and T3AFG60,with its low jitter design,can generate waveforms with exceptional edge stability.With better jitter performance comes better edge stability,and higher confidence inyour circuit design.Sine wave output exhibits almost no spurious artefacts at 60MHz and 0dBm.Low JitterI/O Connectivity●●LAN and USB connection●●10MHz Reference Input/Output●●Aux Input/Output ●●External modulationinput ●●External burst/sweep trigger input●●External gate input●●TheAux Input/Output will output a trigger pulse when an internal source is used●●ExternalCounterinputFrequencySpecificationDC CharacteristicsModulation Characteristics–PWMSync OutputOrderinginformation©2018Teledyne Test Tools is a brand and trademark of Teledyne LeCroyInc.All rights reserved.Specifications,prices,availability and deliverysubject to change without notice.Product brand or brand names are trademarks or requested trademarks of their respective Company ProfileT eledyne LeCroyis a leading provider of oscilloscopes,protocol analyzers and related test and measurement solutions that enable companies across a wide range of industries to design and test electronic devices of all types.Since our founding in 1964,we have focused on creating products that improve productivity by helping engineers resolve design issues faster and more effectively.Oscilloscopes are tools used by designers and engineers to measure and analyze complex electronic signals in order to develop high-performancesystems and to validate electronic designs in order to improve time to market.The Teledyne Test Tools brand extends the Teledyne LeCroy product portfolio with a comprehensiverange of testequipment solutions.This new range of products delivers a broad range of quality test solutions that enable engineers to rapidly validate product and design and reduce time-to-market.Designers,engineers and educators rely on Teledyne Test Tools solutions to meet their most challenging needs for testing,education and electronics validation.Location and FacilitiesHeadquartered in Chestnut Ridge,New York,T eledyne Test Tools and Teledyne LeCroy has sales,service and development subsidiaries in the US and throughoutEurope and Asia.T eledyne T est T ools and T eledyne LeCroy products are employed across a wide variety of industries,including semiconductor,computer,consumer electronics,education,military/aerospace,automotive/industrial,and telecommunications.Teledyne LeCroy (US Headquarters)700Chestnut Ridge RoadChestnut Ridge,NY .USA10977-6499Phone:800-553-2769or 845-425-2000Fax Sales:845-578-5985Phone Support:1-800-553-2769Email Sales:*******************************Email Support:**************************Web Site:/Teledyne LeCroy(European Headquarters)T eledyne LeCroy GmbH Im Breitspiel 11cD-69126Heidelberg,Germany Phone:+49622182700Fax:+496221834655Phone Service:+496221827085Phone Support:+496221827028Email Sales:*******************************Email Service:*******************************Email Support:*********************************Web Site:/germanyDistributed by:。

JTorX:A Tool for On-Line Model-Driven TestDerivation and ExecutionAxel BelinfanteFormal Methods and Tools,University of Twente,The Netherlands**************************.nlAbstract.We introduce JTorX,a tool for model-driven test derivationand execution,based on the ioco theory.This theory,originally presentedin[12],has been refined in[13]with test-cases that are input-enabled.For models with underspecified traces[3]introduced uioco.JTorX improves over its predecessor TorX[14]by using uioco and this newer ioco theory.By being much easier to deploy,due to improvedinstallation,configuration and usage.And by integrating additional func-tionality,next to testing:checking for(u)ioco between models[6];check-ing for underspecified traces in a model;interactive or guided simulationof a model.This makes JTorX an excellent vehicle for educational pur-poses in courses on model-based testing,as experience has shown–andits usefulness is not limited to education,as experience has shown too.1IntroductionTen years ago we presented TorX,a tool for model-based testing.Its main focus was on on line test derivation and execution,i.e.a test is derived on demand while it is being executed(for offline execution a test case was treated as a special kind of model;only much later TorX was extended with(experimental) offline test derivation).As we wrote in[1],important features of TorX are flexibility and openness.However,it turned out that in our attempt to obtain these features we sacrificed ease of deployment,in particular ease of configura-tion,and,on Windows,ease of installation.For case studies that was not an issue because1)usually one can choose where to run them(on a Unix system), 2)typically they were done by TorX-experts,and3)the configuration overhead was small compared to the overall effort of setting up a case study anyway.How-ever,it was an issue for transfer of the tool to non-TorX-experts,like students who have to install and use the tool to do tool-based exercises,or staffmembers who want to use it to show the idea of model-based testing.JTorX is our answer to this problem.JTorX is a re-implementation of the main functionality of TorX in Java.As a consequence,installation of JTorX is rather simple,also on Windows.Configuration is much simpler than in TorX, because all of it can be done via the JTorX Graphical User Interface(GUI).Not only is JTorX easier to deploy,we also used the opportunity to catch up with theoretical progress,and to add features that are helpful for education and for quick impromptu demonstrations.These are discussed in the next section.JTorX is,under BSD-style license,available for free at[17].J.Esparza and R.Majumdar(Eds.):TACAS2010,LNCS6015,pp.266–270,2010.c Springer-Verlag Berlin Heidelberg2010JTorX:A Tool for On-Line Model-Driven Test Derivation and Execution267 2FeaturesCatching up with theoretical progress led to the following.The initial design of TorX,based on the ioco theory of[12],made use of the fact that in that theory test cases are non input-enabled(once the tester has decided to apply a stimulus it will not look at output that might be produced by the system under test (SUT)until the stimulus has been applied).This was already revised when westarted to experiment with timed testing[5].The design of JTorX is based on the refined ioco theory of[13]in which test cases are input-enabled.In addition, JTorX allows testing for uioco(introduced in[3]),a weaker relation than ioco developed for models that contain underspecified traces.In JTorX the ability to support offline test derivation has been taken into account from the start.The following features were added in JTorX to ease educational use,nextto the functionality for on line test derivation and execution:a checker tofind underspecified traces in a given model;a checker that checks(instead of tests)whether two models are(u)ioco-related[6];a simulator for manual exploration of a model(or suspension automaton,see Section3)or guided simulation of a given trace,e.g.produced by one of the checkers.The test run can be guided,using such trace,or a test purpose.To access models,JTorX has built-in sup-port for:graphml[8](to allow the use of graph editor yEd[15]to draw a model as automaton),the Aldebaran(.aut)file format,the Jararaca[16]file format(toallow a regular expression-style specification of traces to guide a test run),and the TorX Explorer protocol to allow model access via the mcrl2[9],LTSmin[4]and CADP[7]tool environments.To connect to a SUT JTorX has built-in support for:use of a simulated model;use of a real program that communicates using labels of the model,either on its standard input and output,or over asingle TCP connection;use of the TorX Adapter protocol(for backwards com-patibility).Each test run is reported in a(text)log shown in the GUI(and as in TorX visualized in a dynamically updated message sequence chart).Duringa test run(as in TorX),and during simulation,progress through models and suspension automaton is visualized in dynamically updated automaton viewers. 3ArchitectureTheflexibility and openness of TorX were obtained by having a modular tool architecture.JTorX inherits this architecture(but not the deployment issues, by having a different implementation).A typical(J)TorX configuration,de-picted in Fig.1,contains at least the following components.(Components that are only used in guided test runs appear dotted in thisfigure.)An Explorerprovides uniform access to the(labelled transition system)state space of the Model(or Test Purpose,in case of a guided test run).A Primer provides access to the suspension automaton(see[13])of the Model(or Test Purpose)accessedvia its Explorer,i.e.it determinizes and marks quiescent states(in which the SUT is expected to stay silent)withδ-labelled selfloops.It does this on demand. To avoid storing states unnecessarily Primer and Driver tell their resp.Explorer268 A.BelinfanteFig.1.Tool components of a typical(J)TorX configuration.Items TP,Explorer, Primer and Combinator in the dotted boxes are only present in a guided test run. and Primer which states(reached by stimulus or observation not in the test run) to forget.An Adapter provides uniform access to the SUT.The Driver controls a test run,and decides whether to obtain and apply a stimulus,whether to obtain and check an observation,or to stop the test run.Additional components,like the Combinator,are used e.g.to guide a test run using a Test Purpose.Typi-cally,an Explorer is modeling-formalism dependent,but model-independent;an Adapter is model-dependent,and specific for a particular(family of)SUT.Theother tool components are model-,formalism-and SUT-independent.4UsageAt four universities students have used JTorX in courses on testing techniques, to compare models,and to test a real program w.r.t.a model that they developed themselves.Doing these exercises gave the students a deeper understanding of the ioco theory and its test derivation algorithm,and allowed them to experi-ence model-based testing in practice.For the tutors,the use of JTorX greatly reduced the effort needed to set up the exercise class,compared to the use of TorX in previous years.Moreover,it encouraged developing more elaborate exercises–for example,testing of a real program(now facilitated by JTorX built-in standard i/o Adapter)was not done in previous years.For the students, JTorX clearly provided a better user experience–with TorX there typical were complaints,e.g.about the GUI,but with JTorX there were none.As a result,JTorX will continue to be used in these courses.JTorX found a real,unintended error in a Java program developed as SUT for one of the courses.The program occasionally lost inputs,because its input handling was initialized inside(instead of before)its main input-processing loop.In an internship a student used Unit Testing and then JTorX to test the program he developed.JTorX foundfive errors,some of which rather subtle–these might not have been found without JTorX,even when the time invested in model-based testing would have been spent on manual testing instead[11].5Future WorkWe foresee improvements to JTorX in two directions:improvement of the user experience e.g.by professionalization of the user interface,and extension of theJTorX:A Tool for On-Line Model-Driven Test Derivation and Execution269 functionality.Implementation in JTorX of TorX’ability to deal with param-eterized action labels will enable use of its real-time Explorer[5]and its Explorer for Promela models.Also,connection to TorXakis[10]is planned.6Related WorkWe are aware of existing tools for model-based testing like those discussed in[2], but to our knowledge,none of them posseses a similar suitability for education. AcknowledgementsOur gratitude goes to Mark Timmer for helping with the testing techniques practical exercises at University of Twente,to Jan Tretmans for trying JTorX and providing feedback,and to Jaco van de Pol for feedback on this article. References1.Belinfante,A.,et al.:Formal test automation:A simple experiment.In:12th Int.Workshop on Testing of Communicating Systems,pp.179–196.Kluwer,Dordrecht (1999)2.Belinfante,A.F.E.,Frantzen,L.,Schallhart,C.:Tools for test case generation.In:Broy,M.,Jonsson,B.,Katoen,J.-P.,Leucker,M.,Pretschner,A.(eds.)Model-Based Testing of Reactive Systems.LNCS,vol.3472,pp.391–438.Springer, Heidelberg(2005)3.van der Bijl,H.M.,Rensink,A.,Tretmans,J.:Compositional testing with ioco.In:Petrenko,A.,Ulrich,A.(eds.)F ATES2003.LNCS,vol.2931,pp.86–100.Springer, Heidelberg(2004)4.Blom,S.C.C.,van de Pol,J.C.,Weber,M.:Bridging the gap between enumera-tive and symbolic model checkers.Technical Report TR-CTIT-09-30,Centre for Telematics and Information Technology,University of Twente,Enschede(2009) 5.Bohnenkamp,H.C.,Belinfante, A.F.E.:Timed testing with TorX.In:Fitzger-ald,J.S.,Hayes,I.J.,Tarlecki,A.(eds.)FM2005.LNCS,vol.3582,pp.173–188.Springer,Heidelberg(2005)6.Frantzen,L.:iocoChecker(2008),http://www.cs.ru.nl/~lf/tools/iocochecker7.Garavel,H.,et al.:Cadp2006:A toolbox for the construction and analysis ofdistributed processes.In:Damm,W.,Hermanns,H.(eds.)CAV2007.LNCS, vol.4590,pp.158–163.Springer,Heidelberg(2007)8.GraphML work group:GraphMLfile format,9.Groote,J.F.,et al.:The mcrl2toolset.In:Proc.International Workshop on Ad-vanced Software Development Tools and Techniques,WASDeTT2008(2008) 10.Mostowski,W.,Poll, E.,Schmaltz,J.,Tretmans,J.,Schreur,R.W.:Model-based testing of electronic passports.In:Alpuente,M.(ed.)FMICS2009.LNCS, vol.5825,pp.207–209.Springer,Heidelberg(2009)11.Sijtema,M.:Developing XBus2—a software bus,that is maintainable,testableand backwards-compatible.Internship Report,University of Twente(2009)12.Tretmans,J.:Test generation with inputs,outputs,and repetitive quiescence.Soft-ware-Concepts and Tools17(3)(1996)270 A.Belinfante13.Tretmans,J.:Model Based Testing with Labelled Transition Systems.In:Hierons,R.M.,Bowen,J.P.,Harman,M.(eds.)FORTEST.LNCS,vol.4949,pp.1–38.Springer,Heidelberg(2008)14.Tretmans,J.,Brinksma,H.:TorX:Automated model-based testing.In:Hartman,A.,Dussa-Ziegler,K.(eds.)First European Conference on Model-Driven SoftwareEngineering,Nuremberg,Germany,Nuremberg,Germany,December2003,pp.13–43(2003)15.yWorks:yEd,/en/products_yed_about.html16.Jararaca manual,http://fmt.cs.utwente.nl/tools/torx/jararaca.1.html17.JTorX website,http://fmt.cs.utwente.nl/tools/jtorx/。

LOADWISE MODEL 502 RATED502 CAPACITY INDICATOR SYSTEMLOADWISE MODEL 502 RATED CAPACITY INDICATOR SYSTEMCALIBRATION MANUALLOADWISE, INC.18362 GOTHARD STREETHUNTINGTON BEACH, CA 92648TEL: 714/841-5662FAX: 714/841-5372LOADWISE MODEL 502 RATEDCAPACITY INDICATOR SYSTEMTable of ContentsDescription Page Display Operation 3 Operation Modes 4To Enter Cal Mode 5Cal Modes 6 Sequence of Calibration 7Cal Mode 00 8Cal Mode 01 9Cal Mode 02 10Cal Mode 03 11Cal Mode 04 12Cal Mode 05 13Cal Mode 06 14Cal Mode 10 15Cal Mode 11 16Cal Mode 12 17Cal Mode 13 18Cal Mode 14 22Cal Mode 15 24LOADWISE MODEL 502 RATEDCAPACITY INDICATOR SYSTEMDISPLAY CONSOLEThe Display Console is split into two sections. The center section is a four (4) line “alpha-numeric” screen that displays information to the operator, and the right section is a keypad used to enter information into the system and to change the display to the various modes, and is also used in the calibration process.F L/H ALT+ TESTTARE DEDUCT DUTYLOADWISE 500LOADWISE MODEL 502 RATEDCAPACITY INDICATOR SYSTEMF L/H ALTTARE DEDUCT DUTYLOADWISE 500LOADWISE MODEL 502 RATEDCAPACITY INDICATOR SYSTEMTO ENTER THE CALIBRATION MODEThe calibration mode is protected by a sequence code which is only available to trained, authorized personnel, at the discretion of the owner.To enter the calibration mode, press:TEST - TEST - TEST - ALTThe display will show the crane make and model, the increments used in the systemand the load chart (“feet - pounds” or “meters - kilos”), the serial number of thesystem, and the system’s date.While this data is displayed, (approximately 10 seconds,) the entry code must be pushed. If the incorrect entry code is selected, the display will return to its standard, normal mode.Once the calibration mode has been entered, the display will be at calibration mode00, which is the starting point for the calibration process.WARNINGTHE CALIBRATION MODE ENABLES THE BASIC FUNCTION OF THEINDICATOR TO BE CHANGED. UNAUTHORIZED INTERFERENCE WITH THE CALIBRATION OF THE SYSTEM CAN BE VERY DANGEROUS TO THE SAFETYOF THE CRANE.LOADWISE MODEL 502 RATEDCAPACITY INDICATOR SYSTEM The calibration mode contains fifteen (15) sections. Not all sections are used on all typesof cranes.MODE FUNCTION01 TO ENABLE SENSOR ZEROS TO BE SET02 TO ENABLE SENSOR SPANS AND SENSITIVITY TO BE SET03 TO PRESET THE MAIN BOOM WEIGHT IN DIFFERENT CONFIGURATIONS04 TO PRESET THE JIB WEIGHT COMBINED WITH THE MAIN BOOM WEIGHT05 CALIBRATION OF THE LOAD ON THE HOOK06 TO CORRECT FOR DEFLECTION OF THE BOOM AND JIB COMBINATIONSDUE TO THEIR OWN WEIGHT, AND THE HOOK LOAD07 (RESERVED FOR A MODEL OTHER THAN 502)08 (RESERVED FOR A MODEL OTHER THAN 502)09 (RESERVED FOR A MODEL OTHER THAN 502)10 “LAST-LOADS-RECALL” FUNCTION11 TO PRE-SET THE ALARMS AND WARNING LIMITS12 TO PRE-SET THE VARIOUS LOAD LIMITS13 TO ENTER THE CRANE GEOMETRY (SEE DWG # 94536 OR # 94537)14 TO ENTER THE WINCH/BOOM HOIST ROPE GEOMETRY (SEE DWG # 94554)15 MEMORY MOVEMENT SYSTEMLOADWISE MODEL 502 RATEDCAPACITY INDICATOR SYSTEM 1)Go to Mode 15 and carry out “I - A” to ensure that the system is cleared back tothe factory standard.2)Ensure that the loadpins are electrically connected before installation, and thezeros are set (in Mode 01,Section 06 & 07) and the sensitivity of each pin is set (in Mode 02, Section 06 & 07).3)Check the geometry dimensions in Mode 13 and 14, ensuring that all data ispresent and correct.4)Check Mode 11 and 12 for correct settings of alarm percentages, rope limits, etc.5)Complete Mode 01 and 02 for setting the zero and the span of boom angle.6)Initial boom calibrations should be carried out with the shortest boom length withMode 03 (boom weight) and then Mode 05 (load calibration), to be completed and working correctly before moving on to the next section.7)After ensuring that (# 6 above) has been completed and is correct, increase theboom length to approximately half the full length, or to the shortest boom that willcarry a jib. Next, this main boom should be calibrated for boom weight (in Mode03), and the jib fitted and then calibrated for boom weight (in Mode 04). Boomdeflection (in Mode 06) is then carried out at this time and at any other time it isfound to be necessary.8)Additonal boom and boom / jib combinations should then be rigged and calibrated,to cover the maximum possible boom lengths. Typically at least three (3) boomlengths are calibrated, and more (if practical) will ensure maximum accuracy ofcalibration. If midpoint suspension is employed, calibration must be carried out at the suspension point boom length and at the boom length immediately prior tomidpoint suspension.9)Jib calibrations (in Mode 04) must be carried out for all combinations of jibs (forexample, all boom lengths / offsets on the minimum and maximum boom lengths). 10)After all the above is completed and double-checked, go to Mode 15 and backupthe calibration by copying “A” memory to “B” memory. TAKE GREAT CARE TONOT DO AN “I - A” COPY AS THIS WILL WIPE OUT THE CALIBRATION.LOADWISE MODEL 502 RATEDCAPACITY INDICATOR SYSTEMCal Mode 00 is the “index” or starting point, used to access the various Cal Modes. To exit the calibration mode (while in Cal Mode 00) and return to the normal, operating mode, press “F”.NOTE: while in the calibration mode, the alarms / cut-outs are suppressed with the exception of (1) “OUT-OF-LEVEL” and (2) “OVERHOIST” (or “Anti Two Block”). Also while in Cal Mode these two messages will not be available on the display.Notes:1)In Mode 00, the section numbercannot be modified.2)To select a mode, press “ALT”.This will cause the Cal Modenumber to flash. While it isflashing, press “+” or “-” to selectthe mode. When the correct CalMode number has beenselected, press “ALT” to accessthe Section Number.3)If there is not an available modefor the number selected, thesystem will return automaticallyto Cal Mode 00, Section 00.4)While the Cal Mode number isflashing, the “CAL. END=F”message is not available.LOADWISE MODEL 502 RATEDCAPACITY INDICATOR SYSTEM The display will show this whenfirst in Cal Mode 01Within Cal Mode 01, there are eight (8) sections:Mode/SectionNo.Sensor No. Sensor Description01/00 A3 Superstructure Angle Sensor (only on special applications)01/01 A2 Luffing Jib Angle Sensor (when fitted)01/02 L2 (Not Applicable to 502 System)01/03 W3 (Not Applicable to 502 System)01/04 L1 (Not Applicable to 502 System)01/05 A1 Boom Angle Sensor01/06 W2 2nd Load Sensor01/07 W1 1st Load SensorTo change Sections, press “ALT” - this will cause the Section number to flash. While it is flashing, press “+” or “-” until the correct Section number is displayed. To stop the number flashing, press “ALT”.The second display line as shown above has two sets of numbers: the left-hand set are for reference only; and the right-hand set are changed to effect the calibration.To modify the Section, press “F”. This will cause the ‘100’s’ to flash; while flashing, this number can be changed up or down (as required) by pressing “+” or “-”. Once the correct number has been selected,press “F” again to change the flashing digit to the ‘10’s’; a third press of “F” will change the flashing digit tothe ‘1’s’ and an additional press of “F” will change the flashing digit to the ‘0.1’s’, etc. While any of theseright-hand numbers has a flashing digit, it can be changed up or down (as required) by pressing “+” or “-”.A final press of the “F” button will stop the flashing and give three choices:l“ALT” will allow a change to a different Section number.l“L/H” will store the calibration just performed. (If “+” or “-” have not been used, the memory will not be updated (since no change has been made), even if the command to store (“L/H”) is used.) If “L/H” is pressed, the display will change after a delay of approximately three seconds.l“TARE” will return to Mode 00/00 without saving the calibration just performed.Note:The Angle “zero” should be donewith a small positive boom angle(for example, +2.0º).In Mode 01/06 and 01/07, theLoad Sensors MUST be “zeroed”before installation to the crane.Cal Mode 01 is used to “zero” the various sensors:LOADWISE MODEL 502 RATEDCAPACITY INDICATOR SYSTEMThe display will show thiswhen first in Cal Mode 02 Within Cal Mode 02, there are eight (8) sections:Mode/Section No.Sensor No. Sensor Description 02/00A3 Superstructure Angle Sensor (only on special applications) 02/01A2 Luffing Jib Angle Sensor (when fitted) 02/02L2 (Not Applicable to 502 System) 02/03W3 (Not Applicable to 502 System) 02/04L1 (Not Applicable to 502 System) 02/05A1 Boom Angle Sensor 02/06W2 2nd Load Sensor (SENSITIVITY - SEE NOTE BELOW ) 02/07 W1 1st Load Sensor (SENSITIVITY - SEE NOTE BELOW )Cal Mode 02 is used to “span ” the various sensors:Notes:•In Mode 02/06 and 02/07, enter the SENSITIVITY of the load sensors. This information is found on each load sensor, and is expressed as a “mV/V” value such as “1.334”. If more than four digitsare shown, only the first four digits are entered, irrespective of where the decimal point is shown on the load sensor.•Calibration will not be successful if the number on the left-hand side of the second display line is either 000.0 or 409.2. If this occurs, the sensor being calibrated is out of range and must be corrected before proceeding further with the calibration process.LOADWISE MODEL 502 RATEDCAPACITY INDICATOR SYSTEMLOADWISE MODEL 502 RATEDCAPACITY INDICATOR SYSTEMLOADWISE MODEL 502 RATEDCAPACITY INDICATOR SYSTEMLOADWISE MODEL 502 RATEDCAPACITY INDICATOR SYSTEMCAPACITY INDICATOR SYSTEMCal Mode 10 is the LAST LOADS RECALL optionThe display will show thiswhen in Cal Mode 10LOADWISE MODEL 502 RATEDCAPACITY INDICATOR SYSTEM Cal Mode 11 is used to adjust the Alarm SettingsWithin Cal Mode 11, there are eight (8) sections:Mode/SectionNo. DescriptionFactory DefaultValuesNotes11/00 APPROACH % 95.0 %11/01 OVERLOAD % 105.0 %11/02 MOTION-CUT % 110.0%11/03 HIGH ANGLE Aº 80.0º11/04 LOW ANGLE Aº 0.0º11/05 BOOM SWITCH 0.0 Not Applicable to 502 System11/06 SHEAVE % 100For setting in the multiple loads per line 11/07 SCALE FACTOR 0.5 Set to 1.0 for cranes above 650 Tons.To change Sections, press “ALT” - this will cause the Section number to flash. While it is flashing, press “+” or “-” until the correct Section number is displayed. To stop the number flashing, press “ALT”.To modify the Section, press “F”. This will cause the ‘100’s’ to flash; while flashing, this number can be changed up or down (as required) by pressing “+” or “-”. Once the correct number has been selected, press “F” again to change the flashing digit to the ‘10’s’; a third press of “F” will change the flashing digit to the ‘1’s’ and an additional press of “F” will change the flashing digit to the ‘0.1’s’, etc. While any of these right-hand numbers has a flashing digit, it can be changed up or down (as required) by pressing “+” or “-”. (This mode will only change the function size in 0.5 steps.)A final press of the “F” button will stop the flashing and give three choices:l“ALT” will allow a change to a different Section number.l“L/H” will store the calibration just performed. (If “+” or “-” have not been used, the memory will not be updated (since no change has been made), even if the command to store (“L/H”) is used.) If “L/H” is pressed, the display will change after a delay of approximately three seconds.l“TARE” will return to Mode 00/00 without saving the calibration just performed.CAPACITY INDICATOR SYSTEMCal Mode 12 is used to adjust the Load Limit SettingsLOADWISE MODEL 502 RATEDCAPACITY INDICATOR SYSTEMLOADWISE MODEL 502 RATEDCAPACITY INDICATOR SYSTEM502 CALIBRATION MODE 13GEOMETRY DATA - “WITHOUT MAST” VERSIONLATTICE BOOM CRANE WITH “FIXED” GANTRY AND “FLYING BRIDLE”“FIXED” GANTRY“FLYING” BRIDLEDim. CM DESCRIPTIONA Upper Pendant Fixing to Center Line of BoomB Upper Pendant Fixing to Head Sheave PinC Boom Pivot Pin to Gantry (Horizontal)D Boom Pivot Pin to Gantry (Vertical)E Head Sheave Pin to C/L of BoomF Boom Pivot Pin to Center of Slew SSheave Radius X Minimum Boom LengthYBoom Pivot Pin to Ground (Vertical)4 SEP 97 # 94536LOADWISE MODEL 502 RATEDCAPACITY INDICATOR SYSTEMLATTICE BOOM CRANE WITH “MAST”MAST502 CALIBRATION MODE 13GEOMETRY DATA - “WITH MAST” VERSIONDim CM DESCRIPTIONA Upper Pendant Fixing to Center Line of BoomB Upper Pendant Fixing to Head Sheave PinC Boom Pivot Pin to Mast Pivot (Horizontal)D Boom Pivot Pin to Mast Pivot (Vertical)E Head Sheave Pin to C/L of BoomF Boom Pivot Pin to Center of SlewG Mast LengthH Pendant Length on Minimum Boom S Sheave Radius X Minimum Boom LengthYBoom Pivot Pin to Ground (Vertical)Cal Mode 13/11 selects a range of questions to which the crane operator must respond before the system will operate in the normal operating mode. Three options are available:Page 21 Edition # 94599Rev 00242LOADWISE MODEL 502 RATEDCAPACITY INDICATOR SYSTEMPage 23LOADWISE MODEL 502 RATEDCAPACITY INDICATOR SYSTEMEdition # 94599Rev 00242WINCH GEOMETRY22 SEP 97 # 94554Dimension CMDESCRIPTIONA MAIN WINCH TO BOOM PIVOT PIN (HORIZONTAL)B MAN WINCH TO BOOM PIVOT PIN (VERTICAL)C MAIN WINCH RADIUSD AUX WINCH TO BOOM PIVOT PIN (HORIZONTAL)E AUX WINCH TO BOOM PIVOT PIN (VERTICAL) FAUX WINCH RADIUSCAPACITY INDICATOR SYSTEMCal Mode 15 is used to move stored calibration informationPage 25LOADWISE MODEL 502 RATEDCAPACITY INDICATOR SYSTEMEdition # 94599Rev 00242The following functions have been added to the 502 program:Mode/SectionNo.Description01/02 This adds load to all main boom duty loads and should be set as a default to zero.02/02This subtracts load from all jib duty loads and should be set as a default to zero.11/05Is named “Correction %” and should be set as a default value to 100%.This % is 100% at high angle and progresses toward the set value as the boom angle is reduced. Therefore the load should be calibrated at high angle and corrected plus or minus at a low boom angle.。

DPST-3500M Digital Pitot Static Test Set “High Accuracy, Exceeds 91.411 FAR Specs, Light Weight for Flight Line Portable Inspections”FAA Certified Repair Station # DZMR112L Cage Code # 3PTA2General InformationThe Model DPST-3500M is a precision, manually controlled, portable, flight line Digital Pitot Static Test Set. This dual channel test set is designed to provide regulated total Pitot (PT) pressure and Static (PS) pressure outputs to simulate Altitude, Airspeed, Vertical Speed, and Mach parameters. The test set can also be used in laboratory environments to calibrate Air Data instruments and various vacuum and pressure gauges. The test set is compact, lightweight and made for harsh Flight Line conditions. Its compact size can fit in the overhead storage compartment of most commercial airliners.• Control valves have a lifetime warranty with a built in protection seat to prevent over tightening of precision valve stems.• Internal pumps produce pressure and vacuum for maintenance free performance.• Performance ranges: Altitude –1500 to 35,000 ft., Vertical Speed +/-20,000 ft./min, Airspeed 0 to 400 knots, and Mach 0 to 1.12.• Sensors automatically perform temperature compensation for extreme flight line conditions. • Smart AC power supply provides a wide range of input voltages: 85 to 264 V AC / 47 to 440 Hz.• Storm Case* is rugged and constructed to meet applicable requirements of MIL-STD-810F and FED-STD-101C and is watertight and pad lockable for theft protection. • Calibration meets or exceeds the published National Institute Standards and Technology (N.I.S.T) specifications. • Test set is shipped with quick disconnect fittings, 2 hoses (15ft /ea) and a power cord (6ft).• Specifications: Exterior dimensions 17”L X 11.70” W X 6.20”H (43.2 x 29.7 x 15.7 cm) Weight 15 lbs. / 6.8 kg*This system is sold as a complete kit ready for use. Includes a current calibration certificate, all connections, and an operation manual.• Certified to perform Pitot Static FAR 91.411 Part 43 Appendix E certifications on General Aviation, Military, Rotary Wing, and Light Sport Aircrafts.• Precision microprocessor based, with Honeywell sensors, accurate to +/- 0.020 % FS.• Display is a sunlight readable TFT 4” inch color, Micro-Graphic Touch panel showing detailed units of measurements including Ft, M, Kts, Km/hr, Mach, Ft/min, m/min, inHg, mbar, and psia.• Main screen displays Altitude, Vertical Speed, Airspeed, and Mach. • Automatic Pitot and Static leak rate modes perform calculations for operator convenience.• Hoses have self- sealing quick disconnect fittings to protect aircraft from pressure loss.Standard Features *Case meets required measurements to fit into overhead compartment in commercial airlines.Weight 15 lbs.DFW Instrument Corporation Tel # 214-217-7600 16445 Addison Road Fax # 214-217-8307 2nd Floor, Hangar 2 Toll Free # 888-500-0075 Addison, TX 75001 To buy, sell, rent or trade-in this product please click on the link below:/DFW-DPST-3500M-Pitot-Static-Test-Set.aspxDigital Manual Pitot Static Test Set DPST-3500M Performance SpecificationsAbsolute Pressure Performance Static Sensor:Range: 0.3 to 40 inHg abs.Accuracy: +/- 0.020 % FS Overpressure: 200 % FS without damagePitot Sensor Range: 0.8 to 80 inHg abs.Accuracy: +/- 0.020 % FS Overpressure: 200 % FS without damageAltitude Performance Range: -1500 ft. to 35,000 ft.Resolution: 1 ft. Accuracy: ±5 ft. @ 0 ft. ±45 ft. @ 35,000 ft.Rate of Climb Performance Range: 100 ft./min. to 20,000 ft./min.Resolution: 25 ft./min.Accuracy: ±10 % of VSI RateAirspeed Performance Range: 10 to 400 Knots Resolution: 1.0 Knots Accuracy: ±2 Knots @ 20 knots ±1 Knots @ 100 knots ±1.5 Knots @ 400 knotsMach Performance Range: 0.0 Mach to 1.12 Mach Resolution: 0.001 Mach Accuracy: 0.020 Mach + 0.1 Mach Pressure Medium Dry AirPressure Connections Quick Disconnects (2 ea.)Safety Seal on SHIP / UUTDisplay Update Rate Once Every 2 Tenths per Second Temperature Compenstion Range 32°F to 122°F 0°C to 50°C Sensors Honeywell Sensors (NIST Traceable)Power Requirement Input Range: 85 - 264 V AC Frequency Range: 47 Thru 440 Hz Environmental Specs Temp. Operating: -20° C to +85° C Temp. Storage: -25° C to +60° C Humidity: 0% to 95% RH Warranty & Calibration Warranty: 2 years (parts & labor ) Calibration: Up to 1 year (yearly calibration suggested ) Certification Calibration / Trace to NIST Accuracy exceeds FAA Regulations FAR 91.411 Specifications Physical Dimensions 17” L x 11.70” W x 6.20” H (43.2 x 29.7 x 15.7 cm)Weight/ Case Specification 15 Lbs / 6.8 Kg MIL-STD-810F • FED-STD-101C • ATA 300Color / Flight Line Yellow Accessories Include: Protection Quick Release Fittings, Hoses, and operation manual. ORDERING INFORMATION/ OPTIONS Mfg. Part Number:DPST-3500M-XXX Option 1: Removable Lid Option 2: 28VDC power- DC Option 3: Altitude EncoderDFW Instrument Corporation 16445 Addison Road 2nd Floor, Hangar 2Addison, TX 75001Tel. # 214-217-7600 Fax # 214-217-8307。

1Table of ContentsTitle Page Overview Inspection Safety Information Rules For Safe Operation International Electrical Symbols The Meter Structure Functional Buttons Display Symbols Measurement Operation A. Measuring Resistance B. Diode and Continuity Test C. Capacitance Measurement D. Inductance Measurement E. Transistor hFE Measurement General Specifications Accuracy Specifications A. Resistance Test B. Continuity & Diodes C. Capacitance Test D. Inductance Test E. Transistor Maintenance A. General Service B. Replacing the Battery C. Replacing the Fuse 34457891011111315171819202021212222232324252OverviewThis Operating Manual covers information on safety and cautions. Please read the relevant information carefully and observe all the Warnings and Notes strictly.To avoid electric shock or personal injury, read the ìSafety Informationî and ìRules for Safety Operationîcarefully before using the Meter.Digital Inductance Capacitance Meter Model72-8155 (hereafter referred to as ìthe Meterî) is a 3 1/2 digits with steady operations, fashionable design and highly reliable hand-held measuring instrument.The Model 72-8155 will measure capacitance, inductance, resistance, transistor hFE and test diodes. It will also test continuity with an audible buzzer.34InspectionOpen the package case and take out the Meter. Check the following items carefully to see if any items are missing or damaged.Item Description Qty 123Operating Manual Test Clip 9V Alkaline Battery (NEDA1604, 6F22or 006P) (installed)1 piece 1 pair 1 pieceIn the event you find any items missing or damaged, please contact your dealer immediately.Safety InformationThis Meter complies with the standards EMC e the Meter only as specified in this operating manual,otherwise the protection provided by the Meter may be impaired.In this manual, a Warning identifies conditions and actions that pose hazards to the user, and may damage the Meter or the equipment under test.A Note identifies the information that user should pay attention to.International electrical symbols used on the Meter and in this Operating Manual are explained on page 7.Rules For Safe Operationllllllll5llllll6International Electrical Symbols Lx7The Meter Structure(see figure 1)8Power L-C 9Functional ButtonsThe following table provides information regarding the functional button operation.Button DescriptionPress the Power down to turn the Meter on.Press the Power again to turn the Meter power off.Press L-C down to enter the Capacitance measurement mode.Press L-C up to enter the Inductance measurement mode.10Display Symbols (see figure 2)(figure 2)Meaningll1.2.3.11Measurement OperationA. Measuring Resistance (see figure 3)(figure 3)Notellll12To avoid damage to the Meter or to the devices under test, disconnect circuit power and discharge all the high-voltage capacitors before measuring diodes andcontinuity.Testing DiodesInsert the red test clip into the terminal and the black test clip into the COM terminal.Set the rotary switch to .For forward voltage drop readings on any semiconductor component, place the red test clip on the componentís anode and place the black test clip on the componentís cathode.The display shows the diode forward voltage dropís nearest value.e the diode test to check diodes, transistors, and other semiconductor devices. The diode test sends a current through the semiconductor junction, and then measures the voltage drop across the junction. A good silicon junction drops between 500mV and 800mV.To test a diode out of a circuit, connect the Meter as follows:13ll l1.2.3.4.5.ll14NoteNote1.2.3.4.15C. Capacitance Measurement (72-8155 only, see figure 5)(figure 5)Notellll16llll17D. Inductance Measurement (see figure 6)(figure 6)1.2.3.4.Remarks:l18(figure 7)1. 2. 3. 4. Note:General Specifications lllllllll19Accuracy Specifications A. Resistance TestRemarks:lll20Remarks:llC. Capacitance TestRemarks:lll21D. Inductance TestRemarks:ll22Maintenancellll23(figure 8)To replace the battery:1.2.3.4.5.24To replace the Meterís fuse:1.2.3.4.5.6.7.(figure 9)S C R E W2526。

前 言济南迈迪数码技术有限公司是一家专业从事工业设计与动画制作、软件开发与技术咨询、网站运营与电子商务的综合信息技术公司，公司自06年整合数个公司业务正式成立以来，秉持原先的开发理念，坚持在优秀的三维设计软件上开发有中国特色的设计技术，服务于广大国内设计者和配件制造商，赢得了众多客户的好评。

本工具集的推出，始终坚持不断增加新功能，提高设计效率的目标，广泛征求众多设计者提出的中肯意见，在原FNT（法恩特工具集，用于SW06以前版本，本公司早期产品）基础上，逐步完善更新，以每年修正两个版本的速度，及时向国内广大设计者提供优秀的设计手段，也因此深得用户青睐。

我公司的软件开发者们，积极采纳用户意见，不断研究新技术应用，始终希望为用户能提供更方便、更实用的软件产品，我们也始终坚持对个人用户免费的目标，也希望更多的受益者能为自己的工作带来更高的效率。

技术的进步是没有止境的，我们得益于用户的资助和不断提出的意见，因此得以快速发展并始终在三维设计技术二次开发领域和产品数据管理领域据有举足轻重的地位，有了广大用户的支持，我们就有动力不断继续开发下去。

该版本的发布，也是经过严格测试和试用的，使用方式略有变化，但是宗旨没有改变，仍然需要注册码（原先购买的注册码始终有效），若没有注册码，使用是正常的，只不过还会弹出一个广告黑屏，并不影响使用效果，郑重声明：本软件测试和试用过程严格，绝无木马和病毒，也不会有任何额外插件，因此，用户没有必要担心任何问题，倘若因为我们的软件而导致出现计算机问题，则一般是误操作或者本身操作系统有问题，请自行修正。

再次感谢大家的支持！一、软 件 安 装1．本软件目前支持Solidworks2007后续各个版本，安装前，请先确保本机上安装有Solidworks2007或更高版本。

如果在Solidworks2006及以下版本中使用，部分功能可能会运行不正常。

2．在安装本软件前要安装运行环境Microsoft .NetFramework2.0。

Product Data SheetTrigonox 44BAcetyl acetone peroxide, in solvent mixtureTrigonox® 44B is an acetylacetone peroxide formulation for fast curing of unsaturated polyester resins in the presence of a cobalt accelerator at room and elevated temperatures, including a VR system.CAS number37187-22-7 ( for EU:13784-51-5)EINECS/ELINCS No.253-384-9 (for EU: 237-438-9)TSCA statuslisted on inventorySpecificationsAppearance Clear liquidColor50 Pt-Co max.Total active oxygen 4.0-4.2 %CharacteristicsDensity, 20°C 1.055 g/cm³Viscosity, 20°C21 mPa.sApplicationsTrigonox® 44B is an acetyl acetone peroxide formulation for the curing of unsaturated polyester resins in the presence of a cobalt accelerator at room and elevated temperatures. With the curing system Trigonox® 44B/cobalt accelerator a much faster speed of cure may be achieved than with curing systems based on a MEKP plus cobalt accelerator, at room and elevated temperatures. Normally the gel times with Trigonox® 44B are comparable to those with Butanox M-50.Trigonox® 44B is particularly suitable in those applications where a fast mold-turnover is required, e.g. for the cold press molding or resin injection molding techniques. The system Trigonox® 44B/cobalt accelerator will give a higher peak exotherm than a standard MEKP/cobalt accelerator system. Due to this fact, is it recommendable to avoid the production of too thick laminates in one operation. At low temperatures a reasonable speed of cure is still obtained when Trigonox®44B is used in combination with large amounts of cobalt accelerator possibly in combination with N,N Dimethylaniline as promotor.Thermal stabilityOrganic peroxides are thermally unstable substances, which may undergo self-accelerating decomposition. The lowest temperature at which self-accelerating decomposition of a substance in the original packaging may occur is the Self-Accelerating Decomposition Temperature (SADT). The SADT is determined on the basis of the Heat Accumulation Storage Test.SADT60°CMethod The Heat Accumulation Storage Test is a recognized test method for thedetermination of the SADT of organic peroxides (see Recommendations on theTransport of Dangerous Goods, Manual of Tests and Criteria - United Nations, NewYork and Geneva).StorageDue to the relatively unstable nature of organic peroxides a loss of quality can be detected over a period of time. To minimize the loss of quality, Nouryon recommends a maximum storage temperature (Ts max.) for each organic peroxide product. Note: Ts min. -10°C to prevent crystallization.Ts max.25°CTs min.-10°CNote When stored under the recommended storage conditions, Trigonox® 44B willremain within the Nouryon specifications for a period of at least 6 months afterdelivery.Packaging and transportThe standard packaging is a 30-liter HDPE can (Nourytainer®) for 30 kg peroxide solution. Both packaging and transport meet the international regulations. For the availability of other packed quantities contact your Nouryon representative. Trigonox® 44B land and sea transport is classified as Organic peroxide type E; liquid, Division 5.2; UN 3107. Air transport is classified as Organic peroxide type D; liquid, Division 5.2; UN 3105.Safety and handlingKeep containers tightly closed. Store and handle Trigonox® 44B in a dry well-ventilated place away from sources of heat or ignition and direct sunlight. Never weigh out in the storage room. Avoid contact with reducing agents (e.g. amines), acids, alkalis and heavy metal compounds (e.g. accelerators, driers and metal soaps). Please refer to the Safety Data Sheet (SDS) for further information on the safe storage, use and handling of Trigonox® 44B. This information should be thoroughly reviewed prior to acceptance of this product. The SDS is available at /sds-search.Major decomposition productsCarbon dioxide, acetyl acetone, mixture of aliphatic acids, waterAll information concerning this product and/or suggestions for handling and use contained herein are offered in good faith and are believed to be reliable.Nouryon, however, makes no warranty as to accuracy and/or sufficiency of such information and/or suggestions, as to the product's merchantability or fitness for any particular purpose, or that any suggested use will not infringe any patent. Nouryon does not accept any liability whatsoever arising out of the use of or reliance on this information, or out of the use or the performance of the product. Nothing contained herein shall be construed as granting or extending any license under any patent. Customer must determine for himself, by preliminary tests or otherwise, the suitability of this product for his purposes.The information contained herein supersedes all previously issued information on the subject matter covered. The customer may forward, distribute, and/or photocopy this document only if unaltered and complete, including all of its headers and footers, and should refrain from any unauthorized use. Don’t copythis document to a website.Trigonox®, Nourytainer and Butanox are registered trademarks of Nouryon Functional Chemicals B.V. or affiliates in one or more territories.Contact UsPolymer Specialties Americas************************Polymer Specialties Europe, Middle East, India and Africa*************************Polymer Specialties Asia Pacific************************2023-9-11© 2023Thermoset composites Trigonox 44B。

MODEL S用户指南5.9文件的适用性最新软件版本发布的功能可能在本文档中未做描述，但在“发行说明”中会有描述。

触摸触摸屏上方中央“Tesla”的“T”，然后，点击“发行说明”链接，“发行说明”会显示在触摸屏上。

如果本文档中包含的信息与“发行说明”中的信息发生冲突，请以后者为准。

插图本文档中所提供的插图仅用于演示目的。

根据车辆选择、软件版本和市场区域， 您的 Model S 触摸屏上显示的信息可能会稍有不同。

产品规格在印刷时，本文档中所载的所有规格及说明已被证实是准确的。

但是，因为持续改善是特斯拉的目标，我们保留随时进行改装的权利。

错误或疏漏如需就本文档中的任何错误或疏漏进行沟通，请发送电子邮件至：ownersmanualfeedback@.©2012-2014 TESLA MOTORS, INC.保留所有权利。

本文档中的所有信息以及所有MODEL S ® 软件的版权及其他知识产权归T ESLA M OTORS 及其授权人所有。

未经 T ESLA M OTORS ,I NC . 及其授权人事先书面许可，不得对资料进行全部或部分复印、复制或修改。

可根据要求提供其他信息。

以下是 T ESLA M OTORS , I NC . 在美国和其他国家（地区）的商标或注册商标：本文档所包含的所有其他的商标是其各自所有者的财产；本文使用这些商标，并不意味对其产品或服务的赞助或背书认可。

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TESLATESLA MOTORSTESLAROADSTERMODEL S概述 (2)内部简介 (2)外观简介 (3)开启和关闭 (4)车门 (4)车窗 (8)行李箱 (9)前备箱 (11)杂物箱 (13)天窗 (14)杯托 (15)座位和安全约束系统 (16)前后排座椅 (16)座椅安全带 (18)儿童安全座椅 (21)安全气囊 (27)行驶系统 (31)驾驶员设定 (31)方向盘 (32)后视镜 (34)启动和停车 (35)挡位 (36)仪表板 (37)灯光 (43)雨刷和清洗器 (47)驻车辅助系统 (48)行程信息 (50)获得最大行驶里程 (51)制动 (52)牵引力控制 (54)巡航控制 (55)坡道起步辅助系统 (56)后视摄像头 (57)使用触摸屏 (58)触摸屏概述 (58)控制 (60)设置 (62)温度控制 (64)智能空气悬架 (67)媒体和音频系统 (68)电话 (71)安防设置 (73)连接至 Wi-Fi (74)软件更新 (75)移动应用程序 (76)充电 (77)车辆电气部件 (77)电池信息 (79)给 Model S 充电 (80)保养 (84)汽车保养时间表 (84)轮胎养护 (85)临时轮胎修理 (90)清洁 (94)雨刷片及雨刷喷水头 (97)储液罐 (98)汽车保险丝 (101)顶升和举升 (108)零配件 (109)规格 (110)识别标签 (110)车辆负载 (111)尺寸和质量 (113)子系统 (114)车轮和轮胎 (117)路边援助 (121)关于路边援助 (121)运输说明 (122)用户信息 (124)免责声明 (124)报告问题 (125)1.内门（使用内门把手 见第 6页）2.远光灯（大灯远光灯 见第 45页），转向信号灯（转向信号灯 见第 46页），雨刷及挡风玻璃清洗器（雨刷和清洗器 见第 47页）。

P o r t a b l e , h a n d h e l d R F p o w e r m e t e r f o r f i e l d a n d l a b u s eR F /M I C R O W A V E3500Portable RF Power MeterSPECIFICATIONSFREQUENCY RANGE:10MHz to 6GHz.POWER RANGE:+20dBm to –63dBm.Max. Power:+23dBm, 5VDC.POWER ACCURACY (at 23°C ±5°C):1+20dBm to +6dBm:±0.24dB, 10MHz to 3GHz (characteristic).2±0.16dB, 3GHz to 5GHz (characteristic).2±0.22dB, 5GHz to 6GHz (characteristic).2+6dBm to –9dBm:±0.26dB, 10MHz to 3.75GHz; ±0.07dB typical.3±0.40dB, 3.75GHz to 6GHz; ±0.07dB typical.3–10dBm to –29dBm:±0.26dB, 10MHz to 3.75GHz; ±0.05dB typical.3±0.37dB, 3.75GHz to 6GHz; ±0.05dB typical.3–30dBm to –40dBm:±0.21dB, 10MHz to 3.75GHz; ±0.12dB typical.3±0.27dB, 3.75GHz to 6GHz; ±0.13dB typical.3LINEARITY (at 23°C ±5°C):±0.10dB, +6dBm to –40dBm.NOISE FLOOR:–63dBm.SWR:1.12:1, 10MHz to 3.75GHz. 1.20:1, 3.75GHz to 6GHz.DISPLAY:4 digits, backlight, auto-shutoff, hold—the most recent reading is shown on the display and is no longer updated.UNITS: dBm, milliwatts.POWER (equipped with auto-shutoff):Unit can be powered from any of these methods:Two 1.5V alkaline AA batteries (not included). Typical battery life: 17.5 hours 4; low battery B port 5.Optional DC power supply 6(3500-PWR).SPEED:Normal:~2 readings per second (> approx. –30dBm).~1 readings per second (≤approx. –30dBm).High-speed:~34 readings per second (> approx. –30dBm).~11 readings per second (≤approx. –30dBm).HOST INTERFACE:USB 2.0 interface with a miniature “B” USB connector 7.AVERAGING:1, 2, 4, 8, 16, and 32 averages.CONNECTORS:RF:Type N male RF connector (50Ωcharacteristic impedance).USB: Miniature “B” USB connector.External Power: Power receptacle (connect optional External Power Supply: 3500-PWR).OPERATING CONDITIONS:Operating Temperature:0°to 50°C (32°to 122°F).Operating Humidity:<80% RH at 35°C (95°F), non-condensing.Air Quality:Compatible for use in a Class 10 cleanroom.SWR (typical)31.181.161.141.121.101.081.061.041.021.00S W R (x :1)Frequency (MHz)100020003000400050006000GENERALSTORAGE CONDITIONS:0°to 70°C (32°to 158°F), 5% to 70% RH, non-condensing.DIMENSIONS:79mm ×134mm ×49mm (3.125 in. ×5.260 in. ×1.925 in.), not including N connector.WEIGHT:0.5kg (1.1 lb.).WARRANTY:1 year; 1 year suggested calibration cycle.EMC:Conforms to European Union Directive 89/336/EEC, EN 61326-1.SAFETY: Conforms to European Union Directive 73/23/EEC, EN 61010-1.NOTESExplanation of how we derived our specs:1.Customer Spec = (x,f) + K(=2) · δ(x,f) + ΔE (x,f,[18°–28°C]) + µwhere:= Mean of the data taken in the frequency range stated (x,f).δ= Standard deviation of the data taken in the frequency range stated (x,f).x = Measured value at test frequencies.f = Frequency range over which data was taken for specification.µ= Measurement uncertainty.ΔE = Change associated temperature variation.18°–28°C = Statistics generated separately at these temperatures and larger statistical value used in setting spec.2.Characteristic (or Expected Value): Characteristic indicates performance that a unit would be expected to exhibit under the following conditions:•Ambient operating temperature of 18°to 28°C, unless otherwise noted •After specified warm up time of 30 minutes.•Does not include measurement uncertainty.This performance is not warranted.3.Typical (mean + 3 standard deviations): Typical indicates performance that all units will meet under the following conditions:•Ambient operating temperature of 23°C, unless otherwise noted •After specified warm up time of 30 minutes. •Does not include measurement uncertainty.This performance is not warranted.4.Typical battery life was measured in the default conditions from the factory at 500MHz with backlight off and no USB communications. With backlight on, typical battery life is 2.5 hours.5.With the USB connected and providing power, and the optional external power disconnected, the Model 3500 will be powered from USB regardless of whether batteries are present.6.If the external power supply is connected, the Model 3500 will be powered by the external supply, regardless of whether USB power or batteries are present.7.The interface is USB 2.0 compliant but with an interface speed of 12Mbps.。