JIS E 1101-2001rails30-60
北京科电亿恒GEX-2000自并励励磁使用说明书(
258 Encoders 金属杆壳型绝对类型 EC18A 水抗性强、重力扭矩强 18mm 尺寸 金属
259EncodersMetal ShaftInsulatedShaftThroughShaft TypeRing TypeStandard Codes 1. The ●marks shows the ON position.2. The ●marks ： Connections between terminals and the 5 （COM） are ON.Waterproof PropertyImmersion of encoder, not in operation, in water at depth of 1m at normal temperature for 30 minutes.EC18AGAPosition No.123456789101112Rotation angle （° ）3060901201501802102402703003301●●●●●●2●●●●3●●●●●●4●●●●5（COM ）●●●●●●●●●●●●T E R M I N A L N O .EC18AGB20401Position No.12345678910111213141516Rotation angle （° ）22.54567.590112.5135157.5180202.5225247.5270292.5315337.51●●●●●●●●2●●●●●●●●3●●●●●●●●4●●●●●●●●5（COM ）●●●●●●●●●●●●●●●●T E R M I N A L N O .EC18AGB20407Position No.123456789101112131415Rotation angle （° ）244872961201441681922162402642883123361●●●●●●●●2●●●●●●●●3●●●●●●●●4●●●●●●●●5（COM ）●●●●●●●●●●●●●●●T E R M I N A L N O .EC18A ／18mm Size Insulated Shaft Type（Two phase A and B ）275EncodersMetal ShaftInsulated Shaft Through Shaft TypeRing Type1. When using an infrared reflow oven, solder may sometimes not be applied. Be sure to use a hot air reflow oven or a type that uses infrared rays in combination with hot air.2. The temperatures given above are the maximum temperatures at the terminals of the encoder when employing a hot air reflow method. The temperature of the PC board and the surface temperature of the encoder may vary greatly depending on the PC board material, its size and thickness. Ensure that the surface temperature of the encoder does not rise to 250℃ or greater.3. Conditions vary to some extent depending on the type of reflow bath used. Be sure to give due consideration to this prior to use.NotesEC05E EC21CEC28C, EC35CH250℃ min.230℃ to 245℃260℃230℃ min.220℃ 230℃180℃200℃180℃150℃150℃150℃60s to 120s 60s to 120s 2 min. min.ーー3s30s to 40s 25s to 60s40sー300s max.230s max.2 times max.1 time max.1 time max.Soldering surfacetemperatureSoldering temperatureHeating timeSoldering timeNo. of soldersEC09E, EC111, EC11E, EC11M, EC11N, EC18A,EC21A, EC28A, EC35A, EC35AH, EC50A Series100℃ max.260±5℃2 min. max.5±1s 2 times max.PreheatingDip solderingReference for Dip SolderingExample of Reflow Soldering ConditionReference for Manual SolderingEC10E, EC12D, EC12E EM11BEC40A100℃ max.100℃ max.110℃ max.260±5℃260℃ max.260℃ max.1 min. max.1 min. max.1 min. max.3±1s 3s max.10s max.2 times max.2 times max.1 timeTemperature profile300200100A BC Time (s)G max.F max.H max.E max.RoomtemperatureT e m p e r a t u r e (˚C )Pre-heating DEncoders / Soldering ConditionsEC05E, EC09E, EC10E, EC111, EC11E, EC11M, EC11N, EC12D, EC12E, EC18A, EC21A, EC28A, EC35A, EC35AH, EC40A, EC50A, EM11B, EC21C, EC28C, EC35CHSeries350℃ max.3s max. 1 timeTip temperatureSoldering timeNo. of soldersSeries ABCDEFGHNo. of reflows。
日本JIS钢材标准
Hot-rolled Coils and Cut-lengthsJIS (Japanese Industrial Standard) Products- JIS G 3101 Rolled steels for general structure- JIS G 3106 Rolled steels for welded structure- JIS G 3136 Rolled steels for building structure- JIS G 3113 Hot-rolled Steel Plates, Sheets and Strip for Automobile Structural Uses- JIS G 3134 Hot Rolled High Strength Steel Sheets with Improved Formability for Automobile Structural Uses- JIS G 3114 Hot-Rolled Atmospheric Corrosion Resisting Steels for Welded Structure- JIS G 3125 Superior Atmospheric Corrosion Resisting Rolled Steels- JIS G 3131 Hot-rolled mild steel plates, sheets and strip- JIS G 3132 Hot-rolled Carbon Steel Strip for Pipes and Tubes- JIS G 3103 Carbon Steel and Molybdenum Alloy Steel Plates for Boilers and Other Pressure Vessels- JIS G 3115 Steel Plates for Pressure Vessels for Intermediate Temperature Service- JIS G 3116 Steel Sheets, Plates and Strip for Gas Cylinders- JIS C 2555 Steel sheets and strip for pole core- JIS G 4051 Carbon Steels for Machine Structural Use- JIS G 4401 Carbon Tool Steels- JIS G 4104 Chromium Steels- JIS G 4105 Chromium Molybdenum Steels- JIS G 3193 Dimensions, Mass and Permissible Variations of Hot Rolled Steel Plates,Sheets and StripSAE Chemical Composition of Steel- SAE Chemical Composition of SteelJFS (Japanese Federation of Iron and Steel Industries Standard) Products - A1001 Hot rolled steel sheets and strip for automobile useNKK Specification Products- NKHA Hot rolled high-strength steel sheet for automotive use- CUPTEN-G, R Atmospheric corrosion resistant high-strength steel- NK-Marine 490F Seawater corrosion resistant steel sheet- NAC-2 Corrosion resistant hot rolled steel sheet- NK-HCR-B Steel sheet for high-temperature service- NKCF Checkered floor plate- NKPH Hot-rolled steel sheet for porcelain enamelingOther Specifications- Spring Steels- Shot Blast Steel Plates- Pickled and Oiled Steel Sheets and CoilsJIS (Japanese Industrial Standard) Products Rolled steels for general structure JIS G 3101-1995(Excerpt)Symbol of Grade & Chemical CompositionSymbol of grade Applicable ThicknessChemical Composition % C Mn P SSS330Plates, Sheets, Coils--≤ 0.050≤ 0.050SS400SS490SS540t ≤ 40 mm≤ 0.30≤ 1.60≤ 0.040≤ 0.040Remarks: For SS540, alloying elements other than those in the table may be added as necessary. Mechanical PropertiesSymbol of gradeTensile Test Bend TestYP or YS N/mm2TSN/mm2ElongationBendAngleInsideradiusTestPieceJIS Thickness mm ThicknessmmTestPiece JIS%t ≤ 161640SS330205 ≤195 ≤175 ≤330~430t ≤ 5No.526 ≤180°0.5t No.1 5<t ≤ 16No.1A21 ≤16<t ≤ 50No.1A26 ≤SS400245 ≤235 ≤215 ≤400~510t ≤ 5No.521 ≤180° 1.5t No.1 5<t ≤ 16No.1A17 ≤16<t ≤ 50No.1A21 ≤SS490285 ≤275 ≤255 ≤490~610t ≤ 5No.519 ≤180° 2.0t No.1 5<t ≤ 16No.1A15 ≤16<t ≤ 50No.1A19 ≤SS540400 ≤390 ≤-540 ≤t ≤ 5No.516 ≤180° 2.0t No.1 5<t ≤ 16No.1A13 ≤16<t ≤ 50No.1A17 ≤Remarks: 1.This table is not applicable for both ends of coils.2.JIS No.3 bending test piece may be used for thicknessup to & including 5 mm.JIS G 3193(Dimensions, mass & permissible variations of hot rolled steel plates, sheets & strip) is applied.Dimension tolerance:Rolled steels for welded structure JIS G 3106-1999(Excerpt)Symbol of grade and chemical compositionNotes: (1) C value is based on cast analysis.Remarks: 1.Alloying elements other than those in the table may be added as necessary.2.When normalizing, quench & temper, and thermo mechanical control are applied,heat treatment symbols N, G, and TMC respectively shall be added at the end of eachSymbol of Grade. But in case of normalizing, symbol N should be required onlywhen agreed between the seller & the buyer.Example SM570N, SM570QJIS G 3193 (Dimensions, mass and permissible variations of hot rolled steel plates, sheets & strip) is applied.Mechanical PropertiesRemarks:1.This table is not applicable for both ends of coils.2.JIS No.3 bend test piece may be used for thickness up to & including 5 mm.Dimension tolerance:Charpy absorption energyThis table is applied for plates in thickness over 12 mm. In this case, Charpy absorption energy value shall be the average of 3 repetitive tests.Rolled steels for building structure JIS G 3136-1994 (Excerpt)Symbol of grade & chemical compositionRemarks:1.When ultrasonic test is performed on the steel plate or flat, the symbol “UT” shall be attached at the end of the symbol of grade, under the agreement between the purchaser & supplier, ex. SN400B-UT, SN490B-UT2.Alloying elements other than those in the table may be added as necessary.Carbon equivalent & chemical composition on sensitivity of welding crackRemarks:When not specifically requested, carbon equivalent is applied.Carbon equivalent (%) = C+Mn 6Si 24Ni 40Cr 5Mo 4V 14+++++Chemicalcomposition on sensitivity of welding crack (%)= C +Si Mn Cu Ni Cr Mo V30202060201510+++++++5BN.A : Not ApplicableMechanical properties & Charpy absorption energyRemarks: Charpy absorption energy test is applied for plate in thickness over 12 mm.The valueshall be the average of 3 repetitive testsJIS G 3193(Dimensions, mass and permissible variations of hot rolledsteel plates, sheets & strip) is applied. For thickness tolerance Table in the right is applied. Dimension tolerance:Remarks: Tolerance for minus side shall be 0.3 mm.Hot rolled steel plates, sheets & strip for automobile structural uses JIS G3113-1990 (Except)Symbol of gradeChemical compositionMechanical propertiesRemarks:1.This table is not applicable for the unstable portion at both ends of coils.2.Figures in [ ] are for reference.JIS G 3193 (Dimensions, mass and permissible variations of hot rolledsteel plates, sheets & strip) is applied.But the table below is applied for thickness.Dimension tolerance:Thickness tolerance unit mmRemarks: 1.Measuring point of thickness is subject to JIS G 3193.2.This table is not applicable for the unstable portion at both ends of coils.Hot rolled high strength steel sheets with improved formability for automobile structural usesJIS G3134-1990 (Except)Symbol of gradeChemical composition :Chemical composition may be agreed between the purchaser & supplier as necessary.Mechanical propertiesDimension toleranceThickness toleranceNotes: (1) Table is applied for the width less than 1600 mm.Remarks: 1.Measuring points of thickness are subject to JIS G 3193 (Dimensions, mass and permissible variations of hot rolled steel plates, sheets & strip) is applied.2.This table is not applicable for the unstable portion at both ends of coils. Width tolerance unit mmLength tolerance for steel sheetsunit mmMaximum deviation of flatness of steel sheetsunit mmRemarks: 1.Flatness shall, as a rule, be measured by placing a steel sheet on a flat surface plateand the value of flatness shall be determined as the difference between the maximum deviation of the uppermost surface on the convex side and the thickness of the steel sheet.2.The value specified in the table shall be applied to any length of 4000 mm, and in the case of the full length under 4000 mm, they shall be applied to the full length.3.The table is not applicable to a mill-edge steel sheet.Maximum value of camber for steel sheetunit mmRemarks: The table is not applicable to the steel sheet as rolled (with untrimmed edge)Maximum value of camber for steel coilunit mmHot rolled atmospheric corrosion resisting steels for welded structure JIS G 3114-1988 (Excerpt)Symbol of gradeSymbol of grade Applicable thickness mmSMA400W Atmospheric corrosion resistant plates, sheet and coils upto and including 200SMA400AP SMA400BW SMA400BP SMA400CW Atmospheric corrosion resistant plates, sheet and coils upto and including 100SMA400CP SMA490AW Improved atmospheric corrosion resistant plates, sheet and coils upto and including 200SMA490AP SMA490BW SMA490BP SMA490CW Improved atmospheric corrosion resistant plates, sheet and coils upto and including 100SMA490CP SMA570W SMA570PRemarks: Grades suffixed “w” are usually used as delivered, or chemically treated against rusting,while those suffixed “p” are usually used after coated.Chemical compositionSymbol of gradeChemical composition %CSiMnPSCuCrNiOther elementsSMA400 A•B•CW ≤ 0.180.15 ~ 0.65≤ 1.25 ≤ 0.035 ≤ 0.0350.30 ~0.500.45 ~ 0.750.05~ 0.30The elements effective for theatmospheric corrosionresistance, such as Mo, Nb, Ti, V,Zr, may be added to any gradeof plates, provided that the totalcontent of these elements shallnot exceed 0.15%.P ≤ 0.18 ≤ 0.55 ≤ 1.25 ≤ 0.035 ≤ 0.0350.20 ~ 0.350.30~0.55-SMA490 A•B•C W ≤ 0.180.15~0.65≤ 1.40 ≤ 0.035 ≤ 0.0350.30 ~ 0.500.45 ~ 0.750.05 ~ 0.30P ≤ 0.18 ≤ 0.55 ≤ 1.40 ≤ 0.035 ≤ 0.0350.20 ~ 0.350.30 ~ 0.55-SMA570W ≤ 0.180.15 ~ 0.65 ≤ 1.40 ≤ 0.035 ≤ 0.0350.30 ~ 0.500.45 ~ 0.750.05~0.30P ≤ 0.18 ≤ 0.55 ≤ 1.40 ≤ 0.035 ≤ 0.0350.20 ~ 0.350.30~ 0.55-Mechanical propertiesSymbol of gradeTensile test Charpy testYP or YS N/mm2TSN/mm2ElongationSymbolof gradeTemperature°CCharpyabsorptionenergy JTest piece Nominalthickness mmt≤161640Specifiedthicknessm mTestpiece%SMA400 A•B•C W245≤235≤215≤400 ~ 540≤5 No.5 22≤A--No.4Longitudinal≤16No.1A17≤B027≤P16<No.1A21≤40<No.423≤C047≤SMA490 A•B•C W365≤355≤335≤490 ~ 610≤5 No.5 19≤A--≤16No.1A15≤B027≤P16<No.1A19≤40<No.421≤C047≤SMA570W460≤450≤430≤570 ~ 720≤16 No.519≤--547≤16<No.526≤P20<No.420≤Remarks: 1.Upper limits of tensile strength are applicable only to steel sheets & coils.2.As for the Charpy absorption energy, the values higher than those in the table maybe agreed upon by the parties concerned.JIS G 3193 (Dimensions, mass and permissible variations of hot rolled steel plates, sheets & strip) is applied.Dimension tolerance:Superior atmospheric corrosion resisting rolled steels JIS G 3125-1987 (Excerpt)Symbol of gradeChemical compositionRemarks: Alloying elements other than those in the table may be added as necessary.Mechanical propertiesRemarks: For SPA-H steel sheet & strip of 6.0 mm and under in thickness, the inside radius for bend test may be 1.0 times of thickness subject to agreement between the parties concerned.JIS G 3193 (Dimensions, mass and permissible variations of hot rolled steelplates, sheets & strip) is applied.Dimension tolerance:Hot rolled mild steel plates, sheets & strip JIS 3131-1996 (Excerpt)Symbol of gradeNotes: (1)Grade SPHE is manufactured by a special process such as stabilizing at steelmsking to improve drawability.Chemical compositionMechanical propertiesRemarks: This table is not applicable to the unstable portion at both ends of coils.Dimension tolerance:JIS G 3193 (Dimensions, mass and permissible variations of hot rolled steel plates, sheets & strip) is applied except for thickness tolerance. Thickness tolerance is subject to the table below.Thickness tolerance unit mmNotes: (1) The value shall be applied to the width less than 1600 mm.(2) The value shall be applied to the width less than 2000 mm.Remarks: 1.Measuring point of thickness shall be any point not less than 20 mm from a side edge. For the width less than 40 mm, measuring shall be at the center of the width.2.This table is not applicable for the unstable portion at both ends of coils.Hot rolled carbon steel strip for pipes & tubes JIS G 3132-1990 (Excerpt) Symbol of grade & Chemical compositionSymbol of grade Applicable thickness mmChemical composition %C Si Mn P SSPHT11.2mm ≤ t ≤ 13mm ≤ 0.10≤ 0.35*≤ 0.50≤ 0.040≤ 0.040SPHT2≤ 0.18≤ 0.35≤ 0.60≤ 0.040≤ 0.040SPHT31.6mm ≤ t ≤ 13mm ≤ 0.25≤ 0.350.30 ~ 0.90≤ 0.040≤ 0.040SPHT4≤ 0.30≤ 0.350.30 ~ 1.00≤ 0.040≤ 0.040*Maximum silicon content may be modified to 0.04 % max. by agreement between the purchaser Mechanical propertiesSymbolof gradeTensile test Bend testTensilestrengthN/mm2Elongation %Test piece BendangleInside radius mmTest piece1.2≤t<1.61.6≤t<3.03.0≤t<6.0 6.0≤t ≤13.0t<3.0 3.0< t≤13SPHT1270 ≤30 ≤32 ≤35 ≤37 ≤No.5Longitudinalto rollingdirection 180°0t0.5t No.3Longitudinalto rollingdirectionSPHT2340 ≤25 ≤27 ≤30 ≤32 ≤180° 1.0t 1.5tSPHT3410 ≤20 ≤22 ≤25 ≤27 ≤180° 1.5t 2.0tSPHT4490 ≤15 ≤18 ≤20 ≤22 ≤180° 1.5t 2.0t Remarks: This table is not applicable for the unstable portion at both ends of coils.JIS G 3193 (Dimensions, mass and permissible variations of hot rolled steel plates, sheets & strip) is applied except for thickness tolerance. Thickness tolerance is subject to the table below. The maximum value of camber shall be 5 mm in any 2 m length regardless of the widthDimension tolerance:Thickness tolerance (Applicable to SPHT1, SPHT2 & SPHT3)unit mmNotes: (1) Applied to the width less than 1600 mm.(2) Applied to the width less than 2000 mm.Thickness tolerance(Applied to SPHT 4)unit mmRemarks: 1.Measuring point of thickness shall be any point not less than 20 mm from a side edge. For the width less than 40 mm, measuring shall be at the center of the width.2.This table is not applicable for the unstable portion at both ends of coils. Notes: (1) Applied to the width less than 1600 mm.(2) Applied to the width less than 2000 mm.Carbon steel & molybdenum alloy steel platesfor boilers & other pressure vessels JIS G 3103-1987 (Excerpt)Symbol of grade & Chemical composition* Carbon % is applied to the thickness less than 25 mm.Mechanical propertiesRemarks: For the steel sheet under 8 mm in thickness, the elongation by No.1A test piece shall be the value reduced by 1 % for every decrease of 1 mm of thickness or its fraction from thevalue in the table.JIS G 3193 (Dimensions, mass and permissible variations of hot rolledsteel plates, sheets & strip) is applied except for thickness tolerance.Dimension tolerance:Thickness tolerance unit mmWidthThickness w < 16001600 ≤ w < 20002000 ≤ w < 2500 6.00 ≤ t < 10.00 + 0.95 + 1.05 + 1.25 10.00 ≤ t < 16.00 + 0.95 + 1.15 + 1.35 16.00 ≤ t < 25.00 + 1.15 + 1.35 + 1.55Remarks: Tolerance for minus side shall be 0.25 mm in thickness. Please consult us on Available Sises.Steel plates for pressure vessels for intermediate temperature service JIS G 3115-2000 (Excerpt)Symbol of grade, chemical composition & carbon equivalentRemarks:1.Alloying elements other than those in the table may be added as necessary.2.Carbon equivalent shall be calculated by the following formula.Mechanical properties & Charpy absorption energyRemarks: The table is applied to Charpy absorption energy of plates over 12 mm in thickness.Direction of test pieces may be agreed upon between the purchaser & supplier while the Charpy absorption energy value shall also be agreed upon.Carbon equivalent (%) = C+Mn 6Si 24Ni 40Cr 5Mo 4V 14+++++Dimension tolerance:JIS G 3193 (Dimensions, mass and permissible variations of hot rolled steel plates, sheets & strip) is applied except thickness tolerance. Thickness tolerance is subject to the table below.Thickness tolerance unit mmRemarks: Minus side tolerance on thickness shall be 0.25 mm.Values to be added on the nominal thicknessfor calculation of mass unit mmPlease consult us on Available sizes.Steel sheets, plates & strip for gas cylinders JIS G 3116-1990 (Excerpt) Symbol of gradeChemical CompositionMechanical propertiesRemarks: The table is not applicable to the unstable portion at both ends of coils.Dimension tolerance:JIS G 3193 (Dimensions, mass and permissible variations of hot rolled steel plates, sheets & strip) is applied except for thickness tolerance. Thickness tolerance is subject to the tables below.Thickness tolerance for SG255 & SG295unit mmThickness tolerance for SG325 & SG365unit mmRemarks: 1.For width 2000 mm and over values are subject to the agreement between the purchaser & the supplier.2.Measuring point of thickness shall be any point no less than 20 mm from the edge.3.The value is not applicable to the unstable portion at both ends of coils.Steel sheets & strip for pole core JIS C 2555-2000 (Excerpt)Grade & symbolMagnetic flux densityNotes: (1) Density values are used to calculate cross section of test specimens.(2)Magnetic flux density B50 & B100 indicate the magnetic fluxdensity at magnetizing force of 5000 A/m & 10000 A/mrespectively.Remarks:B100 is for reference. But B100 may be used for guarantee instead of B50 under the agreement between the purchaser & the supplier.In such case B50 is not used for guarantee.Yield point or proof stress & elongation of hot rolled steel sheets & coilsNotes: (3) Proof stress is defined by 0.2 % offset method.Standard thickness and tolerance for dimensions and flatnessStandard thickness unit mmThickness tolerance of hot rolled steel sheets and coils unit mmThickness deviation in crosswise directionof hot rolled steel sheets and coils unit mmWidth tolerance of hot rolled steel sheets and coils unit mmLength tolerance of hot rolled steel sheets and coils unit mmMaximum deviation of flatnessfor hot rolled steel sheets and coils unit mmMaximum camber of hot rolled steel sheets and coils unit mmCarbon steels for machine structural use JIS G 4051-1979 (Excerpt) Symbol of grade and chemical compositionSAE standard may be applied as necessary.Dimension tolerance:JIS G 3193 (Dimensions, mass and permissible variations of hot rolled steel plates, sheets & strip) is applied. Except flatness for S28C ~ S58C.Maximum deviation of flatness for S28C ~ S58C unit mmRemarks: 1.This table is not applied to the sheet supplied after stretcher-leveling.2.The value specified in the above table shall be applied to any length of 4000 mm, and in the case of thefull length under 4000 mm, they shall be applied to the full length.3.The value of flatness shall be determined as the difference between the maximum deviation of theuppermost surface on the convex side and the thickness of the steel sheet.4.The table is not applicable to the steel sheet as rolled (with untrimmed edge).5.Flatness shall, as a rule, be measured by placing a steel sheet on a flat surface plateCarbon tool steels JIS G 4401-2000(Excerpt)Symbol of grade and chemical compositionRemarks: Content of Cu, Cr, and Ni for each grade shall not exceed 0.25%, 0.30%, and 0.25%, respectively, as the impurities.Annealed hardness of steelRemarks: Hot rolled steel plate, sheet and coil, the hardness value as rolled or in annealed condition shall be agreed upon between the purchaser and the supplier.Quenched and tempered hardness of test pieceRemarks: Those steels which have not been annealed shall be subjected to annealing according to the previous table and subsequently quenching and tempering.Dimension tolerance:JIS G 3193 (Dimensions, mass and permissible variations of hot rolled steel plates, sheets & strip) is applied except flatness.Maximum deviation of flatness (unit mm)Remarks: 1.This table is not applied to the sheet supplied after stretcher-leveling.2.The value specified in the above table shall be applied to any length of 4000 mm, andin the case of the full length under 4000 mm, they shall be applied to the full length.3.The value of flatness shall be determined as the difference between the maximumdeviation of the uppermost surface on the convex side and the thickness of the steelsheet.4.The table is not applicable to the steel sheet as rolled (with untrimmed edge).5.Flatness shall, as a rule, be measured by placing a steel sheet on a flat surface plate Please consult us on Available Sizes.Chromium Steels JIS G 4104-1979 (Excerpt)Symbol of gradeChemical compositionRemarks: Content of Ni and Cu for each grade shall not exceed 0.25% and 0.30%, respectively, as the impurities.Dimension tolerance:JIS G 3193 (Dimensions, mass and permissible variations of hot rolled steel plates, sheets & strip) is applied except flatness. Maximum deviation of flatness is subjected to the table on JIS G 4401-1983.For reference: Excerpt from JISMechanical properties (yield point, tensile strength, elongation, reduction of area, Charpy absorption energy & hardness)Remarks: The values in the table were test results for which standard test piece (25mm in diameter) in conformity to JIS G 0303 Sec.4 (Mechanical properties) B class was heat treated at theappropriate temperature in the temperature range given in the table.Chromium molybdenum steels JIS G 4105-1979(Excerpt)Symbol of gradeChemical compositionRemarks: Content of Ni and Cu for each grade shall not exceed 0.25% and 0.30%, respectively, as the impuritiesDimension tolerance:JIS G 3193 (Dimensions, mass and permissible variations of hot rolled steel plates, sheets & strip) is applied except flatness. Maximum deviation of flatness is subjected to the table on page 37.Dimensions, mass & permissible variationsof hot rolled steel plates, sheets & strip JIS G 3193-1990 (Excerpt) Standard thickness unit mmRemarks: 1.Standard thickness except ( ) should preferably be used.2.For the steel coils & cut-lengths therefrom, standard thickness of 12.7mm or under shall be applied.Standard length unit mmRemarks: This table shall not be applied to the cut-length from steel coil.Standard width unit mmRemarks: 1.For the steel coils & cut-lengths therefrom, standard width of 2000 mm or under shall be applied.2.Foe the steel plates excluding the cut-lengths from steel coils, standardwidths of 914 mm, 1219 mm and 1400 mm or over shall be applied.Thickness tolerance unit mmRemarks: 1.Either plus or minus side of the thickness tolerance in the table may be limited on request. The total tolerance in this case shall be equal to that in the table.2.Thickness shall be measured at any point on the steel coil not less than 25 mm from a side edge for themill edge coil 50 mm or over in width and cut-lengths therefrom, and on the center line for those lessthan 50 mm in width. For the cut-edge steel strip 30 mm or over in width and cut-lengths therefrom,measurement shall be made at any point not less than 15 mm from a side edge and on the centerline forthose less than 30 mm in width.Length tolerance unit mmRemarks: Tolerance B in the table is not applicable to plates more than 20 mm in thickness.Maximum value of camber unit mmRemarks: 1.Another table shall be applied to steel sheet less than 250 mm in width.2.This table shall not be applicable to steel sheet as rolled (with untrimmed edge).Width tolerance unit mmRemarks: For the mill-edge steel coil less than 400 mm in width & cut- lengths therefrom, the width tolerance on minus side may be limited to zero. In this case, the tolerance on plus side shall be twice the values given in the table.Maximum deviation of flatnessunit mmRemarks: 1.This table is not applied to the sheet supplied after stretcher-leveling.2.The value specified in the above table shall be applied to any length of 2000 mm, and in the case of thefull length under 2000 mm, they shall be applied to the full length. For the steel plate & sheet over 2000 mm in wave pitch, the value in the table shall be applied to any pitch of the wave. For those over 4000 mm in wave pitch, however, the values in the table shall be applied to any 4000 mm in length.3.The value of flatness shall be determined as the difference between the maximum deviation of theuppermost surface on the convex side and the thickness of the steel sheet.4.If not specified otherwise, for the steel plates & sheets of 570 N/ mm (58 kgf/ mm ) or over in thespecified minimum tensile strength, or of 430 N/mm (44kgf/ mm ) or over in specified minimum yield point, and of the chemical composition or hardness corresponding to those strength levels and of the quenched & tempered quality, the maximum deviation of flatness shall be modified by multiplying 1.5 to the values in the table.22225.The table is not applicable to the steel sheet as rolled (with untrimmed edge).6.Flatness shall, as a rule, be measured by placing a steel sheet on a flat surface plate.Mass of steel plate & sheet Method for calculationRemarks: 1.Rounding off of the numerical values shall be in accordance with JIS Z 8401.2.When the steel plates or sheets are bundled (or packed) the total mass may be calculated as follows:mass of single sheet (kg)x number of sheets of the same size.SAE chemical composition of steel (Excerpt) SAE J 403 MAY 94 (G 10060 ~ G 10370)UNS No.SAENo.Chemical composition %EquivalentAISI No.C Mn P max.S max.G 100601006≤0.08≤0.450.0300.03051006 G 100801008≤0.10≤0.500.0300.03051008 G 100901009≤0.15≤0.600.0300.03051009 G 1010010100.08~0.130.30~0.600.0300.03051010 G 1012010120.10~0.150.30~0.600.0300.03051012 G 1015010150.12~0.180.30~0.600.0300.03051015 G 1016010160.12~0.180.60~0.900.0300.03051016 G 1017010170.14~0.200.30~0.600.0300.03051017 G 1018010180.14~0.200.60~0.900.0300.03051018 G 1019010190.14~0.200.70~1.000.0300.03051019 G 1020010200.17~0.230.30~0.600.0300.03051020 G 1021010210.17~0.230.60~0.900.0300.03051021 G 1022010220.17~0.230.70~1.000.0300.03051022 G 1023010230.19~0.250.30~0.600.0300.03051023 G 1025010250.22~0.280.30~0.600.0300.03051025 G 1026010260.22~0.280.60~0.900.0300.03051026 G 1030010300.27~0.340.60~0.900.0300.03051030 G 1033010330.29~0.360.70~1.000.0300.03051033 G 1035010350.31~0.380.60~0.900.0300.03051035 G 1037010370.31~0.380.70~1.000.0300.03051037SAE J 403 MAY 94 (G 10380 ~ G 15660)Remarks: 1.When Si is required, the following ranges and limits are commonly used: SAE1006~1025 ≤ 0.10%,0.10~0.25% or 0.15~0.35%SAEl026~1095 0.10~0.25% or 0.15~0.35%2.SAE No.1064 and 1566 are discontinued in the current SAE.SAE J 404 APR 94Notes: a.Those analyzed values of Cu, Ni, Cr and Mo not more than 0.35, 0.25, 0.20 and 0.06 respectively are considered to be as incidental and are acceptable.b.In case of the steel made by electric arc furnace, specified range of those elements, C, Mn, Cr, shall benarrowed by 0.01%, 0.05%, 0.05%(Cr not more than 1.25%) or 0.10% (Cr more than 1.25%) respectively.Maximum values of both P and S also shall be lowered to 0.025%c.Boron or lead may be added as necessary.d.For Si content, the following ranges and limits may be specified.Si 0.10 ~ 0.20%,0.20 ~ 0.30%,and not more than 0.35%.e.SAE No. 8660 is discontinued in the current SAEDimension tolerance:JIS G 4051 is correspondingly applied.Available sizes:Please refer to Charts of Available Sizes on page 20 (SAE 1006 ~ 1020) and those on page 36 (JIS G 4051 Carbon steels for machine structural use)。
R65钢轨尺寸,力学性能
Material
900A/1100 900A/1100 900A/1100
Stee rail in foreign standards: British Standard: BS series (90A, 80A, 75A, 75R, 60A, etc.) German standard: DIN series crane rails. International Railway Union: UIC series. American Standard: ASCE series. Japanese standard: JIS series.
Steel Rail Types:
The type of rail is classified by kilograms per meter of rail length. For example, steel rails used in China's railways are 75kg/m, 60kg/m, 50kg/m, 43kg/m and 38kg/m.
Steel Rail-Chinese Standard:
Light Rail Standard
Size
GB6KG GB9KG GB12KG GB15KG GB22KG GB30KG
Head(mm) 25.4 32.1 38.1 42.86 50.3 60.33
8KG
25
18KG
40
24KG
51
Heavy Rail Standard:
700,900A,900B
SS,HH,LA,IH
U71Mn U71Mn
ISV1101-1型便携式噪声检测仪执行标准和特点
ISV1101-1型便携式噪声检测仪执行标准和特点
ISV1101-1型便携式噪声检测仪执行标准和特点
GB/T 3785.1—2010 /IEC61672-1:2013 声级计1级标准GB/T 3241—2010 /IEC 61260-1:2014 滤波器1级标准
设计规范性：系统设计时严格执行国际和国家标准；
应用广泛性：可以广泛用于各种机器、车辆、船舶、电器等工业噪声测量和环境噪声测量。
适用于工厂企业、环境保护、劳动卫生、教学、科研等领域；
无线功能：通过WIFI将测得的噪声数据发送出去，接收设备可以选用智能手机、平板电脑、笔记本、台式机，利用这些设备的强大处理能力进行运算分析搭配灵活；
技术参数。
日本PSE标志认证资料(2)
日本PSE：根据日本电气法规最新规定，自2001年4月1日起，凡A类产品共112种产品属于强制认证产品，日本进口商进口该类电器产品时，必须向日本经济贸易工业部(Minister of Economy, Trade and Industry) 即日本经济贸易工业部提交测试报告和证书，测试报告和证书必须是由METI认可过的实验室出具的； B 类产品有340种属于非强制认证产品，可以由申请商自行测试或由第三方实验室测试并出具报告，类似于欧洲的CE. 标志如下：以前韩国政府监管的型式认证系统已经被新的安全认证系统代替, 新的认证工作由几个民营企业来承担, 他们是KTL, KETI, ESAK. 新修订的电器安全法规ACT 6019于1999年9月7日颁布. 新修订的电器安全法规在加强生产和电器使用的安全控制方面作了改良, 也使安全标准更国际化, 以便将来能多国互认. 新的电器安全法规于2000年7月1日正式实施.凡供电电压在50V 到1000V之内的电器产品都要做认证(见下表)PSE标志认证日本的DENTORL法（电器装置和材料控制法）规定，498种产品进入日本市场必须通过安全认证。
其中，165种A类产品应取得菱形的PSE标志，333种B类产品应取得圆形PSE标志。
从2001年4月1日起“电气产品控制法(DENTORL)” 已正式更名为“电气产品安全法(DENAN)”。
有别于以往的法规体系的协定性规定的控制，新的体系将由非官方的机构来保证产品的安全性。
在日本所有的电气电子产品皆必须通过PSE标志认证。
根据日本DENAN将产品分为两类：指定产品specified products和非指定产品non-specified products。
所有指定类的产品皆必须经由METI.所授权的符合性评估机构(CAB)，来进行产品及工厂测试设备的检验。
工厂检查必须针对每一工厂或产品类别进行检验，并根据不同产品类别核发认证，认证有效期约在3-7年之间。
滑接输电装置+第1部分+绝缘防护型滑接输电装置
ＪＢ
中华人民共和国机械行业标准
ＪＢ厂ｒ ６３９１．１—２０１０
代替ＪＢ／Ｔ ６３９１ １—１９９２ ＪＢ／Ｔ ６３９１ ２—１９９２
滑接输电装置 第１部分：绝缘防护型滑接输电装置
Ｃｏｎｄｕｃｔｏｒ ｓｙｓｔｅｍｓ
—Ｐａｒｔ １：Ｉｎｓｕｌａｔｅｄ ｃｏｎｄｕｃｔｏｒ ｓｙｓｔｅｍｓ
—＿Ｉ—Ｂ．／ＪＢＴ／６３Ｔ９６１３．９１．２—１一１１９９９９２２：。
Ⅱ
ＪＢ仃６３９１．１—－２０１０
滑接输电装置 第１部分：绝缘防护型滑接输电装置
１范围
ＪＢ，ｒ ６３９１的本部分规定了绝缘防护型滑接输电装置（以下简称装置）的术语、定义、型式和基本 参数、要求、试验方法、检验规则、标志、包装贮存和安装。
本部分适用于向各种起重机械、搬运机械、自动生产线等移动受电设备提供电能的装置。其额定工 作频率为５０Ｈｚ或６０ １－Ｉｚ，额定工作电压交流１ ０００Ｖ及以下或直流１ ５００Ｖ及以下。
本部分不适用于采用电磁感应等非滑接供电方式的移动输电装置。
２规范性引用文件
下列文件中的条款通过ＪＢ厂ｒ ６３９１的本部分的引用而成为本部分的条款。凡是注日期的引用文件， 其随后所有的修改单（不包括勘误的内容）或修订版均不适用于本部分，然而，鼓励根据本部分达成 协议的各方研究是否可使用这些文件的最新版本。凡是不注日期的引用文件，其最新版本适用于本部 分。
皿厂ｒ６３９１．１—＿２０１０
３术语和定义
ＧＢ／Ｔ ２９００．１、ＧＢ／Ｔ ２９００．１８、ＧＢ／Ｔ ７２５１．１和ＧＢ １４０４８．１中确定的以及下列术语和定义适用于本部 分。 ３．１
绝缘防护型滑接输电装置ｉｎｓｕｌａｔｅｄ ｃｏｎｄｕｃｔｏｒ ｓｙｓｔｅｍｓ 由绝缘防护型滑接输电导线或导管及其附属结构单元组成的滑接输电装置。外部具有绝缘保护，内 设滑接输电导体，依靠集电小车或集电器的电刷滑动接触，向移动受电设备提供电能的馈电装置。 ３．１ １ 绝缘防护型滑接输电导管ｉｎｓｕｌａｔｏｒ ｅｎｃｌｏｓｅｄ ｃｏｎｄｕｃｔｏｒ 具有连续开口槽的半封闭管道，其内部有用绝缘材料支撑或隔离，且与外壳绝缘的一极或多极的滑 接输电导体，导管内部可提供集电小车行走。 ３．１．２ 绝缘防护型滑接输电导线ｓｉｎｇｌｅ ｉｎｓｕｌａｔｅｄ ｃｏｎｄｕｃｔｏｒ 采用连续开口绝缘外壳。裹覆具有开口槽的滑接输电导体，集电器的集电刷可从外部插入滑接输电 导体的裸露槽口内进行集电，其安装方式可采用张力式和非张力式，有单极或多极一体结构。 ３．１．３ 滑接输电导体ｃｏｎｔａｃｔ ｃｏｎｄｕｃｔｏｒ 在滑接导管或导线内，承载电流，并作为集电刷滑接移动轨道的导体。 ３．１．４ 极数ｎｕｍｂｅｒ ｏｆｐｏｌｅｓ 装置内滑接输电导体总线数。 ３．１．５ 外壳ｅｎｃｌｏｓｕｒｅ 绝缘防护型滑接导管或导线最外层裸露于空间的与滑接输电导体绝缘的部分。 ３．１．６ 弧形滑接导管或导线ａｒｅ ｉｎｓｕｌａｔｅｄ ｃｏｎｄｕｃｔｏｒ 制作成一定弧度的绝缘防护型滑接导管或导线的单元线段。 ３．１．７ 检修单元ｒｅｐａｉｒ ｓｅｃｔｉｏｎ 提供移动受电设备或集电小车、集电器断电检修场所的结构单元。 ３．１．８ 伸缩补偿单元ｅｘｐａｎｓｉｏｎ ｊｏｉｎｔ ｓｅｃｔｉｏｎ 用以补偿绝缘防护型滑接导管或导线热胀冷缩后在长度方向微小变化的结构单元。 ３．１．９ 导入单元ｔｒａｎｓｆｅｒ ｇｕｉｄｅ 集电小车或集电器由外部进入绝缘防护型滑接导管或导线的导向结构单元。 ３．１．１０ 端部供电器ｅｎｄ ｐｏｗｅｒ ｓｕｐｐｌｉｅｒ 将电源引入绝缘防护型滑接导管或导线端部的结构单元。 ３．１．１１ 中间供电器ｍｉｄｄｌｅ ｐｏｗｅｒ ｓｕｐｐｌｉｅｒ’ 将电源引入绝缘防护型滑接导管或导线中部某处的结构单元。 ３．１．１２
e01电喷系统及点火系统electronicfuelinjectionand
DESCRIPTION（EN）
DESCRIPTION（CN）
Bolt ﹠Washer
六角头螺栓和平垫圈组合件
Throttle
节气门体总成
Gasket-Throttle
节气门体垫片
Upper Intake Manifold
进气歧管上体
Bolt,Hexagon Lange
六角法兰面螺栓
Gasket-Intake Manifold
17
18
19
20
21
22
23
24
DESCRIPTION（EN）
O Ring Gasket- Water Pump Water Pump Hexagon Flange Bolt Hexagon Flange Bolt Hexagon Flange Bolt Bolt Water Pump Pulley Bolt Bolt Thermostat Housing Seat Gasket - Thermostat Thermostat Assy. Seal Strip 1# Seal Strip 3# Seal Strip 2#
63
CODE PART CODE
1 Q33008 2 472-1008031 3 372-1008052 4 372-1008051 5 Q1200875F3 6 472-1008033 7 Q1460612 8 472-1008044
9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24
DESCRIPTION（CN）
六角头螺栓和平垫圈组合件 火花塞护管 气缸盖总成 气缸盖螺栓垫片 双头螺柱 双头螺柱 凸轮轴位置传感器
六角头螺栓
软包电池实验线
1
混料
行 行星真空搅 搅拌机-5L
UNN-5
台 台
2 2
2
涂布
自动涂 涂布机
A ATUC-80 0
台 台
1 1
3
辊压
液压平衡 衡电动对辊压机+ +收放卷
T TMC-300 0
台 台
1 1
4
分条
自动电动 动分条机
C CCUT100 0
台 台
1 1
5
卷绕
方形 形电池半自 自动卷绕 绕机
套 套
1 1
对整 整个手套箱组进行 行气体环境 境的净化 化， 17 净 净化系统 保证水氧 氧环境 GP3200 0
净化 化能力：H2O﹤1p ppm ，O2﹤1ppm , 净化 化材料：铜触媒 75kg、分 7 分子筛 75k kg； 调节 节装置：通过 PLC C 触摸式调节（加 加热、抽空 空、净化 化、 再生 生）全过 过程无需人 人为监控。 工作 作气体：N2 或 Ar r（气体循 循环） 。 循环 环风机：高速变频 频静音风机，流量 量 0-100m m3/h，微处 处 理器 器控制。 电压 压测量范 范围：0-5 5V，分辨率 1mV 电池 池电压范 范围：充电 电 0-5V；放电 1-5 5V 电压 压精度：±(0.1% %RD+0.1%FS) 电流 流范围：充电 0-2 20A；放电 电 0-20A， ，分辨率 率 1mA 电流 流精度：±(0.1% %RD+0.1%FS) 电源 源 电 电压单相 2 220VAC± ±10%(可定 定制 110V VAC)，频 频率 50H Hz/60Hz， ，功率 2. .5KW 气源 源 0.5-0.8MP Pa 压缩空 空气 电池 池尺寸 L25~3 350mm，W20~155mm m，T4~12 2mm 切刀 刀寿命 不低于 于 100 万次 切边 边精度 ±0.1 1mm 烫边 边温度 Max. 250℃
JISE
JIS E1001-2001 铁路.轨道词汇JIS E1101-2001 未处理钢制道岔和交叉用平底铁轨和特殊轨道JIS E1102-2001 铁路轨道用鱼尾板JIS E1103-1993 轻钢轨JIS E1104-1993 轻钢轨用鱼尾板JIS E1107-1998 鱼尾板用螺栓及螺母和紧固件JIS E1108-1990 道钉JIS E1109-1992 钢轨用螺纹道钉JIS E1110-1998 碳钢钢轨垫板JIS E1111-1993 钢轨防爬器JIS E1112-1976 枕木防陷用衬垫JIS E1115-1978 鱼尾板用弹簧垫圈JIS E1116-1994 普通钢轨用异型鱼尾板JIS E1117-1990 缓冲用轨道垫板JIS E1118-1997 预应力混凝土轨枕.铁路紧固件JIS E1120-1994 热淬火钢轨JIS E1122-1994 过渡钢轨JIS E1123-1989 端部淬火钢轨JIS E1125-1995 胶接的绝缘钢轨JIS E1126-1998 膨胀节JIS E1201-1997 先张法预应力混凝土轨枕JIS E1202-1997 后拉伸预应力混凝土轨枕JIS E1301-1966 铁路道岔号码JIS E1302-1978 铁路道岔的设计要求JIS E1303-2001 铁路道岔和交叉JIS E1304-2001 铁路道岔和交叉的几何形状JIS E1305-1998 铁道叉轨形状及尺寸JIS E1306-1995 铁路辙叉形状和尺寸JIS E1307-1999 铁路道岔护轨.形状和尺寸JIS E1311-1994 铁路道岔术语JIS E1501-1995 道钉锤JIS E1502-1977 撬棍JIS E1503-1977 钢轨轨钳JIS E1504-1978 钢轨轨叉JIS E1505-1993 线路用单头扳手JIS E1506-1978 线路用套筒扳手JIS E1507-1995 轨道水准仪JIS E1509-1977 轨道千斤顶JIS E1802-1977 轨道手推车JIS E2001-2002 电力牵引接触线.词汇JIS E2002-2001 电力牵引架空线.配件.试验方法JIS E2101-1990 带沟硬铜滑接导线JIS E2102-1990 圆形硬铜滑接导线JIS E2201-2002 电力牵引架空线.配件JIS E2219-2001 电力牵引架空线.分段绝缘子JIS E2220-2001 电力牵引架空线.绞线用连接套管JIS E2222-1957 曲线吊杆(电车用)JIS E2223-1957 曲线吊耳(电车用)JIS E2224-1957 锚耳(电车用)JIS E2225-1957 分线器(电车用)JIS E2226-1957 曲线滑动器(电车用)JIS E2227-1957 分区绝缘器(电车用)JIS E2301-1992 电车线路用绝缘子JIS E3001-1999 电气点作业试验方法JIS E3002-1992 电动空气转辙器性能试验方法JIS E3003-1977 铁路信号用继电器性能的试验方法JIS E3004-1972 继电联锁机的检查方法JIS E3005-1973 变频式列车自动停车装置的试验方法JIS E3006-1973 工频轨道线路式列车自动停车装置的试验方法JIS E3007-1973 连续感应式列车自动限速装置的试验方法JIS E3008-1974 继电式铁路信号遥控装置的试验方法JIS E3009-1974 电子式铁路信号设备遥控装置的试验方法JIS E3011-1988 铁路信号用文字符号JIS E3012-1988 铁路信号图形符号JIS E3013-2001 铁路信号的术语汇编JIS E3014-1999 铁路信号部件:振动试验方法JIS E3015-1992 铁路信号安全部件冲击试验JIS E3016-2001 电动道口栏杆性能的试验方法JIS E3017-1992 铁路信号安全部件防火试验方法JIS E3018-2001 铁路信号设备.阻抗联结器.试验方法JIS E3019-1979 铁路信号安全零部件高低温的试验方法JIS E3020-1981 铁路信号安全零部件的温度周期试验方法JIS E3021-1999 铁路信号零部件的绝缘电阻及耐电压的试验方法JIS E3022-1984 轨道线路装置抗干扰值的试验方法JIS E3023-1992 绝缘轨道接头的绝缘材料.试验方法JIS E3031-1999 铁路信号继电器的颜色识别及登记方法通则JIS E3101-1980 铁路信号用器具箱JIS E3103-1978 650V A轨道和信号灯变压器JIS E3104-1994 铁路信号.连接端JIS E3301-1980 岔道指示器JIS E3302-1980 转辙器标志灯JIS E3303-1977 铁路信号用透镜、滤色镜、反射镜及半密封部件JIS E3304-1998 铁路信号.多灯型彩色灯信号机JIS E3305-1980 临时信号JIS E3307-1980 火车和汽车停驶指示器JIS E3308-1980 停车标志JIS E3309-1995 铁路.诱导号志JIS E3310-1998 铁路信号.沿线重复信号灯JIS E3311-1998 铁路信号.进轨指示器JIS E3313-1992 定位式灯闪转轨信号JIS E3351-1980 铁路信号用轨距拉杆JIS E3601-1992 钢轨间电气连接线JIS E3602-1992 信号连接JIS E3603-1980 阻抗连接器JIS E3604-1992 轨端抗流线圈用导线JIS E3701-1995 铁路道口设施.安全色码JIS E3702-1974 道口故障报警机指示器JIS E3703-1995 列车运行方向指示器JIS E3704-1992 道口故障通报装置用操作开关JIS E4001-1999 铁路车辆.词汇JIS E4010-1985 铁路车辆及铁路车辆零部件的符号JIS E4011-1989 铁路车辆质量测量法JIS E4014-1989 铁路车辆的绝缘电阻及耐电压试验方法JIS E4015-1989 铁路车辆空调和加热温度的测量方法JIS E4016-1992 铁路车辆照明.推荐等级和测量方法JIS E4017-2000 铁路车辆.电气设备的图形符号JIS E4018-1995 铁路车辆.漏磁场的测量方法JIS E4019-1999 专用铁路车辆(导轨系统).词汇JIS E4021-1994 铁路车辆.车内噪声的试验方法JIS E4022-1999 铁路车辆防水试验法JIS E4023-1990 铁路车辆的振动特性测定方法JIS E4024-1994 铁路车辆.通风的试验法JIS E4025-2001 铁道车辆.车身和支撑轮尺寸.测量方法JIS E4031 ERRATUM 1-2000 铁道车辆部件.振动试验方法(勘误1) JIS E4031-1994 铁路车辆部件振动试验法JIS E4032-1994 铁路车辆部件冲击试验法JIS E4033-1983 铁路车辆零部件的清洁度试验方法JIS E4034-1994 铁路车辆部件对湿汽和雨水抵抗力的试验法JIS E4035-1995 铁路车辆.零部件的高温和低温试验方法JIS E4036-1998 铁路滚动运货车辆元件.尘土试验的一般规则JIS E4037-2001 铁道车辆.零部件.抗风化能力试验方法JIS E4041-1999 电动有轨车组装后的试验方法通则JIS E4042-1999 电动机车组装后的试验方法通则JIS E4043-1999 内燃动车组装后的试验方法通则JIS E4044-1999 内燃机车组装后的试验方法通则JIS E4045-1994 货车组装后的检查通则JIS E4046-1985 客车组装后的检查通则JIS E4047-1988 铁路车辆用电弧焊接头的设计方法JIS E4048-1994 铁路车辆.软钢用点焊接头.设计方法JIS E4049-1990 铁路车辆用不锈钢材焊接接头.设计方法JIS E4050-1992 铁路车辆用铝合金焊制接头的设计方法JIS E4101-1991 铁路车辆用泄水旋塞JIS E4103-1988 铁路车辆用截止阀JIS E4105-1991 铁路车辆用三通旋塞JIS E4106-1994 铁路车辆.螺纹管接头JIS E4111-1984 铁路车辆用U形夹销JIS E4112-1989 铁路车辆用钢轴衬和烧结金属轴衬JIS E4113-1994 铁路车辆.开口销JIS E4114-1989 铁路车辆用青铜截止阀JIS E4115-1988 铁路车辆用电磁阀JIS E4116-1988 铁路车辆用气动刮水器JIS E4117-1988 铁路车辆用自动高度调整阀JIS E4118-1993 铁路车辆用波登压力计JIS E4119-1989 铁路车辆用聚氨酯轴衬JIS E4201-1994 铁路车辆.自动车钩JIS E4202-1991 跨接器JIS E4203-1994 铁路车辆.锁紧车钩JIS E4204-1998 铁路滚动车辆.橡胶缓冲器JIS E4205-2001 铁路车辆用油缓冲器.性能的通用规则JIS E4206-1989 铁路车辆用弹簧装置JIS E4207-1992 铁路车辆用转向架设计通则JIS E4208-1988 铁路车辆用台车负载试验方法JIS E4301-1991 空气用软管连接器JIS E4302-1991 空气用软管接头塞子JIS E4303-1997 铁路滚动车辆.软管连接.包被橡胶JIS E4305-1994 铁路车辆用空气制动软管JIS E4306-1988 铁路车辆用紧急停车阀JIS E4307-1991 铁路车辆用空气储罐JIS E4308-1994 铁路车辆.空气滤净器JIS E4309-2001 铁路车辆用复合制动瓦.质量要求JIS E4310-1992 铁路车辆用烧结金属过滤体JIS E4311-1999 铁路车辆.制动部件.试验的一般要求JIS E4401-1989 铁路车辆用侧灯JIS E4402-1989 铁路车辆用尾灯JIS E4403-1989 铁路车辆用卡口式灯座JIS E4404-1983 铁路车辆用密封式前大灯灯泡JIS E4501-1995 铁路车辆.轴的强度设计方法JIS E4502-1-2001 铁道车辆轴.质量要求JIS E4502-1989 铁路车辆用轴JIS E4502-2-2001 铁道车辆轴.尺寸要求JIS E4504-2000 铁路车辆用轮箍.质量要求JIS E4603-1991 铁路车辆用电动式速度计装置JIS E4701-1977 铁路车辆轴箱JIS E4702-1989 铁路车辆滑动轴承箱防尘器JIS E4703-1975 铁路车辆用滑动轴承JIS E4710-1995 铁路车辆.橡胶阻振器.通则JIS E4901-1991 铁路车辆用直流熔断器JIS E4902-1991 铁路车辆用闸刀开关JIS E5001-1988 铁路车辆断路器试验方法JIS E5002-1991 铁路车辆用空气压缩机试验方法JIS E5003-1989 铁路车辆用直流避雷器试验方法JIS E5004-2000 电动车用控制装置试验方法JIS E5005-1994 铁路车辆.快速断路器.试验方法JIS E5006-2000 铁路车辆用电子设备的试验通则JIS E5007-1998 铁路滚动车辆.牵引变压器.试验方法JIS E5008-1999 铁路车辆板上用电力变换器.特性和试验方法JIS E5009-1999 铁道车辆.牵引反应器.试验方法JIS E5301-1994 铁路车辆用散热器元件检查方法JIS E5302-1988 铁路车辆用传动轴JIS E5303-1989 铁路车辆用柴油机试验方法JIS E5401-1-1998 铁路滚动车辆碳钢轮辋.质量要求JIS E5401-2-1998 铁路滚动车辆碳钢轮辋.轮心和轮子.尺寸,平衡和组装要求JIS E5402-1-1998 铁路滚动车辆.固体轮子.质量要求JIS E5402-2-1998 铁路滚动车辆.固体钢轮子.尺寸和平衡要求JIS E5501-1989 铁路车辆用气笛JIS E5604-1989 铁路车辆用垂直方向空气垫橡胶皮囊JIS E5701-1973 铁路车辆用撒砂器JIS E6001-1994 直流电动车.接线代码和符号JIS E6002-1989 通勤电车的性能通则JIS E6003-1985 通勤电动车驾驶室的设计通则JIS E6004-1992 电动机车车辆性能试验通则JIS E6005-1995 铁路车辆.车上自动控制和停车装置.试验方法JIS E6006-2001 铁道车辆自动列车操作装置.试验方法JIS E6101-2000 铁路车辆用直流牵引电动机的试验方法JIS E6102-1999 铁道车辆.交流牵引电动机.试验方法JIS E6201-1991 电力机车用断路器通则JIS E6202-1993 铁道车辆用电磁继电器.通用要求JIS E6301-1991 导电弓架导电滑板JIS E6302-2000 铁路车辆用导电弓架检查方法JIS E6401-1999 铁路车辆.欧姆电阻器JIS E6402-1999 铁路车辆.固定的备用电力供应.试验方法JIS E6501-1991 铁路车辆用自动关门装置JIS E6502-1984 铁路车辆用车门开关JIS E6601-1999 铁路车辆.辅助旋转电机.试验方法JIS E6602-1989 电车用制冷机组JIS E6801-1990 铁路车辆用跨接电线JIS E7101-1989 水罐车JIS E7102-1989 油罐车用罐的设计方法JIS E7103-1994 通勤电动车(上下班车)车体的设计通则JIS E7104-1989 铁路客车用椅JIS E7105-1989 铁路车辆车体的载荷试验方法JIS E7201-1980 客车吊窗卡锁JIS E7202-1980 通勤电动车车窗及两侧拉门的形状和尺寸JIS E7501-2001 铁路车辆用铸铁制动瓦的性能试验方法和检查方法JIS E7701-1992 高压气罐车用气罐安全阀JIS E8002-1975 工业用小型电瓶机车JIS E8003-1975 工业用小型机车闸瓦JIS E8004-1975 工业用小型电瓶机车的插入式连接器JIS E9201-1993 缆车用应急制动器JIS E9202-1993 缆车用线路导轮JIS E9210-2001 缆车用钢丝绳索的套接方法.熔融金属套接JIS E9301-1993 椅式运载工具JIS E9302-1993 特殊索道用固定式索夹JIS E9303-1993 特殊索道用承索轮JIS E9310-1993 特殊索道的制动试验方法。
吉斯马产品介绍
吉斯马产品简述一、产品类型1、吉斯马电子平直度测量尺RECTIRAIL（铁道部武汉比赛昆明、青藏选用) 使用单位：北京局、上海局、成都局、青藏公司、武汉局、昆明局、焊轨基地等2、吉斯马仿形打磨机MP12 (铁道部武汉比赛广铁、青藏选用)使用单位：太原局、上海局、济南局、广铁集团、青藏公司、昆明局等3、吉斯马高精度打磨机MP23（铁道部武汉比赛上海局选用)使用单位：上海局、广铁集团等4、吉斯马道岔打磨机MC3使用单位：上海局、广铁集团、武汉局、京港地铁等5、吉斯马手提式多功能磨削机PHG2使用单位：上海局、广铁集团、沈阳局图们工务段等6、吉斯马轨腰打磨机MS9（用户多与焊轨车配套使用）使用单位：兰州局大机段、济南局大机段采购洽谈中7、吉斯马钢轨波纹打磨机MOD12使用单位：北京局、南昌局等8、吉斯马钢轨内燃除锈机DK39、吉斯马锯轨机MTZ350S使用单位：上海局、广铁集团、昆明局、呼和局等10、吉斯马冲击扳手MIW2使用单位：太原局、广铁集团、昆明局、青藏公司等11．吉斯马重型机动螺栓扳手TB2 型（带鱼尾板螺栓紧固牛头）（特别设计用于铺设和更换铁轨的重型机械）12、吉斯马液压拉伸器TH70VL使用单位：太原局、青藏公司等13、吉斯马内燃推瘤机ESN3使用单位：太原局、呼和局14、吉斯马应力放散机MR512使用单位：太原局PDA 支撑磁体 电池盖 按钮 控制杆 转位侧挡板 蓝牙天线1.吉斯马电子平直度测量尺RECTIRAIL-DL项目名称：吉斯马钢轨电子平直度测量尺 RECTIRAIL-DL技术指标⒈测量整个轨头轮廓（轨顶面，轨侧和４５度弯角踏面），防水，防尘；⒉采用静态电容传感器测量，可以计算3m范围内的钢轨平直度，测量时配备磁铁吸附装置；⒊测量基准长度1000mm，操作温度：0℃→+50℃，操作钢轨温度：0℃→+50℃；⒋配备PDA，采用蓝牙传输；⒌整机重量不大于8kg。
质量性能指标1.测量精度：±0.05mm；2.测量分辨率：0.0125mm；3.测量范围：+1.5→-2.5mm。
铁路接触网各种线材(接触线、承力索、供电线)参数一览表
铁路接触网各种线材（接触线、承力索、供电线）参数一览表一、接触线（1）纯铜接触线（2）银铜合金接触线（3） 镁铜合金接触线二、承力索（1）镁铜合金绞线（2）硬铜绞线简介:承力索，馈线，地线（避雷线）三、供电线接触网用线材，馈线四、铜镁合金软绞线五、铜包钢绞线（来自论文）六、铝包钢芯铝绞线（TB/T2937-1998）七、铝包钢绞线(TB/T2938-1998)八、电气化铁道铜及铜合金接触线（尚未正式公布）1、铜合金类别铜银合金 A铜镁合金（0.2%Mg）L铜镁合金（0.5%Mg）L铜锡合金S2、产品品质类别横向晶粒尺寸MM 含氧量% 一类品质 A ≤0.03 ≤0.0020二类品质 B ≤0.03 ≮0.0020-≤0.0040 三类品质 C ≮0.03 ≤0.0020示例：120MM2铜银合金接触线一类品质为CTHA120A。
3、载流量推荐值4、线胀系数：17*10-61/K5、密度：相差不大6、杨氏模量：均为120GPa.（一）规格与尺寸九、电气化铁道用铜及铜合金绞线（尚未正式公布）1、型号及名称JTXX XX铜绞线JTLXX XX铜镁合金绞线（0.2%镁）JTMXX XX铜镁合金绞线（0.5%镁）示例：标称截面为120MM2、单线19根、单线直径为2.8MM的铜绞线（同心层绕）表示为JT120-19/2.8 TB/TXXXX-200X。
2、规格尺寸及性能十、电气化铁路用铜包钢绞线承力索（河北宝山集团提供）锡铜接触线（住友公司提供）2 主要技术性能和规格图1 接触线截面形状及尺寸示意图2.1 规格及要求:2.1.1 硬拉双沟圆形铜锡合金线，标称截面为120 mm2。
2.1.2 除附图中已给出的尺寸外, 其余详细尺寸均由投标厂家提供:材料应采用（锡含量：0.25~0.35%）铜锡合金制成，并满足表1的电气和机械性能。
2.2 电气和机械性能(见表1)表1。
《第—批实施强制性产品认证的产品目录》部分产品详细适用范围
《第—批实施强制性产品认证的产品目录》部分产品详细适用范围一、电线电缆与电线组件(一)电线电缆1．聚氯乙烯绝缘无护套电缆电线(GB5023．3-1997；JB8734．2-1998)：227IEC01(BV)450/750V1.5-400；227IEC02(RV)450/750V1.5-240；227IEC05(BV)300/500V0.5-1;227IEC06(RV)300/500V0.5-1；227IEC07(BV-90)300/500V0.5-2.5；227IEC08(RV-90)300/500V0.5-2.5；BV300/500V 0.75—1；BLV450/750V2.5-400；BVR450/750V2.5-70；2．聚氯乙烯绝缘聚氯乙烯护套电缆(GB5023.4-1997；JB8734.2-1998)：227IEC10(BVV)300/500V1.5-352-5芯；BVV300/500V0.75-10；(1芯)BLVV300/500V2.5-10；(1芯)BVVB300/500V0.75—102-3芯；BLVVB300/500V2.5-102-3芯;3．聚氯乙烯绝缘软电缆电线(GB5023.5-1997；JB8734.3-1998)：227IEC41(RTPVR)300/300V0.8(2芯)227IEC42(RVB)300/300V0.5-0.75(2芯)227IEC43(SVR)300/300V0.5-0.75(1芯)227IEC52(RVV)300/300V0.5-0.75(2-3芯)227IEC53(RVV)300/500V0.75-2.5(2-5芯)RVS300/300V0.5-0.75(2芯)4．聚氯乙烯绝缘聚氯乙烯护套电梯电缆与(或者)耐油软电缆(GB5023.6-1997；GB5023．7-1997)：227IEC71f(TVVB)300/500 0.75-1(3-24芯)227IEC71f(TVVB)450/750 1.5-2.5(3-12芯)227IEC71f(TVVB)450/750 4-25(4,5芯)227IEC74(RVVYP)300/500 0.5-2.5(2-60芯)227IEC75(RVVY) 300/500 0.5-2.5(2-60芯)5．聚氯乙烯绝缘安装用电线与(或者)屏蔽电线(JB8734.4-1998；JB8734.5-1998)：AV,AV—90 300/300 0.08-0.4(1芯)AVR,AVR-90 300/300 0.08-0.4(1芯)AVRB 300/300 0.12-0.4(2芯)AVRS 300/300 0.12-0.4(2芯)AVVR 300/300 0.08-0.4(2芯)AVVR 300/300 0.12-0.4(3-24芯)AVP,AVP-90 300/300 0.08-0.4 (1芯)RVP,RVP-90 300/300 0.08-2.5 (1芯)RVP,RVP-90 300/300 0.08-1.5 (2芯)RVVP,RVVP1 300/300 0.08-2.5(1芯)RVVP,RVVP1 300/300 0.08-1.5(2芯)RVVP,RVVP1 300/300 0.12-1.5(3芯)RVVP,RVVP1 300/300 0.12-0.4(4-24芯)6．耐热橡皮绝缘电缆(GB5013.3-1997；GB5013.7-1997)：245 IEC03(YG) 300/500 0.5-16(1芯)245 IEC04(YYY) 450/750 0.5-95(1芯)245 IEC05(YRYY)450/750 0.5-95(1芯)245 IEC06(YYY) 300/500 0.5-1 (1芯)245 IEC07(YRYY)300/500 0.5-1 (1芯)7．橡皮绝缘电梯电缆与(或者)电焊机电缆(GB5013.5-1997；GB5013.6-1997) 245IEC70(YTB)300/500 0.75-1(6,9,12,18,24,-30芯)245IEC74(VT) 300/500 0.75-1(6,9,12,18,24,-30芯)245IEC75(YTF)300/500 0.75-1(6,9,12,18,24,-30芯)245IEC81(YH) 16-95(1芯)245IEC82(YHF) 16-95(1芯)8.通用橡套软电缆电线(GB5013.4-1997；JB8735.2-1998)：245 IEC53(YZ)300/500 0.75-2.5(2-5芯)245 IEC57(YZW)300/500 0.75-2.5(2-5芯)245 IEC66(YCW)450/750 1.5-400(1芯)245 IEC66(YCW)450/750 1-25(2,5芯) ‘245 IEC66(YCW)450/750 1-95 (3芯)245 IEC66(YCW)450/750 1-150 (4芯)YQ，YQW 300/300 0.3-0.5 (2-3芯)YZ, YZW 300/500 4-6 (2-5芯)YZ, YZW 300/500 0.75-6 (6芯)YZ, YZW300/500 1.5-6 (3+1芯)YZB YZWB 300/500 0.75-6 (2-6芯)YC 450/750 1.5-400 (1芯)YC 450/750 1.5-95 (2芯)YC 450/750 1.5-150(3,4芯)YC 450/750 1.5-25(5芯)YC450/750 2.5-150(3+1芯)YCW450/750 35-95(2芯)YCW450/750 120-150(3芯)YCW450/750 2.5-150(3+1芯)9．橡皮绝缘编织软电缆(GB5013.4-1997；JB8735.3-1998)：245IEC51(RX)300/300 0.75-1.5(2-3芯)RX 300/300 0.3-0.5；2.5-4(2-3芯)RXS 300/300 0.3-4(2芯)RXH 300/300 0.3-4(2-3芯)10．铁路机车车辆用电缆电线(GBl2528.1-1990；JB8145-1995)：DCXF750 1-300(1芯)；1500 1.5-300(1芯)DCH 750 0.5-300(1芯)DCEH 750 0.5-300(1芯)；1500 1-300(1芯)；3000 2.5-300(1芯) 11．采煤机用橡套软电缆(GBl2972.2-1991；GBl2972.3-1991；GBl2972.4-1991)：UC 0.38/0.66KV l6-50(动力3芯)4-10(接地l芯)2．5-4(操纵3,4,7芯)；UCP0.38/0.66KVUCP0.66/1.14KV 35-95(动力3芯)6-25(接地1芯) 6-10(操纵3芯)；UCPJB0.66/1.14KV35-95(动力3芯)16-50(接地1芯)2.5(操纵2芯)；UCPJR0.66/1.14KVUCPT 0.66/1.14KV l6-95(动力3芯)16-50(接地1芯)16-50(监视1芯) 12．矿用移动橡套软电缆(GBl2972.5-1991；GBl2972.6-1991；GBl2972.7-199l；GBl2972.9-1991)：UY 0.38／0.66KV 4-70(动力3芯) 4-25(接地1芯)；UYP0.38/0.66KVUYP0.66/1.14KV l0-95(动力3芯)10-25(接地1芯)；UYPJ 3.6/6KV 25-50(动力3芯)16-25/3(接地3芯)2.5(操纵3芯)；UYP 3.6/6KV l6-50(动力3芯) 16-25(接地1芯)；UYPD 3.6/6KVUYPT 3.6/6KV l6-50(动力3芯)16-25/3(接地3芯)；UYPTD3.6/6KVUYQ 0.3/0.5KV l-2.5(2,3,4,7,12芯)；13．矿用电钻电缆(GBl2972.8-1991)：UZ 300/500V 2.5-4(动力3芯)2.5-4(接地1芯)(2.5-4(操纵1芯))；UZP 300/500V14．矿工帽灯电线(GBl2972.10-1991)：UM 0.75-1.2(2芯)；UM-1(二)电线组件：适用于家用与类似通常设备所用的电线组件(即，由带不可拆线插头与不可拆线的连接器的软缆或者软线构成的组件)，不适用于工业用电线组件，也不适用于加长电线组件。
中国出口雅万高铁首批钢轨启运
铁道技术监督第48卷第12期需要更换；韩国规定钢轨顶部的最大磨损高度达到13mm或不均匀磨耗达到15mm时需要更换。
中日韩3国均规定钢轨应周期性打磨，日本按通过总重制定打磨周期，韩国按时间制定，中国同时参考通过总重及时间。
中国和韩国要求新钢轨上线后预打磨，日本无相关要求。
中日韩钢轨打磨规定见表11。
表11中日韩钢轨打磨规定4结语中日韩3国高速铁路用钢轨轨头廓形、定尺长度有差别。
中国高速铁路用钢轨包括2个钢牌号，以适用不同线路条件，日韩2国高速铁路钢轨均只有1种。
在钢轨质量方面，中国标准规定较为全面，日韩2国标准中个别性能未做明确要求。
韩国高速铁路热轧钢轨力学性能与中国U71MnG钢轨基本一致，低于中国U75VG钢轨，钢轨脱碳层深度及夹杂物控制略低于中国钢轨。
日本高速铁路用HH340热处理钢轨性能与中国H320钢轨基本一致，低于中国H340钢轨。
日本标准未规定脱碳层及非金属夹杂物，但钢轨质量控制较好。
中日韩高速铁路钢轨伤损管理总体可分为记录、加固、更换钢轨等处理方式，中国维修规定对伤损判定较为全面。
中日韩3国均规定钢轨磨耗上限，日韩2国对钢轨使用通过总重进行相应规定。
中日韩3国均规定钢轨打磨周期，日本按通过总重制定打磨周期，韩国按间隔时间制定，中国同时考虑通过总重及间隔时间。
参考文献［1］岡田宏．日本高速铁路（新干线）的发展［J］．邹振民，译．中国铁路，2000（2）：38-41．［2］吴强．日本高速铁路考察报告［J］．铁道经济研究，2006（2）：19-20．［3］BRIGINSHAW D．韩国高速铁路列车［J］．邹婷婷，译．国外铁道车辆，2008（2）：12-13．［4］KANG G．韩国KTX高速动车组［J］．张茂帆，译．国外铁道机车与动车，2015（6）：5-7．［5］刘晓光，蔡超勋，卢春房．中国高速铁路线路工程技术创新与发展［J］．高速铁路技术，2020，11（2）：1-3．［6］赵国堂．中国高速铁路通用建造技术研究及应用［J］．铁道学报，2019，41（1）：87-88．［7］高速铁路用钢轨：TB/T3276—2011/XG1—2017［S］．［8］热轧平底钢轨和道岔用特殊断面钢轨：JIS E1101—2001/JIS E1101—2006（修改单1）/JIS E1101—2012（修改单2）［S］．［9］Rails：KRS TR0001—15（R）—2014［S］．［10］佐佐博明．日本新干线轨道及其维修［J］．邹振民，译．中国铁路，1999（12）：42-46．［11］李闯，周韶博．中日韩高速铁路钢轨性能对比研究［R］．北京：中国铁道科学研究院集团有限公司，2018．（编辑吴磊）中国出口雅万高铁首批钢轨启运2020年11月28日上午，一根根50m长的钢轨被缓缓吊上轮船，我国高铁“整体出口”的“第一单”——印尼雅万高铁使用的首批钢轨在防城港码头启运，中国成为全球为数不多可出口长定尺钢轨的国家之一。
横河涡街流量计样本
■ 标准规格
性能规格
被测流体： 液体、气体、蒸汽(避免多相流和粘性流体)
测量流速： 参考表7
精度： 读数的±0.75%(液体) 读数的±1%(气体、蒸汽) 参考表9。 当选择多变量型时，参考P.9。
重复性： 读数的±0.2% 标定：
本流量计出厂前都用水流量进行了标定。 当选择多变量型时用水流量进行温度和流量 标定。
正常工作条件
接液温度范围： -29至260˚C (一般型) -196至100˚C (低温型：选购) -29至450˚C (高温型：选购) 当选择多变量型时，参考P.9。 对于一体型参考图1。
工况压力范围： -0.1MPa (-1 kg/cm2) 至法兰额定值。
环境温度范围： -29 至 85℃ (分离型检测器) -40 至 85℃ (分离型转换器) -29 至 85℃ (一体型，参考图1) -29 至 80℃ (带指示器的一体型，参考图1) -30 至 80℃ (带指示器的分离型转换器)
＊ PS :流量管的最大允许压力，DN:公称通径
＊＊ 请参考关于压力仪表指示97/23/EC的EC指示中附件II中 的表6。
＊＊＊ DY015和DY025不带PED的CE标识，因为它们不属于 PED下的CE标识。
负载电阻 (Ω)
环境温度 (˚C)
4
85
100
80
85 80
55 50
0
-29
-50
-50 -29 0 50 100
■ 先进的自诊断功能： 可预测并显示应用工况的变化，如较大的管道振动、 流态异常等。
■ 高精度： 读数的±0.75%(液体) (读数的±0.5%：象征精度/不保证) 读数的±1%(气体、蒸汽)