2-146506-8中文资料
IEC60068系列标准
EC 60068 系列标准EC 68-2-All(1-68)EC 68-2-1 試驗方法A：冷EC 68-2-2 試驗方法B：乾熱EC 68-2-3 試驗方法Ca：稳态湿热EC 68-2-5 試驗方法Sa：地面太阳辐射模拟EC 68-2-6 試驗方法Fc及指引：正弦振動EC 68-2-7 試驗方法Ga 及指引：稳态加速度EC 68-2-9 太陽輻射試驗指引EC 68-2-10 試驗方法J及指引：黴菌EC 68-2-11 試驗方法Ka：盐雾EC 68-2-13 試驗方法M：低压EC 68-2-14 試驗方法N ：温度变化EC 68-2-17 試驗方法Q：密封性EC 68-2-18 試驗方法R 及指EC 68-2-29 试验方法Eb及指引：顛簸引：水EC 68-2-20 試驗方法T：錫焊EC 68-2-21 試驗方法U：端子強韌性及整體固定裝置完整性EC 68-2-27 试验方法Ea：冲击IEC 68-2-27 Test Ea：ShockEC 68-2-28 湿热试验指引EC 68-2-29 试验方法Eb 及指引：顛簸EC 68-2-30 试验方法D b：湿热温度循环EC 68-2-31 試驗方法E c：跌落与傾倒，主要针对装备层次产品EC 68-2-32 試驗方法E d：自由跌落EC 68-2-33 溫度变化试验指引EC 68-2-34 試驗方法F d：宽频随机振动－通則EC68-2-37_試驗方法F dc_寬頻隨機振動EC 68-2-38 試驗方法Z/AD：組合温度、湿度循环试验EC 68-2-39 試驗方法Z/AMD ：低溫、低壓與濕熱、低壓序列複合試驗EC 68-2-40 試驗方法Z/AM ：低温/低压复合试验EC 68-2-41 試驗方法Z/BM ：干热/低压复合试验EC 68-2-42 試驗方法K c：觸點及連接物的二氧化硫試驗EC 68-2-43 試驗方法K d：觸點及連接物的硫化氫試驗EC 68-2-44 试验方法T之技术指引：锡焊EC 68-2-45 試驗方法X A及指引：浸入清潔溶液EC 68-2-46 試驗方法K d 之指引：觸點及連接物的硫化氫試驗EC 68-2-47 元件、裝備與其他產品動態試驗之固定方法及指引EC 68-2-48：IEC 68儲存效應模擬試驗之應用指引EC 68-2-49 試驗方法K c之指引：觸點及連接物的二氧化硫試驗EC 68-2-50 試驗方法Z/AFc：對於生熱及不生熱試件之低溫、正弦振IEC 68-2-51 試驗方法Z/BFc：對於生熱及不生熱試件之乾熱、正弦振動複合試驗IEC 68-2-52 試驗方法Kb：循环式盐雾IEC 68-2-53 溫度（低溫、乾熱）振動（正弦）複合試驗指引IEC 68-2-54 試驗方法Ta：錫焊－以潤濕力平衡法進行可焊性試驗IEC 68-2-55 試驗方法Ee 及指引: 跳动IEC 68-2-56 試驗方法Cb：装备稳太湿热IEC 68-2-57 試驗方法Ff：振动-时域法IEC 68-2-58 試驗方法Td：表面安裝元件之可焊性、耐熱性、金屬塗覆耐融性試驗IEC 68-2-59 試驗方法Fe：振動－正弦频击法IEC 68-2-60 試驗方法Ke：人造低浓度污染气体腐蚀试验IEC 68-2-61 試驗方法Z/ABDM：气候序列IEC 68-2-62 試驗方法Ef：抡錘式撞击IEC 68-2-63 試驗方法Eg：弹簧鎚撞击IEC 68-2-64 試驗方法Fh：宽频随机振动（数位控制）及指引IEC 68-2-65 試驗方法Fg：音响衍生振动IEC 68-2-66 試驗方法Cx：稳态湿热（不饱和加压蒸气）IEC 68-2-68 試驗方法Ｌ：砂尘。
8-146508-9中文资料
900 - 2000 MHz V2Features• High Gain 2-Stage Amplifier• Single Supply, 3V Operation• High Reverse Isolation• Low Current• Broadband Operation• Lead-Free SOT-143 Package• 100% Matte Tin Plating over Copper• Halogen-Free “Green” Mold Compound• 260°C Reflow Compatible• RoHS* Compliant version of MAAMSS0005DescriptionM/A-COM’s MAAM-007217 is a low current, high reverse isolation LO buffer amplifier in a low cost, lead-free SOT-143 plastic package. The MAAM-007217 is ideally suited for LO buffer handset applications in the Cellular, GPS and PCS frequency bands.The MAAM-007217 is fabricated using M/A-COM’s 0.5 micron low noise E/D GaAs MESFET process. The process features full passivation for increased performance and reliability. Pin ConfigurationPin No.FunctionPin No. Function1 GND3 GND2 RF IN 4 RF OUT Block DiagramAbsolute Maximum Ratings 2,3Parameter Absolute Maximum Vbias 6.0 VMax Input Level 0 dBm Operating Temperature -30°C to +85°CStorage Temperature-65°C to +150°C Ordering Information 1Part Number PackageMAAM-007217-000000 Bulk PackagingMAAM-007217-TR3000 3000 piece reel1. Reference Application Note M513 for reel size information.2. Exceeding any one or combination of these limits may causepermanent damage to this device.3. M/A-COM does not recommend sustained operation nearthese survivability limits.* Restrictions on Hazardous Substances, European Union Directive 2002/95/EC.Handling ProceduresPlease observe the following precautions to avoiddamage:Static SensitivityGallium Arsenide Integrated Circuits are sensitiveto electrostatic discharge (ESD) and can bedamaged by static electricity. Proper ESD controltechniques should be used when handling thesedevices.Recommended PCB Configuration900 - 2000 MHzV2Electrical Specifications - Cellular Band (965 - 975 MHz): T A = 25°C, V DD = 3.0 V, Z 0 = 50 ΩParameterTest ConditionsUnitsMinTypMaxGain — dB 13.0 15.5 17.0 Noise Figure — dB — 2.8 — VSWR In/Out — Ratio — 1.4:1 — Output P1dB — dBm — 6 — Reverse Isolation — dB 30 35 — Output IP3— dBm — +17 — Idd—mA—57Electrical Specifications - PCS Band (1580 - 1780 MHz): T A = 25°C, V DD = 3.0 V, Z 0 = 50 ΩParameterTest ConditionsUnitsMin.Typ.Max.Gain— dB —10.0 —Noise Figure — dB — 3.6 — VSWR In/Out — Ratio — 1.6:1 — Output P1dB —dBm — 4 — Reverse Isolation—dB — 36 — Output IP3— dBm — +16 — Idd—mA—57Sample Board SchematicExternal Circuitry Parts ListPartValue (Cellular/PCS)PurposeC1 1000 pF DC Block C2 3.3 pF / 2.2 pFRF Matching C3 0.1 µF Bypass C41.2 pF / 1.0 pF RF Matching L1 30 nH / 10 nH RF Matching L212 nH / 5.1 nHRF Matching†Reference Application Note M538 for lead-free solder reflow recommendations.900 - 2000 MHzV2Typical Performance Curves vs. Temperature - Cellular Frequency Band V DD = 3 VGainReverse IsolationNoise FigureP1dB @ 965 MHzInput Return LossOutput Return Loss-50-40-30-20-100.800.850.900.95 1.00 1.05 1.10+25°C-30°C +85°CFrequency (GHz)-30-25-20-15-10-500.800.850.900.95 1.00 1.05 1.10+25°C-30°C +85°CFrequency (GHz)-30-25-20-15-10-50.800.850.900.95 1.00 1.05 1.10+25°C-30°C +85°CFrequency (GHz)6810121416180.800.850.900.95 1.00 1.05 1.10+25°C-30°C +85°CFrequency (GHz)1.52.02.53.03.54.04.50.9500.9550.9600.9650.9700.9750.980+25°C-30°C +85°CFrequency (GHz)1012141618-10-6-22610+25°C-30°C +85°COutput Power (dBm)900 - 2000 MHzV2Typical Performance Curves vs. Temperature - PCS Frequency Band V DD = 3 VOutput Return LossInput Return LossGainReverse IsolationNoise FigureP1dB @ 1635 MHz-30-25-20-15-10-51.21.31.41.51.61.71.81.92.0+25°C-30°C +85°CFrequency (GHz)-30-25-20-15-10-501.21.31.41.51.61.71.81.92.0+25°C-30°C +85°CFrequency (GHz)-50-40-30-20-101.21.31.41.51.61.71.81.92.0+25°C-30°C +85°CFrequency (GHz)0246810121.21.31.41.51.61.71.81.92.0+25°C-30°C +85°CFrequency (GHz)68101214-14-10-6-226+25°C-30°C +85°COutput Power (dBm)234561.5751.627 1.680 1.732 1.785+25°C-30°C +85°CFrequency (GHz)。
Isobar2-6 6-ft. 电压保护器说明书
ISOBAR2-6Isobar 2-Outlet Surge Protector, 6-ft. Cord, 1410 JoulesMODEL NUMBER: ISOBAR2-6Highlights2 outlets / 6-ft. cord1410 joule ratingAll metal housing120V AC, 50/60Hz electrical compatibility$25,000 Ultimate Lifetime Insurance (U.S., Canada, and Puerto Rico only)Automatic shutoff cuts power to outlets when the protection circuit has been compromisedSpecificationsOUTPUTFrequency Compatibility50 / 60 HzOutput Receptacles(2) 5-15ROutput (Watts)1410Circuit Breaker (amps)12Transformer Accommodation Supports up to 2 large transformer plug accessories without covering remaining outletsRight-Angle Outlets NoINPUTNominal Input Voltage(s) Supported120V ACRecommended Electrical Service120V (110-125V)Input Connection Type NEMA 5-15P input plugInput Plug Features Space-saving right angle input plugInput Cord Length (ft.)6Input Cord Length (m) 1.83Voltage Compatibility (VAC)120Maximum Surge Amps60000Right-Angle Plug YesUSER INTERFACE, ALERTS & CONTROLSSwitches Combination AC circuit breaker & 2 position red illuminated on/off switchSURGE / NOISE SUPPRESSIONAC Suppression Joule Rating1410AC Suppression Response Time NM = 0 ns. CM = <1 nsProtection Modes Includes full normal mode (H-N) and common mode (N-G / H-G) line surge suppression Clamping Voltage (RMS)140AC Suppression Surge Current48,000 amps (24,000 NM / 24,000 CM)RatingAC Suppression Components Used Metal oxide varistors, toroidal balanced chokes, ferrite rod-core inductors and VHF capacitors. Safe Thermal Fusing Prevents unsafe conditions during extreme extended over-voltages and catastrophic occurrencesUL1449 Let Through Rating400VIEEE587 Cat. A RingwaveLess than 35 voltsLet-ThroughEMI / RFI Filtering40-80 dBImmunity Conforms to IEE 587 / ANSI C62.41DATALINE SURGE SUPPRESSIONTelephone/DSL Protection NoCable (Coax) Protection NoNetwork (Ethernet) Protection NoPHYSICALShipping Dimensions (hwd / in.)10 x 5.75 x 2.75Shipping Dimensions (hwd / cm)25.4 x 14.61 x 6.99Shipping Weight (lbs.)2Shipping Weight (kg)0.91Unit Dimensions (hwd / in.) 2.5 x 5 x 3.5Unit Dimensions (hwd / cm) 6.35 x 12.7 x 8.89Unit Weight (lbs.) 1.6Unit Weight (kg)0.73Material of Construction MetalIntegrated Keyhole Mounting Tabs Metal end caps are fitted with keyhole mounting tabs for wallmount installationHousing Color Light grayReceptacle Color BlackColor (AC Line Cord)Light GrayOutlets Measurement (Center toDistance between vertical outlets = 38.66mmCenter)Keyhole Slot MountingDistance between horizontal tabs = 108.43mm; Distance between vertical tabs = 58.17mm Measurement (Center to Center)CERTIFICATIONSUL1449 3rd Edition (ACTested to UL1449 3rd Edition by ETLSuppression)cUL / CSA (Canada)Approved for Canada by ETLApprovals Exceeds IEEE 587 category A&B specificationsWARRANTYProduct Warranty Period (Worldwide)Lifetime limited warrantyConnected Equipment Insurance$25,000 Ultimate Lifetime Insurance(U.S., Canada & Puerto Rico)© 2017 Tripp Lite. All rights reserved. All product and company names are trademarks or registered trademarks of their respective holders. Use of them does not imply any affiliation with or endorsement by them. Tripp Lite has a policy of continuous improvement. Specifications are subject to change without notice. Tripp Lite uses primary and third-party agencies to test its products for compliance with standards. See a list of Tripp Lite's testing agencies:https:///products/product-certification-agenciesISOBAR2-6。
克劳克斯 GPL 206 安全数据表说明书
Version 6.5 Revision Date:09/12/2020SDS Number:1765206-00012Date of last issue: 02/20/2020Date of first issue: 06/23/2017SECTION 1. IDENTIFICATIONProduct name : Krytox™ GPL 206Product code : D1*******SDS-Identcode : 130000031500Manufacturer or supplier's detailsCompany name of supplier : The Chemours Company FC, LLCAddress : 1007 Market StreetWilmington, DE 19801 United States of America (USA) Telephone : 1-844-773-CHEM (outside the U.S. 1-302-773-1000)Emergency telephone : Medical emergency: 1-866-595-1473 (outside the U.S. 1-302-773-2000) ; Transport emergency: +1-800-424-9300 (outsidethe U.S. +1-703-527-3887)Recommended use of the chemical and restrictions on useRecommended use : LubricantRestrictions on use : For industrial use only.Do not use or resell Chemours™ materials in medical applica-tions involving implantation in the human body or contact withinternal body fluids or tissues unless agreed to by Seller in awritten agreement covering such use. For further information,please contact your Chemours representative.SECTION 2. HAZARDS IDENTIFICATIONGHS classification in accordance with the OSHA Hazard Communication Standard (29 CFR 1910.1200)Not a hazardous substance or mixture.GHS label elementsNot a hazardous substance or mixture.Other hazardsThe thermal decomposition vapors of fluorinated plastics may cause polymer fume fever with flu-like symptoms in humans, especially when smoking contaminated tobacco.SECTION 3. COMPOSITION/INFORMATION ON INGREDIENTSSubstance / Mixture : MixtureComponentsNo hazardous ingredientsVersion 6.5 Revision Date:09/12/2020SDS Number:1765206-00012Date of last issue: 02/20/2020Date of first issue: 06/23/2017SECTION 4. FIRST AID MEASURESIf inhaled : If inhaled, remove to fresh air.Get medical attention if symptoms occur.In case of skin contact : Wash with water and soap as a precaution.Get medical attention if symptoms occur.In case of eye contact : Flush eyes with water as a precaution.Get medical attention if irritation develops and persists.If swallowed : If swallowed, DO NOT induce vomiting.Get medical attention if symptoms occur.Rinse mouth thoroughly with water.Most important symptoms and effects, both acute and delayed : Inhalation may provoke the following symptoms: IrritationLung edemaEye contact may provoke the following symptoms Blurred visionDiscomfortLachrymationSkin contact may provoke the following symptoms: IrritationRednessProtection of first-aiders : No special precautions are necessary for first aid responders.Notes to physician : Treat symptomatically and supportively.SECTION 5. FIRE-FIGHTING MEASURESSuitable extinguishing media : Not applicableWill not burnUnsuitable extinguishing media : Not applicable Will not burnSpecific hazards during firefighting: Exposure to combustion products may be a hazard to health.Hazardous combustion prod-ucts : Hydrogen fluoridecarbonyl fluoridepotentially toxic fluorinated compounds aerosolized particulatesCarbon oxidesSpecific extinguishing meth-ods : Use extinguishing measures that are appropriate to local cir-cumstances and the surrounding environment.Use water spray to cool unopened containers.Remove undamaged containers from fire area if it is safe to do so.Version 6.5 Revision Date:09/12/2020SDS Number:1765206-00012Date of last issue: 02/20/2020Date of first issue: 06/23/2017Evacuate area.Special protective equipment for fire-fighters : Wear self-contained breathing apparatus for firefighting if necessary.Use personal protective equipment.SECTION 6. ACCIDENTAL RELEASE MEASURESPersonal precautions, protec-tive equipment and emer-gency procedures : Follow safe handling advice (see section 7) and personal pro-tective equipment recommendations (see section 8).Environmental precautions : Avoid release to the environment.Prevent further leakage or spillage if safe to do so.Retain and dispose of contaminated wash water.Local authorities should be advised if significant spillagescannot be contained.Methods and materials for containment and cleaning up : Soak up with inert absorbent material.For large spills, provide diking or other appropriate contain-ment to keep material from spreading. If diked material can be pumped, store recovered material in appropriate container.Clean up remaining materials from spill with suitable absor-bent.Local or national regulations may apply to releases and dispo-sal of this material, as well as those materials and items em-ployed in the cleanup of releases. You will need to determine which regulations are applicable.Sections 13 and 15 of this SDS provide information regarding certain local or national requirements.SECTION 7. HANDLING AND STORAGETechnical measures : See Engineering measures under EXPOSURECONTROLS/PERSONAL PROTECTION section.Local/Total ventilation : Use only with adequate ventilation.Advice on safe handling : Handle in accordance with good industrial hygiene and safetypractice, based on the results of the workplace exposure as-sessmentTake care to prevent spills, waste and minimize release to theenvironment.Conditions for safe storage : Keep in properly labeled containers.Store in accordance with the particular national regulations.Materials to avoid : No special restrictions on storage with other products.Further information on stor-age stability: No decomposition if stored and applied as directed.Version 6.5 Revision Date:09/12/2020SDS Number:1765206-00012Date of last issue: 02/20/2020Date of first issue: 06/23/2017SECTION 8. EXPOSURE CONTROLS/PERSONAL PROTECTIONIngredients with workplace control parametersContains no substances with occupational exposure limit values.Occupational exposure limits of decomposition productsComponents CAS-No. Value type(Form ofexposure) Control parame-ters / Permissible concentrationBasisHydrofluoric acid 7664-39-3 TWA 3 ppm2.5 mg/m³NIOSH RELC 6 ppm5 mg/m³NIOSH RELTWA 3 ppm OSHA Z-2TWA 0.5 ppm(Fluorine)ACGIHC 2 ppm(Fluorine)ACGIH Carbonyl difluoride 353-50-4 TWA 2 ppm ACGIHSTEL 5 ppm ACGIHST 5 ppm15 mg/m³NIOSH RELTWA 2 ppm5 mg/m³NIOSH REL Carbon dioxide 124-38-9 TWA 5,000 ppm ACGIHSTEL 30,000 ppm ACGIHTWA 5,000 ppm9,000 mg/m³OSHA Z-1TWA 5,000 ppm9,000 mg/m³NIOSH RELST 30,000 ppm54,000 mg/m³NIOSH REL Carbon monoxide 630-08-0 TWA 25 ppm ACGIHTWA 35 ppm40 mg/m³NIOSH RELC 200 ppm229 mg/m³NIOSH RELTWA 50 ppm55 mg/m³OSHA Z-1Engineering measures : Processing may form hazardous compounds (see section10).Ensure adequate ventilation, especially in confined areas.Minimize workplace exposure concentrations.Personal protective equipmentRespiratory protection : General and local exhaust ventilation is recommended tomaintain vapor exposures below recommended limits. Whereconcentrations are above recommended limits or areVersion 6.5 Revision Date:09/12/2020SDS Number:1765206-00012Date of last issue: 02/20/2020Date of first issue: 06/23/2017unknown, appropriate respiratory protection should be worn.Follow OSHA respirator regulations (29 CFR 1910.134) anduse NIOSH/MSHA approved respirators. Protection providedby air purifying respirators against exposure to any hazar-dous chemical is limited. Use a positive pressure air suppliedrespirator if there is any potential for uncontrolled release,exposure levels are unknown, or any other circumstancewhere air purifying respirators may not provide adequateprotection.Hand protectionRemarks : Wash hands before breaks and at the end of workday.Eye protection : Wear the following personal protective equipment:Safety glassesSkin and body protection : Skin should be washed after contact.Hygiene measures : If exposure to chemical is likely during typical use, provideeye flushing systems and safety showers close to the wor-king place.When using do not eat, drink or smoke.Wash contaminated clothing before re-use.SECTION 9. PHYSICAL AND CHEMICAL PROPERTIESAppearance : GreaseColor : whiteOdor : odorlessOdor Threshold : No data availablepH : 7Melting point/freezing point : 608 °F / 320 °CInitial boiling point and boilingrange: No data availableFlash point : Method: Pensky-Martens closed cupNot applicableEvaporation rate : Not applicableFlammability (solid, gas) : Will not burnUpper explosion limit / Upper : No data availableVersion 6.5 Revision Date:09/12/2020SDS Number:1765206-00012Date of last issue: 02/20/2020Date of first issue: 06/23/2017flammability limitLower explosion limit / Lowerflammability limit: No data availableVapor pressure : Not applicableRelative vapor density : Not applicableRelative density : 1.89 - 1.93 (75 °F / 24 °C)Solubility(ies)Water solubility : insolublePartition coefficient: n-octanol/water: Not applicableAutoignition temperature : No data availableDecomposition temperature : 572 °F / 300 °CViscosityViscosity, kinematic : Not applicableExplosive properties : Not explosiveOxidizing properties : The substance or mixture is not classified as oxidizing.Particle size : No data availableSECTION 10. STABILITY AND REACTIVITYReactivity : Not classified as a reactivity hazard.Chemical stability : Stable under normal conditions.Possibility of hazardous reac-tions : Hazardous decomposition products will be formed at elevated temperatures.Conditions to avoid : None known. Incompatible materials : None. Hazardous decomposition productsThermal decomposition : Hydrofluoric acidCarbonyl difluorideCarbon dioxideCarbon monoxideVersion 6.5 Revision Date:09/12/2020SDS Number:1765206-00012Date of last issue: 02/20/2020Date of first issue: 06/23/2017SECTION 11. TOXICOLOGICAL INFORMATIONInformation on likely routes of exposureSkin contactIngestionEye contactAcute toxicityNot classified based on available information.Skin corrosion/irritationNot classified based on available information.Serious eye damage/eye irritationNot classified based on available information.Respiratory or skin sensitizationSkin sensitizationNot classified based on available information.Respiratory sensitizationNot classified based on available information.Germ cell mutagenicityNot classified based on available information.CarcinogenicityNot classified based on available information.IARC No ingredient of this product present at levels greater than or equal to 0.1% is identified as probable, possible or confirmed human carcinogen by IARC.OSHA No component of this product present at levels greater than or equal to 0.1% is on OSHA’s list of regulated carcinogens.NTP No ingredient of this product present at levels greater than or equal to 0.1% is identified as a known or anticipated carcinogen by NTP.Reproductive toxicityNot classified based on available information.STOT-single exposureNot classified based on available information.STOT-repeated exposureNot classified based on available information.Aspiration toxicityNot classified based on available information.SECTION 12. ECOLOGICAL INFORMATIONEcotoxicityNo data availableVersion 6.5 Revision Date:09/12/2020SDS Number:1765206-00012Date of last issue: 02/20/2020Date of first issue: 06/23/2017Persistence and degradabilityNo data availableBioaccumulative potentialNo data availableMobility in soilNo data availableOther adverse effectsNo data availableSECTION 13. DISPOSAL CONSIDERATIONSDisposal methodsWaste from residues : Dispose of in accordance with local regulations.Contaminated packaging : Empty containers should be taken to an approved wastehandling site for recycling or disposal.If not otherwise specified: Dispose of as unused product. SECTION 14. TRANSPORT INFORMATIONInternational RegulationsUNRTDGNot regulated as a dangerous goodIATA-DGRNot regulated as a dangerous goodIMDG-CodeNot regulated as a dangerous goodTransport in bulk according to Annex II of MARPOL 73/78 and the IBC CodeNot applicable for product as supplied.Domestic regulation49 CFRNot regulated as a dangerous goodSECTION 15. REGULATORY INFORMATIONCERCLA Reportable QuantityThis material does not contain any components with a CERCLA RQ.SARA 304 Extremely Hazardous Substances Reportable QuantityThis material does not contain any components with a section 304 EHS RQ.SARA 302 Extremely Hazardous Substances Threshold Planning QuantityThis material does not contain any components with a section 302 EHS TPQ.SARA 311/312 Hazards : No SARA HazardsVersion 6.5 Revision Date: 09/12/2020SDS Number: 1765206-00012Date of last issue: 02/20/2020 Date of first issue: 06/23/2017SARA 313: This material does not contain any chemical components with known CAS numbers that exceed the threshold (De Minimis) reporting levels established by SARA Title III, Section 313.US State Regulations Pennsylvania Right To Know PFPE fluid Trade secretFluoropolymerTrade secretCalifornia Prop. 65WARNING: This product can expose you to chemicals including Pentadecafluorooctanoic acid, which is/are known to the State of California to cause birth defects or other reproductive harm. For more information go to . Note to User: This product is not made with PFOA nor is PFOA intentionally present in the product; however, it is possible that PFOA may be present as an impurity at background (environmental) levels.SECTION 16. OTHER INFORMATIONFurther information NFPA 704: HMIS® IV:HMIS® ratings are based on a 0-4 rating scale, with 0 representing minimal haz-ards or risks, and 4 representing signifi-cant hazards or risks. The "*" representsa chronic hazard, while the "/" represents the absence of a chronic hazard.Krytox™ and any associated logos are trademarks or copyrights of The Chemours Company FC, LLC.Chemours™ and the Chemours Logo are trademarks of The Chemours Company. Before use read Chemours safety information.For further information contact the local Chemours office or nominated distributors.Full text of other abbreviations ACGIH : USA. ACGIH Threshold Limit Values (TLV) NIOSH REL : USA. NIOSH Recommended Exposure Limits OSHA Z-1 : USA. Occupational Exposure Limits (OSHA) - Table Z-1 Lim-its for Air Contaminants OSHA Z-2 : USA. Occupational Exposure Limits (OSHA) - Table Z-2FlammabilityInstabilitySpecial hazard/HealthVersion 6.5 Revision Date:09/12/2020SDS Number:1765206-00012Date of last issue: 02/20/2020Date of first issue: 06/23/2017ACGIH / TWA: 8-hour, time-weighted averageACGIH / STEL: Short-term exposure limitACGIH / C: Ceiling limitNIOSH REL / TWA: Time-weighted average concentration for up to a 10-hourworkday during a 40-hour workweekNIOSH REL / ST: STEL - 15-minute TWA exposure that should not be exceededat any time during a workdayNIOSH REL / C: Ceiling value not be exceeded at any time.OSHA Z-1 / TWA: 8-hour time weighted averageOSHA Z-2 / TWA: 8-hour time weighted averageAIIC - Australian Inventory of Industrial Chemicals; ASTM - American Society for the Testing of Materials; bw - Body weight; CERCLA - Comprehensive Environmental Response, Compensation, and Liability Act; CMR - Carcinogen, Mutagen or Reproductive Toxicant; DIN - Standard of the German Institute for Standardisation; DOT - Department of Transportation; DSL - Domestic Sub-stances List (Canada); ECx - Concentration associated with x% response; EHS - Extremely Haz-ardous Substance; ELx - Loading rate associated with x% response; EmS - Emergency Schedule; ENCS - Existing and New Chemical Substances (Japan); ErCx - Concentration associated with x% growth rate response; ERG - Emergency Response Guide; GHS - Globally Harmonized Sys-tem; GLP - Good Laboratory Practice; HMIS - Hazardous Materials Identification System; IARC - International Agency for Research on Cancer; IATA - International Air Transport Association; IBC - International Code for the Construction and Equipment of Ships carrying Dangerous Chemicals in Bulk; IC50 - Half maximal inhibitory concentration; ICAO - International Civil Aviation Organiza-tion; IECSC - Inventory of Existing Chemical Substances in China; IMDG - International Maritime Dangerous Goods; IMO - International Maritime Organization; ISHL - Industrial Safety and Health Law (Japan); ISO - International Organisation for Standardization; KECI - Korea Existing Chemi-cals Inventory; LC50 - Lethal Concentration to 50 % of a test population; LD50 - Lethal Dose to 50% of a test population (Median Lethal Dose); MARPOL - International Convention for the Pre-vention of Pollution from Ships; MSHA - Mine Safety and Health Administration; n.o.s. - Not Oth-erwise Specified; NFPA - National Fire Protection Association; NO(A)EC - No Observed (Adverse) Effect Concentration; NO(A)EL - No Observed (Adverse) Effect Level; NOELR - No Observable Effect Loading Rate; NTP - National Toxicology Program; NZIoC - New Zealand Inventory of Chemicals; OECD - Organization for Economic Co-operation and Development; OPPTS - Office of Chemical Safety and Pollution Prevention; PBT - Persistent, Bioaccumulative and Toxic sub-stance; PICCS - Philippines Inventory of Chemicals and Chemical Substances; (Q)SAR - (Quanti-tative) Structure Activity Relationship; RCRA - Resource Conservation and Recovery Act; REACH - Regulation (EC) No 1907/2006 of the European Parliament and of the Council concern-ing the Registration, Evaluation, Authorisation and Restriction of Chemicals; RQ - Reportable Quantity; SADT - Self-Accelerating Decomposition Temperature; SARA - Superfund Amend-ments and Reauthorization Act; SDS - Safety Data Sheet; TCSI - Taiwan Chemical Substance Inventory; TSCA - Toxic Substances Control Act (United States); UN - United Nations; UNRTDG - United Nations Recommendations on the Transport of Dangerous Goods; vPvB - Very Persistent and Very BioaccumulativeSources of key data used to compile the Material Safety Data Sheet : Internal technical data, data from raw material SDSs, OECD eChem Portal search results and European Chemicals Agen-cy, http://echa.europa.eu/Revision Date : 09/12/2020The information provided in this Safety Data Sheet is correct to the best of our knowledge, infor-mation and belief at the date of its publication. The information is designed only as a guidance for safe handling, use, processing, storage, transportation, disposal and release and shall not beSAFETY DATA SHEET Krytox™ GPL 206Version 6.5 Revision Date:09/12/2020SDS Number:1765206-00012Date of last issue: 02/20/2020Date of first issue: 06/23/201711 / 11considered a warranty or quality specification of any type. The information provided relates only to the specific material identified at the top of this SDS and may not be valid when the SDS mate-rial is used in combination with any other materials or in any process, unless specified in the text. Material users should review the information and recommendations in the specific context of their intended manner of handling, use, processing and storage, including an assessment of the app-ropriateness of the SDS material in the user’s end product, if applicable.US / Z8。
IEC-61882标准中文版-《危险与可操作性分析（HAZOP-分析）应用指南》
IEC-61882标准中⽂版-《危险与可操作性分析（HAZOP-分析）应⽤指南》为了帮助有志于过程安全分析⼯作的朋友，本⼈将分期连载 IEC 61882标准中⽂版《危险与可操作性分析（HAZOP 分析）应⽤指南》。
国际标准 IEC 61882危险与可操作性分析（HAZOP 分析）应⽤指南（2001/5 第⼀版）国际电⼯委员会危险与可操作性分析（HAZOP 分析）应⽤指南前⾔1） IEC（国际电⼯委员会）是由所有的国家电⼯委员会组成为制订国际标准的国际组织。
IEC 的⽬的是为了增强在电⼯电⼦领域的标准化问题⽅⾯的国际合作。
⾄此，IEC 出版了国际标准。
这些国际标准的准备⼯作有赖于技术委员会的努⼒；所有对此标准感兴趣的且领域相关的国家委员会都参与了标准制定的准备⼯作。
与IEC 联系紧密的国际组织、政府和⾮政府组织也都参与了准备⼯作。
依照IEC 和国际标准化组织（ISO）所协商的条款，两组织进⾏密切的合作。
2）由IEC 制定的有关技术⽅⾯的正式决议，都最⼤可能地传达了与其相关的国际上的观点，因为技术委员会中有来⾃各个国家委员会的代表。
3）所产⽣的结论性⽂件，为技术在国际上的应⽤提供推荐意见，并以标准、技术说明、技术报告或指南的形式出版，⽽且被各国家委员会所承认。
4）为了促进国际上的⼀致性，IEC 国家委员会承担了将IEC 国际标准最⼤可能地应⽤于本国家或本地区的标准之中。
所有IEC 国际标准与国家或地区标准之间的不同点都将由国家委员会明确地指出。
5） IEC 不会提供认证，并不负责确认任何设备与标准的⼀致性。
6）值得注意的是，国际标准中可能有些涉及到专利问题。
IEC 不负责与这些专利相关的问题。
国际标准IEC 61882 由IEC 第56 技术委员会制定，具有可靠性。
标准的制定基于以下⽂件：FDIS Report on voting56/731/FDIS 56/733/RVD有关标准制定过程中的表决⽅式等详细信息，可以参看上表中的表决报告⽂件。
iec60068-2-5标准中文版
iec60068-2-5标准中文版IEC 60068-2-5是国际电工委员会（IEC）制定的关于环境试验标准的一部分，其官方中文译名为《电工电子产品的环境试验-第2部分：试验E:冷度》，是一项针对电工电子产品在低温环境下进行测试的国际标准。
本文将就IEC 60068-2-5标准的背景、内容及应用做进一步介绍。
首先，IEC 60068-2-5标准的背景。
电工电子产品是现代社会中必不可少的设备，而它们在使用过程中可能会受到各种环境因素的影响，如温度、湿度、振动等。
为了确保这些产品的稳定性和可靠性，需要对其进行一系列的环境试验。
其中，低温环境对电子产品的性能具有重要影响，因此需要制定相关的测试标准来评估电子产品在低温环境下的性能表现。
接下来，IEC 60068-2-5标准的内容。
该标准主要包括以下几个方面的内容：试验设备的要求和分类、试验样品的准备、试验方法、试验过程和评估标准。
在具体试验方法中，标准规定了试验温度范围、试验时间和试验样品的放置方式等。
同时，还包括了一些补充信息，如一些可能对试验结果产生重要影响的因素等。
总的来说，IEC60068-2-5标准旨在通过低温试验评估电工电子产品在低温环境下的耐受能力和性能表现。
最后，IEC 60068-2-5标准的应用。
这项标准主要应用于电工电子产品的设计、制造和质量控制过程中。
通过在低温环境下进行试验，可以对电子产品在寒冷条件下的性能表现进行评估，以发现可能存在的问题并进行改进。
此外，该标准还可用于产品的认证和检验环节，确保产品符合相应的质量和安全标准。
同时，供应商和消费者也可参考该标准对电子产品的低温适用性进行评估和选择。
综上所述，IEC 60068-2-5标准是一项关于电工电子产品在低温环境下进行试验的国际标准。
该标准的制定旨在评估电子产品在低温环境下的耐受能力和性能表现，有助于产品的设计、制造和质量控制。
通过遵循该标准，可以确保电子产品在低温环境下的可靠性和稳定性，满足用户的需求。
亚希悉尼公司产品数据手册-诱导类型A诱导阀类型AN说明书
Diaphragm Valve Type AN (Pneumatic Type)FeaturesBasic specifications- Valve Type ： Diaphragm Valve Type AN- Size： 15 mm - 50 mm (1/2 inch – 2 inch) - Body Material ： U-PVC (Conforming to ASTM D1784 Cell Classification 12454A)C-PVC(Conforming to ASTM D1784 Cell Classification 23567-A) PP (Conforming to ASTM D4101 Cell Classification PP0210B67272) PVDF/EL-PVDF(Conforming to ASTM D3222 Cell Classification Type II)- Seal Material / Diaphragm ： EPDM, PTFE, FKM etc.- Connection/ Flanged ： JIS B2220 10K, DIN/EN1092-1 PN10, ANSI B16.5 CLASS150Note ： *The maximum working pressure is the value including the water hammer pressure. Be careful that themaximum working pressure is not exceeded during use.Concerning the allowable pressure for each temperature, material and actuator type, see the technical documents at the next page of this sheet.- Near-Linear flow characteristics- A new type of rubber having a high reliability in leakage prevention is used for the diaphragm and cushion.- The original design achieves high sealing performance with low torque.- Bayonet structure allowing quick diaphragm replacement -Equipped with a bottom stand allowing easy and secure replacement.Working Pressure (Normal temperature)MPa { psi }FLANGEDU-PVC 0 ~ 60{ 30~140 } 1.0 { 150 }○C-PVC 0 ~ 90{ 30~195 } 1.0 { 150 }○PP-20 ~ 90{ -5~195 } 1.0 { 150 }○PVDF/EL-PVDF-40 ~ 120{ -40~250 }1.0 { 150 }○Connection methodBody Material Fluid Temperature℃ { ℉ }Working pressure vs. TemperatureNote : Make sure that the temperature and pressure are within the working range during operation.(If the tolerance range is exceeded during use, the valve may be damaged.)AUTOMATIC PNEUMATICDOUBLE ACTING / AIR TO CLOSE： 15mm-50mm(1/2"-2")AIR TO OPEN： 15mm-40mm(1/2"-11/2")AIR TO OPEN RUBBER ： 50mm(2")1.0 1.0{150}{150}0.50.5{70}{70}0.00.0M A X I M U M W O R K N G P R E S S U R E M P a {p s i }M A X I M U M W O R K N G P R E S S U R E M P a {p s i }{-40}{-5}{30}{70}{105}{140}{175}{210}{250}{-40}{-5}{30}{70}{105}{140}{175}{210}{250}TEMP. ﾟC {ﾟF}TEMP. ﾟC {ﾟF}-40-200-40-2002040602040801001206080100120AUTOMATIC PNEUMATICAIR TO OPEN： 50mm(2")1.0{150}0.5{70}0.0M A X I M U M W O R K N G P R E S S U R E M P a {p s i }{-40}{-5}{30}{70}{105}{140}{175}TEMP. ﾟC {ﾟF}{210}{250}80100120-40-200204060Product dimension2-M5 Tops DEPTH72-M5 Tops DEPTH72-M5 Tops DEPTH72-ΦS1 Depth S2Parts listIn case material of Diaphragm is PTFEIn case material ofdiaphragmis PTFE with cushion cover.Face of Air Supply (Air to Shut)Face of Air Supply (Air to Open)Diaphragms except EPDM and PTFE are available in FKM, VIFLON®C (FKM-C), VIFLON®F (FKM-F), CSM and NBR when required.The shape and appearance of assembly differ a little with nominal size compared to this drawing.QTYMATERIALQTY MATERIAL QTY MATERIAL11PVC, C-PVC, PP, PVDF 34CYLINDER BODY1PPG 44O-RING ( D )1NBR 31EPDM, PTFE, OTHERS 34a INSERTED METAL OF CYLINDER BODY 1COPPER ALLOY 45O-RING ( E )1NBR 3a 1STAINLESS STEEL 35CYLINDER BONNET1PPG46O-RING ( F )1NBR 41EPDM35a INSERTED METAL OF CYLINDER BONNET (A)1STAINLESS STEEL 47NIPPLE 1COPPER ALLOYUser for PTFE Diaphragm 35b INSERTED METAL OF CYLINDER BONNET (B)8COPPER ALLOY User for Air to Shut and Air to open 51Nothing, PVDF 35c SCREWED METAL OF CYLINDER BONNET 2STAINLESS STEEL 48SPRING ( A )1STAINLESS STEEL(SWOSM-B)User for PTFE Diaphragm 36CYLINDER DIAPHRAGM 1NBRUser for Air to open61PVDF37CYLINDER DIAPHRAGM PLATE 2STAINLESS STEEL 49SPRING ( B )1STAINLESS STEEL(SWOSM-B)71STAINLESS STEEL 38CONICAL SPRING WASHER (B)1STAINLESS STEEL User for Air to open111PC 39BOLT ( A )8STAINLESS STEEL 50SPRING ( C )1STAINLESS STEEL(SWOSM-B)141EPDM40BOLT ( B )4STAINLESS STEEL User for Air to Shut 211STAINLESS STEEL 41INDICATING ROD 1STAINLESS STEEL 107LOCK NUT 2STAINLESS STEEL 311COPPER ALLOY 43STOPPER1STAINLESS STEEL165WASHER ( A )1STAINLESS STEEL331COPPER ALLOYJOINTCOMPRESSOR CUSHION COVER CUSHION INSERTED METAL OF DIAPHRAGMCOMPRESSOR PUSHING PLATESTEM ( A )NUT O-RING ( A )GAUGE COVERPART NO./NAMEDIAPHRAGMBODY PART NO./NAME PART NO./NAMETechnical Data of ActuatorBASIC SPECIFICATIONSOPERATING PRESSURE AIR CONSUMPTION AIR SUPPLY BOREOPERATING PRESSURE AIR CONSUMPTION AIR SUPPLY BOREOPERATING PRESSURE AIR CONSUMPTION AIR SUPPLY BOREAIR TO CLOSEACTUATOR TYPERc1/4Rc1/4MPa1.81.96.16.3NI/OPEN & CLOSE (0.4MPa)0.4-0.6UNIT AN-1ASAN-2ASAN-3ASAN-4ASRc1/4AIR TO OPENACTUATOR TYPEUNIT AN-1AOAN-2AOAN-3AOAN-4AOMPa0.83.4NI/OPEN & CLOSE (0.4MPa)0.4-0.6DOUBLE ACTINGACTUATOR TYPE UNIT AN-1DAAN-2DA AN-3DAAN-4DA0.4-0.6MPa2.62.79.69.8NI/OPEN & CLOSE (0.4MPa)OPTION COMBINATIONCOMBINATION NO.1 *42 *434 *456789SOLENOID VALVE *1○－－○○－○－－FILTER REGULATOR －－－○－－○－○SPEED CONTROLLER *2◎○－◎◎○◎－－LIMIT SWITCH *3－－○－○○○－－POSITIONER (E/P,P/P)－－－－－－－○○Lightweight and compact size due to plastic actuator. Air piping is compatible with NAMUR standard.Options are easily removable/ replaceable and can be mounted later (except positioner) . Equipped with stopper that can be adjusted at full closed position..*1 Equipped with a built-in speed controller and bypass valve. *2 ◎ indicates solenoid valve-dedicated type.*3 When using the limit switch at 1 to 100 mA or 5 to 30V, contact our sales office in your area.*4 The "full opening adjustment" and "manual override (air to open only)" are available only for the combination No. 1, 2 and 4.Cv value for each opening degreeProduct weightProduct model code listInstallation, Operation and Maintenance ManualFor details of Installation, Operation and Maintenance, please contact our nearest distribution agent or sales office.A 14TYPE 14-------------------------AUTOMATICVALVE--------------------------------。
SAE USCAR-2-2013第6版中文
汽车电连接器系统性能规范SAE/USCAR-2第6版2013.2ISBN:978-0-7680-7998-2SAE/USCAR-2第6版颁布日期1997年8月修订日期2013年2月汽车电连接器系统的性能规范目录1.范围 (3)2.试验顺序 (3)3.参考文档 (3)3.1文件的层次 (3)3.2零件图 (4)3.3产品设计规范 (4)3.4测试要求/指令 (4)3.4.1样品,测试类型,和特殊测试 (4)3.4.2测试要求/指令说明 (4)3.4.3性能和耐久性测试说明 (4)3.5本规范中所提到的文档 (4)4.一般要求 (5)4.1纪录保存 (5)4.2样品文件 (5)4.3样品数量 (5)4.4默认测试公差 (5)4.5设备 (6)4.6测量精确度 (6)4.7测试重复性&校准 (6)4.8一致性测定 (7)4.9样品的处置 (7)4.10零件的耐久性 (7)5.测试和验收要求 (7)5.1总则 (7)5.1.1性能要求 (7)5.1.2尺寸特性 (7)5.1.3材料特性 (7)5.1.4分类等级 (8)5.1.5试验端板&直接连接组件 (9)5.1.6端子样品准备 (10)5.1.7连接器和/或端子循环 (10)5.1.8外观检验 (11)5.1.9电路连续性监测 (12)5.1.10多腔(垫)导体密封样品准备 (14)The research data,analysis,conclusion,opinions and other contents of this document are solely the product of the authors.Neither the SAE International(SAE)nor the United States Council for Automotive Research(USCAR)certifies the compliance of any products with the requirements of nor makes any representations as to the accuracy of the contents of this document nor to its applicability for purpose.It is the sole responsibility of the user of this document to determine whether or not it is applicable for their purposes.Copyright©2013USCAR Printed in U.S.A. All rights reserved.QUESTIONS REGARDING THIS DOCUMENT:(248)273-2470FAX(248)273-2494TO PLACE A DOCUMENT ORDER:(724)776-4970FAX(724)776-07905.2端子机械测试 (14)5.2.1端子到端子的啮合/分离力 (14)5.2.2端子抗弯性 (15)5.3端子-电器性能试验 (17)5.3.1干电路电阻 (17)5.3.2电压降 (19)5.3.3最大试验电流能力 (21)5.3.4电流循环 (24)5.4连接器-机械性能试验 (25)5.4.1端子至连接器插入/保持和前止力 (25)5.4.2连接器至连接器插入/拔出/保持/锁扭转力(非辅助) (29)5.4.3连接器到连接器的插拔力(机械辅助) (31)5.4.4极性特征有效性 (34)5.4.5混合组件的啮合分离力 (35)5.4.6振动/机械冲击 (37)5.4.7连接器到连接器可听见的咔哒响 (44)5.4.8连接器跌落测试 (44)5.4.9模腔损坏系数 (45)5.4.10端子/型腔极性测试 (46)5.4.11连接器安装特征机械强度 (47)5.4.12机械辅助完整性–(仅有机械辅助的连接器) (49)5.4.13连接器密封保持-未插合的连接器 (50)5.4.14连接器密封保持-插合的连接器 (52)5.5连接器-电气性能测试 (52)5.5.1绝缘电阻 (52)5.6连接器环境测试 (53)5.6.1热冲击 (53)5.6.2温湿度循环 (54)5.6.3高温暴露 (55)5.6.4耐流体性能 (56)5.6.5浸泡 (57)5.6.6压力/真空泄露 (58)5.6.7高压喷射 (60)5.7端板测试 (61)5.7.1端板插针保持力 (61)5.8剧烈任务试验 (63)5.9测试顺序 (63)5.9.1一般说明 (63)5.9.2测试流程图 (63)5.9.3端子机械性能测试顺序 (64)5.9.4端子电气性能测试顺序 (64)5.9.5连接器系统机械性能测试顺序 (64)5.9.6连接器系统电气性能测试顺序 (65)5.9.7密封性连接器系统环境性能测试顺序 (66)5.9.8非密封性连接器系统环境性能测试顺序 (67)5.9.9独立密封性能测试顺序 (67)6.附录 (68)6.1附录A:术语 (68)6.2附录B:缩略语 (70)6.3附录C:对于新的或移动工具和材料变更的测试 (72)6.4附录D:对于新的/现有的端子或连接器设计的测试 (73)6.5附录E:来源列表 (74)6.6附录F:设计说明:温度和额定电流 (75)6.7附录G:修订 (76)1.范围本规范中包含的程序旨在涵盖在低电压（0-20VD C）道路车辆应用中组成电气连接系统的电气终端、连接器和部件的开发、生产和现场分析的所有阶段的性能测试。
USCAR-2(中文第5版)-2009[1].03.17
![USCAR-2(中文第5版)-2009[1].03.17](https://img.taocdn.com/s3/m/7ac4642addccda38366baf34.png)
研究数据、分析、结论、观点和本文的其他内容仅仅是作者的产品。
无论是汽车工程师协会(SAE)还是美国汽车研究委员会(USCAR)都不会出具任何证明某些产品符合基本要求的证书，也不会对本文内容的准确性和适用性作任何介绍。
确定本文内容是否适用于自己的目的，完全是本文用户责任。
版权 2004, USCAR 美国印刷版权所有有关本文件的问题： (724) 772-8545 传真 (724)776-0243要订购文件： (724) 776-4970 传真 (724) 776-0790图5.1.5:A－方法1 毫伏导线附件也许可能发生这样的情况：被连接的电气部件或设备本身不能承受与它们所连接的连接器能够承受的试验。
在这种情况下，必须获取设备的连接器插座（容器）部分的样品。
然后执行试验需要的连接并进行密封。
为了测试对插端的完整性，设备中的漏洞需要密封。
这样的对设备的修改是适当的，但必须形成文件体现在测试报告中。
在任何情况下如果发生偏离正常试验性能规格的情况，应当向授权人咨询并且必须得到他的认可。
5.1.6 端子样品准备用来试验的端子是指用推荐的制造工具机械压接好导线的端子。
根据各自的端子类型和线径规格，压接尺寸物理特性和机械拉脱力必须在规定的容许公差范围内。
在单独的试验程序中，如果没有其他特殊说明，导线的导体部分和绝缘体部分都要压接。
如果适用，使用适当的电线密封件。
按照制造商推荐的装配标准装配绝缘替代类型的端子。
当试验具有对插端的端板类型的连接器时，只需准备插座连接器样品（参考5.1.5部分）。
记录具有代表性的每一批端子样品的压接高度和压接宽度（不包括绝缘替代类型的端子），并且为了跟踪和后期验证的需要对样品进行编号。
根据SAE/USCAR-21：电线到端子的电气压接性能标准，端子的压接状况应该被试验和验证。
表5.1.9.3 电路监控的通用方式图表5.1.9.3 连接器环境试验设备验收标准在那些需要的连贯性监控的地方，电流的连续性不能间断（在任何电阻器电流低于微秒。
2 PfG 116908.2007中文版
2 PfG 1169/08.2007要求使用光伏发电的系统的电缆目录前言。
3 1．范围。
3 2．规范性引用文件。
3 3．定义和术语。
5 4．无卤光伏电缆。
6 4．1指定代码。
6 4.2特性。
6 4.3结构。
6 4.4测试。
8 4.5使用指南（资料）。
8 4.6电缆载流量。
9 附录（A）规范性，试验。
15 附录（B）规范性无卤素测试。
16 附录（C）规范性卤素含量测定—元素测定。
17 附录（D）规范性长期绝缘电阻和直流电阻测定。
19 附录（E）规范性热冲击试验。
20 附录（F）规范性水渗透测试。
21 附录（G）规范性凹痕测试。
23 图1-标识的安排。
8 图F1-渗透试验安排。
22 表1-PV电缆载流量。
9 表2-换算不符合温度因素。
9 表3-无卤光伏电缆测试。
10 表4-无卤绝缘和护套化合物要求。
13 表A1-要求。
15 表B.1 - 试验方法，测量，要求.。
16 表B.2 - 测试序列。
16 表E.1 - 冷热冲击试验的参数.。
20前言德国莱茵TUV的测试规范将被用于在光伏系统中使用的电缆的测试和评估（PV）型电缆1范围2PFG1169/08.2007在光伏发电系统的直流侧的使用，适用于灵活的单芯电缆（线）1,8千伏直流（导线/导体，非接地系统），最大允许电压。
该电缆是在安全等级Ⅱ使用。
允许多种结构连接电缆。
该电缆的工作温度允许90℃2规范性引用文件以下引用的文件对本文件的应用是必不可少的。
凡是注日期文献，仅引用的版本适用。
凡是不注日期的引用，引用的最新版本文件（包括任何修订）适用。
符合IEC 60364-5-52，架设低压装置，第5部分：电气设备的选择和安装，第52章：布线系统EN50267-2-1，在火灾条件下电缆的通用测试方法–电缆材料燃烧排放气体试验- 第2-1部分：程序- 卤酸气体含量的测定;EN50267-2-2，在火灾条件下电缆的通用测试方法-电缆材料燃烧的气体排放试验- 第2-2部分：程序- 测定气体的酸度程度通过测量pH值和电导率的材料EN50305铁路应用- 铁路机车车辆电缆具有特殊的防火性能- 测试方法EN50395，低压电力电缆的电气试验方法;EN50396，低压电力电缆的电气试验方法;EN60068-2-78，环境试验- 第2-78：测试测试机车：湿热，稳态（IEC 60068 - 2-78）EN60216-1，电气绝缘材料- 耐热性能- 第1部分：老化程序和试验结果（符合IEC 60216-1）评价;EN60216-2，电气绝缘材料- 耐热性能- 第2部分：测定电气绝缘材料耐热性能- 测试标准（符合IEC 60216-2）的选择;EN60228，绝缘电缆导体（符合IEC 60228）EN 60332-1-2，对电气和光纤电缆在火焰条件下的试验- 第1-2部分：垂直测试火焰蔓延的单根绝缘电线或电缆- 过程1 kW预混合火焰;（符合IEC 60332-1 - 2）EN 60684-2，柔性绝缘护套- 第2部分：试验方法（IEC 60684-2）EN 60811-1-1，绝缘和护套电力电缆材料- 通用试验方法第1-1部分：一般应用- 测量厚度和外形尺寸- 试验确定（符合IEC 60811-1-1）的力学性能EN 60811-1-2，绝缘和护套电缆和光缆用材料- 通用试验方法。
ISO 8062 Rev -翻译
ISO 8062铸件—尺寸公差和加工余量系统1994年4月1日2008-12 翻译(仅供参考，解释以原文为准)介绍本标准相关于金属及其合金铸件的公差等级和加工余量等级的系统。
一个铸件指定的公差可以决定铸造方法。
因此建议，在设计或下订单完成之前，客户要与铸造方讨论：a) 建议的铸件设计和精度要求；b) 加工要求；c) 铸造方法；d) 生产的铸件数量；e) 涉及的铸造设备；f) 任何指明的要求，比如基准系统、个别尺寸公差、形位公差、圆角半径公差和具体的加工余量；g) 是否有其他标准更适合该铸件。
注1 进一步的探讨，有关金属铸型（重力-和低压）、压力铸造和精密铸造，要进行。
因为铸件的尺寸精度相关于生产元素、公差等级，这些可以有不同的方法和金属，详见附录A：a) 长期和大批量生产，这里的铸造设备的开发、调试和维护，有可能获得较紧的公差；b) 短期和单件生产。
常用要求的加工余量等级信息见附录B。
1. 范围本标准指明了铸件尺寸的公差等级和要求的加工余量等级系统。
可适用于各种铸造工艺生产的金属及其合金的铸造尺寸[也可以见介绍g)和第5节]。
本标准即适用于图纸上标的通用公差和/或者要求的加工余量，也适用于标在个别具体尺寸上的公差和/或者要求的加工余量（见第11节）。
当铸造方提供模具或胎具、或承担提供模具/胎具的义务时，适用所指定的系统。
2. 参考标准下述标准包含的条款，参考本文，构成了本标准。
在发行的时候，所指的版本为有效的。
所有标准服从于版本，基于本标准的协议双方应当使用最新版本。
IEC 和ISO成员拥有最新有效版本的注册。
ISO 286-1:1988，ISO极限与配合系统—部分1：公差、偏差和配合的基础。
ISO 1302:1992，技术图纸—标注表面粗糙度的方法。
3. 定义本标准将用如下条件和定义。
3.1 基本尺寸：加工前毛坯的尺寸（见图1），必要的加工余量要包括（见图2）。
图1 —图纸标识（见第4节）图2 —公差极限3.2 尺寸公差：[见ISO 286-1]3.3 要求的加工余量，RMA：在铸件毛坯上，一个允许在下面加工时去掉的材料表面余量、允许加工得到要求的表面粗糙度和必要的尺寸精度。
02560442-000;中文规格书,Datasheet资料
HCD Series– Hermetically Sealed DC LVDT∙ Hermetically sealed, all welded ∙ Stainless steel housing ∙ High level ±10VDC output∙ Stroke ranges from ±0.05 to ±10 inches ∙ Shock and vibration tolerant ∙ MS style connector∙ IEC IP68 rating to 1,000 PSI [70 bars] ∙Captive core optionDESCRIPTIONThe HCD Series hermetically sealed DC operated LVDTs are the perfect choice for high performance measurements in environments containing moisture, dirt, and fluid contaminants. Operating on a nominal ±15VDC supply, these heavy-duty LVDTs deliver an extremely linear, low noise, yet high frequency response ±10VDC output.The integral electrical connector (welded, glass-sealed MS type) provides for easy installation and allows replacing a damaged cable without sacrificing the sensor.The HCD is available in stroke ranges of ±0.05 inch [±1.27mm] up to ±10 inches [±254mm], and with a number of standard options including imperial or metric threaded core, guided core and captive core.Like in most of our LVDTs, the HCD windings are vacuum impregnated with a specially formulated, high temperature, flexible resin, and the coil assembly is potted inside its housing with a two-component epoxy. This provides excellent protection against hostile environments such as high humidity, vibration and shock.Captive core option: The HCD features an optional captive core design (available for most models) that greatly simplifies installation. The core rod and bearing assembly includes a Bronze bearing on the front end for self-alignment, while a PTFE sleeve allows low-friction travel through the stainless steel boreliner (spool tube). The core rod and the bearing assembly are both field serviceable.Also see our other LVDT models with built-in signal conditioning: DC-EC (±DC voltage), DC-SE (single-ended DC voltage), HC-485 (RS485 Digital Series) and the HCT-IS (Intrinsically safe, 4-20mA, 2-wire loop).Measurement Specialties, Inc. (NASDAQ MEAS) offers many other types of sensors and signal conditioners. Data sheets can be downloaded from our web site at: /datasheets.aspxMEAS acquired Schaevitz Sensors and the Schaevitz ®trademark in 2000.FEATURESAPPLICATIONS∙ All-welded stainless steel construction ∙ Harsh industrial environments∙ Shock and vibration tolerant ∙ Pressurized installations up to 1,000 psi ∙ Low noise, ±10VDC output ∙ Paper processing mills∙ Double magnetic shielding∙ Roller gap position feedback ∙ MS type connector (MIL-C-5015)∙Automated test systems∙Calibration certificate supplied with each unit ∙X-Y Positional FeedbackPERFORMANCE SPECIFICATIONSNotes:All values are nominal unless otherwise notedDimensions are in inch [mm] unless otherwise notedFR: Full Range is the stroke range, end to end; FR=2xS for ±S stroke rangeFSO (Full Scale Output): Largest absolute value of the outputs measured at the ends of the range WIRING INFORMATIONA through F: Connector pin assignmentsMECHANICAL SPECIFICATIONS – NON CAPTIVE CORE (STANDARD)MECHANICAL SPECIFICATIONS – CAPTIVE CORE OPTIONDimensions are in inch [mm]ORDERING INFORMATIONNote: Add multiple option dash numbers together to determine proper ordering suffixExample: HCD 1000, ±1 inch, with captive core and metric threaded connecting rod, P/N 02560444-206Refe r to our “ Accessories for LVDTs” data sheet for our LVDT signal conditioning instrumentation and other accessories. TECHNICAL CONTACT INFORMATIONThe information in this sheet has been carefully reviewed and is believed to be accurate; however, no responsibility is assumed for inaccuracies. Furthermore, this information does not convey to the purchaser of such devices any license under the patent rights to the manufacturer. Measurement Specialties, Inc. reserves the right to make changes without further notice to any product herein. Measurement Specialties, Inc. makes no warranty, representation or guarantee regarding the suitability of its product for any particular purpose, nor does Measurement Specialties, Inc. assume any liability arising out of the application or use of any product or circuit and specifically disclaims any and all liability, including without limitation consequential or incidental damages. Typical parameters can and do vary in different applications. All operating parameters mus t be validated for each customer application by customer’s technical experts. Measurement Specialties, Inc. does not convey any license under its patent rights nor the rights of others.分销商库存信息: MEASUREMENT-SPECIALTIES 02560442-000。
iec60068-2-2中文版对应国标
标准IEC60068-2-2中文版对应国标标准IEC60068-2-2是一项国际标准，用于测试和评估电子产品以及电气产品的耐压性能，它确定了电子产品所受强电压的安全边界。
IEC60068-2-2中文版对应的国家标准有GBT23564，GBT28068-2，GBT27436，GBT33560和GBT8780等。
GBT23564GBT23564作为一项国家标准，提供了一系列检测方法，用于检测电子电工产品的抗电压性能。
该标准适用于检测机电设备、控制装置、信号传输系统和电气部件等电子产品的抗强电压性能。
根据该标准，为了测试电子电工产品的抗电压性，相关实验工作应进行如下：•测试电子产品的极限电压值；•测试其耐受故障电压值；•检查其机械受力强度；•检查其机械类型；•检查电源模式；•检查施加电压时所采取的相关安全措施。
GBT28068-2GBT28068-2也是一项国家标准，针对于电工电子产业电压测试提供了详细的实验设置和方法，为电子电工产品的抗电压性能测试提供强有力的技术支撑。
根据该标准，实验设备应进行如下工作：•根据相关规定，使用符合IEC6038的仪器、设备，对电源进行核查；•根据相关规定，使用正确的测试方法，对抗电压性能进行核测；•根据规定，测量和记录检测过程中所记录的各项参数；•根据IEC60379的要求，测量电压分配系统的电参数；•根据IEC-592的要求，采用触发电压测试方法，测量产品的触发分量的大小；•根据相关国家标准，采用隔离/受限/平整电压测试方法，评价产品的电压隔离能力和平整电压的变化；•根据IEC60420的要求，以及根据相关国家标准，采用独立/限定/夹持电压测试方法，评价电压依赖成分的独立性和夹持变化；•根据测试结果，对电子电气产品进行严格判定，编制有关报告；•记录并保存测试记录，以供未来使用。
GBT27436GBT27436是一项国家标准，主要产品日用器具，应用于家用、商用和工业环境中的家用电器，设计用于检测家用电器的耐压性能。
译文-bs-8204-6-2008解析
〔PS：非常不确定的地方有用下划线标出来，后面的括号里附有原文。
〕刮板、基层和在-原位地板-第6局部: 合成树脂地板——实施规程目录前言简介 11 适用范围 12 参考文献 23 术语及定义 34 信息交流和进度表 45 原材料 66 设计77 混凝土基层和细石刮板的设计和制备238 工作现场279 成品地板的起泡3110 健康和平安3311 检验和测试3312 养护35附加附录一〔标准〕树脂水磨石地板的设计和安装36文献目录41插图目录图1-典型的接缝运动18图2-典型的接缝过渡20图3-典型的不锈钢排水通道21图4-典型的地对墙接缝22图5-典型的供用通道23表格目录表1-合成树脂地板的种类8表2-外表规律的分类16简介“树脂〞一词由“环氧树脂〞得来，最早的树脂地板便是以这种化合物为根底的。
现在，许多不同种类的合成树脂被用于制备树脂地板，但是它们都有一个共同的特征，那就是聚合或固化反响都是在原地发生从而生成合成树脂成品。
合成树脂地板在很大的厚度范围内都是可用的，从薄层底板到高强度的工业防护涂层。
相对于混凝土根底应用，合成树脂地板可提供一个性能大大提升的无缝外表。
混凝土耐磨层在很多工业条件下都符合使用要求，但不太满足特定的要求如耐化学腐蚀、卫生、易清洁、耐高冲击和磨损。
合成树脂地板的主要特性可概括如下：1）和混凝土基层的粘合牢固且永久；2）抗多种化学腐蚀；3）液体不渗透性；4）坚韧、耐用性、弹性和耐冲击性或磨损；5）卫生而且外表容易清洗；6）抗裂性；7）应用厚度很薄；8）可快速安装且养护时中断正常使用时间最短。
1 适用范围BS 8204的这局部给出了在-原位合成树脂地板的设计和安装的建议，它是基于液体合成树脂粘结剂，其中的固化反响被树脂成分的化学反响所替代，常用于建筑内部。
合成树脂地板是直接粘合到现浇混凝土板、聚合物改性水泥基、细石混凝土刮板和原有的混凝土地面。
附录1给出了树脂水磨石地板的设计和安装的建议。
GMW14668中文版
2007 年 2 月
第2页 共6页
GM 全球工程标准 成品材料规范 SWELL 内部使用
烤箱内至少一小时。 F，把零件暴置在 25±1.5℃条件下至少 15min . G, 步骤 C 至步骤 F 为一个热循环，再重复 做三次 C 至 F 循环，共 4 个循环。按照 3.3.2.3 评价要求进行每次循环后的检查。 H, 考虑到电镀层的覆盖性能，在做完四个 热循环之后，在电镀层上刻个 X，刻线要求 穿透镀层，并达到基底材料边界面，用大约 20mm 宽，如 GMW14829 中描述的压力敏感型 胶带贴在 X 上（留足手指位），在 90 度方向 迅速剥离胶带，检查镀面是否有镀层翘起。
有例外，一般情况下会由通用指定的电镀检
查方在产品图纸上做出具体说明，或者给出
其他稍有偏离的数据。这些外例，必须仍然
满足所规定的抗腐蚀测试时间。
表一
相对于镍层总厚度
镍层类型
双层
三层
底层(半光镍)
60-80%注释 1 50-70%
中间层(高活性镍)
≤10%
上层 (亮光镍)
20-40%
≥30%
注释 1：如果镍层总厚度＜20um，该半光镍层至少
800 裂纹/cm，并在各个方位提供一格封闭的
均匀区。
3.2.4 附加要求 不适用。 3.3 性能要求 3.2.1 化学方面要求 不适用。 3.2.2 物力方面要求 3.3.2.1 附着力 3.3.2.1.1 锯研测试 电镀的塑料零件按照
ASTM B571，锯研测试进行实验。必须没有 明显的镀层翘起与剥离现象。然后在锯切边 沿贴置一块大概 10-20mm 宽的拉力胶带（在 GMW14829 中有详细描述）注意留出一个 手指位用来拉脱胶带，最后用手按 90 度方 向迅速拉脱胶带，以评估有无明显的镀层翘 起。
ISO11898-2
道路车辆-CAN-第二部分：高速介质访问单元2013-12-011 范围此部分定义了高速（发送速率高达1Mbps）介质访问单元（MAU）和一些介质依赖特性（基于ISO8802-3），包括CAN的物理层；一种应用于道路车辆中的串行通信协议支持分布式实时控制和多路复用；2 标准参考以下参考文档诊断这个文档的应用是独立的。
对于数据参考，仅参考译文。
对于未标日期的参考，参考最新的译文（包括任何修正）。
ISO 7637-3:1995，道路车辆-传导导和耦合引起的电干扰-第三部分：正常12V或24V供电的车辆-除电源线外通过电容或电感耦合的电气瞬态传输ISO/IEC 8802-3，信息技术-系统间的电信通信及信息交换-局域网和城域网-特性需求-第三部分：载波监听多路访问/冲突检测方法（CSMA/CD）和物理层规定。
ISO 16845，道路车辆-控制器区域网络（CAN）-一致性测试计划3 术语和定义针对此文档，应用如下术语和定义3.1 总线电压V CAN_L和V CAN_H定义每个单独CAN节点的总线CAN_L和CAN_H相对于地的电压。
3.2 共模总线电压范围如果接到总线的CAN节点达到最大数量，为保证正常通信，V CAN_L和V CAN_L的边界电平。
3.3 差分内部电容（CAN节点的）C diff当CAN节点从总线断开，接收状态期间，CAN_L和CAN_H之间的电容；3.4 差分内部电阻（CAN节点的）R diff当CAN节点从总线断开，接收状态期间，CAN_L和CAN_H之间的电阻；3.5 差分电压（CAN总线）V diff双线CAN总线差分电压：V diff=V CAN_H-V CAN_L3.6 内部电容（CAN节点的）C in当CAN节点从总线断开，接收状态期间，CAN_L或CAN_H和地之间的电容；3.7 内部延时（CAN节点的）t node对于每个单独的从总线断开的CAN节点，出现在发送和接收路径的相对于协议IC的位周期逻辑单元所有异步延时总和。
国标与IEC标准的对应表
27 GB/T 2423.44-1995
28 GB/T 2423.45-1997
29 GB/T 2423.46-1997
30 GB/T 2423.47-1997
31 GB/T
2 部分：试验 Kb：盐雾，交 变 电工电子产品环境试验 第 2 部分：试验 Q：密封 电工电子产品环境试验 第 2 部分：试验 Sa：模拟地面 上的太阳辐射 电工电子产品环境试验 第 2 部分：试验 Z/AM：低温/ 低气压综合试验 电工电子产品环境试验 第 2 部分：试验 Z/BM：高温/ 低气压综合试验 电工电子产品环境试验 第 2 部分：试验 U：引出端及 整体安装件强度 电工电子产品环境试验 第 2 部分：试验 XA：在清洗剂 中浸渍 电工电子产品环境试验 第 2 部分：试验 Cx：未饱和高 压蒸汽恒定湿热 电工电子产品环境试验 第 2 部分：风压试验 电工电子产品环境试验 第 2 部分：低温/低气压/振动综 合试验 电工电子产品环境试验 第 2 部分：元件、设备和其它 产品在冲击、碰撞、振动和 稳态加速度等动力学试验中 的安装要求和导则 电工电子产品环境试验 第 2 部分：试验 Eg：撞击 弹 簧 电工电子产品环境试验 第 2 部分：试验 Z/ABDM：气 候试验顺序 电工电子产品环境试验 第 2 部分：试验 Ef：撞击 摆 锤 电工电子产品环境试验 第 2 部分：试验 Eg：声振 电工电子产品环境试验 第
IEC 60068-2-45 :1993,IDT
IEC 60068-2-66 :1994,IDT
IEC 60068-2-47 :1982,IDT
IEC 60068-2-63 :1991,eqv
IEC 60068-2-61 :1991,IDT